ORDNANCE BASIC RESEARCH

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• Collection: General CIA Records
• Document Number (FOIA) /ESDN (CREST): CIA-RDP81-01043R002200200001-0
• Release Decision: RIPPUB
• Original Classification: K
• Document Page Count: 148
• Document Creation Date: December 23, 2016
• Document Release Date: August 13, 2013
• Sequence Number: 1
• Publication Date: April 30, 1958
• Content Type: REPORT

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TECHNICAL REPORT SUPPLEMENT
TO
ANNUAL CONSOLIDATED REPORT ON RESEARCH AND DEVELOPMENT PROJECTS: CSCRD-1
DA Project 599-01-004 Ord Corps Project TB2-0001
List No. 1
ORDNANCE BASIC RESEARCH
Calender Year 1957
STAT
STAT
30 April 1958
The technical reports listed herein have been published and dis-
tributed, or have been submitted for publication in scientific journals,
since the compilation of the above-captioned Annual Report for the Calendar
Year 1957.
Following the convention established for the Annual Report, this
list has been set up by Scientific Field and Sub-Field, and the Research
Proposals have been listed numerically under each_Sub -Field. The number
assigned to each report in this List, e. g.? 270:122 indicates that it is
the 12th report in a series prepared in connection with Research Proposal
270. The preceding 11 reports in the series are listed in the Annual Report,
and may be found on the appropriate pages.
Requests for copies of these reports (excepting manuscripts) can
be made first to Installation libraries, since in practically every instance
they have been given wide distribution to R & D Installations direct from
the contractors. In the event that this is not the case for a particylpr
report desired, the report may be ordered from ASTIA4 through the normal
channels. Reports may also be secured from the OOR for a limited period on
loan; in the event this is desired, only the number appearing in this list
need be furnished to identify the report requested.
Manuscripts generally are not available for distribution, since
only one copy is received in the 00R.
Publication of future lists will be at bimonthly intervals.
Information Processing Office
Office of Ordnance Research, U. S. Army
Box cm, Duke Station
PUrham, North Carolina
STAT
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TABLE OF CONTENTS
I PHYSICS
A; Astronomy and Geophysics 1
B. Atomic and Moleculnr Physics 1
C. Cosmic Rays and Elementary Particles 3
D. Cryogenics and Liquids - 3
E. Gases and Gaseous Electronics 3
F. General Physics 4
G; Instrumentation 4
H; Nublear Physics 4
I; Optics and Photography - 4
J. Solid State-Physics 5
II CHEMISTRY
A. Chemical Engineering and Materials 7
B. Combustion and Fuel Chemistry 8
C. Deterioration Prevention.- - 8
D. Electrochemistry -and Corrosion 8
E. Explosives and Propellants 8
F; Inorganic andAnalytical Chemistry 9
G. lubrication and Surface Phenomena 10
H. Molecular Structure and Physical Properties 10
I: Organic Chemistry 12
J. Plastios and Polymers - 15
K. Reaction Kinetics and Equilibria 16
III
MATHEMATICS
A.
Algebra and Number Theory
18
B;
Analysis.
18
C;
Foundation and Game Theory
20
D;
Geometry and Topology
20
E;
Mechanics - ?
21
F;
Numerical and Graphical Methods
21
G.
Probability and Statistics
22
H.
Operations Analysis
24
IV
ENGINEERING
A.
Combustion and Fuels
26
B;
Fluid Mechanics
26
C.
Friction and Lubrication
26
D;
Heat and Mass Transfer
26
E.
Human Engineering- .
26
F.
Measurement and Control
26
G:
Materials and Material Processing
27
H.
Solid Mechanics
27
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TABLE OF CONTENTS
IV ENGINEERING (continued)
I. Symposia and Conferences
J. Vibration and Acoustics
K. Field Operations
L. Aerodynamics '
V MEALLURGY
A; Solid State Metallurgy
B. Metallography and Structure
C; Mechanical and Thermal Metallurgy
D. Chemical Metallurgy
E; Prooess Metallurgy
F. Symposia and Conferences
28
28
28
28
29 '
29
29
29
30
30
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PHISICS
A. Astronomy and Geophysics
14783. Thermal Radiation from the Sun at 8.5 -Millimeter Wavelength
by F. IL Mitchell, R. N. Whitehurst and R. R. Weaver. 20
November 1957, 6 p., figures. (University of Alabama, Depart-
ment of Physics, Technical Report No. 3, Contract No. DA-01-
009-0RD-456).
1482:4. A Note on the Ahalysis of the Old Climax Coronal Plates, by
D. E. Billings. 3 September 1957, 49 p., tables. (University
of Colorado, Report No. HA0-37, Contract No. DX-23-072-0RD-
929).
1482:5. Intensity of Coronal EMission Lines, by Richard T. Hansen.
21 February 1958, various paging. (University of Colorado,
Final Report, Contract No. DAr23-072-ORD-929).
B. .Atomic and Molecular Physics
291:23. Electron Spin Resonance Studies of Radiation Damage to Amino
Acids, by Howard Shields and Walter Gordy. 20 p., figures.
(Duke University, Department of Physics, Progress Report No.
23: 1 November 1957 - 1 February 1958, Contract No. DA-36-
034-0RD-1233).
Valence Band Spectra of the Netais in the 3d Transition Group,
by D. H. Tomboulian. January 1958, 23 p., figures. (Cornell
University, Department of Physics, Contract No. DX-30-115-0RD-
669).
845;11. Mass Loss in Barrels of Ballistic Accelerators, by C. R.
Whited and W. S. Partridge. (Manuscript submitted to the
Journal of Applied Physics, Contract No. DAr04-495-ORD-451).
845:12. Ionization in the Trail of High-Velocity Pellets, by William
S. Partridge and L. Dale Harris, in the Journal of Applied
Physics, vol. 28, no. 11 (19 November 1957), p. 1269 - 1271,
Contract No. DA?-04-495-ORD-451.
434:13.
845:13. Time Lag Between High.:-Speed Pellets and the Ionization in
Their Trails, by R. A. Davidson and W. S. Partridge, in the
Journal of Applied Physics, vol. 28, no. 11 (November 1957),
p. 1304 - 1308, Contract No. DA!-04-495-ORD-451).
Time Delay Between High-Speed Pellets and Associated Luminosity
and Ionization, by P. E. Tucker and R. A. Davidson and W. S.
Partridge. (Manuscript submitted to the Journal of Applied
Physics, Contract No. DAT-04-495-ORD-451).
845:14.
(continued)
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I PHYSICS
B. Atomic and Molecular Physics (continued)
845:15.
Ionization by Ultra-Speed Pellets, by Charles D. Hendricks,
Jr., in the Journal of Applied Physics, vol. 28, no. 11
(November 1957)) P. 1339-1341, Contract No. Di?-04-495-ORD-
451).
1505:4. Design and Construction of a Vacuum-Grating Spectrograph
for the Infrared, by John A. Herndon and Alvin H. Nielsen?
2 December 1957, 122 p., figures, tables. (The University of
Tennessee, Departments of Physics and Chemistry, Technical
Report No. 2, Contract No. DA-33-008-ORD-1166).
1505:5. The Infrared Spectra and Potential Constants of N1402 and
N1502, by'gdward Arakawa.and"AlVin'.H. Nie1se.4. .5 Pecember
1957, 133 p., figures, tables. (University of Tennessee, De-
partments of Physics and Chemistry, Technical Report No. 3,
Contract No. DA-33-008-ORD-1166).
1505:6. infrared Spectrum of Formyl Fluoride, by Roy F. Stratton and
Alvin H. Nielsen. 5 December 1957, 159 pc., figures, tables.
(The University of Tennessee, Departments of Physics and
Chemistry, Technical Report No. 4, Contract No. DA-33-008-
ORD-1166).
1505:7. The Infrared Spectra of Dimethyl Sulfide; Dimethyl Disulfide
and Dimethyl Trisulfide, by Barbara Jean Miley and William
H. Fletcher. .15 January 1958, 35 p., figures, tables.
(University of Tennessee, Departments of Physics and Chemistry,
Technical Report No. 5, contract No. la-33-008-011D-1166).
1523:1. Emission lines from Preionized Levels in Krypton arid Xenorl,loy
M. Thekaekara and G. H. lieke. (Manuscript submitted to the
Physical Review, Contract No. MAT-36-034-ORD-2037).
Ionization Potentials of Ammonia and Some Amines, by K.
Watanabe and Joseph R. Mottl, in the Journal of Chemical
Physics, vol. 260 no.-6 (June 1957), p. 1773-1774, Contract
No. DA-014-20O-ORD-1480.
1624:4.
1624:5. Absorption and Photoionization Coefficient of Furan Vapor, by
K. Watanabe and Toshio Nakayama. (Manuscript submitted to the
Journal of Chemical Physics, Contract No. DZ-04-200.0RD-480).
1816:2. Preservation of Spin State in Free Atom-Inert Surface Collis-
sions, by H. G. Robinson, E. S. Ensberg and H. G. Ithmelt, in
the Journal of the American Physical Society, vol. 3, no. 1,
p. 9; Technical Report No, 2: 1 April - 13 November 1957,
Contract No. DA-04-200-ORD-620.
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I PHYSICS
C. Cosmic Rays and Elementary Particles
531:14.
Proposed Experiment Bearing Directly on Helicity of Neutrinos,
by Lorne A. Page. (Manuscript submitted to Il Nuovo Cimento,
Contract No. DA-36-061-ORD-559).
531:15. Annihilation Method for Measuring Transverse Polarization of
Ehergetic Positrons, by Lorne A. Page. Manuscript -
submitted to the Physical Review, Contract No. DA -36 -061-ORD -
559).
D. Cryogenics and Liquids
787:9. Unsolved Problems in Acoustics and the Liquid State, by
Theodore Iitovitz., (Manuscript submitted to the Journal of
the Acoustical Society of America, Contract No. DA-36-034-
ORD-1221).
787:10. Ultrasonic Velocity in the Liquid-Glass Transition Region, by
T. A. Litovitz and T. Lyon._ (Manuscript submitted to the
Journal of the Acoustical Society of America, Contract No.
DA -36-034-0RD-1221).
1508:2. The Study of Progressive Ultrasonic Waves by Means of Light
Refraction, by M. A. Brezeale and E. A. Hiedemann. (Manu-
script submitted to the Journal of the Acoustical Society
of America, Contract No. DAr20-018-0RD-13854).
E. Gases and Gaseous Electronics
442:7. Dissociation Limit of 05 by-P. L. Randolph and R. Geballe.
21 January 1958, 5 p., figures. (University of Washington,
Technical Report No. 5, Contract No. DA-04-200-ORD-664).
623:4.
The Effect of Mercury on a Metal High Vacuum Valve, by Robert
H. 'McFarland, Richard Anderson and Joseph Wells. (Manus-
cript submitted to the Review of Scientific Instruments,
Contract No. DA-23-072-ORD-l012).
623:5. A Study of the Effectiveness of a Copper Foil Trap for
Mercury Vapor in Vacuum, by Robert H. McFarland and Donald
G. McDonald. (Manuscript. submitted to the Review of Scien-
tific Instruments, Contract No. DA43-072-ORD-1012).
623;6. An Improved U. V. Filter for Isolation of the 2537A line of
a Mercury Low Pressure Lamp, by Robert McFarland, Richard A.
Anderson and others. (Manuscript submitted to the Review of
Scientific Instruments, Contract No. DA-23-072-ORD-1012).
(continued)
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PHYSICS
E. Gases and Gaseous Electronics (continued)
1543:6. Thermodynamic Studies of Some Gaseous Metallic Carbides, by
M. G. Inghram. 31 December 1957, 8 p., tables. (University
of Chicago, Technical Report No. 6, Contract No. DA -11 -022 -
ORD-1993),
F. General Physics
1571:8. Topological Formulas for Active Networks, by Wataru Mayeda,
30 January 1958, 48 p., figures, tables. (University of
Illinois, Technical Report No. 8, Contract No. DA -11 -022 -
ORD-1983).
G. Instrumentation
H. Nuclear Physics
893:42. Energy Dependence of Reactions at Thresholds, by G. Breit,
in the Physical Review, vol. 107, no. 6-(September 1957),
p. 1612-1615. (Technical Report No. 40, Contract No. DA -
19 -059 -ORD -1447).
893:43.
Velocity Dependent Features of a Static Nucleon-Nucleon
Potential, by G. Breit. (Manuscript submitted to the
Physical Review, Contract No. DA -19 -059 -ORD -1))7).
1353:12. Nuclear Scattering of Nucleons and Antinucleons, by Hans
Peter Duerr. Not Dated, 15 p.? figures. (University of
California, Department of Physics, Technical Report No. 8,
Contract No. DA,-04 -200 -ORD -171, T.O. 11).
1353:13. Interaction of Antiprotons with Complex Nuclei, by A. E.
Glassgold. Not Dated, 15 p., figures, tables. (University
of California, Physics Department, Technical Report No. 9,
Contract No. DA-04 -200 -ORD -171, T.O. 11).
1488:7. Measurement and Analysis of Reactivity Values of Control
Rods, by Thomas LeRoy Jackson-. 1958, 88 p., figures, tables.
(North Carolina State College, VS Thesis, Contract No. DA -
36 -034 -ORD -1656).
I. Optics and Photography
1601:3. Theory of the Phase Contrast Principle, by A. G. Smith, M. J.
Saunders and others. 31 January 1958, 81 p., figures, tables.
(University of Florida, Final Report, Contract No. DA-01-009-
ORD-469).
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I PHYSICS
J. Solid State Physics
421:17. The Superconducting Transition in Aluminum: Part II, by
John F. Cochran and D. E. Mapother. (Manuscript sub-.
mit:ted to the Physical Review, Contract No. DA -11 -022 -ORD -
992).
421:18. The Isotope Effect on the Superconducting Transition in Lead,
by R, R. Hake, D. E. Mapother, and D. L. Decker. (Manuscript
submitted to the Physical Review, Contract No. DA -11 -022 -
ORD -992).
431:23. Theory of the Anomalous Skin Effect in Normal and Super-
conducting Metals, by D. C. Mattis and J. Bardeen. (Manu-
script submitted to the Physical Review, Contract No. DA -
11 -022 -ORD -1001).
431:24. The Meissner Effect and Gauge Invariance, by G. Rickayzen.
(Manuscript submitted to the Physical Review, Contract No.
DA -11-022 -ORD -1001).
826:10. Compression and Densities of Four Solidified Hydrocarbons
and Carbon Tetrafluoride at 77?K, by John W. Stewart and
Ralph I. La Rock. (Manuscript submitted to the Journal of
Chemical Physics, Contract No. DA -36-03470RD -2219).
1176:9. Research and Development of Electron Density Distribution
in Semi-Conductors, by G. A. Jeffrey. September 1957, 52
p., figures, tables. (University of Pittsburgh, Technical
Report, Contract No. DA -36-061-ORD -516).
1490:1. Thermionic Ions from Hydrogen-Palladium, by C. H. Bachman
and P. A. Silberg. (Manuscript submitted to the Journal of
Applied Physics, Contract No. DA -30 -115 -ORD -6)43).
1490:2. Diffusion of Hydrogen in Palladium, by P. A. Silberg and
C. H. Bachman. (Manuscript submitted to the Journal of
Applied Physics, Contract No. DA -30 -115-ORD -643).
1490:3. Apparatus for the Production of CdS Crystals by Coevapo-
ration in a Vacuum, by C. H. Bachman and R. J. Miller.
(Manuscript submitted to the Journal of Applied Physics,
Contract No. DA -30 -11570RD-6)43).
1490:4. The Production of Cadmium Sulfide Crystals by Coevaporation-
in a Vacuum, by R. J. Miller and C. H. Bachman. (Manuscript
submitted to the Journal of Applied Physics, Contract No. DA -
30 -115 -ORD-6)43).
(continued)
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I PHYSICS
J. Solid State Physics (continued)
1689:1. Lack of Metallic Transition in Lill and LiA1H4 Under Static
Pressui'e by D. T.-Griggs W. G. McMillan, E. D. Michael and
otheis. I(Manuscript submitted to the Physical Review, Con-
tract No. DA-04-495-0110-785).
1722:2. Optical Properties of Al for hO between 10 and 26 ev, by. W.
C. Walker, Jr,.../A. R. Samson/and 0. It. Rustgi, in the Journal
of the Optical Society of America, vol 48, no. 1 (January
1958), p. 71, Contract No. DA-04 -495 -ORD -846.
1729:2. Rayleigh Scattering from Charged Dislocation Lines in Sodium
Chloride Crystals, by C. A. Plint, O. Theimerl,and W. A.
Sibley. (Manuscript submitted to the Philosophical Magazine,
Contract No. DA -23-072 -ORD-1089).
1845:1. Semiconducting Properties of Boron, by Vincent P. Jacobsmeyer$
S. J., Frank L. Gebhart,and Edward F. Juenke. 54 p., figures,
tables. (St. Louis University, Final Report: 1 February 1957
- 31 January 1958, Contract No. DA -23-072 -ORD -1101).
1-68:1, Mass Spectrometric Analysis of Low Concentration HD in Mix-
tures with Hydrogen, by Edward R. Washwell, William J.
McMahon,and Arthur Kant. November 1957, 6 p., figures,
tables. (Watertown Arsenal Laboratories, Technical Report
833/7)&
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II CHEMISTRY
A. Chemical Engineering and Materials
349:10. IntermolecOnr Correlation in Light Scattering from Dilute
Polymer Solutions, by Andreas C. Albrecht, in Journal of
Chemical Physics, vol. 27, no. 5 (November 1957), p. 1014-1023
' Contract No. DA-19-020-0RD-15450 _
349:11. Random Flight Model in the Theory of the Second Virial Coef-
ficient_of Polymer Solutions, by Andreas C. Albrecht, in the
Journal of Chemical Physics, vol. 27, no. 5 (November 1957),
p. 1002-1033, Contract No. DA-19-020-ORD-15450
834:29. Studies of the Decomposition Mechanism, Erosive Burning,
Sonance and Resonance for Solid Composite Propellants, by
R. Schultz, L. Green, Jr. and S. S. Penner. (Manuscript sub-
mitted to the Third AGIRD Combustion and Propulsion Collo-
quium in Palermo, Italy?,Contract No. DA-04-495-0RD-446).
834:30. The Theory of.Monopropellant Droplet Burning, by F. Williams.
February 1958, 108-p0,-figures, tables. (California Insti-
tute of Technology, Technical Report No. 21, Contract No. DA-
04-495-0RD-446).
834:31. Apparent Emission Intensities from a Wrinkled Laminar Flame
Model of a Turbulent Flame by. A. E. Fuhs. March 1958, 38
p., figures. (California Institute of Technology, Technical
Report No. 22, Contract No. nk-04-495-0R)-446).
834:32. An Elementary Derivation Orthe Multicomponent Diffusion
Equation, by F. A. Williams. (Manuscript submitted to the
American Journal of Physics, Contract No. DA-04-495-0RD-446).
907:4. Gas Compressibilities with the Burnett Apparatus, by I. H.
Silberberg and W. A. KObe,; 1 January 1958, 23 p., figures,
tables. (The University of Texas, Contract No. DA-23-072-
ORD-685).
1430:9. Dielectric Dispersion of Solutions of High Polymers, by
Philip C. Scherer. 6 p., figures. (Virginia Polytechnic
Institute, Quarterly Progress Report_No. 9: 15 August 1957 -
15 November 1957, Contract No. DA-36-014,ous-19)4.3).
11430:10. Dielectric Dispersion of Solutions of High Polymers, by
Philip C. Scherer. 17 p., figures, tables. (Virginia
Polytechnic Institute Quarterly Progress Report No, 10: 15.
November 1957 - 15 February 1958, Contract No, DA-034-0RD-
1943).
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II CHEMISTRY
B. Combustion and Fuel Chemistry.
C. Deterioration Prevention
D. Electrochemistr and Corrosion
873:7. Initiation of Styrene Polymerization at a Cathode, by Jacob
Kleinberg and W0 E. McEwen. 3 P. (University of Kansas,
Department of Chemistry, Technical Report No. 7: 1May 1957 -
31. August 19572 Contract No. DA-23-072-ORD-1048).
873:8. Anodic Reductions. IV. Reduction of Nitrobenzene, Nitroso-
benzene, Azoxybenzene and Azobenzene, by John Y. Yang,
William E. McEwen and Jacob Kleinberg. 15 p. (University
of Kansas, Department of Chemistry, Technical Report No. 82,
1 August 1956 - 15 October 1957, Contract No. DA-23-072-
oRD-1048).
148627. Impedence and Polarization Measurements in Fused Lithium
Chloride-Potassium Chloride, by H. A. Laitinen and H. C.
Gaur, in the Journal of the Electrochemical Society, vol.
104, no. 12 (December 1957)2 p. 730-737, Contract No, DA-11-
02241RD-1987).
1541:1. Radiotracer Studies of Metal-Metal Ion Exchange I. Cadmium,
by Cecil V. King and Robert Skomoroski. February 19582 28 1)09
figures? tables. (New York University, Technical Report No.
1, Contract No, DA-30-069-ORD-1682).
1541:2. Radiotracer Studies of Metal-Metal Ion Exchange II. Iron, by
Cecil V. King and Robert Skomorski. March 1958, 20 p. (New
York University, Technical Report No, 2, Contract No, DA-30-
069-ORD-1682),
1541:3. Radiotracer Studies of Metal-Metal Ion Exchange III. Zinc,
by' Cecil V. King and Sheldon Evans, April 1958, 18 p.2
figures, tables. (New York University, Technical Report
No, 3, Contract No. DA-30-069-ORD-1682).
E. Explosives and Propellants
1422:19. Reactions of Sodium Phenylacetylide and Sodium Alkoxide with
Tosyl and MesylAzides by J. H. Boyer, C. H. Mack, N. Goebel
amd others. (Manuscript submitted to the Journal of Organic
Chemistry, Contract No. EA-01-Q09-0RD-428).
1422:20. A One-Step Transformation of Acetophenone into Benzaldehyde?
by J. H. Boyer. (Manuscript submitted to the Journal of the
American Chemical Society, Contract No. DA-01-009-ORD-428).
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II CHEMISTRY
F. Inorganic and Analytical Chemistry
1171:2. Studies of Thermal Etcomposition of Chlorates and Per -
chlorates at Constant Temperatures and Pressures, by Aubrey
E. Harvey. 17 p., figures, tables. (University of Arkansas,
Etpartment of Chemistry, Final Summary Report: 1 September
1954 - 31 January 1958, Contract No. DA-23-072-00-1049).
1340:3. Inorganic Complex Compounds Containing Polydentate Groups.
XIV. The Stability of the Complexes Formed between the
Nickel (II) Ion and Tetraethylenepontamine, by Hans B.
Jonassen and Lowell Westerman, in the Journal of the American
Chemical Society, vol. 79 (1957), P. 4275-4279, Contract No.
DA-01-009 -mr6441).
134o:4.
1340:5.
Inorganic Complex Compounds Containing Polydentate Groups.
nermochemical Studies of the Heat of Neutralization of
Tetraethylenepentamine Pentahydrochloride and Heat of Reaction
of Totraethylenepentamine with the Nickel (II) Ion, by Hans
Jonassen and Dwell Westerman, in Journal of Physical
Chemistry, vol. 61, (1957), p. 1006-1007, Contract No. DA-01-
009-ORD-h41).
Inorganic Complex Compounds Containing Pblydentate Groups.
XVI. A Study of the Complex Ions Formed by the Copper (II)
Ion With Triethylenetetramine, Tetraethylenepentamine and
Pehtaethylenehexamine, by Hans B. Jonassen, J. Aaron Bertrand
arid Frank R. Groves, Jr., in Journal of American Chemical
Society, vol. 79 (1954p. 4279-4282, Contract No. DA-01-009-
on-441)
1340:6. Inorganic Complex Compounds Containing Polydentate Groups
XVIII. The Stability of Iron (II) and Manganese (II) Tetra-
ethylenepentamine Complexes and Their Reactivity Toward Oxygen,
by Hans B. Jonadsen? Anneke Schaafsma and Lowell Westerman.
(Manuscript submitted to the Journal of Physical Chemistry,
Contract No. DL-01-009-ORD-))0),
1340:7. Inorganic Complex Compounds Containing Polydentate Groups.
XVII. Reaction of Complexes of Cobalt (II) Quadridentate
Amines with Hydroxide Ions, by Hans B. Jonassen and Gayle T.
Strickland, in Journal of the American Chemical Society, vol.
80 (1958), p. 312-315, Contract No. DA-01-009-00-Mo
1604:6. Metal Ion Complexes of 2-(2-aminoethylamino) Ethanol.- Reaction
of Copper (II) Complexes with Sodium Hydroxide, by James L.
Hall and Warren E. lean. 15 November 1957, 24 Pe, figures.
Olest Virginia U4iversity, Technical Report No. 14 also sub-
4tted to the Journal of the American Chemical Society,
Contract No. DA-36-061-ORD-579).
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II CHEMISTRY
G. Lubrication and Surface Phenomena
1511:2. Factors Affecting Gelation in Organophilic Silicate Oil
Systems, by May Louise Henderson, Joseph Madachy and others.
Not Dated, 40 p., figures, tables. (Western Reserve Unim.
versity, Final Report, Contract No. DA-33-019-ORD-1968).
H. Molecular Structure and Physical Properties
1012:17. Electronic Structure of LiH: III. The Knipp Wave Function,
by F. A. Matsen and Fred T. Ormand. (Manuscript submitted
to the Journal of Chemical Physics, Contract No. DA-23-072-
ORD-774).
1012:18. Open ConfigurationCalculations for Beryllium, by G. H.
Brigman, R. P. Hurst, J. D. Gray and others. (Manuscript
submitted to the Journal of Chemical Physics, Contract No.
DA-23-072-ORD-774).
1428:3. Studies of Perchloryl Fluoride Flames, by ROSCOE, Maurice
lodidg. 1958, 57 p., figures, tables. (University of
Wisconsin, MS thesis, Contract No. DA-114?22-ORD-1818).
1428:4. The Vapor Pressure of Nickel Fluoride, by Milton Farber,
Richard T. Myer and John S. Margrave. 1 March 1958, 3 p.,
figures. (University of Wisconsin Technical Report, Contract
No. DA-11-022-ORD-1818).
1436:10. A Combined Analysis of Variance and Regression Treatment in
the Evaluation of the Effeets of -Substituents on Reactivity,
by H. H. Jaffe. (Manuscript submitted to the Journal of
Organic Chemistry, Contract No. DA-33-008-ORD-1155),
1436:11. The Basicities of Substituted Pyridene-l-Oxides, A Reaction
Series Requiring the Use of 04 and c-, by H. H. Jaffe.
(Manuscript submitted to the Journal of the American Chemical
Society, Contract No. DA-33-008-0RD-1155).
1467:2. Electron Spectra of Free Radicals at 4?K - HNO, NH and OH.,
by G. Wilse Robinson and Maclyn McCarty, Jr. (Manuscript
submitted to the Journal of Chemical Physics, Contract No.
DA-36-034-ORD-2169).
1467:3. Electronic Spectra of Free Radicals at 4?K-- NH2,_by.G. Wilse
Robinson and Maclyn McCarty, Jr. (Manuscript submitted to
the Journal of Chemical Physics, DA-36-034-ORD-2169).
(continued)
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II CHEMISTRY
H. Molecular Structure and Physical Properties (continued)
1467:4. Electronic Spectrum of Monomeric Nitrogen Dioxide at Liquid
Helium Temperature, by G. Wilse Robinson, Maclyn McCarty, Jr.
and others, in the Journal of Chemical Physics, vol. 27, no.
4 (October 1957), P. 972-973, Contract No. DA-36-034-ORD-2169.
1467:5. The Nature of Formaldehyde in its Low-Lying Excited States,
by G. W. Robinson and V. Erdmanis DI Giorgio, in Canadian
Journal of Chemistry, vol. 36 (1958), p. 31-38, Contract No.
DA-36-034-ORD-2169.
1473:2. Theaheological Properties and Strengths Exhibited by Adhe-
sive Materials when Present as Bonds, by Harold Tarkaw,
Charles B. Norris and others. Not Dated, 57 p., figures,
tables. . (Forest Products Laboratory, Final Technical Report).
1475:1. Some Combinatorial Problems of Statistical Mechanics, by
Riehard Otter-. 3 p. (University of Notre Dame du Lac, Final
Report: 20 June 1955 - 31 December 1957, Contract No. DA- 11-
022-0RD-1856).
1496:3. Dielactric Dispersion of Boric Acid in Water. The Rate of
RecoMbinition of H+ and H2B01r: at 35?C, by W. R. Gilkersonl,
in the Journal of Chemical Physics, vol. 27, no. 4 (October
1957), P. 914-917, Contract No. Lik-36-034-ORD-2140).
1607:5. Calculation of the Energy of Activation of Some Simple Reac-
tions. The Ortho-Para Hydrogen Reaction, by Ellis R.
Lippincott and Asa Leifer. December 1957, 19 p., figures.
(University of Maryland, Department of Chemistry, Technical
Report No. 5, Contract No. EA-36-034-0RD-2175).
1733:3. Infrared Spectra of Iodine Mono chloride Charge-Transfer
complexes, by Willis .B. Person, Ray E. Humphrey, and others.
(Wanuadript subhitted.to the Journal of the American Chemical
Society, Contract No. DA-11-022-ORD-2303).
1815:2. Vibrational Spectra of the Crystalline Methyl Halides: I.
Infrared Spectrum of CH3C1(0',, by David A. Dows. (Manuscript
submitted to the Journal of -Chemical Physics, Contract No. DA-
04-495-0RD-900). .
1815:3. Vibrational Spectra of the Methyl Halides: II. Infrared
Spectrum of CH3Br(0;, by David A. lbws. (Manuscript sub-
Mitted to the Journal of Chemical Physics, Contract No. DA-
04-495-0RD-900).
(continued)
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II CHEMISTRY
H. Molecular Structure and Physical Properties (continued)
1815:4.
Vibrational Spectra of the Crystalline Methyl Halides: III.
Infrared Spectrum of CH3I(S) and Comparsions Among the Methyl
Halides, by David A. Dows. (Manuscript submitted to the
Journal of Chemical Physics, Contract No. DA-04-495-ORD-900).
I. Organic Chemistry
651:13. Studies Related to Pyracene. An Improved Synthesis, by
Arthur G. Anderson, Jr. and Robert G. Anderson, in the
Journal of Organic Chemistry, vol. 22 (1957), p. 1197-1200,
Contract No. DA-0/4,-200-ORD-235 .
696:10. The 'Spectrophotometric Determination of Complexing Agent in
a Pblynitroaromatic Molecular Compound, by L. H. Klemm,
J. W. Sprague, Herman Ziffer and others. (Manuscript sub-
mitted to Analytica Chimica Acta, Contract No. DA-04-200-
ORD-176).
696:11. Observations on the C-H Out-of-Plane Bending Vibrations of
Some Substituted Naphthalenes and Naphthalene Picrates, by
L. H. Klemm. (Manuscript submitted to the Spectrochimica
Acta, Contract No. DA-04-200-ORD-176).
Pinaoollike Rearrangement of a Cyclo-propane-1,2-dimethylene
Glycol, by Robert A. Darby and Robert E. Lutz, in the Journal
of Organic Chemistry, vol. 22 (1957), p. 1353. (Technical
Report No. 4, Contract No. DA-36-03)-ORD-l283).
795:29. Some Reactions of Benzyne and Naphthalyne? by J. F. Bunnett
and T. K. Brotherton. (Manuscript submitted to the Journal
of Organic. Chemistry, Contract No. DA-36-03).i.-ORD6-1322),
745:10.
795:30. Base Catalysis of the Reaction of N-Nethylaniline with 2,
4-Dinitrofluorobenzene. Proof of the Intermediate Complex
Mechanism for Aromatic Nucleophilic Substitution, by J. F.
Bunnett and John J. Randall. (Manuscript submitted to the
Journal of the American Chemical Society, Contract No.
36-0314.-ORD-l322).
795:31.
795:31. The Nucleophillic Reactivity of Aniline, Hydrazine and
Phenoxide Ion toward 2,4-Dinitrochlorobenzene, by J. F.
Bunnett and George T. Davis. (Manuscript submitted to .the
Journal of the American Chemical Society, Contract No. DA-
36-034-0RD-1322).
(continued)
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II CHEMISTRY
I. Organic Chemistry (continued)
795:32. A General Principle for the Syntheses of Heterocylic Com-
pounds, by Bijorn F. Hrutfiord and J. F. Bunnett. (Manu-.
script submitted to the Journal of the American Chemical
Society, Contract No. DA-36-034-ORD-1322).
858:3. Conformational Evilibrium in Cyclohexyl Bromide, by Ernest
L. Eliel and Ralph G. Haber. (Manuscript submitted to
Chemistry and Industry). (A. part of #).i., Contract No. DA-11-
022-ORD-2279)..
858:4. The Relative Reactivity of Epimers in Simple and Fused
cycl9hexane Systems, by Ernest L. Eliel and Ralph G. Haber.
20 January 1958, various_paging, figures, tables. (Univer-
sity of Notre liana, Technical Report No. 1, containing #3,
Contract No, DA-11-022-ORD-2279),
858:5, Conformational Analysis. II. Esterification Rates of
cyclohexanols, by Ernest L. Eliel and Carl A. Leikach, in
the Journal of the American Chemical Society, vol. 79 (1957),
p. 5986-5994, Contract No. DA-11-022-ORD-2279.
880:5. Multiple Variation in Structure-Reactivity Correlations, by
Sidney I. Mifler. September 1957, 13 p., figures. (Illinois
Institute of TechnolOgy, Department of Chemistry, Technical
Report No. 3,. Contract No, DA-11022-ORD-1514).
1037:2. Studies in the Mechanism of Free Radical Addition of Hydrogen
Bromide to Olefins, by Paul 1. Abell. 37 p., tables. (Univer-
sity of Rhode Island, Department of Chemistry, Final Report:
28 October 1953 - 31 October 1957, Contract No. DA-19-020-
ORD-3171).
1354:4.
The Relative Electronic Effects of Oxygen and Sulfur, by
William E. Parham. 1 December 1957, Various paging.. (Univer-
sity-of tlinnesota, Final Report, Containing #1, #2, and #3,
Contract No. LA-11-022-0RD-1716)._
1403:2. bridged Polycyclic Compounds. VII. The Bromination of
Quadricyclo (2,221,02i 203,5) heptane-2,3-dicarboxylic Acid,
hy Stanley J. Cristol and Robert T. La Londe. (Manuscript
submitted to the Journal of the American Chemical Society?
Contract No. DA-23-072-ORD-912).
1429:5. Structure of 2,616-Trimeihyl-224-cyclohexadienone Diner, by
ThBordore L. Brown,. David Y. Curtin and Robert R. Fraser.
(Manuscript submitted to the Journal of the American Chemical
Society, Contract No. 1A-11-022-0RD-1985).
(continued)
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' II CHEMISTRY
I. Organic Chemistry (continued)
1443:18. Five-Ns. Six-Membered Ring Formation in the Cyclization of
223,4-Triphenylbutyric Acid; the Relative Importance of
Sterochemistry, by Daniel Lednicer and Charles R. Hauser.
(Manuscript submitted to the Journal of the American Chemical
Society, Contract No. DA-36-034-ORD-2040).
1443:19. apD -Diphenylbutyroitrile (Erythro Isomer), by C. R. Hauser
and W. R. Dunnavant. (Manuscript submitted to Organic
Syntheses, Contract No. DA-36-034-ORD-2040).
1443:20. ala,S-Triphenyl Prepionitrile, by
Dunnavant. (Manuscript submitted
Contract No. DA -36 -034-ORD-2040).
1443:21. 0",P-Dipheny1propionic Acid, by C.
Dunnavant. (Manuscript submitted
Contract No._DA-36 -034 -ORD-2040).
1443:22. a,ctop -Triphenylpropionic Acid, by
Dunnavant. (Manuscript submitted
Contract No..DA -36 -034-0RD-2040).
C. R. Hauser and W. R.
to Organic Syntheses,
R. Hauser and W. R.
to Organic Syntheses,
C. R. Hauser and W. R.
to Organic Syntheses,
11/3:23. Reductive Metalation of Benzophenone and Benzalacetophenone
by Metals in Liquid Ammonia and Some Condensations
of the Resulting Dialkali Salts, by Phillip J. Hamrick, Jr.
and Charles R. Hauser. (Manuscript submitted to the Journal
of the American Chemical Society, Contract No. DA-36-034-
ORD-2040).
1447:2. Heterocycles of Bivalent and Quadrivalent Tin, by Henry G.
Kerivila and Oscar F. Beumel? Jr. (Manuscript submitted
to the Journal of the American .Chemical Society, Contract
No. DA-19-020-0151-3651).
1666:1. Conformational Analysis. II. The 2-Bromo-4-t-Butyl-
cyclohexanones, by Norman L. Allinger and Janet Allinger.
(Manuscript submitted to the Journal of the American Chemical
Society, Contract No. DA-20-018-ORD6-14652).
1730:2. Rates of Solvolysis of Some Deuterated 2-Phenylethyl
Toluenesulfonates, by H. Saunders, Jr., Smiljko
Asperger and David H. Edison. (Manuscript submitted to the
Journal of the American Chemical Society, Contract No. DA-
30-115-0RD-781).
1730:3. The Thermal Rearrangement of Triarylmethyl Azides, by William
H. Saunders, Jr. and Judith C. Ware. (Manuscript submitted
to the Journal of the American Chemical Society, Contract No.
Dk-30-115-ORD-781).
(continued)
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II CHEMISTRY
I. Organic Chemistry (continued)
1734:4.
1734:5.
Derivatives of Diimide as Intermediates in Organic Reactions,
by Louis A. Carpino. 13 p. (University of Massachusetts,
Final Report: January 22 - November 30, 1957, Contract No.
DA-l9-059?ORD-2468).
A New Synthesis of Unsaturated Acids. III. Structures of
the Halogenation Products of 4-Unsubstituted and 4-
monosubstituted-2-pyrazolin-5-ones, by Louis A. Carpino.
(Manuscript submitted to the Journal of the Anerican Chemical
Society, Contract No. DA-19-059-ORD-2468).
1871:1. A Kinetic Study of the ortho-Claisen Rearrangement, by Harlan
L. Goering and Robert R7Troobson. (Manuscript submitted to
the Journal of the American Chemical Society, Contract No.
DA-11-022-ORD-2498).
2019:1. Pbenylmethanedithiol Diacetate? by Lamar Field and Charles B.
Hoelzel. (Manuscript submitted to the Journal of Organic
Chemistry, Contract No. DA-33-008-ORD-1637).
J. Plastics and Polymers
987:5 Solvent Effects and Initiator Efficiency in the Benzoyl
Peroxide-Dinethylaniline System, by Cheves Welling and
Norman Indictor. 18 February 19581'17 p., figures, tables.
(Columbia Universityl_Technical Report No. 3/ Contract No.
DA-30-069-ORD1-1270). ,
1073:20. Lithium Initiated Copolymerization of Styrene and Methyl-
methacrylate, by K. F. O'Driscoll, R. J. Boudreau and A. V.
Tobolsky. 5 November 1957, 8 p., figures, tables. -
(Princeton University, Technical Report No, 19, Contract No.
DA-36-034-ORD-2190). .
1073:21. Kinetics of Anionic POlymerization of Styrene, by K. F.
O'Driscoll and A. V. Tobolsky. 22 January 1958, 11 p.,
figures, tables. (Princeton University, Technical Report
No. 22, Contract No. MA-36-034-ORD-2190).
1073:22. Research in High POlymer Chemistry. Rates of Initiation in
Vinyl Polymerization, by A. Eisenberg, K. F. OlDriscoll and
others. -7 January 1957, various paging, figures. (Princeton
University, .Technical Report No. 21, Contract No. DA-36-034-
ORD-2190).
(continued)
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II CHEMISTRY
J. Plastics and Polymers (continued)
1073:23. Lithium Initiated Copolymerization of Styrene and Methyl-
methacrylate. II, by K. F. OlDriscoll and A. V. TobolskY.
10 February 1958, 5 p. (Princeton University, Technical
Report No. 23, Contract No. DA-36-034-0RD-2190).
1140:5. Anisotropic Light Scattering by Streaming Flexible Linear
Macromolecules, by Hari L. Bhatnagar and A. Stevenson.
15 January 1958, 9 p. (Wayne State University, Department
of Chemistry, Technical Report No. 5, Contract No. DA-20-018-
ORD-13388).
1399:5. Polymerization of 4-t-Buty1-2-Cyclohexylaminomethylpheno1,
by W. J. Burke, B. A. Baron, P. D. Gardner and others.
(Manuscript submitted to the Journal of the American Chemical
Society, Contract No. DA-04-495-ORD-660).
1501:5. Surface Tension of Synthetic High Polymer Solutions, by Suham
Al-Madfai and H. L. Frisch. (Manuscript submitted to the
Journal of American Chemical Society, Contract No. DA-04-495-
ORD-721).
K. Reaction Kinetics and Equilibria
1010:3. Chemical Reactions of Ionic Beams, by Walter J. Moore.
November 1957, 3 p. (Indiana University, Department of
Chemistry, Contract No. DA-33-008-ORD491).
1311:3. A Recording Luminescence Spectrophotometer, by E. C. Lim and
E. H. Gilmore. (Manuscript submitted to the Review of
Scientific Instruments, Contract No. DA-23-072-ORD-581).
1311:4. A Method for Evaluating Rate Constants in the Jablonski Model
of Excited Species in Rigid Glasses, by E. H. Gilmore and
E. C. Lim. (Manuscript submitted to the National Academy
of Sciences, ..Contract No, DA-23-072-0RD-581).
Color Complexes of Catechol with Molybdate, by G. P. Haight
and Vasken Paragamian. (Manuscript submitted to the Journal
of Analytical Chemistry, Contract No. DA-36-0311.-ORD-2138).
101:3. Applicability of the Knudsen Effusion Method to the Study of
Decomposition Reactions. The Decomposition of Magnesium
Hydroxide, by Eric Kay and N. W. Gregory. (Manuscript sub-
mitted to the Journal of Physical Chemistry, Contract No,
DA-04-200-0RD-696).
1408:2.
(continued)
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II CHEMISTRY
K. Reaction Kinetics and Equilibria (continued)
1536:3. Heats of Combustion of Some Peroxides and the Heats of
Formation of Acetate, Propionate, and Butyrate Radicals, by
L. Jaffe, E. J. Prosen and M. Szwarc, in the Journal of
Chemical Physics, vol. 27, no. 2. (August 1957), p. 416 -420
Contract No. DA-30 -115 -ORD-678).
1536:4. Kinetics of Decomposition of Iso-Butyryl Peroxides and
Reactions of Iso-Propyl Radicals, by J. Smid and N. Szwarc.
Not Dated, 10 p., figures, tables. (Syracuse University;
also submitted to the Journal of Chemical Physics, Contract
No. DA -30 -115 -ORD-678).
1536:5. Pseudo Energy Transfer in Some Unimolecular Decompositions,
by M. Szwarc and L. Hark. Not Dated, 5 p., figures.
(Syracuse University, Contract No. DA-30 -115 -ORD-678).
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III MATHEMATICS
A. Algebra and Number Theory
B. Analysis
244:43.
244:44.
On Deformations of Complex Analytic Structures, by K. Kodaira
and D. C. Spencer. July 1957, 217 p. (Princeton University/
Technical Report No. 7, Contract No. DA -36 -034 -ORD -2164).
On the Existence of Deformations of Complex Analytic Struc-
tures, by K. Kodaira, L. Nirenberg, and D. C. Spencer. (Manu-
script submitted-to Annals of Mathematics, Contract No. DA-
36-O34-ORD-216L).
264:33. A Limit Theorem for the Periodogram, by Solomon Bochner and
Tatsuo Kawata. (11anuscriptsubmittedto the Annals of Mathe-
matical Statistics, Contract No. DA-36-034-0RD-2001).
264:34. Probability and Differential Equations, by William Feller,
George Huffordrand others. December 1957, various paging.
(Princeton University, Department of Mathematics, Technical
-Report No. 6, containing #251 #32 and #35, Contract No. DA-
36-034-0RD-2001).
264:35. The Birth and Death Processes as Diffusion Processes, by
William Feller. (Manuscript submitted to the Journal des
Mathematiques, Contract No. DA-36-034-ORD-2001). (A Part
of #34)4,
264:36. A Property of Brownian Motion Paths, by H. F. Trotter. (Manu-
script submitted to the Illinois Journal of Mathematics, Con-
tract No. DA-36-034-ORD-2001).
641:15. Duality in General Ergodic Theory, by Robert Heyneman.
January 1958, 52 P. (University of California, Department of
Mathematics, Technical Rert ko. 15, Contract No. Dkr04-200-
ortp..171, T. O. 5).
641:16. Analytic Perturbation of Operators, by Frantisek Wolf.
(University of California, Terminal Report: 1 July 1957 -
30 September 1957, Contract No. DA-04-200-0RD-171, T. O. 5).
913:7. The Existence of Vector Function Spares with Duals of In-
tegral Type, by Marston.Morse and William Transue. (Manus-
cript submitted to the Colloquium Mathematicum, Contract No.
DA-33'-019-ORD-1265).
913:8. The Local Characterization of Vector Function Spaces with Duals
of Integral Type, by Marston Morse and William Transue.
(Manuscript submitted to the the Michigan Mathematical Journal,
Contract No. DA-33-019-ORD-1265)0
(continued)
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III MATHEMATICS
B. Analysis (continued)
983:15. 'Representations of the ai Operators and Applications to Equa-
tions for Massless Particles, by Harry E. Moses and J. S.
Iomont. (Manuscript submitted to the Physical Review, Con-
tract No. DA-30-069-ORD-23.54).
1046:3. Existence, Uniqueness, and Effective Computation of the Solu-
tions of Partial Differential Equations, by Golombo
.Not Dated, 3 pi (Purdue Research Foundation, FinaReport,
Contract No. DAr33-008-ORD-1045).
1299:15. The Topologization of a Sequence Space by Toeplitz Matrices,
by P. Erdos and G. Piranian. Manuscript submitted to the
Michigan Mathematical Journal, Contract No. DA-20-018-ORD-
13584).
1323:8. -Relations Between Mean Curvature and Conformal Type, by
Robert Osserman. 1 October 1957, 7 p. (Stanford University,
Technical Report No. 7, Contract No. DA-04-200-ORD-343).
1323:9. Open Riemann Surfaces, by H. L. Royden. (Manuscript submitted
to the Proceedings of the Colloquium on the Theory of Func-
tions, Contract No. DA-04-200-ORD-343).
1469:1. Periodic Solutions of Singular Perturbation Problems, by
Edward R. Rang. 72 p. (University of Minnesota, Technical
Report No. 1: 15 September 1956 - 15 September 1957, Con-
tract No, DA-11-022-ORD-2042).
1469:2. Simplification of Systems-of 'Linear Differential Equations
Involving A Turning Point, by1H. L. Turritin and W. A.
.Harris, Jr. 13 Deeember 1957, 35.p. (University of Minnesota,
Technical Report No. 2, Contract No. DA-11-022-ORD-2042).
1469:3. A Boundary Value Problem for a System of Ordinary Linear
Differential Equations Involving Powers of a Parameter, by
William A; Harris, Jr. 20 March 1958, 137 p; (University of
Minnesota, Department of Mathematics, Technical Report No. 3,
Contract No. DA-11-022-0RD-2042).
1517:8. Bibliography on Riemann Surfaces, by Leo Sario. December 1957,
42 ID. (University of California, Department of Mathematics,
Technical Report No. 6, Contract No. DA-04-495-ORD-722).
1517:9. On the Stability of Boundary Components, by Kotaro Oihawa.
April 1958, 128 p. (University of California, Department of
Mathematics, Technical Report No. 7, Contract No. DA-04-495-
ORD-722).
(continued)
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III MATHEMATICS
B. Analysis (continued)
1617:6. Function Algebras, by A. M, Gleason. (Manuscript submitted to
the Proceeding of the Conference on Analytic Functions, Con-
tract No. DA-19-020-ORD-3778).
1617:7. A Deflation Map, by E. Weiss. (Manuscript submitted to the
Japanese Journals, Contract No. DA-19-020-ORD-3778).
1617:8. Obstruction Theory in Fibre Spaces, by Robert Hermann. (Manu.-
script submitted to the Illinois Journal of Mathematics,
Contract No. DA-19-020-ORD-3778).
1626:5. Numerical Evaluation of Multiple Integrals. II, by Preston
C. Hammer and Arthur H. Stroud. November 1957, 20 p.,
tables. (University of Wisconsin, Technical Report No. 5,
Contract No. DA-11-022-ORD-2301).
1626:6. Remarks on the Disposition of Points in Numerical Integration
Formulas, by Arthur H. Stroud. January 1958, 7 p., tables.
(University of Wisconsin, Department of Mathematics, Tech-
nical Report No. 6, Contract No. DA-11-022-ORD-2301).
1626:7. Numerical Integration Formulas of Degree 2., by Arthur H.
Stroud. February 1958, 8 p. (University of Wisconsin, De-
partment of Mathematics, Technical Report No. 7, Contract
No. DA-11-022-ORD-2301).
1660:1. A New Class of Continued Fraction Expansions for the Ratios
of Heine Functions, by Evelyn Frank. (Manuscript submitted
to the Transactions of the American Mathematical Society,
Contract No. DA-11-022-ORD-2196),
1685:5. On a Closure Property of Measurable Sets, by Earl Jr. Eickle.
(Manuscript submitted to the Proceedingsof American Mathe-
matical Society, Contract No. DA-33-019-0RD-2114).
1685:6. On a Decomposition Theorem of Federer, by Earl J. Eickle.
(Manuscript submitted to the Transactions of the American
Mathematical Society, Contract No. DA-33-019-ORD-2114).
I-52:1. Diagonalization of Operator Matrices, with Applications to
Partial Differential Equations, by BenFitzpatrick. 1
September 1957. (Redstone Arsenal, Report No. 2R2)4F).
C. Foundation and Game Theory
D. Geometry and Topology
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III MATHEMATICS
E. Mechanics
223:41. Distributed and Lumped Networks, by R. J. Duffin. 1 February
19580 39 p., figures. (Carnegie Institute of Technology,
Department of Mathematics, Technical Report No. 37, Contract
No. DP-36-061-ORD-)4.90).
223:42. A Function-Theoretic Solution of Certain Integral Equations.
II, by Albert E.. Heins and Richard C. Mac Camy, March 1958,
20 p. (Carnegie Institute of Technology, Technical Report No.
38, Contract No. D1r-36-061-0RD-490).
247:37. A Weak Solution for a System of Equations of Elliptic-Hyper-
bolic Type, by Cathleen S. Morawetz. (Manuscript submitted to
the Communications on Pure and Applied Mathematics, Contract
No, DA-30-069-ORD-2153).
407:40. Sonic Limit Singularities. Part I: General Theory, by G. S.
S. Ludford and S. H. Schot. (Manuscript submitted to Archive
for Rational Mechanim and Analysis, Contract No, DA-36-034-
ORD-1486).
1271:20. Stress-Deformation Relations for Anistropic Solids, by G. F.
Smith and R. S. Rivlin, in Archive for Rational Mechanics
and Analysis, vol. 1, no. 2 (1957) p. 107-112, Contract No.
DA -19 -020-ORD -4531).
1271:21. Plane Strain in a Network of Slightly Extensible Cords, by S.
M. Genensky and R. S. Rivlin. March 1958, 76 p., figures.
(Brown University, Technical Report No. 3, Contract No. DA -
19 -020 -ORD -4531).
F. Numerical and Graphical Methods
1210:48. On the Speed of Convergence of Cyclic and Quasicyclic Jacobi
Methods For Computing Eigenvalues of Hermitian Matrices, by
Peter Henrici. Nanuscript submitted to the Journal of the
Society for Industrial and Applied Mathematics, Contract No.
DA-04-495-ORD
1210:49. Generation and Use of Orthogonal Polynomials for Data-Fitting
with a Digital Computer, by George E. Forsythe, in the Journal
of the Society for Industrial and Applied Mathematics, vol. 5,
no. 2 (June 1957), p. 74-88, Contract No. DA -04-495 -ORD-559).
1210:50. A Saddle Point Characterization of the Schwinger Stationary
Points in Exterior Scattering Problems, by C. L. Dolphlin
the Journal of the Society for Industrial and Applied Mathe-
matics, vol. 5, no. 3 (September 1957), p. 89-104, Contract
No. DZ-04-495-ORD -559).
(continued)
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III MATHEMATICS
F. Numerical and Graphical Methods (continued)
1210:51. Determination of Three Percentiles of the Wn Distribution
Function, by Bernard Sherman, in the Journal of the Asso-
ciation for Computing Machinery, vol. 4, no. L. (October 1957),
p. 472-476, Contract No. DA -04 -495 -ORD -559).
1210:52. Mathematics: Polynomials of Best Approximation on a Real
Finite Point Set, by J. L. Walsh and T. S. Motikin? in the
Proceedings of the National Academy of Sciences, vol. 43, no.
9 (September 1957), p. 845-846, Contract No. DA -04 -495 -ORD -
559).
1210:53. A Sturmian Theorem for Partial Differential Equations, by R.
N. Redheffer, in the Proceedings of the American Mathematical
Society, vol. 8, no. 3 (June 1957), P. 458-462, Contract No.
DA -04 -495 -ORD -559).
1210:54. On Paris of Harmonic Functions, by R. M. Redheffer? in the
Proceedings of the American Mathematical Society, vol. 8, no.
3 (June 1957), P. 450-457, Contract No. DA -04 -495-ORD -559).
1210:55. Inversion of Matrices by Biorthogonalization and Related Re-
sults, by Na.gnus R. Hestenes. (Manuscript submitted to the
Journal of the Society for Industrial and Applied Mathematics,
Contract No. DA-04 -495-ORD -559).
1210:56. Maximizing Functions of Rotations-Experiments Concerning Speed
of Diagonalization of Symmetric Matrices Using Jacobi:la Method,
by David A. Pope and C. Tompkins, in the Journal of the Asso-
ciation for Computing Machinery, vol. 4, no. 4 ( October 1957),
P0,459-466, Contract No. DA-04 -495-0RD-559.
1210:57. Solution of a Heat Equation for a Bounded Line by a' Method In-
volving Sine Transforms, by C. Tompkins. (Manuscript sub-
mitted to the Journal of the Association for Computing Machin -
nery, Contract No. DA-04 -495 -ORD -559).
1210:58. On the Behavior of the Solution of the Dirichlet Problem at
Analytic,Corners? by Pentti Laasonen, in Annals Academiae
Scientiarum Fennicae? Series A. I. Mathematica,- 241 (1957),
p. 1-12, Contract No. DA -04 -495 -ORD -559).
G. Probability and Statistics
352:27. Effect of Expansion of the Universe on the Distribution of
Images of Galaxies on Photographic Plates - -A Simplified Model,
by Martin Fox. (Manuscript submitted to the Astronomical
Journal, Contract No. DA -04 -200-ORD -171, T. O. 3).
(continued)
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III MATHEMATICS
G. Probability and Statistics (continued)
362:28. Contributions to the Statistical Theory of Cloud Chamber
Data, by Robert Richard Read. (Manuscript submitted for pub-
lication, Contract No. DA -04 -200-ORD -171, T. 0. 3).
362:29. A Counterexample to a Theorem of Kolmogorov, by Leo Breiman,
in the Annals of Mathematical Statistics, vol. 28, no. 3
(September 1957), p. 811-814, Contract No. DA -04 -200 -ORD -171,
T. 0. 3).
362:30. Densities for Stochastic Processes, by Charlotte T. Striebel.
(Manuscript submitted to the Annals of Mathematical Statistics,
Contract No. DA-04 -200-ORD -171, T. 0. 3).
362:31. On a Locally Most Powerful Similar Test for the Independence
of Two Poisson Variables, by Mohamed Salahuddin Ahmed. Not
Dated, 73 p. (University of California, PhD Thesis; also sub-
to the Annals of Mathematical Statistics under the title "On
a Locally Most Powerful Boundary Randomized Similar Test for
the Independence of Two Poisson Variables," Contract No.,DA -
04 -200 -ORD-1711 T. 0. 3).
832:19. Some Results on the Probability Distribution of the Latent
Roots of a Symmetric Matrix of Continuously Distributed Ele.-
ments, and Some Applications to the Theory of Response Sur-
face Estimation, by H. R. van der Vaart. January 1958, 40 p.
(University of North Carolina; Technical Report No. 18, Don -
tract No. DA -36 -034 -ORD -1517).
832:20. The Comparison of Regression Variables, by Evan J. Williams.
April 1958, 13p. (University of North Carolina, Technical Re-
port No. 19, Contract No. DA -36 -034 -ORD -1517).
1166:37. Lectures on the Theory of Least Squares, by R. Lowell Wine
and William A. Glenn. December 1957, 176 p. (Virginia
Polytechnic Institute, Technical Report No. 35, Contract No.
DA -36 -034 -ORD -1527).
1175:9.
Research in Unbiased Estimation, Integral Equations with Un-
known Distribution Functions, and Non-Parametric Methods, by
Julius R. Blum. 1 February 1958, 12 p. (Indiana University
Foundation Research Division, Technical Report No. 8, Con-
tract No. DA:33-008-0RD-965).
1715:9. The Propagation of Errors, Fluctuations and Tolerances -
Supplementary FormulAs? by John W. Tukey. Not Dated, 14 p.,
tables. (Princeton University, Department of Mathematics,
Technical Report No. 11, Contract No. DA -36-034-0RD-2297).
(continued)
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III MATHEMATICS
G. Probability and Statistics (continued)
1715:10. The Propagation of Errors, Fluctuations and Tolerances. 3 -
Ah Exercise in Partial Differentiation, by John Tukey. Not
Dated, 72 p., figures, tables. (Princeton University, De-
partment of Mathematics, Technical Report No, 12, Contract
No. DA -36-034 -ORD -2297).
The Propagation of Errors, Fluctuations and Tolerances-Basic
Generalized Formulas, by John W. Tukey. Not Dated, Various
paging. (Princeton University, Department of Mathematics,
Technical Report No. 10, Contract No. DA -36 -034 -ORD -2297)0
1715:12. Some General Considerations in Process Optimisation, by G. E.
P. Box. Not Dated, 28 p., figures. (Princeton University,
Department of Mathematics, Technical Report No. 13, Contract
No. DA -36 -03).i -ORD -2297).
1715:11.
1840:2. A Characterization of the Normal Distribution, by S. G.
Ghurye and I. Olkin. 15 October 1957, 6 p. (Michigan State
University, Technical Report No. 8, Contract No, DA-20-018-
ORD-14735).
1840:3. An Inequality Satisfied-by the Gamma Function, by Ingram
Olkin.- 9 Debember:1957, 4 p. (Miahigan State University,
Technical Report No. 9, Contract No. DA-20-01F-0RD-14735).
1840:4. A Class of Integral Identities with Matrix Argument, by
Ingram Olkin. 5 February 1958, 12 p. (Michigan State Univer-
sity, Technical Report No, 10, Contract No. DA-20-018-ORD-
14735).
1-88:1. k Statistical Distribution Applicable to Certain Redundant
Systems, bk-Helen J. Coon and Frank E. Grubbs, September
1957, 22 p., figures, tables. (Ballistic Research Labora-
tories, Report No. 1099).
H. Operations Analysis
968:15. Calculation of Non-Stationary Queuing Probabilities for
Landing Congestion of Aircraft, by Clyde Wheeler and Herbert
P. Galliher. (Manuscript submitted to'the Journal of the
Operations Research Society of Americap Contract No. DA -
19 -020 -ORD-2684).
968:16. Monte Carlo Simulation Studies, by Herbert P. Galliher.
(Manuscript submitted to the Proceedings of the Symposium on
System Simulation, Contract No. DA -19 -020 -ORD-2684).
(continued)
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III MATHEMATICS
H. Operations Analysis (continued)
968:17. A High-Speed Computer Technique for the Transportation Prob-
lem, by Jack B. Dennis. (Maauscript submitted to the Journal
of the Association for Computing Machinery, Contract No. DAJ-
19-020-0RD-2684).
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A. Combustion and Fuels
B. Fluid Mechanics
1074:5.
IV ENGINEERING
Flow Behavior of Concentrated (Dilatant) Suspensions, by A. B.
Metzner and Malcolm Whitlock. (Manuscript submitted to the
Society of Rheology, Contract No. DA -36-034 -ORD-1495).
1074:6. Turbulent Heat Transfer Inside Tubes, by W. L. Friend and A.
B. Metzner. (Manuscript submitted to the American Institute
of Chemical Engineers Journal, Contract No. DA-36-034 -ORD-
1495).
C. Friction and Lubrication
D. Heat and Mass Transfer
1366:3. Heat Transfer to Boiling liquids under Conditions of High
Temperature Difference and Forced Convection, by S. Rankin.
20 February 1958, 80 p., figures, tables. (University of
Delaware, Department of Chemical Engineering, Final Report
UD-FB-13, Contract No. DA-36-034-ORD-1797).
1540:3. Results of Oil Quenching Experiments, by Victor Paschkis.
Not Dated, 7 p., figures, tables. (Columbia University, Tech-
nical Report No. 6, Contract No. DX-30-069-ORD-1621).
1540:4. Numerical Evaluation Techniques, by Victor Paschkis. 15
November 1957, 22 p., figures, tables. (Columbia University,
Technical Report No. 5, Contract No. DAr30-069-QRD-1621).
E. Human Engineering
1492:5. ' Controlled Contact Cutting Tools, by B. T. Chao and K. J.
Trigger'. (Manuscript submitted to the American. Society of
Mechanical Engineers, Contract No. DA-11-022-ORD-1980).
F. Measurement and Control
1538:4. Compensation of Nonlinear Feedback Systems by Means of An
Inexact Model, by Kenneth R. Kaplan and John G. Truxal. 8
January 1958, 9 p., figures. (Polytechnic Institute of
Brooklyn, Contract-No. DA -30 -069 -ORD -1560).
1586:1. Some Topological Considerations in Electrical Circuit Theory,
by F. M. Reza. September 1957, 54 p., figures. (Syracuse
University Research Institute, Technical Report No. 1, Con-
tract No. DA730-115 -ORD -722).
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IV ENGINEERING
G. Materials and Material Processing
1282:6. Curved Bar and Related Problems Involving Plastic Flow, by
Bernard W. Shaffer. February 1958, 7 p. (New York University:
Final Report, Contract No, DA-30-069-ORD-1398).
1282:7. Mechanics of the Sheet-Bending Process, by Bernard W. Shaffer
and Eric E. Ungar. January 1958, 19 P., figures. (New York
University, Technical Report No, 6, Contract No. DA-30-069-ORD
-1398).
H. Solid Mechanics
1235:4.
The Transition Temperature in a Notched Bar Impact Test, by
J. A. Hendrickson,D, S. Woodland D. S. Clark. March 1958,
35 p., figures. (California Institute of Technology, Tech-
nical Report No. 4; also submitted to the American Society
for Metals, Contract No. DA -04-495 -ORD -171).
1253:11. Problems of Spherical Stress Naves in Materials, by Donald E.
Dawson, 15 September 1957) 36 p., figures, tables. (The
Pennsylvania State University, Technical Report No. 11,
Contract No. DA-36 -061 -ORD -).t65).
1253:12. Stress Waves of Penetration in Plates, by Norman Davids. 1
February 1958, 20 p., figures. (Pennsylvania State University,
Technical Report No, 12, Contract No, DA-36-061-ORD-465).
1253:13. Scabbing in Bars and Plates-Further Studies, by Sudhir Kumar,
1 March 1958, 19 p., figures. (Pennsylvania State University,
Technical Report No. 13, Contract No, DA -36-061 -ORD -465).
1283:5. Studies in Photoplasticity, by M. N. Frocht and R. A. Thomson.
December 1957, 15 p., figures. (Illinois Institute of Techt-
nology, Technical Report No, 5, Contract No. DA -124-022 -ORD -
1609).
1283:6. A Non-Destructive Method for Three-Dimensional Photoelasti6-
ity, by M. PI. FroOht and L. S. Srinath. December 1957, 12 p.,
figures. (Illinois Institute of Technology, Technical Re-
port No, 6, Contract No. DA-11-022-ORD-1609).
1348:6, A Statistical Method for Determining Fatigue Strengths with
a Limited Number of Specimens, by J. J. Coleman and W. N.
Findley, June 1957, 21 p., figures. (Brown University,
Technical Report No. 5, Contract No. DA -19-020 -ORD -3520).
(continued)
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IV ENGINEERING
H. Solid Mechanics (continued)
1563:1. The Elasticity Solution of a Long Circular Cylindrical Shell
Subjected to -a Uniform Circumferential Radial Line Load, by
Jerome M. Klosner and. Frederick V. Pohle. July 1957, 42.p.,
figures, tables. (Polytechnic Institute'of Brooklyn, Final
Report, Contract No. DR-30-069-ORD-1723).
1969:1. Analysis'of Sholl6 of Revolution Composed of Work-Hardening
Material, by E. T Onat. January 1958; 34 p., figures.
(Brown Universitk, Technical Report No. 1, Contract No. DA-
19-020-ORD-)4564).
I-1:1. Terrain Evaluation in Automotive-Off-The-Road Operations by
M. G. Bekker. March 1957, 23.p.? figures. (Ordnance Tank
AUtomotive Command, Report No. 13).
1-1:2. Mobility-on Lam, Challence and Invitation, by M. G. Bekker.'
May-1957;'12 ID:, figures. (Ordnance Tank Automotive Command,
Report No. 15).
_ .
1-1:3. Study of Snow Values Related to Vehicle-Performance, by
William L. Harrison,'Jr. December 1957, 32 p., figures.
(Ordnance Tank Automotive Command, Technical Report No. 23).
1-71:1. Singularities inthe Plane Theory-of'Elasticity. Part I.
by Oscar L. Bowie. March 1958, 44 p. (Watertown Arsenal
Laboratories, WAL TR 893/203).
I. Symposia and Conferences
J. Vibration and Acoustics
K. Field Operations
L. kerod3marnics
1600:18. Measurement of Turbulent Heat Transfer Rates on the Aft
Portion and Blunt Base of Hemisphere-Cylinder in 'the Shock
Tube, by Josef Rabinawicz. 1 November 1957, 24 p.; figures.
(California Institute of Technology, Memorandum No. 41; also
submitted to Jet Propulsion, Contract No. DA-0)4-495-0RD-19).
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?
V METALLURGICAL .SCIENCE S.
A. Solid State Metallurgy
157:17. A Study of Reversion Phenomena in the Carbon-Alpha-Iron
System, by Donald Keefer and Charles Wert. (Manuscript sub-
mitted to Transactions of the AIME, Contract No. DA -11 -022 -
ORD-1731).
906:7, Liquid Tin Solution Calorimeter for Measuring Heats of For-
mation of Alloys, by Raymond Is. Orr, Alfred Goldberg and
Ralph Hultgren, in the Review of Scientific Instruments, vol.
28, no. 10 (October 1957), p. 767-773. (Technical Report No.
5, Contract No. DA -04-200-ORD -171, T. O. 8).
B. Metallography and Structure
C. Mechanical and Thermal Metallurgy
D. Chemical MetallUrgy
1425:9. On the Thermodynamics of the III -V Compounds InSb, GaSb and
InAs, by W. F. Schottky and M. B. Bever. 23 p? figures,
tables. (Massachusetts Institute of Technology, Report No.
9: 1 Aiagust 1956 - 31 Zuly,1957, Contract No. DA -19-020 -
ORD -3661).
1425:10. Phase Relations in the System Ag-Sb-S at 4000C, by Jan
Barstad. 10 p., figures, tables. (Massachusetts Institute
of Technology, Report No. 10: 1 October 1956 - 31 May 19570
Contract No. DA -19 -0207ORD -3661).
1425:11. The Formation of Ag35b3 and AgSbS2 from Ag2S ana Sb2S3 by
Solid State Reactions at 4000C, by A. G. Verduch and Carl
Wagner. 10 p., figures tables. (Massachusetts Institute of
Technology, Report No. 11: 1 January 1956 - 30 June 1957,
Contract No. DA -19 -020 -ORD -3661).
1425:12. Outline of Investigations on the Reaction of Silver-Antimony
Alloys with Sulfur, by Carl Wagner. 21 p., figures.
(Massachusetts Institute of Technology; Report No. 12: 1
April 1957 - 31 July 1957, Contract NO. DA -12 -020 -ORD-3661).
1425:13. Determination of the Electronic Oonductivity in Silver
Halides by Means of Polarization Measurements, by-Bernhard
Ilschner. 13 p., figures, tables. (Massachusetts Institute
of Technology, Report NO. 13: 15 January 1957 - 15 December
1957, Contract No. DA-19-020-ORD-3661).
(continued)
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V EHETALLURGICAL SCIENCES
D. Chemical Metallurgy (continued)
1425:14. Electrical Conductivity of Liquid Magnesium-Bismuth Alloys,
by Bernhard Ilschner and Carl Wagner. 4 p., figures.
(Massachusetts Institute of Technology, Department of Metal-
lurgy, Report No. 14: 1 July 1957 - 31 December 1957, Con-
tract No. DA-19-020-ORD-3661),
E. Process Metallurgy
1472:2. Micrographic Study of .the Growth of Crystals by Condensation
from the Vapor Phase In the Case of Cadmium, by Andre Accary
and Robert F. Mehl, in The Proeeedings of Academie des
Sciences, t..244 (gay 1957), p. 2713-2716, Contract No, DA-
36-061-ORD-530.,
1567:1. Investigation of the Kinetics and Mechanism Involved in the
Hydrogen Reduction of Metal Halide Vapors, by H. S. Spacil
and J. Wulff, 31 January 1958, 55 p., figures. (Massa-
chusetts Institute of Technology, Final Report, Contract
No. DA -19 -020-ORD -3760).
1657:2. The Measurement of Grain Contiguity in Two-Phase Alloys, by
J. Gurland. November 1957, 14 p., figures. (Brown Univer-
sity, Technical Report No, 2, Cbntract No. DA -l9 -020 -ORD -
3976).
F., Symposia and Conferences
SupP1 List 1 30
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CSCRD-1
ANNUAL CONSOLIDATED REPORT ON
RESEARCH AND DEVELOPMENT PROJECT
Office of the Chief of Ordnance
Research and Development Division
DEPARTMENT OF THE ARMY
PROJECT 599-01-004
ORDNANCE BASIC RESEARCH
VOLUME II, PART 2
TERMINATED CONTRACTS, 1957
? OFFICE OF ORDNANCE RESEARCH, U. S. ARMY
BOX CM, DUKE .STATION
DURHAM, NORTH CAROLINA
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STAT
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Rol
CSCRD -1
ANNUAL CONSOLIDATED REPORT ON
RESEARCH AND DEVELOPMENT PROJECTS
Office of the Chief of Ordnance
Research and Development Division
DEPARTMENT OF TB.P., ARMY
PROJECT 599-01-004
ORDNANCE BASIC RESEARCH
Volume II, Part 2
Terminated Contracts, 1957
OFFICE OF ORDNANCE RESEARCH, U. S. ARMY
Box CM, Duke Station
DURHAM, NORTH CAROLINA
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GEORGE F. LEIST
Colonel, Ordnance Corps
Commanding
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FOREWORD
Volune II Part 2 of the Annual Report of the Office of
Ordnance Research contains progress summaries and technical
report listings for contracts terminating during Calendar
Year 1957. This publication is a continuation of Volume II
of the Annual Report for 1956, which listed contracts termi-
nating during the period 1951-1956, and is paged consecutive-
ly with that report. The indexes provided in the rear of this
part of the 1957 Annual Report are complete indexes of p11
terminated projects from 1951 through 1957.
It is hoped that indexes, progress summaries, and list-
ings of technical reports may be of assistance in the con-
tinued retrieval of the scientific information produced under
the Ordnance Basic Research Program.
_
15 April 1958
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4
I.
TABLE OF CONTENTS
PHYSICS
A. Astronomy and Geophysics
B. Atomic and Molecular Physics
C. Cosmic Rays and Elementary Particles
D. Cryogenics and Liquids
E. Gases and Gaseous Electronics
F. General Physics
G. Instrumentation
H. Nuclear Physics
I. Optics and Photography
J. Solid State Physics
643
644
-
646
647
649
653
656
II.
CHEMISTRY
A. Chemical Engineering and Materials
663
B. Combustion and Fuel Chemistry
669
C. Deterioration Prevention
D. Electrochemistry and Corrosion
672
E. Explosives and Propellants
674 _
F. Inorganic and Analytical Chemistry
678
G. Lubrication and Surface Phenomena
684
H. Molecular Structure and Physical Properties
685
I. Organic Chemistry
698
.
J. Plastics and Polymers
K. Reaction Kinetics and Equilibria
705
III.
MATHEMATICS
A. Algebra and Number Theory
707
B. Analysis
710
C. Foundations and Game Theory
D. Geometry and Topology
717
E. Mechanics
723
F. Numerical and Graphical Methods
724
G. Probability and Statistics
728
H. Operations Analysis
731
IV.
ENGINEERING SCIENCES
A. Combustion and Fuels
733
B. Fluid Mechanics
737
C. Friction and Lubrication
743
D. Heat and Mass Transfer
749
E. Human Engineering
F. Measurement and Control
751
G. Materials and Material Processing
H. Solid Mechanics
752
I. Symposia and Conferences
J. Vibration and Acoustics
K. Field Operations
L. Aerodynamics
771_
V.
METALLURGICAL SCIENCES
A. Solid State Metallurgy
773
IP'
B. Metallography and Structure
C. Mechanical and ,Thermal Metallurgy
D. Chemical Metallurgy
777
E. Process Metallurgy
F. Symposia and Conferences
780
INDEXES
783
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I PHYSICS
A. Astronomy and Geophysics
1072 SEARCH FOR SMALL SATELLITES OF THE EARTH WITH A NEW OPTICAL
INSTRUMENTATION TECHNIQUE
Contractor: Lowell Observatory
Flagstaff, Arizona
Chief Investigator: C. W. Tombaugh
Contract No. DA-04-495-ORD-521
Duration: 29 December 1953 - 30 June 1956
Amount: $ 26,375.16
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scope: Research will be conducted, in cooperation with White Sands
Proving Ground, which will have as its objective the development of
object-following devices and techniques. The devices developed or
assembled will be used to conduct a complete systematic search of
the space about the earth for satellites. Suspects will be checked
to ascertain if they are real or only film defects. An equatorial
mount will be used with due allowances for parallax. Star trails
will be used as reference marks for positions of satellite suspects.
Wherever possible, the techniques developed will be further tried out
through observance of other objects (small planetoids, small comets,
and flare stars).
Progress (to 30 June 1956): A large number of photographs have been
taken of several zones of the sky, with the direction and tracking
rate of the telescope adjusted for each exposure tO a reasonable sat-
ellite orbit. Suggestive images were recorded and some zones were
rephotographed in an attempt to recover the satellite suspects. How-
ever, none of the suspects have been confirmed as a satellite. A new
type of observational science has evolved in the course of the work,
and results td date point out possible applications of new methods ?
and knowledge to artificial satellites. Search equipment used in this
study has been transferred to Quito, Ecuador, where the proximity of
the equator will simplify the geometrical problems._ The final report
has been received and the contract has been terminated.
Technical Reports:
1. Proposed Geodetic Triangulation from an Unmanned Orbital Vehicle
by Means of Satellite Search Technique, by Clyde W. Tombaugh.
Not dated, 5 p. (Lowell Observatory).
2. Search for Small Earth Satellites, by Clyde W. Tombaugh. 29 p.
(New Mexico College, Final Report: 1953 - 1956).
VII-- 643
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I PHYSICS
B. Atomic and Molecular Physics
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1016 DETERMINATION OF MOLECULAR CONSTANTS BY MICROWAVE AND RADIO
FREQUENCY SPECTROSCOPY
Contractor: Georgia Tech Research Institute
Engineering Experiment Station
Research Building, Institute of Technology
Atlanta, Georgia
Chief Investigators: T. L. Weatherly
J. Q. Williams
Contract No. DA-01-009-ORD-353
Duration: 1 Oct 53 - 31 Dec 55
Amount: $ 33,438.88
Type of Contract: Fixed Price
Renewed: DA-01-009-ORD-465
1 Jan 1956 - 31 May 1957
$ 21,888.08
Cost
Primary Scientific Liaison: Office of Ordnance Research
Scientific Cognizance: Ballistic Research Laboratories; Picatinny
Arsenal
Scope: Research will be conducted on the rotational constants, inter-
nuclear distances, bond angles, dipole moments, and nuclear quadrupole
coupling of various molecules by several methods of microwave and
radio-frequency spectroscopy. Study will in particular be made of ni-
trosyl bromide and nitryl chloride, and if possible, also of nitro-
methane, methyl nitrite, and nitroethane.
Progress (to 31 May 1957): A large number of chlorine compounds have
been investigated for pure nuclear quadrupole resonance in the fre-
quency region 20 to 45 mc, and resonance absorption lines were found
in 14 of these. The work on microwave spectroscopy included the study
of the microwave spectrum of NOBr and NO2C1 in the region 20,000 to
40,000 me. A complete analysis has been made of the J = 2 -0 3 transi-
tion for NOBr and the J = 2 -0 3 and2J = 3 4 transitions for NO2C1.
The Stark effect for both molecules has also been studied. Calcula-
lations from the spectra give the rotational constants, moments of in-
ertia, internuclear distances, bond angles, quadrupole coupling con-
stants and dipole moments. The Stark effect for the J = 2 -0. 3 transi-
tion of CC1F3 has also been observed and preliminary calculations have
been made. Complete results are set forth in the technical reports
listed below. The final report has been received and the project has
been terminated.'
Technical Reports:
1. Nuclear Quadrupole Resonances in Some Chlorine Compounds, by J.
Q. Williams and T. L. Weatherly, in Journal of Chemical Physics,
vol. 22, no. 3 (March 1954), p. 572,
VII - 611.11.
I PHYSICS
B. Atomic and Molecular Physics
1016 (continued)
2. Nuclear,Quadrupole Resonance in Ethyl Chloroformate and Ethyl
Trichloroacetate, by T. L. Weatherly and Quitman Williams, in
Journal of Chemical Physics, vol. 22, no. 5 (May 1954), p. 958.
3. Microwave Spectrum and Molecular Constants of Nitrosyl Bromide,
by T. L. Weatherly and Quitman Williams. 19 September 1955, 11 p.
(Georgia Institute of Technology, Engineering Experiment Station,
Technical Report No. 1; also submitted to Physical Review).
ASTIA AD-72 188
4. The Stark Effect in the Rotational Spectrum of Nitrosyl Bromide,
by D. F. Eagle, T. L. Weatherly and Quitman Williams. 2 October
1956, 6 p., figures, tables. (Georgia Institute of Technology,
Engineering Experiment Station, Technical Report No. 2). ASTIA
AD-108 268
5. Determination of Molecular Constants by Microwave and Radio Fre-
quency Spectroscopy, by T. L. Weatherly, Quitman Williams and
Lorimer Clayton, Jr. 63 p., figures, tables. (Georgia Institute
of Technology, Engineering Experiment Station, Final Report:
1 October 1953 - 31 May 1957).
VII - 645
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I PHYSICS
D. Cryogenics and Liquids
674 ABSORPTION OF ULTRASONIC ENERGY IN LIQUIDS
Contractor: Boston College
Ches-tnut Hill 67, Massachusetts
Chief Investigator: Frederick E. White
Contract No. DA-19-020-ORD-2569
Duration: 1 February 1953 - 1 December 1956
Amount: $ 35,472.76
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scope: Research will be performed in the absorption of ultrasonic
energy in various liquids to obtain reliable data over wide ranges
of frequency and temperature and to try to fit these data to existing
theories or to develop a new theory of absorption. The range of
temperature will be from 00 to 100?C or more, the frequency range
from 1 to 300 mc/s or greater.
Progress (to 1 December.1956): Ultrasonic absorption in various
liquids was measured over wide ranges of frequency and temperature.
These measurements were made using a pulse rather than some other
known method in order to avoid heating effects and any difficulties
which might arise due to the presence of standing waves. The exper-
imental procedure is explained in detail in technical report
Several liquids were studied, with particular emphasis on ethyl ace-
tate. Data were obtained for carbon tetrachloride, toluene, ethyl
acetate and methyl acetate at frequencies between 30 and 90 mc. Ex-
tensive work was done on ethyl acetate at the constant temperature
20?C at. frequencies from 30 mc to 150 mc. Other measurements were
made at constant frequency 136 mc varying the temperature from 0?C
to 35?C. Results indicate agreement with those of Pinkerton for
ethyl acetate in the frequency range 7.5 to 66.7'mc. 'Complete' re- '
sults are set forth in the report listed below. The final report has
been received and the contract has been terminated.
Technical Reports:
1. Absorption of Ultrasonic Energy in Liquids, by Frederick E. White.
44 p., figures, tables. (Boston College, Department of Physics,
Final Report: 2 February 1953 - 1 December 1956). ASTIA AD-118
798
VII - 646
I PHYSICS
E. Gases and Gaseous Electronics
838 QUENCHING OF FLUORESCENCE BY FOREIGN GASES OR VAPORS
Contractor: University of Minnesota
(The Regents of the University)
Minneapolis 14, Minnesota
Chief Investigator: Howard G. Hanson
Contract No. DA-11-022-ORD-1223
Duration: 1 March 1953 - 15 November 1956
Amount: $ 20,517.63
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scope: Continuation of a research program on the quenching fluores-
cence of sodium atoms by foreign gases or vapors such as H2, N2, CO2,
and H2O. In particular, the work will include: (a) Completion of
taking of data on the ratio of fluorescent intensities of the sodium
D1 and D2 lines as it depends on quenching agents; (b) an extended
measurement of the intensity of fluorescence of the Nal molecule as it
depends on the wavelength of the exciting ultraviolet light--this in
turn will be used to deduce the trend of the upper repulsive potential
curve for an excited sodium atom together with an iodine atom; (c)
further studies of the dependence of quenching on the relative veloc-
ity of the quenching molecule and excited sodium atom--the velocity
of the excited sodium after dissociation is obtained from (b) above;
and (d) development of a technique of rapid recording of fluorescent
intensities as they depend on exciting wavelength of the ultraviolet
light by use of an oscilloscope and recording camera.
Progress (to 15 November 1956): Necessary equipment has been set up
for recording the intensity of Nal fluorescence as a function of time,
and measurements have been made of the dependence of the quenching of
H2, CO2, and HC1 on the wavelength of the exciting light. The inten-
sity distribution in the ultraviolet for the hydrogen discharge lamp
and the high pressure xenon arc lamp have been determined. A method
of producing a stream of Nal molecules has been devised which will
permit interpreting the measurements of fluorescence as they depend
on ultraviolet wavelength, and determining the repulsive potential
curve for the Nal molecule along which the molecule dissociates. The
intensity ratio DI/Di for the Na doublet has been measured for radi-
ation from excited Na atoms which result from the optical dissocia-
tion of Nal vapor by ultraviolet light in the 2000 to 2450A region.
With shorter wavelength ultraviolet as the exciting source, the D2/D1
ratio was found to be approximately 1, and with the longer wavelengths
the ratio was approximately 1.5. Addition of foreign gases such as
argon or water vapor caused the D2/D1 ratio to increase to approxi-
mately 1.8. Cross sections for the transfer of excited Na atoms from
the 32 P3/2 to the 32 P1/2 state and vice versa have been measured as
VII - 647
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I PHYSICS
E. Gases and Gaseous Electronics
838 (continued)
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they depend on the relative velocity of the excited sodium atoms with
respect to the foreign gas atoms or molecules. A study has been made
of the effects of Doppler broadening of the D2 and Di lines separately.
The absorption of the D2 and El lines from the atomic fluorescence of
Nal by relatively cool Na vapor was measured to test whether a signif-
icant difference in the velocity of dissociation into the 32 P3/2 and
32 P1/2 states could be detected. Both components showed the same
broadening within the accuracy of the experiment. The final report
has been received and the contract has been terminated.
Technical Reports:
1. The Quenching of Sodium Iodide Fluorescence by 112, HC1, CO2 and
H20, by Howard G. Hanson, in Journal of Chemical Physics, vol. 23,
no. 8 (August 1955), p. 1391-1397. CA part of f3).
2. D2/Di Ratio of Atomic Fluorescence of Nal, by H. G. Hanson.
(Manuscript submitted to the Journal of Chemical Physics). CA
part of f3).
3. Quenching of Fluorescence by Foreign Gases and Vapors, by Howard
G. Hanson. Various paging, figures, tables. (University of
Minnesota, Final Report: 1 March 1953 - 15 November 1956, con-
sisting of fl and f2). ASTIA AD-118 739
VII - 648
PHYSICS
F. General Physics
1013 MATHEMATICAL THEORY OF ANTENNA RADIATION
Contractor: Michigan State University
(Michigan State Board of Agriculture)
East Lansing, Michigan
Chief Investigator: Charles P. Wells
Contract No. DA-20-018-ORD-13354
Duration: 1 February 1954 - 30 June 1957
Amount,: $ 43,618.56
Type of Contract: Cost
Primary Scientific Liaison: Ballistic Research Laboratories
Scientific Cognizance: Signal Corps Engineering Laboratory
Scope: A mathematical study of the properties of unusual antennas
will be continued and will include but not be limited to (a) extension
of the calculations of the properties of spheroidal antennas to the
case where ka = 3,4, (b) applications of the Wiener-Hopf technique to
the problem of the biconical antenna, (c) computation of the radiation
patterns for the case of the plane wave at normal incidence to the
axis of the spheroid, and (d) study of the problem of the sleeve di-
pole.
Progress (to 30 June 1957): Two main projects were undertaken in the
course of this investigation: (1) the study of the radiating prolate
spheroidal antenna and (2) the study of the Wiener-Hopf technique and
its application to radiation problems. Center and off-center gap an-
tennas were studied during the investigation of prolate spheroidal an-
tennas. Expansions of the field components in terms of the spheroidal
functions for arbitrary gap widths and locations were obtained.. Using
a step function voltage over the gap, radiation patterns were deter-
mined for spheroids of several different length width ratios, for
ka = 1,2,3 and for various gap locations. It was found that for far
field calculations, the small gap theory is adequate and that more re-
.fined calculations are unnecessary. The behavior of the integral
equation for antennas was studied in detail using the prolate spher-
oid as the model. The integral equation was solved; but results on
convergence of successive approximations were inconclusive. The prob-
lem of a plane wave normally incident on a prolate spheroid with its
electric vector parallel to the axis of the spheroid was studied. In
the investigation of problems in antenna radiation, work was begun by
considering three scalar radiation problems where the mathematical
techniques were the same as in vector radiation problems. The Wiener-
Hopf method was applied together with the Lebedev integral transform
and was successful in obtaining solutions in explicit form for the
first of the three problems studied. In the second and third, how-
ever, the method was unsuccessful in obtaining explicit solutions.
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VII - 649
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I PHYSIC'S '
F. General Physics
1013 (continued)
The Wiener-Hopf complex function method Was again applied to the prob-
lem of the biconical antenna of arbitrary apexsangle. The method led
to an infinite linear system which has noi been analyzed in detail.
An expression for the input impedance has been formulated. The final
report has been received and the contract has, been terminated.
Technical Reports:
1. On the Radiation by Disks and Conical Structures, by A. Leitner
and C. P. Wells. August 1955, 40 p. (Michigan State University,
Departments of Mathematics and Physics, Technical Report No. 1;
also submitted to Institute of Radio Engineers). 'ASTIA AD-68
753 (mc)
2. The Integral Equation for the Prolate Spheroidal Antenna, by P.
J. Wells and A. Leitner. September 1955, 29 p. (Michigan State
University, Departments of Mathematics and Physics, Technical
Report No. 2; also submitted to the Quarterly of Applied Mathe-
matics). ASTIA AD-71 881
3. Radiation Patterns of Unsymmetrically Fed. Prolate Spheroidal An-
tennas, by H. A. Myers, in I. R. E. Transactions on Antennas and
Propagation, vol. AP-41 no. 1 (January 1956), p. 58-64. (Tech-
nical Report No. 3). ASTIA AD-101 084
4. The Prolate Spheroidal Antenna: Current and Impedance, by C. P.
Wells. January 1957, various paging, figures, tables. (Michigan
State University, Department of Mathematics, Technical Report No.
4; also submitted to the Institute of Radio Engineers Trans-
actions). ASTIA AD-l19 534
5. Diffraction of a Plane Electromagnetic Wave by ,a Thin Prolate
Spheroid. Radiation Patterns, by C. P. Wells. April 1957, 10 p.,
figures. (Michigan State University, Technical Report No. 5).
6. Mathematical Theory of Antenna Radiation, by Charles P. Wells.
30 June 1957, 12 p. tables. (Michigan State University, Final
Report).
7. Biconical Antenna, -by J. A. Meier and A. Leitner. June 1957, 28
p. (Michigan State University, Departments of Mathematics and
Physics, Technical Report No. 6).
VII - 650'
I PHYSICS
F. General Physics
1201 PENETRATION OF BALLISTIC PROJECTILES
Contractor: University of South Carolina
-Columbia 1, South Carolina
Chief Investigator: A. P. French
Contract No. DA-36-034-ORD-1531
Duration: 1 February 1954 - 30 September 1957
Amount: $ 5,976.90
Type of Contract: Fixed Price
Primary Scientific Liaison: Ballistic'Research Laboratories
Scope: Research on the penetration of ballistic projectiles into
unconsolidated targets will be continued, and will include tests of
penetration into additional types of soil-simulating materials under
controlled conditions, and analysis of these tests in the light of
theoretical work already accomplished.
Progress (to 30 September 1957): Studies to date have indicated that
the penetration of non-deforming projectiles into glass spheres targets
can, over the range of velocities studies, be described in terms of
(a) a momentum transfer proportional to the projectile velocity,
(b) a production of comminution proportional to the square of the
projectile velocity and (less certainly) to the initial particle di-
ameter, and (c) an effective lower limiting velocity at which the
residual penetration presumably becomes negligible. The final report
has been received and the contract has been terminated.
Technical Reports:
1. Calculations on Ballistic Penetration into an Unconsolidated
Aggregate of Brittle Spheres, by F. T. Rogers, Jr. 31 August
1954, 26 p. (University of South Carolina, Technical Note No.
10-54-P3). ASTIA AD-52 107-(mc)
2. On R. M. S. and R. M. C. Diameters of Glass Paiticles before and
after Ballistic Comminution, by D. F. Kiper and others. 31 Octo-
ber 1954, 15 p., figures, tables. (University of South Carolina,
Department of Physics; Technical Note No. 11-54-P3). ASTIA AD-53
265 (mc) ?
3. On Some Special Stopping-Power Laws, by F. T. Sbgers, Jr., and
Marguerite M. Rogers. (Manuscript submitted to Physical Review).
4. On Testing a Formula for Ballistic Penetration, by F. T. Rogers,
Jr. 31 January 1955, 25 p., tables. (University of South Caro-
lina, Department of Physics, Technical Note No 3-55-P3). ASTIA
AD-59 663
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VII - 651
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I PHYSICS
F. General Physics
1201 (continued)
5. Improved Measurements on Ballistic Comminution of Glass Spheres,
by R. L. Kernell, P. A. Teel, and others. Not dated, 24 p.,
tables. (University of South Carolina, Department of Physics,
Technical Note No. 9-55-P3). ASTIA AD-78 394 (mc)
6. Experiments on Penetration of .22-Caliber Projectiles into Glass
Spheres Targets, by Marguerite M. Rogers, L. G. Barre, and
others. Not dated, 30 p., tables. (The University of South
Carolina, Department of Physics, Technical Note No. 9-55-P4:
1 May 1955 - 30 September 1955). ASTIA AD-78 395 .
7. On an Improved Formula for Ballistic Penetration into Brittle
Targets, by A. P. French. Not dated, 25 p., figures, tables.
(The University of South Carolina, Department of Physics, Tech-
nical Note No. 7-56-P3). ASTIA AD-103 477 (mc)
8. Measurements of the Penetration of a Non-Deforming .22-Caliber
Steel Projectile into Targets Consisting of Aggregates of Dis-
crete Particles, by Marguerite M. Rogers, R. I. Turbeville, and
A. R. Lowrey. 40 p., figures, tables. (University of South
Carolina, Department of Physics, Technical Note No. 8-56-P3:
1 April 1956 - 31 July 1956). ASTIA AD-110 965
9. Statistical Significance of a Body of Penetration Data,- by D. F.
Kiper, 23 p., figures, tables. (University of South Carolina,
Department of Physics, Technical Note No. 6-55-P2: 1 February
1955 - 31 May 1955).
10. Ballistic Penetration Into Glass-Spheres Targets: Theory Versus
Experiment, by F. T. Rogers, Jr. 21 p., figures, tables. (Uni-
versity of South Carolina, Department of Physics, Technical Note
No. 11-55-P3r 1 October 1955 - 15 November 1955). (C)
11. Further Measurements on Ballistic Comminution of Glass Spheres,
by B. T. Fogle, A. P. French and R. L. Kernell. Not_dated, 14
p., figures, tables; (University of South Carolina, Department
of Physics, Technical Note No. 12-56-P3). ASTIA AD-120 253
12. Penetration of Ballistic Projectiles, by A. P. French. 40 p.,
figures, tables. (University of South Carolina, Department of
Physics, Final Report: 1 February 1954 7 30 September 1957).
VII - 652
-
I PHYSICS
H. Nuclear Physics
408 ISOMERIC TRANSITIONS IN NUCLEI
Contractor: University of Pennsylvania
(The Trustees of the University)
Philadelphia 4, Pennsylvania
Chief Investigator: S. Frankel
Contract No. DA-36-034-ORD.-938
Duration: 20 May 52 - 19 May 53
Amount: $ 16,335.00
Type of Contract: Fixed Price
Renewed: DA-36-034-ORD-1351
19 May 1953 - 1 January 1957
$ 53,694.50
Cost
Primary Scientific Liaison: Office of Ordnance
Research
Scope: The program of basic research in low-energy nuclear spectros-
copy will be extended and will include: (a) Making additional meas-
urements aimed to gain an understanding of electric transitions in
odd-neutron nuclei and to determine angular correlation phases, (b)
gaining more experimental information on nuclear phases in an odd-
proton nucleus, (c) extending theoretical work on nuclear phases, (d)
finishing investigations on A g105 and Hf181; and (e) measuring experi-
mentally magnetic moments of excited states of nuclei, by using the
strong magnetic fields existing in atoms.
Progress (to 1 January 1957): Experimental work completed under this
project is descEibed in the technical reports listed below. The decay
of Hf181 to Tal01 was studied by angular correlation measurements,
conversion coefficient measurements)K/L ratiosland coincidence meas-
urements. The spin assignments were found to be in agreement with the
calculations of Nilsson on the strong coupling model. The results of
this study have been submitted for publication. Studies on related
phases of competing nuclear matrix elements on the single particle
model have been completed. Anular correlation measurements in the
decay of Hg197+ were made, and the results have been prepared for
publication. An investigation has been made of the decay of.Ag135.
The final report has been received and the project has been termina-
ted.
Technical Reports:
1. The Decay Scheme of Krypton79, by Joseph E. Lannutti and Sherman
Frankel.
2. Methods for the Detection of Nuclear Resonant Scattering and Their
Connection with Angular Correlation Measurements, by Sherman
Frankel.
VII- - 653
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I PHYSICS
H. Nuclear Physics
408 (continued)
3. Geometrical Corrections in Angular Correlation Measurements, by
Arnold M. Feingold and Sherman Frankel: Angular Correlation
Measurements in Te121 and Te123, by Norman Goldber. 1 May 1954,
various paging, figures, tables. (University of Pennsylvania,
Department of Physics, Technical Report No. 1). ASTIA AD-36 838
4. The Effect of Spin-Orbit Interaction on Nuclear Electric Dipole
Absorption, by Sherman Frankel, in the Physical Review, vol. 99,
no. 1 (July 1955), p. 169. (A part of #11).
5. Angular Correlation Measurements in Sn117, by R. Golden and S.
Frankel. 15 April 1955, 45 p., figures. (University of Pennsyl-
vania, Department of Physics, Technical Report No. 2). ASTIA
AD-60 542 (mc); ASTIA AD-63 940 (mo)
6. Geometrical Corrections in Angular Correlation
Arnold M. Feingold and Sherman Frankel, in the
vol. 97, no. 4 (February 1955), p. 1025-1030.
7. Angular Correlation Measurements on Te121 and
Goldberg and Sherman Frankel, in the Physical
no. 5 (December 1955), p. 1350-1354. (A part
Measurements, by
Physical Review,
(A part of #11).
Te123, by Norman
Review, vol. 100,
of #11).
8. Electron Scattering in the K-Electron-Gamma Angular Correlation
in Sn117, by R. K. Golden and S. Frankel, in the Physical Review,
vol. 102, no. 4 (May 1956), p. 1053-1057. (A part of #11).
9. Angular Correlation Measurements in the Decay of Hg197+, by H. H.
Coburn, J. V. Kane and Sherman Frankel. (Manuscript submitted
to the Physical Review). (A part of #11).
10. The Decay of Hf181, by Evan Snyder and Sherman Frankel. (Manu-
script submitted to the Physical Review). (A part of #11).
11. Isomeric Transition in Nuclei, by Sherman Frankel. Various
paging, figures. (University of Pennsylvania, Final Report:
20 May 1953 - 31 December 1956, containing #4, #6, #7, #8, #9,
and #10).
vii - 654
?
PHYSICS
H. Nuclear Physics
920 STUDY OF NUCLEAR DISINTEGRATION
Contractor: Tulane University
New Orleans 181 Louisiana
Chief Investigator: Charles L. Peacock
Contract No. DA-01-009-ORD-344
Duration: 1 July 53 - 30 Nov 55
Amount: $ 17,143.49
Type of Contract: Fixed Price
Renewed: DA-01-009-ORD-458
1 Dec 1955 - 31 May 1957
$ 11,226.00
Cost
Primary Scientific Liaison: Office of Ordnance Research
Scientific Cognizance: Ballistic Research Laboratories; Watertown
Arsenal
Scope: Continuation of basic research in nuclear physics/ in parti-
cular, study of the radiations from selected radioactive nuclei by
means of magnetic and scintillation spectrometers, and if possible,
by means of a photographic P-ray spectrometer. Attempts will be made
to formulate, (a) energies of the radiations, (b) energy levels, (c)
gamma ray intensities, (d) internal conversion coefficients, and (e)
spins.
Progress (to 31 May 1957): Investigations were made of the following
radioisotopes: Ag110, sb124, ce134, Br82, Ba140, and Se6. It was
determined that the P-spectrum of Ag110 is composed of three component
groups, and the photoelectron and internal conversion electron studies
indicate fourteen 7-rays. Studies of Sb124 revealed that the P-spec-
trum is very complex and can be resolved into five component groups.
Photoelectron, internal conversion and scintillation studies indicate
seven 7-rays for this radioisotope. The P-spectrum of Ce-34 was found
to be much more complex than that previously reported. Gamma rays of
seven different intensities were found with some evidence in the p-
spectrum of an-eighthy-ray with energy of 200 key. From these data it
wag possible to construct a consistent decay scheme. The P-rays from
Br02 were simple with a maximum energy of 444 key. The y-spectFum in-
dicated eight 7-rays. The principal result in the study of Bal4? was
the confirmation of the previously postulated group of P-rays whose
maximum energy is 586 key. The study of Sc46 was concerned only with
the high energy group of P-rays which has a maximum energy of 1250
key. The final report has been received and the project has been
terminated.
Technical Reports:
1. Study of Nuclear Disintegrations, by Charles L. Peacock. Various
paging, figures, tables. (Tulane University, Final Report: 1 July
1953 - 31 May 1957).
VII - 655
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I . PHYSICS
J. Solid State Physics
392 ABSOLUTE PHOTOELECTRIC YIELD OF SURFACES FOR RADIATION IN THE
EXTREME ULTRAVIOLET
Contractor: University of Southern California
3518 University Avenue
Los Angeles, California
Chief Investigator: G. L. Weissler
Contract No. DA-04-495-ORD-323
Duration: 16 June 1952 - 31 October 1956
Amount: $ 39,464.92
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scope: Research will be continued on the measurement of the number of
electrons released from the clean or oxide-coated surfaces of various
metals as a result of irradiation by monochromatic light in the ultra-
violet wavelength range, between 450 and 1400A. Observation will be
made of the effects of purposeful surface contamination by exposure to
gases and vapors, and measurements will be taken of the energy distri-
bution of the emitted photoelectrons as a function of the angle of in-
cidence of the radiation. The investigation will include: (a) Yield
studies of metals subjected to various surface treatments, (b) secur-
ing of representative energy distributions at various wavelengths for
some of the above surfaces, (c) yield studies of some characteristic
N and P type semiconductors, (d) electron energy distribution measure-
ments for these semiconductors, (e) yields from insulators, (0 opti-
cal transmission of thin metallic films as a function of wavelength
in the far ultraviolet, and (g) front and back yield and energy dis-
tributions of the above films, if possible, determined as a function
of angle incidence and film thickness. This work is being continued
under Contract No. DA-04-495-ORD-846, Research Proposal 1722.
Progress (to 31 October 1956): The experimental procedures used'in
the investigation of absolute photoelectric yield of surfaces for rad-
iation of the extreme ultraviolet is discussed in detail in Technical
Report #1. A large number of surfaces were investigated in this man-
ner and were subjected to the following treatment: exposure to a
variety of gases, thus encouraging the formation of certain cathode
surface films either by adsorption, absorption or by the formation of
oxides; and then the removal of such films by positive ion bombard-
ment or by glowing the surfaces in the highest vacuum available in
the apparatus. The yields from these surfaces are discussed in
Technical Report The significance of the result S obtained is in-
dicated by the appearance of a volume photoelectric effect with a
threshold wavelength in the neighborhood of 1200A or 10 ev. This
volume effect is characterized by much higher yields than those which
were measured for similar surfaces near the photoelectric threshold.
VII - 656
I PHYSICS
J. Solid State Physics
392 (continued)
The highest yields occurred in the case of non-outgassed photocath-
odes such as tungsten or nickel. In all gases the volume yields were
surprisingly reproducible. They became apparent at approximately
1200A and rose monotonically to a maximum 900A and 600A. In the case
of impure metals the yields decreased noticeably towards shorter wave-
lengths, whereas in the case of outgassed metals the yields remained
constant to 480A. The final report has been received and the contract
has been terminated.
Technical Reports:
1. Preliminary Results on Photoelectric Yields of Pt and Ta and on
Photoionization in 02 and N2 in the Vacuum Ultraviolet, by N.
Wainfan and others, in Journal of Applied Physics, vol. 24, no.
10 (October 1953), p. 1318-1321. (Technical Report No. 1).
ASTIA AD-50 823
2. The Photoelectric Yield of Platinum in the Vacuum Ultraviolet, by
W. C. Walker and N. Wainfan, in Bulletin of the American Physical
Society, vol. 27, no. 6 (December 1952).
3. Energy Distributions of Photoelectrons for Au and Ge in the Far
Ultraviolet, by W. C. Walker and G. L. Weissler, in the Physical
Review, vol. 97, no. 4 (February 1955), p. 1178-1179. (Technical
Report No. 2).
4. Photoelectric Yields in the Vacuum Ultraviolet, by W. C. Walker
and others, in Journal of Applied Physics, vol. 26, no. 11
(November 1955), p. 1366-1371. (Technical Report No. 3).
5. Absolute Photoelectric Yield of Surfaces for Radiation of the
Extreme Ultraviolet, by G. L. Weissler.- 31 October 1956, 6 p.
(University of Southern California, Department of Physics, Final
Report). ASTIA AD-117 994
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VII - 657
I PHYSICS
J. Solid State Physics
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tc't
667 INTERACTION OF THERMAL ATOMS WiTh SURFACES
Contractor: Syracuse University
Syracuse, New York
Chief Investigator: Henry Levinstein
Contract No. DA-30-115-0RD-420
Duration: 1 February 1953 - 30 January 1957
Amount: $ 33,691.00
Type of Contract: Fixed Price
Primary Scientific Liaison: Office of Ordnance Research
Scientific Cognizance: Ordnance Materials Research Office;
Ballistic Research Laboratories
Scope: Through measurement of the length of time of contact, research
will be done on the interaction of gas molecules with surfaces against
which they collide. This will include a study of relationships between
"sitting time" and (1) the type of vapor, type of surface, the surface
temperature, and surface treatment, (2) heat of absorption, (3) the
phenomena of corrosion, oxidation, and formation of surface films, and
(4) the effects of various gases on the electrical properties of sec-
tions of single crystals having a thickness of several microns.
Progress (to 30 January 1957): Work on this contract has been divided
into two parts. The first is concerned with the interaction of alkali
atoms with a hot tungsten surface; the second is concerned with study-
ing the effects of oxygen on crystal surfaces which cannot be heated.
In order to investigate hot tungsten surfaces, methods have been de-
veloped for forming single crystal tungsten wire from a polycrystal-
line array of randomly oriented cry-stallites. By exposing the tungsten
wire to a pulsed atom beam and observing the pulse shape of the reevap-
orated ions, it has been possible to measure the time during which the
atoms are adsorbed on the wire. Both the magnitude of the adsorption
time and its temperature variation have been found tobe dependent on
surface conditions. Measurements on single crystal wire surfaces con-
taining.less than .001 monolayer of oxygen as well-as on contaminated
surfaces have been made. In the second part of the project, the effect
of oxygen on a semiconductor surface was investigated. It was found
that SnSe which is first grown into single crystals may be cleaved into
sections less than 10 microns thick. Electrical conductivity, carrier
mobility, and concentration and band gap have been determined from
electrical, optical absorption, and. photoconductivity measurements. A
study is underway to determine the effect of different ambients on the
surface. For subsequent progress, see Research Proposal No. 1844,
this report.
VII - 658
I PHYSICS
J. Solid State physics
667 (continued)
Technical Reports:
1. Interaction of Thermal Atoms -with Surfaces, by F. Hughes. 1 Sep-
tember 1956, 16 p., figures. (Syracuse University Research Insti-
tute). ASTIA. AD-104 520
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I PHYSICS
J. Solid State Physics
718 ELECTRICAL PROPERTIES OF THORIUM OXIDE AND SIMILAR MATERIAL AT
HIGH TEMPERATURES
Contractor: Bartol Research Foundation of the
Franklin Institute
20th and Parkway
Philadelphia 3, Pennsylvania
Chief Investigator: W. E. Danforth
Contract No. DA-36-034-ORD-1487
Duration: 1 November 1953 - 31 January 1957
Amount: $ 45,605.00
Type of Contract: Cost
Primary Scientific Liaison: Frankford Arsenal
Scientific Cognizance: Redstone Arsenal
Scope: Research will be continued in high-temperature solid-state
physics on the properties of thorium oxide, in particular: (a) Experi-
mental study of polarization and conductivity, as a function of tem-
perature, with a view toward establishment of a new method for deter-
mining ionic densities and mobilities; (b) study of long-time polari-
zation to determine more precisely the electron transport number, its
temperature dependence, and the activation energy of electronic con-
ductivity; (c) study of high-field effects and their bearing upon the
mechanism of electrolysis; (d) studies of ionic polarization effects
in materials other than thorium oxide, particularly sodium chloride
and barium oxide; and (e) mathematical problem regarding phenomena
in mixed conductors, particularly perturbing effects of small numbers
of electrons.
Progress (to 31 January 1957): Investigations were carried out and
results were obtained on the following topics: (a) Polarization phe-
nomena in.thorium oxide and associated theoretical considerations, (b)
Hall effect in thorium metal, and (c) thermoelectric power of thorium
vs. platinum. The polarization studies led to the conclusion that
conduction in fresh thorium oxide crystals is more than 99 percent
ionic. Optical absorption spectra in single crystals of Th02 have
been studied extensively. The polarization effects in sodium chloride
and in silver chloride were also studied. Complete results are set
forth in the technical reports listed below.. The final report has
been received and the contract has been terminated.
Technical Reports:
1. Studies in Mixed Conduction in Solids, by W. E. Danforth. 31
August 1956, 62 p., figures, tables. ,(Bartol Research Foundation
of the,Franklin Institute, Technical Report No. 3). ASTIA AD-110
902 (mc)
VII - 660
?
I PHYSICS
J. Solid State Ehysics
718 (continued)
2. Hall Coefficient and Thermoelectric Power of Thorium Metal, by J.
H. Bodine, in The Physical Review, vol. 102, no. 6 (June 1956),
p. 1459. (Technical Report No. 4). ASTIA AD-112 063
3. Polarization in Thorium Oxide Crystals, by W. E. Danforth, in The
Journal of Chemical Physics, vol. 23, no. 3 (March 1955), p. 591-
592. (Technical Report No. 1).
4. Polarization in Thorium Oxide Crystals, by W. E. Danforth and J.
H. Bodine, in The Journal of the Franklin Institute, vol. 260,
no. 6 (December 1955), p. 467-483. (Technical Report No. 2).
5. Electrical Properties of Thorium Oxide and Similar Materials at
High Temperature, by W. E. Danforth. 15 February 1957, 12 p.
(Bartol Research Foundation of the Franklin Institute, Final
Report). ASTIA AD-122 411
VII - 661
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L, ?
a
4
?
II CHEMISTRY
A. Chemical Engineering and Materials
544 RESEARCH ON STRUCTURE OF CELLULOSE
Contractor: University of Minnesota
(Regents of the University)
Minneapolis, Minnesota
Chief Investigator: Fred Smith
Contract No. DA-11-022-ORD-999
Duration: 24 June 1952 - 30 June 1957
Amount: $ 39,287.00
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scope: Research will be continued in the structure of cellulose, and
experiments will be designed and conducted (a) to permit a close ex-
amination of cleavage products of cellulose polyalcohol, to verify the
structural possibilities indicated by the present identification of
glycerol and glucose, (b) to extend these studies to hemicellulose,
and (c) to clarify further the fine structural details required to
supplement these findings by appropriate methods.
Progress (to 30 June 1957): Work has been directed toward developing
a new method for the structural characterization of polysaccharides
which will permit a closer ex-mination of the fine structure of cellu-
lose. An approach has been developed and is set forth in report #7
below. Some experimental data collected during this investigation
have led to the speculation that there are some anomalous chemical
features in the long-accepted linear or homogeneous nature of cellu-
lose. Complete results of this investigation are reflected in the
technical reports below. The final report has been received and the
contract has been terminated.
Technical Reports:
1. Reduction of the Products of Periodate Oxidation of Carbohydrates.
IV. Hydrogenation with Palladium--Charcoal of the Dialdehydes
from Methyl Glycosides, by J. E. Cadotte, F. Smith, and others,
in the Journal of the American Chemical Society, vol. 79 (February
1957), p. 691-695. (Apart of #7).
2. Synthesis of D-3,4-Di-o-Methyl Erythritol, by Irwin J. Goldstein
and F. Smith, in the Journal of the American Chemical Society,
vol. 79 (March 1957), p. 1188-1190. (A. part of #7).
3. Synthesis of D- and L-a-o-Methyl Glycerol, by Irwin J. Goldstein,
J. K. Hamilton and F. Smith, in the Journal of the American Chemi-
cal Society, 'vol. 79 (March 1957), p. 1190-1193. (A part of #7).
vii - 663
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II CHEMISTRY
A. Chemical Engineering and Materials.
?
544 (continued)
4. Reduction of the Products of Periodate Oxidation of Carbohydrates.
V. The Constitution of Cellulose, by Irwin J. Goldstein, F.
Smith and others. (Manuscript submitted to the Journal of the
American Chemical Society).
5. The Structure of Dialdehydes Formed by Periodate Oxidation of
Sugar Glycosides, by Irwin J. Goldstein, Bertha A. Lewis and F.
Smith. (Manuscript submitted to the Journal of the American Chemi-
cal Society). (Apart of #7).
6. Nature of a Hemicellulose Extracted from Cellulose with Water, by
G. W. Huffman, F. Smith and others, in Nature, vol. 175 (June
1955), p. 990-992. (A. part of #7).
7. The Constitution of Cellulose and Related Substances, by I. J.
Goldstein and F. Smith. 24 July 1957, various paging, figures,
tables. (University of Minnesota, Final Report containing #1, #2,
+3, i5, and #6).
8. The Steric Inhibition of Periodate Oxidation, by E. F. Garner,
Irwin J. Goldstein and Fred Smith. (Manuscript submitted to the
Journal of the American Chemical Society).
vii - 664
,:1
:1
4
II CHEMISTRY
A. Chemical Engineering and Materials
574 EFFECT OF PRESSURE ON PHYSICAL PROPERTIES OF GASES AND ON PROPERTIES
OF CHEMICALLY REACTING SYSTEMS
Contractor: Yale University
New Haven, Connecticut
Chief Investigator: Barnett F. Dodge
Contract No. DA-19-059-ORD-971
Duration: 17 June 52 - 10 June 53
Amount: $ 180691.26
Type of Contract: Fixed Price
Primary Scientific Liaison: Office
Renewed: DA-19-059-ORD1500
11 June 1953 - 31 Dec 1956
$ 47s670.00
Cost
of Ordnance Research
Scope: Study of (1) the effect of pressure on physical properties
such as compressibility, viscosity, thermal conductivity, composition
of coexisting liquid and vapor phases and the like, (2) the effect of
pressure on the equilibrium and rate of chemical reactions, (3) cata-
lytic reactions of carbon monoxide at high pressure., (4) effect of
pressure on the rate and evilibrium of the water-gas reaction, and
(5) pressure-volume-temperature relationships in binary and ternary
gas mixtures at high pressure.
Progress (to 31 December 1956): Work under this project has been
confined to a study of the following phases, (1) catalytic reactions
of carbon monoxide at high pressure, (2) reactions of butadiene in
the liquid phase, (3) effect of high pressure on the equilibrium in the
water-gas reaction, (4) compressibilities of nitrogen, hydrogen, and
ammonia in the gas phase, and (5) eanilibrium in the heterogeneous
system ethanol-ethyl ether-ethylene-water at elevated pressures.
Results of these phases appear in report #2 listed below. The final
report has been received and the contract has been terminated.
Technical Reports:
1. Equilibrium of the Water-Gas Shift Reaction at High Pressures,
Equipment Design, by Kaoru Iwasaki, June 1955, 67 pg, figures,
tables. (Yalf. University, M.S.thesis).
2. Effect of Pressure on the Physical Properties of Gases and on the
Properties of Chemically Reacting Systems, by Barnett F. Dodge
Randolph H. Bretton and others. 22 February 1957, 18 p. (Yale
University, Final Report). ASTIL AD-123 694
VII - 665 -
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II CHEMISTRY
A. Chemical Engineering and Materials
887 MASS TRANSFER INTO GAS STREAMS AT LOW PRESSURES AND HIGH VELOCITIES
Contractor: Massachusetts Institute of Technology
Memorial Drive
Cambridge 39, Massachusetts
Chief Investigator: Thomas K. Sherwood
Contract No. DA-19-020-ORD-3244
Duration: 30 December 1953 - 31 December 1956
Amount: $ 26,142.00
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scientific Cognizance: Ballistic Research Laboratories; Redstone
Arsenal
Scope: An investigation will be made of mass transfer from solid sur-
faces to gas streams by a study of (a) the rate of sublimation of a
solid into air streams at high Mach numbers, and (b) the rate of sub-
limation into air at very low pressures. The results are expected to
contribute significantly to current development of understanding the
nature of turbulent flow over surfaces, and the relationships between
mass, heat, and momentum transfer.
Progress (to 31 December 1956): Basic information has been obtained
regarding the rate of sublimation of materials at sub-atmospheric
pressures in both stagnant and flowing systems, using various gases as
the surrounding atmosphere. Small spheres of solid naphthalene were
sublimed into air, helium, carbon dioxide, and freon-12, and the rate
of sublimation was measured as a function of pressure. Studies have
been made to determine and correlate mass transfer rates of materials
at air velocities up to twice the speed of sound in air. Rates of
sublimation of naphthalene, camphor, and thymol from cone cylinders
of these materials were determined by insertion of the cylinders into
various wind tunnels. Average coefficients of mass transfer over the
entire area of the subliming solid were determined by weight loss;
local coefficients at various locations along the model were-deter-
mined by measuring the decrease in the diameter of the cylinder. A
turbulent boundary layer was used exclusively in this work. Addition-
al work has been directed toward obtaining an insight into the nature
and relationship of the factors by which changes in concentration of
the diffusing compound affect the rates of mass transfer between a gas
and a wet surface. For this purpose the evaporation of water into
steam-air mixtures was used. The experimental program included the
study of a wetted-wall tower, and the evaporation of water from a
porous wet cylinder. In all the runs, turbulent conditions were main-
tained in the gas phase. The results obtained in both the wetted-wall
tower and the wet cylinders indicated that concentration changes af-
fect the turbulent and molecular transfer process in a similar way and
VII - 666
_
?
?i?
II CHEMISTRY
A. Chemical Engineering and Materials
887 (continued)
confirm the inverse proportionality between the mass transfer coeffi-
cient and the mean partial pressure of the non-diffusing gas. Complete
results of the above studies appear in the reports listed below. The
final report has been received and the contract has been terminated.
Technical Reports:
1. Mass Transfer into Gas Streams at Low Pressures: The Effect of
Pressure on the Rate of Sublimation, by N. E. Cooke and T. K.
Sherwood. 1 May 1955, 10 p., figures. (Massachusetts Institute
of Technology, Technical Report No. 1). ASTIA AD-62 353 (mc)
2. Mass Transfer at low Pressures, by T. K. Sherwood and N. E. Cooke.
1 December 1955, 214 p., figures, tables. (Massachusetts Insti-
tute of Technology, Part I of the Final Report). ASTIA AD-80 230
(mc)
3. Mass Transfer through Compressible Turbulent Boundary Layers, by
Thomas K. Sherwood and Howard S. Bryant, Jr. 1 April 1956, 199 p.,
figures, tables. (Massachusetts Institute of Technology, Part II
of the Final Report; also published in the Canadian Journal of
Chemical Engineering, vol. 35, no. 2 (August 1957), p. 51-93).
ASTIA AD-90 353 (mc)
4. The Evaporation of Water at High Humidities, by Thomas K. Sherwood
and Oliverio Phillips. 15 April 1957, 215 p., figures, tables.
(Massachusetts Institute of Technology, Part III of the Final
Report).
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II CHEMISTRY
A. Chemical Engineering and Materials
1562 APPLICATION OF THE TRACER DISPLACEMENT TECHNIQUE TO THE MEASUREMENT
OF MASS TRANSFER AND DIFFUSION COEFFICIENTS
Contractor: North Carolina State College
Raleigh, North Carolina
Chief Investigator: Frances M. Richardson
Contract No. DA-36-034-ORD-2199
Duration: 1 January 1956 - 30 April 1957
Amount: $ 12,361.00
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scope: Research will be performed on (1) the adaptation of the tra-
cer displacement technique to the measurement of coefficients of
molecular diffusion, and (2) the possibility of adapting the tracer
displacement technique to measurements of mass transfer of dissolved
materials in liquids flowing in turbulent flow.
Progress (1 January 1956 - 31 January 1958): The tracer displacement
technique has been applied to the evaluation of the study of dif-
fusion in dilute aqueous solutions of Pontamine blue dye and potassium
permanganate. The differential equation describing the transfer of
mass by diffusion and convection in the particular system has been
formulated and various attempts at its solution have been made. Ex-
perimental results have been obtained in terms of an empirical cor-
relation, and despite the somewhat inconclusive nature of the data,
these results are encouraging. The final report has been received
and the contract has been terminated.
Technical Reports:
1. Application of the Tracer Displacement Technique to the Measurement
of Mass Transfer and Diffusion Coefficients, by James K. Ferrell
and F. M. Richardson. 75 p., figures, tables. (North Carolina
State College, Final Report: 1 February 1956 - 31 January 1958).
VII - 668
II CHEMISTRY
B. Combustion and Fuel Chemistry
664 DEVELOPMENT OF EQUATION OF STATE AND TRANSPORT PROPERTIES OF LIQUIDS
AND GASES AT HIGH DENSITIES
Contractor: University of Wisconsin
(The Regents of the University)
Madison 6, Wisconsin
Chief Investigator: J. O. Hirschfelder
Contract No. DA-11-022-ORD-994
Duration: 23 June 1952 - 22 June 1957
Amount: $ 100,246.60
Type of Contract: Cost
Primary Sceintific Liaison: Office of Ordnance Research
Scientific Cognizance: Redstone Arsenal
Scope: Theoretical treatments will be made of the following problems:
Use of a pseudolattice theory to improve the equation of state of liq-
uids and of dense gases; use of a conventional equation of state for
mixtures of chemical species; improvement of the existing correspond-
ing-states relationships for properties of gases and liquids; and de-
velopment of the theory of transport properties at high temperatures.
Progress (30 September 1956 - 30 June 1957): An equation of state for
pure substances has been derived and it covers the full range of gases
and liquids. The standard form of the equation is based on a general-
ized principle of corresponding states which includes two additional
experimental parameters, the critical compressibility factor, and a
parameter determined from the vapor pressure. The equation for liq-
uids also includes experimental densities at saturation. Considerable
flexibility exists since the equations can be used when experimental
parameter values are missing, and the standard form can be improved
when extensive data are available. Based on the above equation of
state, explicit expressions have been derived for the thermodynamic
functions. A complete description of the above work appears in re-
ports #16 and f17 below. Additional work has been directed toward de-
veloping a perturbation method for treating mixtures. In this connec-
tion, the work of Zwanzig and Kirkwood is being extended. This ex-
tension considers the molecules in a mixture to interact with an aver-
age potential and then considers as the perturbation, the difference
between the actual intermolecular forces and the averaged po.tential.
Further work along this line is in progress. Future studies will in-
clude the theoretical development of Henry's law constants. For sub-
sequent progress see Research Proposal No. 1898, this report.
VII - 669
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II CHEMISTRY
B. Combustion and Fuel Chemistry
664 (continued)
Technical Reports:
1. Theory of Phase Transition in Anisotropic Colloidal Solutions, by
Taro Kihara. 4 October 1952. (University of Wisconsin, Depart-
ment of Chemistry, Technical Report Wis-00R-1). ATI 172 451
2. The Separation of the Rotational Coordinates from the N-Particle
Schroedinger Equation. II, by C. F. Curtiss. 4 December 1952,
53 p. (University of Wisconsin, Department of Chemistry, Techni-
cal Report Wis-00R-2; also published in the Journal of Chemical
Physics, vol. 21 (July 1953), p. 1199). ASTIA AD-5 838 (mc)
3. The Kinetic Theory of Dense Gases, by C. F. Curtiss. 28 January
1953. (University of Wisconsin, Department of Chemistry, Techni-
cal Report Wis-00R-3). ASTIA AD-6 699 (mc)
4. The Quantum Mechanics of Collisions between Diatomic Molecules,
by C. F. Curtiss. 30 January 1953, 23 p. (University of Wiscon-
sin, Department of Chemistry, Technical Report Wis-00R-4; also
published in the Journal of Chemical Physics, vol. 21 (November
1953), p. 2045). ASTIA AD-13 252
5. The Mathematical Theory of Electrical Discharges in Gases. B.
Velocity-Distribution of Positive Ions in a Static Field, by
Taro Kihara. 25 March 1953, 24 p. (University of Wisconsin,
Department of Chemistry, Technical Report No. Wis-00R-5; also
published in Reviews of Modern Physics, vol. 25, no. 4 (October
1953), p. 844-852). ASTIA AD-7 754 (mc)
6. Theoretical Treatment of Adiabatic Chemical Reactions, by E. F.
Haugh and others. 15 April 1953, 20 p. (University of Wiscon-
sin, Technical Report Wis-00R-6). ASTIA AD-7 753. (mc)
7. _Virial Coefficients and Models of Molecules in Gases, by Taro
Kihara. 5 June 1953, 49 p., figures, tables. (University of
Wisconsin, Department of Chemistry, Technical Report Wis-00R-7;
also published in Reviews of Modern Physics, vol. 25 (1953),
p. 831). ASTIA AD-13 251
8. The Quantum Mechanics of Collisions between Rigid Axially Sym-
metric Molecules, by George Gioumousis and C. F. Curtiss. 10
June 1953, 21 p. (University of Wisconsin, Department of Chem-
istry, Technical Report Wis-00R-8). ASTIA AD-13 252
9. The Effects of Concentration Dependence of Diffusion Coefficients,
by Robert F. Snider and C. F. Curtiss. 17 February 1954, 28 p.,
tables. (University of Wisconsin, Department of Chemistry, Tech-
nical Report Wis-00R-9). ASTIA AD-30 142 (mc)
VII - 670
II CHEMISTRY
. Combustion and Fuel Chemistry
664 (continued)
10. The Kinetic Theory of Moderately Dense Gases, by C. F. Curtiss
and R. F. Snider. 20 May 1954, 55 p. (University of Wisconsin,
Department of Chemistry, Technical Report Wis-00R-10). ASTIA
AD-33 203
11. The Theory of Rotational-Vibrational Interaction in Polyatomic
Molecules, by Lewis J. diodi. 30 August 1954, 133 p. (University
of Wisconsin, Department of Chemistry, Technical Report Wis-00R-
11). ASTIA AD-41 542 (mc)
12. The Theory of Rotational-Vibrational Interaction in Polyatomic
Molecules, by Lewis J. Bodi and C. F. Curtiss. 4 January 1956,
20 p. (University of Wisconsin, Department of Chemistry, Tech-
nical Report Wis-00R-11a). ASTIA AD-83 153 (mc)
13. A Generalized Equation of State for Both Gases and Liquids, by
J. O. Hirschfelder, R. J. Buehler, and others. 22 March 1956,
47 p., figures, tables. (University of Wisconsin, Department of
Chemistry, Technical Report Wis-00R-12). ASTIA AD-93 093 (mc)
14. Properties of Gaseous and Liquid Mixtures, by Walter K. Tang.
9 August 1956, 198 p., tables. (University of Wisconsin, Depart-
ment of Chemistry, Technical Report Wis-00R-13). ASTIA AD-109
594 (mc)
15. The Permutation Group and Electron Quantum Mechanics, by F. A.
Matsen. 28 August 1956, 30 p. (University of Wisconsin, Depart-
ment of Chemistry, Technical Report Wis-00R-14). ASTIA AD-109
595 (mc)
16. A Generalized Equation of State for Both Gases and Liquids, I.,
by J. O. Hirschfelder, R. J. Buehler, H. A. McGee, Jr., and J. R.
Sutton. 5 October 1956, 67 p., figures, tables. (University
of Wisconsin, Department of Chemistry, Technical Report Wis-00R-
15; also submitted to Industrial and Engineering Chemistry).
ASTIA AD-116 764
17. Generalized Thermodynsmical Excess Functions for Gases and Liq-
uids, II., by J. O. Hirschfelder and others. 7 November 1956,
19 p., figures, tables. (University of Wisconsin, Department of
Chemistry, Technical Report Wis-00R-16; also submitted to Indus-
trial and Engineering Chemistry).
18. The Properties of a Gaseous or Liquid Mixture, by J. O. Hirsch-
felder and R. J. Buehler. 9 January 1957, 13 p., tables. (Uni-
versity of Wisconsin, Department of Chemistry, Technical Report
Wis-00R-17). ASTIA AD-119 723
VII - 671
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II
CHEMISTRY
II
CHEMISTRY
D. Electrochemistry and Corrosion
D. Electrochemistry and Corrosion
485
KINETICS OF ANODE FILMS 485
(continued)
Contractor: University of Illinois
(Trustees of the University)
Urbana, Illinois
Chief Investigator: J. H. Bartlett
Contract NO. DA-11-022-ORD-939
DUration: 1 June 1952 - 31 August 1957
Amount: $ 36,871.00
Type of Contract: Cost
Primary Scientific Liaison: Rock Island Arsenal
Scientific Cognizance: Frankford Arsenal
Scope: The investigation in the general field of the kinetics of
electrode films will be continued, and will be extended to electrodes
other than Cu. Present techniques will be applied to a study of the
build-up of diffusion layers at the cathode and to a study of the
mechanisms of electropolishing. These studies will include (a) cal-
culation of the temporal behavior of the concentrations in the diffu-
sion layers, and (b) a study of the mechanism of layer growth.
Progress (to 30 September 1957): Studies have been made of the
Cu-HCl system and the following results have been obtained: (1) ob-
servation of the growth of the solid anode film, (2) identification
of the reaction products and potentials, (3) development of quantita-
tive kinetics for the current transient behavior, and (4) observa-
tion of the effect of natural convection on the steady statej over-
shoot, and oscillations. A schlieren microscope was developed to
observe complicated diffusion and convection phenomena. Concentra-
tion gradients were measured in theanolyte and the parabolic concen-
tration distribution in the convection layer, was confirmed. The
Cu-He04 system was studied to some extent and resulted in the de-
termination of polishing conditions. Complete results of this in-
vestigation are reflected in the reports listed below. The final
report has been received and the contract has been terminated.
Technical Reports:
l! The Kinetics of .Anodic Films with an Appendix on the Schlieren
Microscope, by Stephenson and James H. Bartlett. 30 Septem-
ber 1953, 122 p., figures. (University of Illinois, Department
of Physics, Technical Report No. 1). ASTIA AD-18 651 (mo)
2. Anodic Behavior of Copper in HCl, by Lee Stephenson and J. H.
Bai-tlett, in Journalof the Electrochemical Society, vol. 101,
na.1.1 (November 1954), P. 571-581.'
VII - 672
?
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4
?
3. Dissolution and Electropolishing of Capper in Phosphoric Acid, by
Frederick H. Giles and James H. Bartlett. 15 June 1955, 138 p.,
figures. (University of Illinois, Department of Physics, Techni-
cal Report No. 2). ASTIA AD-75 996
4. Anodic Transients of Copper in Hydrochloric Acid, by Ralph S.
Cooper. 1 March 1956, 23 p., figures. (University of Illinois,
Department of Physics, Technical Report No. 33; also published in
the Journal of the Electrochemical Society, vol. 103, no. 6 (June
1956), p. 307-315). ASTIA AD-93 227 (mc)
5. Anodic Behavior of Copper in Hydrochloric Acid, by Ralph S. Cooper.
15 March 1957, 127.p., figures. (University of Illinois, Depart-
ment of Physics, Technical Report No. 4).
6. Anodic Behavior of Copper in Hydrochloric Acid and in Phosphoric
Acid, by J. H. Bartlett, R. S. Cooper and others. 30 September
1957, 18 p. (University of Illinois, Department of Physics,
Final Report).
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II CHEMISTRY
E. Explosives and Propellants
613 QUALITATIVE KINETIC INVESTIGATION OF AROMATIC SUBSTITUENTS FOR
SULFINIC ACID AZIDE
,
7114MAT4W,
Contractor: Texas Technological College
Lubbock, Texas
Chief Investigator: Samuel H. Lee, Jr.
Contract No. DA-23-072-ORD-491
Duration: 1 February 1953 - 31 August 1956
Amount: $ 9,200.00
Type of Contract: Fixed Price
Primary Scientific Liaison: Picatinny Arsenal
Scope: To continue the investigation of the decomposition of certain
sulfinic acid azides. In particular studies will continue on the
preparation and the kinetics of various substituted benzenesulfin-
azides.
Progress (31 August 1956): Benzenesulfinazide, 4-nitrobenzenesulfin-
azide, and 4-bromobenzenesulfinazide have been prepared by the re-
duction of the arylsulfonyl chloride by alkaline sodium sulfite,
acidification of the product to the arylsulfinic acid, conversion of
the acid to the sulfinyl chloride by thionyl chloride in excess, and
formation of the azide by reaction of the sulfinyl chloride with
activated sodium azide. An alternative method involving conversion
of the acid chloride to the hydrazide followed by diazotization to the
azide with nitric acid has also been explored. In the first method,
the presence of a small amount of.thionyl chloride in the last step
(reaction of sulfinyl chloride with activated sodium azide) was found
to have a beneficial effect, but upon further investigation it was
found that SOC12 is unnecessary if the acid chloride is sufficiently
dispersed and the temperature is not kept too low. Additional studies
have indicated that the role of SOC12 is that of improving contact be-
tween insoluble reacting phases. .An investigation of the effect of
unreacted acid chloride in sulfinazide before making kinetic measure-
ments has indicated that removal of the acid chloride is not as
essential as might have been supposed. The effect ofbenzene as sol-
vent h'as been shown as inhibiting decomposition at the lower tempera-
tures, and promoting it at higher temperatures. Approximately 150
rate determinations have been made on the three sulfinazides in three
solvents at seven temperatures, and the majority of these were based
on pressure measurements confined to one solvent, petroleum ether.
From a careful inspection of the rate constant data, especially the
averages for the three compounds at each temperature in a common sol-
vent, the following conclusions were reached: . (1) 4-Nitrobenzene-
sulfinazide is definitely more stable, i.e., less rapid in its decompo-
sition than either of the others, and (2) it is very difficult, if not
impossible, to distinguish between benzenesulfinazide.and its bromo
derivative according to their relative thermal stabilities. These
VII - 674
-?4114147;177=4*7474=7,-WiZMW1.74===;0,...,,,,
II CHEMISTRY
E. Explosives and Propellants
613 (continued)
conclusions have been further reinforced by considering the energies
and entropies of activation, for which the nitro compound has dis-
tinctly lower values for both quantities and the values for the other
two are virtually impossible to differentiate. The final report has
been received and the contract has been terminated.
Technical Reports:
1. qualitative Kinetic Investigation of Aromatic Substituents for
Sulfinic Acid Azides, by Samuel H. Lee, Jr., Henry L. King and
Satya Pal Sood. 52 p., figures, tables. (Texas Technological
College, Final Report: 1 February 1953 - 31 August 1956).
ASTIA AD-121 518
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II CHEMISTRY
E. Explosives and Propellants
1179 REPLACEMENT OF HALOGEN BY HYDROGEN IN NITRO ARYL HALIDES
Contractor: Queens College
Flushing, New York
Chief Investigator: A. H. Blatt
Contract No. DA-30-069-ORD-1289
Duration: 1 June 1954 - 31 December 1956
Amount: $ 8,858.00
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance-Research
Scientific Cognizance: Redstone Arsenal
Scope: To study the replacement of halogen by hydrogen in nitric aryl
halides; specifically to determine: (a) the nature, number, and loca-
tions of the substitutes necessary in the halides, (b) the kinetics of
the reaction, and (c) application of the reaction to structural and
preparative problems.
Progress (to 31 December 1956): In the course of _working out a pro-
cedure for preparing picryl iodide from the corresponding chloride and
sodium iodide, a color test was developed for aromatic nitro compounds
and the number of nitro groups they contain. The test depends upon
the colors developed by aromatic nitro compounds and iodide ions when
they are together in acetone solution. Attempts to secure useful ki-
netic data on the reaction between picryl iodide and hydriodic acid
were unsuccessful since the data were not sufficiently reproducible.
The difference in reactivity between sodium iodide-acetic acid and
hydriodic acid-sodium acetate has been shown to be due to the hypophos-
phorous acid present as a stabilizer in the hydriodic acid. Hypophos-
phorous acid alone was found to be the most effective reagent for re-
ducing picryl iodide to trinitrobenzene. Reduction of picryl iodide by
hydriodic acid in acetone was strongly inhibited by added water. Re-
duction with an alkali iodide and an added acid increased the rate with
the strength of the added acid. Reduction of a nitroaryl halide to a
nitro aromatic compound using dilute hydriodic acid stabilized with
hypophosphorous acid was found to require the presence of three nitro
groups on the aromatic ring as in the picryl halides. Reduction with
hydriodic acid, and with hypophosphorous acid was studied in the thio-
phene series and it has been possible to get as far_ as 2,314-trinitro-
5-bromothiophene and 2,3,47trinitrothiophene. Attempts to prepare
tetranitrothiophene from 213,4-trinitrothiophene were unsuccessful.
The final report has been received and the contract has been termi-
nated.
VII - 676
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II CHEMISTRY
E. Explosives and Propellants
1179 (continued)
Technical Reports':
1. The Replacement of Halogen by Hydrogen in Nitro Aryl Halides, by
A. H. Blatt and Norma Gross. (Manuscript submitted to the Journal
of Organic Chemistry). (A part of #3).
2. Replacement of Halogen by Hydrogen in Nitro Aryl Halides: Some
Applications in the Thiophene Series, by A. H. Blatt, Norma Gross,
and E. W. Tristram. (Manuscript submitted to the Journal of
Organic Chemistry). (Apart of #3).
3. Replacement of Halogen by Hydrogen in Nitro Aryl Halides, by A. H.
Blatt and Norma Gross. Not dated, various paging. (Queens Col-
lege, Final Report containing #1 and #2).
VII - 677
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II CHEMISTRY
F. Inorganic and Analytical Chemistry
817 THE CHEMISTRY OF THE HYDRIDES OF THE GROUP IV ELEMENTS
Contractor: Illinois Institute of Technology
3300 South Federal Street
Chicago 16, Illinois
Chief Investigator: Sei Sujishi
Contract No. DA-11-022-ORD-1264
Duration: 15 June 1953 - 30 June 1957
Amount: $ 23,632.00
Type of Contract: Cost
PrimAry Scientific Liaison: Office of Ordnance Research
Scope: Within the field of the Group IV hydrides, investigations
will be made in particular on the chemistry of silylphosphorus com-
pounds. Possible methods of synthesizing trisilylphosphine will be
studied by reaction with trimethylboron and by other suitable means.
Additional studies will include the possible synthesis of silylphos-
phines and their basicity, and an exploration of the possible synthe-
sis of germanyl amines and silylsulfide and to determine their basic
properties. In addition, a study of the acids containing the same
substitutes will be made.
Progress (to 30 June 1957): Work on the reactions of phosphine and
the methylphosphines with silyl bromide and iodide has been completed.
Results of this work appear in report #1 below. The reactions of sil-
oxane and disilyl sulfide with diborane, boron trifluoride, and tri-
methylaluminum have been studied as well as silicon-oxygen and silicon-
sulfur 7r-bonding. Studies have also been made of the reactions of
hexamethyldisilazine with trimethylborane, diborane., boron trifluo-
ride, and boron trichloride. Re-actions of germanium tetrachloride
with lithium aluminohydrides, and lithium tri-t-butoxyaluminohydride
have been investigated for use as an effective reagent for the prepa-
ration of germane. The preparation of germyl isocyanide has been
studied and a comparison has been made of some of its chemical proper-
ties with those of silyl isocyanide. Reactions of germyl bromide with
amines and phosphines have also been studied. Results of the above
studies appear in report #3 listed below. The final report has been
received and the contract has been terminated.
Technical Reports:
1. Chemistry of the Group Four Hydrides, by Sei Sujishi and Samuel
Witz. I March 1954, 35 p., figures, tables. (Illinois Institute
of Technology, Department of Chemistry, Technical Report No. 1).
ASTIA AD-27 159 (mc)
VII - 678
f
5
II CHEMISTRY
F. Inorganic and Analytical Chemistry._
817 (continued)
2. Effect of Replacement of Carbon by Silicon in Trimethylamine on
the Trimethylboron Addition Compounds. Estimation of the Resonance
Energy for Silicon-Nitrogen Partial Double Bond, by S. Sujishi
and S. Witz, in Journal of the American Chemical Society, vol. 76
(1954), p. 4631.
3. Chemistry of the Group Four Hydrides, by Sei Sujishi. 1 August
1957, 59 p., figures, tables. (Illinois Institute of Technology,
Department of Chemistry, Final Report).
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II CHEMISTRY
F. Inorganic and Analytical Chemistry
841 DEVEIOPNENT OF A NEW METHOD FOR THE SPECTROSCOPIC ANALYSIS OF
MIXTURES
Contractor: Florida State University
Tallahassee, Florida
Chief Investigator: Russell J. Keirs
Contract No. DA-01-009-ORD-327
Dui.ation: 1 July 53 - 30 Nov 55
Amount: $ 13,825.23
Type of Contract: Fixed Price
Renewed: DA-01-009-ORD6-457
30 Nov 1955 - 31 Aug 1957
$ 8,640.00
Cost
Primary Scientific liaison: Office of Ordnance Research
Scientific Cognizance: Picatinny Arsenal
Scope: A determination will be made of the upper and lower concentra-
tion limits for the detection of phosphorescence for each compound to
be studied, the solubility limits will be ascertained in the solvents
used, and the effects of impurities will be studied. Quantitative
photometric data will be obtained on binary mixtures, relating inten-
sity of phosphorescence to concentration, with special emphasis on re-
producibility. A method and technique will be developed for the anal-
ysis of multicomponent mixtures, especially when all components absorb
radiation in the same spectral region. All phosphorescence spectra
studied will be catalogued.
Progress (to 31 August 1957): Work under this project has indicated
that certain organic compounds can be determined by analysis of the
phosphorescent emissions excited in the compounds under appropriate
conditions. Where this method has been challenged by using compounds
of very similar absorption or phosphorescent characteristics, initial
results have been satisfactory. The average relative'error found upon
determining the concentrations of known solutions by this method was.
about 3.0%, excluding an unfavorable result involving-benzophenone in
a mixture with acetophenone, where the concentration s was 3.5 x lo-6m.
Data substantiate a statement that the precision determined by running
replica samples is much higher than the accuracy obtained in the
initial runs, indicating that the accuracy can be improved by con-
trolling experimental parameters more carefully. It has been found
possible to analyze mixtures containing more than to phosphorescent
substances, without physical separation, by the proper choice of
excitation frequency, resolution time, and emission frequency. The
' final report has been received and the contract has been terminated.
VII - 680
?
II CHEMISTRY
F. Inorganic and Analytical Chemistry
841 (continued)
Technical Reports:
1.
Phosphorimetry: A New Method of
others, in Analytical Chemistry,
209. (Technical Report No. 1).
Analysis, by R. J. Keirs and
vol. 29 (February 1957), p. 202-
ASTIA AD-124 013
2. Basic Research in the General Field of Spectroscopic Analysis, by
Russell J. Keirs. 52 p., figures, tables. (Florida State Uni-
versity, Department of Chemistry, Final Report: 1 July 1953 -
31 August 1957).
vii - 681
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II CHEMISTRY
' F. Inorganic and Analytical Chemistry
1111 THE BORON RASES
Contractor: University of Houston
Cullen Boulevard
Houston 4, Texas
Chief Investigator: George W. Campbell, Jr.
Contract No, DA-23-072-ORD-761
Durations 1 Nov 53 - 31 Jan 56
Amount: $ 12,803.70
Type of Contract: .Cost
Renewed: DA-23-072-ORD-964
1 Feb 1956 --31 Jan 1957
$ 6,191.50
Cost
Primary Scientific Liaison: Office of Ordnance Research
Scientific Cognizance: Frankford Arsenal
Scope: Research will be continued in the general field of the boron
bases and will include (1) a study of the chemistry of Na2HB(0H3)2
from the standpoint of its base activity and also its hydride activity
toward a variety of reagents, (2) attempts to prepare Na211B(CH3)2 in
large quantities? (3) a study of the process of having Na2HB(Cli3)2
react with (CH3)4B2H2 in liquid ammonia, and (4) a study of the proper-
ties of compounds analogous to Na2BB(CH3)2, with special emphasis on
Li211B(0H3)2.
Progress (to 31 January 1957): The work on boron bases has reached
the stage where it appears that a number of such bases are capable of
existence, but their extreme reactivity makes it very difficult to
prepare them in good purity except on a very small scale. However,
the Na and Ca salts of the HB(CH3)2- ion have been studied in some
detail, and evidence that the Li salt can be prepared is reasonably
good. The synthesis of the dimethylborohydrides of Ca and Li has
been accomplished and the ammoniate of tetramethyldiborane has been
studied in an effort to learn more about the reaction of tetramethyldi-
borane with active metals in liquid ammonia. The final report has
been received and the contract has been terminated.
Technical Reports:
1. Further Studies of Boron Bases, by G. W. Campbell, Jr., and Anton
B. Burg. (Manuscript submitted to Journal of the American Chemi-
cal Society).
2. Further Studies on the Boron Bases: CaHB(CH3)2, by George W.
Campbell, Jr., in the Journal of the American Chemical Society,
vol. 79 (August 1957), Pe 4023-40290
3. The Boron Bases, by George W. Campbell, Jr. and Louis A.
Martincheck. 1 February 1957, 34 p., figures, tables. (University
of Houston, Final Report). ASTIA AD-123 238
VII - 682
11 -
I
II CHEMISTRY
G. Lubrication and Surface Phenomena
684 STUDY OF PARAFFIN-CHAIN MOLECULES
Contractor: University University of Washington
Board of Regents
Seattle 5, Washington
Chief Investigator: E. C. Lingafelter
Contract No. DA-04-200-0RD-236
Duration: 1 February 1953 - 30 June 1957
Amount: $ 41,976.00
Type of Contract: Cost
Primary Scientific Liaison: Frankford Arsenal
Scope,: To study the structure of paraffin chain molecules by x-ray
diffraction methods in solution and specifically including atoms of
large scattering power within the paraffin chain; to study the crys-
tal structures of certain paraffin chain compounds in order to study
the packing requirements of the polar and ionic groups and the varia-
tions of carbon-carbon bond lengths and C-C-C bond angles; to study
the properties of solutions of metalloalkane sulfonates in relation to
molecular structure and micellar properties of paraffin-chain salt
solutions.
Progress (31 October 1956 - 30 June 1957): Programming of the IBM
650 computer has been completed and programs are available for the
following calculations: (1) Structure factors for any centro-
symmetric zone on any space group, (2) Fourier, Patterson, or dif-
ference syntheses (2-dimensiona1) at various intervals from 25ths to
200ths, (3) overall isotropic temperature by least squares treatment,
(4) overall isotropic temperature factor by Wilson's method, (5) in-
teratomic distances and angles for crystals of monoclinic and higher
symmetry, (6) hydrogen coordinates for CH2 and CH3 groups from car-
bon coordinates, and (7) best plane through any given set of atoms.
The crystal structure of bis-ethylenediamine-nickel thiocyanate
has been essentially completed, with the discrepancy index being be-
low 15% for all three axial projections. Since the difference syn-
theses showed peculiarities in the region of the Ni atom, the validity
of the scattering factor, and the advisability of including the
dispersion correction will be investigated. For subsequent progress
see Research Proposal No. 1907, this report.
Technical Reports:
1. The X-Ray Crystallography of the Amides of the n-Aliphatic Acids,
by J. D. Turner and E. C. Lingafelter. 30 October 1953, 32 p.,
figures, tables. (University of Washington, Department of Chem-
istry, Technical Report No. I). ASTIA AD-20 725 (mc)
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. II CHEMISTRY
G. Lubrication and Surface Phenomena
684 (continued)
2. Study of Paraffin-Chain Molecules: The Effect of Gegenions on
Micelles, by Russel F. Fogle, Jr., and E. C. Lingafelter. 31
July 1954, 9 p. (University of Washington, Technical Report No.
2). ASTIA AD-37 360 (mc)
3. Primary Salt Effects with Some Paraffin-Chain Salt Solutions, by
J. A. Erikson and E. C. Lingafelter, in the Journal of Colloid
Science, vol. 10, no. 1 (February 1955), p. 71-87. (Technical
Report No. 3). ASTIA AD-58 621
4. X-Ray Crystallography of the Sodium n-Alkyl Sulfates, by F. F.
Rawlings, Jr., and E. C. Lingafelter, in the Journal of the
American Chemical Society, vol. 77 (February 1955), p. 870-872.
(Technical Report No. 4). ASTIA AD-61 608
5. The Crystal Structure of Tetra-Decanamide, by J. D. Turner and
E. C. Lingafelter, in Acta Crystallographica, vol. 8, no. 9
(September 1955), p. 551-557.
6. Linear to Log Converter, by J. R. Brathovde and J. D. Breazeale,
in Review of Scientific Instruments, vol. 26, no. 9 (September
1955), p. 892-893. (Technical Report No. 5). ASTIA AD-81 747
7. The X-Ray Crystallography of the n-Aliphatic Amides, by J. D.
Turner and E. C. Lingafelter, in Acta Crystallographica, vol. 8,
no. 9 (September 1955), p. 549-550.
8. The Crystal Structure of Decanamide, by J. R. Brathovde and E. C.
Lingafelter. (Manuscript submitted to Acta Crystallographica).
VII - 6824:
'II CHEMISTRY
H. Molecular Structure and Physical Properties
_
525 STUDIES BEARING ON THE RELATION OF STRUCTURE TO PROPERTIES IN
LIQUID SOLUTIONS
Contractor: University of Pittsburgh
Pittsburgh 13, Pennsylvania
Chief Investigators: Henry S. Frank
T. H. Dunkelberger
Contract No. DA-36-061-4DRD-295
Duration: 1 Jan 53 - 31 Mar 55
Amount: .$ 22,454.99
Type of Contract: Fixed Price
Renewed: DA-36-061-ORD-472
1 April 1955 - 30 Sept 1956
$ 6,755?00
Fixed Price
Primary Scientific Liaison.: Office of Ordnance Research
Scope: To establish and extend correlations between thermodynamic
data, kinetic data, and structural features of liquids and solutions?
This Objective will be accomplished by means of research along any or
all of the lines listed below: (1) Measurement of e.m.f.gs of con-
centration cells within transference, using solutions of sodium chlo-
ridBand potassium chloride in pure or nearly pure deuterium oxide
(heavy water), (2) calorimetric measurements of heats of dilution and
viscosities of aqueous solutions of additional amino acids, including
the three aminobenzoic acids and some dipeptides, and (3) further
study of the distribution of acetanilide and related compounds between
water and non-polar solvents such as benzene and carbon tetrachloride?
Progress (to 30 September 1956): An evaluation has been made of devel-
opments in electrolyte theory during 19533 and the results have been
published. An experimental study has been completed on the viscosities,
activity coefficients, and heats of dilution of taurine and 2-amino-
butane-l-sulfonic acid in aqueous solution. Results of this study re-
vealed new regularities in structural influences of amino acids. A
parallel study of cis- and trans-1,4-aminocyclohexanecarboxylic acids
shed additional light on structural effects? In addition a study was
made of the activity coefficient of 14101 in dilute aqueous solutions
at 25?C. Results of the above studies appear in the technical re-
ports listed below. The final report has been received and the
contract has been terminated?
Technical Reports:
1. Solutions of Electrolytes, by Henry S. Frank and Maak Sang Lsao .
in Annual Review of Physical Chemistry, vol. 5 (1954), P. 43-70.
(Technical Report No. 1). ASTIA AD-48 611
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II CHEMISTRY
H. Molecular Sturcture and Physical Propertie___
525 (continu6d)
2. Some Thermodynamic and Flow Properties of Aqueous Solutions of
Two Amino Sulfonic Acids, by Wilbert Eugene Keder. 1956, 65 p.,
figures, tables. (University of Pittsburgh, Technical Report
No. 2, Ph.D.thesis). ASTIA AD-106 722(mc)
3. Some Thermodynamic and Flow Properties of Aqueous Solutions of
cis and trans-114-Aminocyclohexanecarboxylic Acids, by William
Allan Plummer. 1956, 89 p., figures, tables. (University of
Pittsburgh, Technical Report No. 3, Ph.D.thesis). ASTIA AD-106
723 (mc)
4. The Activity Coefficient of LiC1 in Dilute Aqueous Solutions at
25?C, by Henry S. Frank, T. H. Dunkeiberger and others. 1956,
75 p., figures, tables. (University of Pittsburgh, Department of
Chemistry, Technical Report No. 4, Ph.D.thesis).
5. Structure and Properties in Liquid Solutions, by Henry S. Frank
and T. H. Dunkelberger. Not Dated, 10 p. (University of
Pittsburgh, Department of Chemistry, Final Report).
vii - 686
II CHEMISTRY
H. Molecular Structure and Physical Properties
670 FACTORS INFLUENCING THE FORMATION AND PROPERTIES OF CHELATE COMPLEXES
OF METAL IONS WITH VARIOUS SUBSTITUTED HYDROXAMIC ACIDS
Contractor: Purdue Research Foundation
Lafayette, Indiana
Chief Investigator: W. W. Brandt
Contract No. DA-33-008-ORD-607
Duration: 1 February 1953 - 31 August 1956
Amount: $ 18,000.00
Type of Contract: Fixed Price
Primary Scientific Liaison: Frankford Arsenal
Scope: Basic research will be carried out involving factors influenc-
ing the formation and properties of chelate complexes of metal ions
with various substituted hydroxamic acids?
Progress (to 31 August 1956): Work has been directed toward developing
and understanding reactions of metals with hydroxamic acids, particular-
ly of the iron-, vanadium-, and uranium-benzohydroxamic acid systems?
Several new species have been identified, and the influence of structur-
al variations in the reagent upon the properties of the complexes has
been evaluated. The analytical applications of three metal systems
have been demonstrated and evaluated to permit a better understanding
of the variables influencing these methods. The final report has been
received and the contract has been terminated?
Technical Reports:
1. The Spectrophotometric Determination of Vanadium in Crude and
Residual Oils, by Warren M. Wise and Warren B. Brandt, in Journal
of American Chemical Society, vol. 27, no. 9 (September 1955)0
p. 1392-1395. (A. part of #4). ASTIA AD-119 400
2. An Investigation of Some Hydroxamic Acids, by M. Wise and
Warren W. Brandt in the Journal of the American Chemical Society
vol. 77 (20 February 1955)9 p.,1058-3.0590 (A. part of #4).
ASTIA AD-119 399
-3. Extraction Studies of Metal-Hydroxamic Acid Complexes, by Warren. W.
Brandt and others. (Manuscript submitted to Journal of the Ameri-
can Chemical Society).
4. Factors Influencing the Formation and Properties of Chelate Com-
plexes of Metal Ions with Various Substituted Hydroxamic Acids,
by. Warren W. Brandt, Warren M. Wise and others? 15 December 1956,
41 p., figures, tables. (Purdue Research Foundation, Department
of Chemistry, Final Report, containing #1 and #2). ASTIA AD-119
398
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II CHEMISTRY
H. Molecular Structure and Physical Properties
695 STUDIES OF SALT EFFECTS ON SOLUBILITY AND ION-PAIR EQUILIBRIA IN
SOLVENTS OF LOW DIELECTRIC CONSTANT
Contractor: University of Kansas
Lawrence, Kansas
Chief Investigator: Ernest Griswold
Contract No. DA-23-072-ORD-493
Duration: 1 Feb 53 - 31 Jan 56
Amount: $ 19,440.00
Type of Contract: Fixed Price
Renewed: DA-23-072-ORD-965
1 Feb 1956 - 31 July 1957
$ 6,775.00
Cost
Primary Scientific Liaison: Office of Ordnance
Research
Scope,: In the field of solvents of low dielectric constant, investi-
gation concerning solubility phenomena involving electrolytes will be
carried out by (a) determining the solvent effect of different soluble
salts upon one or more slightly soluble salts in such a solvent, and
(b) measuring the conductances of the individual salts in the solvents.
Evaluation and appropriate interpretation of the results will be made.
Progress (to 31 July 1957): The solubility of silver acetate has been
determined at 300 in acetic acid alone and in the presence of sodium
acetate, silver nitrate, and lithium nitrate, each at several con-
centrations. Also the solubility of silver nitrate has been measured
in acetic acid solutions of silver acetate, lithium nitrate, and
sodium acetate at the same temperature. It has been determined that
the solubility of ammonium bromide in acetic acid at 300 is roughly
tripled in the presence of 0.1 molal lithium acetate, potassium ace-
tate or sodium acetate. Ammonium acetate produced about a 30% increase
at this concentration. The solubility of KBr has been determined in
fourteen different mixtures of acetic acid and acetonitrile with each
mixture containing various concentrations of sodium acetate. Similar
measurements were made using potassium acetate as added salt in nine
different acetic acid-acetonitrile mixtures. Conductance measurements
have been made at 25? and 30? on potassium bromide, sodium bromide,
potassium acetate, and sodium acetate over a range of Concentrations
in acetic acid and in three acetic acid-acetonitrile mixtures. These
results have been used to calculate ion pair dissociation constants
and limiting equivalent conductances for the salts. Studies have
indicated that ion-pair metathesis in solvents of the kind used in
this investigation plays an important role in salt effect on solu-
bility. The final report has been receivedand the contract has been
terminated.
...... sz,
vii - 688
16
II CHEMISTRY
H. Molecular Structure and Physical Properties
695 (continued)
Technical Reports:
1. The Effect of Some Salts on the Solubility of Silver Acetate and
of Silver Nitrate in Acetic Acid at 300, by Ralph K. Birdwhistell
and Ernest Griswold. Not Dated, 11 p., tables. (University of
Kansas, Department of Chemistry, Technical Report No. 1; also
published in the Journal of the American Chemical Society, vol.
77 (February 1955), p. 873-875). ASTIA AD-50 489 (mc)
2. Studies of Salt Effects on Solubility and Ion-Pair Equilibria in
Solvents of Low Dielectric Constant, by Ernest Griswold. 42 p.,
figures, tables. (University of Kansas, Department of Chemistry,
Final Report: 1 February 1953 - 31 July 1957).
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II CHEMISTRY
H. Molecular Structure and Physical Properties
967 ABSORPTION INTENSITIES IN THE POLARIZED SPECTRA OF SIMPLE MOLECULAR
CRYSTALS
Contractor: Cornell University
-Ithaca, New York
Chief Investigator: R. M. Baxter
Contract No. DA-30-115-ORD-513
Duration: 15 Oct 53 - 14 Dec 55
Amount: $ 14,263.76
Type of Contract: Fixed Price
Renewed: DA-30-115-ORD-704
15 Dec 1955 - 30 June 1957
$ 8,437.18
Cost
Primary Scientific Liaison: Office of Ordnance Research
Scientific Cognizance: Redstone Arsenal
Scope: The investigation will be concerned with the use of polarized
infrared spectroscopic techniques in the study of crystal and molecular
structure. In particular, it is intended to study iodine monobromide
and several "pseudo-diatomic" molecular systems. Two such cases are
hexachloroethane and symmetric tribromo-trichloroethane. In addition,
the infrared techniques will be supplemented by an investigation of
the Raman spectra.
Progress (to 30 June 1957): The polarized infrared spectrum of
crystalline iodoform has been obtained. A complete assignment of all
fundamentals was possible including at least two of the lattice fre-
quencies of the crystal. A study has been made of the effect of
liberations of molecules about axes perpendicular to those of the
transition moments of molecular vibrations upon the dichroic ratios
associated with such vibrations in the infrared spectra of molecular
crystals. It has been demonstrated that if such libratiOns are
harmonic and of small amplitude, the root-mean-square deviation of the
molecular orientation from its equilibrium orientation is sufficient
to account for the deviation of observed dichroic ratios from those
predicted by the "oriented gas model". An analysis was made of the
spectrum of Mg(OH)? and.Ca(OH)2, based upon the use of energy level
diagrams for restricted rotators in a potential field of the appro-
priate symmetry for such crystals, and it has been concluded that this
development constitutes ,a valuable new approach toward the under-
standing of the notion of molecules in solids. Studies have also been
made of the high resolution, temperature dependent spectra of calcite
and of sodium nitrate, and preliminary resultshave been obtained on
the spectra of Li0H, NaBH4, KBHh. and SiH4. Complete re6ults of the
above studies appear in report #5. listed below. The final report has
been received and the contract has been terminated.
VII - 690'
II CHEMISTRY
H. Molecular Structure and Physical Properties
967 (continued)
Technical Reports:
1. The Infrared Absorption Anisotropy of Crystalline Iodoform, by
R. M. HAter and H. Cheung. Not dated, 16 p., figures. (Cornell
University, Technical Report No. 1: June 195). - June 1955; also
published in. the Journal of Chemical Physics, vol. 24, no. 6
(June 1956), p. 1186-1195)
2. Absorption Intensities in the Polarized Spectra of Simple Molec-
ular Crystals, by R. M. Hexter. 21 p., tables. (Cornell Univer-
sity, Technical Report No. 2: June 1955 - January 1956). ASTIA
AD-80 828
3. High Resolution, Temperature Dependent Spectra of Calcite, by
R. M. Hexter. 22 p., figures, tables. (Cornell University,
Technical Report No. 3: 15 December 1955 - 14 June 1956).
4. Low-Frequency Iibrations and the Vibrational Spectra of Molecular
Crystals, by R. M. Hexter and D. A. Bows, in Journal of Chemical
Physics, vol. 25, no. 3 (September 1956), P. 504-509.
5. Absorption Intensities in the Polarized Spectra of Simple Molecular
Crystals, by R. M. Hexter. 31 p., figures, tables. (Cornell
University, Final Report: 15 October 1953 - 15 June 1957).
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? ? ?
II CHEMISTRY
H Molecular Structure and Physical Properties
H. _ _
1087 DTFTPCTRI0 PROPERTIRS OF HYDROGEN BONDING LIQUIDS AND SOLIDS
Contractor: Brown University
Providence 12, Rhode Island
Chief Investigators: Donald F. Hornig
Robert H. Cole
Contract No. DA-19-020-ORD-3177
Duration: 30 October 1953 - 30 October 1956
Amount: $.26,000.00
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scientific Cognizance: Redstone Arsenal
Scope: One or more of the following topics will be treated in this
investigation: (a) Measuring dielectric dispersion and loss in
representative liquids, (b) measuring the effect of pressure on di-
electric relaxation at low temperatures, and (c) investigating the
dielectric properties of several inorganic acids. .
Progress (to 30 October 1956): The dielectric properties of the solid
phases of three hydrogen and deuterium halides have been measured from
63?K to the melting points in the frequency range 20 c/sec to 2 mc/sec.
The static and dynamic electrical properties of five of the lower mono-
hydric aliphatic alcohols have been investigated. In addition, various
compositions of a solution of two of the alcohols were studied in the
frequency range from 0.1 c/sec to 2 mc/sec with the temperature range
such that dispersion was characterized both above and below the melt-
ing point. The effect of pressures to 1000 atmospheres on the dielec-
tric constant and loss of 1-propanol and glycerol has been studied and
liquid equation of state data have been obtained for interpreting the
dielectric results as a function of pressure. Techniques for measur-
ing dielectric properties of liquids in the 1-250 mc/sec range have
been developed, and a specialtest cell which can be thermostatted
adequately down to -78?C has been designed and used successfully.
Additional work has included a critical study of previous measurements
on liquid alkali halides, and of equimolar mixtures of i-butyl bromide
and i-butyl chloride and of a mixture of i-amyl bromide and 1-propanol.
Attempts have been made to measure the dielectric constant and loss of
sulfuric acid. Further work is necessary before any conclusions can
be made as to the accuracy of the measurements. The final report has
been received and the contract has been terminated.
Technical Reports:
1. The Design and Construction of Two Low Temperature Thermostats, by
Andrew Gilchrist, in the Review, of Scientific Instruments, vol. 26,
no. 8 (August 1955), p. 773-775. (A part of #6).
vii - 692
?
?
21
4,2
e:
II CHEMISTRY
H. ?Molecrlar Structure and Physical Properties
1087 (continued)
2. On the Analysis of Dielectric Relaxation Measurements, by R. H.
Cole, in Journal of Chemical Physics, vol. 23, no. 3, (March 1955),
P. 493-499. (A. part of #6).
3. Dielectric Properties of Methanol and Methanol 1-Propanol Solu-
tions, by Donald J. Denny and R. H. Cole, in The Journal of Chemi-
cal Physics, vol. 23, no. 10 (October 1955), p. 1767-1772. (A,
part of #6).
4. Dielectric Properties of Liquid Butyl Alcohols, by Walter Dann-
houser and R. H. Cole, in Journal of Chemical Physics, Vol. 23,
no. 10 (October 1955) p. 1762-1766. (k part of #6).
5. On Dielectric Properties of Solid Hydrogen and Deuterium Halides,
by S. Havriliak, Jr. and R. H. Cole, in Journal of Chemical
Physics, vol. 23, no. 12 (December 1955) p. 2455-2456. (A part of
#6).
6. Dielectric Properties of Hydrogen Bonding in Liquids and Solids,
by R. H. Cole, 16 March 1956, various paging, figures, tables.
(Brown University, Metcalf Research Laboratory, Technical Report
No. 1, containing #1 through #5). ASTIA AD l07-1h2
7. Effect of Pressure on Dielectric Properties and Volume of 1-
Propanol and Glycerol, by A. Gilchrist. and others. (Manuscript
submitted to the Journal of Chemical Physics). ?(A part of #11).
8. Dielectric Properties of Some Liquid Alkyl Halides, by Donald J.
Denny. (Manusbript submitted to the Journal of Chemical Physics).
(A. part of #11).
9. A Coaxial Dielectric Cell for Liquids, by R. H. Cole and S. E.
Lovell. (Manuscript submitted to The Review of Scientific
Instruments).
10. Dielectric Relaxation in Solid Hydrogen Halides, by R. H. Cole
aiid S. Havriliak, Jr. (Manuscript submitted to Discussions of the
Faraday Society). (A part of #11).
U. Dielectric Properties of Hydrogen Bonding Liquids and Solids, by
R. H. Cole and others. 15 April 1957, various paging, figures,
tables. (Brown University, Metcalf Research Laboratory, Final
Report containing #70 00 #9 and #10).
VII - 693
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1 II CHEMISTRY
H. Molecular Structure and Physical Properties
1173 PROPOSAL TO FURNISH FURiarat STRUCTURAL INFORMATION REGARDING OXIDES,
OXYACIDS, AND OXYHALIDES OF NITROGEN
Contractor:
Stanford University
(Board of Trustees of the
Leland Stanford Junior University)-
Palo Alto, California
Chief Investigator: Richard A. Ogg, Jr.
Contract No. DA-04-200-ORD-318
Duration: 1 June 1954 - 31 May 1957
Amount: $ 31,586.64
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scientific Cognizance: Picatinny Arsenal
Scope: Research will be conducted to furnish further structural in-
formation regarding oxides, oxyacids and oxyhalides of nitrogen. The
problem will be attacked by studying nuclear magnetic resonance in
nitrogen compounds. In particular such compounds as NO, N204 and
NC102 will be studied.
Progress (to 31 May 1957): The following studies have been completed
and the results are in various stages of publication: (1) Quadrupole
relaxation and structures in nitrogen magnetic resonances of ammonia
and ammonium salts, (2) quadrupole relaxation broadening of the mag-
netic resonance spectrum of methylammonium ion, (3) proton and nitro-
gen magnetic resonance spectra and structure of nitramide and nitro-
urethane, (4) proton magnetic resonance spectra of some alkyl nitrites,
(5) nuclear magnetic N14 resonance spectra, molecular structures and
exchange reactions in the system N205--N021---NO3---H20, (6) prepara-
tion and proton magnetic resonance studies of anhydrous ammonia, and
(7) molecular structure determination from nitrogen magnetic resonance
spectra. The final report has been received and the ccontract has been
terminated.
Technical Reports:
1. Proton Magnetic Resonance Spectra of Some Alkyl Nitrites, by L.
H. Piette, James D. Ray, and R. A. Ogg, Jr., in the Journal of
Chemical Physics (1957). (Apart of #7).
2. Nuclear Magnetic H1 and N14 Resonance Spectra of Nitramide and
Nitrourethane, by James D. Ray and R. A. Ogg, Jr., in the Journal
of Chemical Physics (1957). (A part of #7).
VII - 694
LI
t
II CHEMISTRY
H. Molecular Structure and Physical Properties
1173 (continued)
3. Nuclear Magnetic N14 Resonance Spectra, Molecular Structures and
Exchange Reactions in the System N205--NO2+--NO3---H20, by James
D. Ray and R. A. Ogg, Jr., in the Journal of Chemical Physics,
vol. 25, no. 6 (December 1956), p. 1285-1286. (A part of P).
4. Quadrupole Relaxation and Structures in Nitrogen Magnetic Reso-
nances of Ammonia and Ammonium Salts, by R. A. Ogg, Jr., and James
D. Ray, in the Journal of Chemical Physics (1957). (A part of #7).
5. Quadrupole Relaxation Broadening of the Magnetic Resonance Spec-
trum of Methylammonium Ion, by R. A. Ogg, Jr., and James D. Ray,
in the Journal of Chemical Physics, vol. 26, no. 5 (May 1957),
p. 1340-1341. (Apart of #7).
6. Preparation and Proton Magnetic Resonance Studies of Anhydrous
Ammonia, by James D. Ray and R. A. Ogg, in the Journal of Chemical
Physics (1957). (Apart of #7).
7. Study to Furnish Further Structural Data on Oxides, Oxyacids, and
Oxyhalides of Nitrogen, by R. A. Ogg., Jr., James D. Ray, and L.
H. Piette. Various paging, figures. (Stanford University, Final
Report containing #1, #2, +3, 71,41, /61 and 0: 1 June 1954 -
31 May 1957).
8. Molecular Structure Determination from Nitrogen Magnetic Resonance
Spectra, by James D. Ray and R. A. Ogg, Jr. (Manuscript submitted
to the Journal of Chemical Physics). (A part of #7).
VII - 695
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II CHEMISTRY
H. .Molecular Structure and Physical Properties
1277 HYBRIDIZATION STUDIES AND THE STRUCTURE AND BOND TYPE IN MOLECULAR
COMPLEXES WITH PARTICULAR EMPHASIS ON THE METAL CARBONYLS
Contractor: Florida State University
(The Board of Control of the University)
Tallahassee, Florida
Chief Investigators: R. E. Johnson
Richard Wolfgang
?
Contract No. DA-01-009-ORD-406 Renewed: DA-01-009-ORD-461
Duration: 1 Feb 55 - 31 Jan 56 - 1 Feb 1956 -7, 30 June 1957
Amount: $ 6,243.00 $ 7,952.50
Type of Contract: Fixed Price Cost
Primary Scientific Liaison: Office of Ordnance Research
Scientific Cognizance: Frankford Arsenal
Scope: A number of metal cyanides, carbonyls, and hydrocarbonyls will
be synthesized and studied by infrared spectroscopy. These will in-
clude but not be limited to mixed and individual cyanides, carbonyls
and hydrocarbonyls of ruthenium, osmium, iron, nickel, and cobalt.
Particular emphasis will be placed upon the normal coordinate analysis
of representative compounds.
Progress (to 30 June 1957): Attempts have been made to analyze the
structure and bond types in molecular complexes by spectroscopic
methods and by isotopic exchange reactions, and the following results
have been obtained: (1) The infrared spectra of cobalt tricarbonyl
was determined and a tentative assignment of absorption peaks was
made, (2) the infrared spectra of two nickel cyanides, K4Ni2(CN)6 and
K4Ni(CN)1.1., were determined. and their structure .was predicted, (3) a
riormal'coordinate analysis of the Fe(C0)5 molecule was made and a
tetragonal pyramid structure was assigned, (4) the thermochemistry of
some metal carbonyls was investigated, and (5) the isotopic rates of
exchange of carbon monoxide with Fe(C0)5, Co2(C0)8,- Ni (C0)4,
Co2(C0)6 ? C6H5CC6H5 and Mn2(C0)10 were measured. The final re-
port has been received and the contract has been terminated.
Technical Reports:
1. Bond Hybridization and Structure
Cable and R. K. Sheline. 68 p.,
University, Technical Report No.
1955; also submitted to Chemical
in the Metal Carbonyls, by J. W.
figures, tables. (Florida State
1: 1 February 1955 - 1 August
Reviews). .ASTIA AD-69 715 (me)
2.. The Structure and Bond Type in Molecular Complexes, by Raymond K.
,Sheline, Richard W. Wolfgang and Rowland E. Johnson. 14 p.
(Florida State University, Final Report: 1 February 1255 - 30
June 1957).
vii - 696
II CHEMISTRY
H. Molecular Structure and Physical Properties
1394A STUDY OF SYSTEMS OF WATER, HYDROGEN PEROXIDE, AND SALTS
Contractor: University of Virginia
Charlottesville, Virginia
Chief Investigator: Paul Gross, Jr.
Contract No. DA-36-031i.-ORD.-2019
Duration: 1 July 1955 - 15 September 1957
Amount: $ 17,710.44
Type of Contract: Cost
Primary Scientific liaison: Office of Ordnance Research
Scope,: To investigate systems of hydrogen peroxide/Water containing
salts with the broad objective of obtaining quantitative thermodynamic
data that could lead to a quantitative evaluation of the solvation of
the ions. Some of the methods used may be vapor pressure determina-
tions, solubility determinations, conductivity measurements, and dis-
tribution measurements.
Progress (1 July 1955 - 15 September 1957): A series of vapor pres-
sure and vapor composition measurements have been made of water-'
hydrogen peroxide solutions. These mixtures had previously shown
interesting solvation effects in salt systems. In addition, a series
of partial molal volume determinations, a number of experiments
characterizing the solid phases in equilibrium with saturated
solutions, and a limited number of solubility determinations have been
made to explain the propertigs of the salt solutions. Complete
results of these studies appear in the report listed below. The final
report has been received and the contract has been terminated.
Technical Reports:
1. A Study of Systems of Water, Hydrogen Peroxide, and Salts, by
Paul M. Gross, Jr. 23 p., figures. (University of Virginia,
Final Report: 1 July 1955 - 15 September 1957).
VII - 627 .
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II CHEMISTRY
I. Organic Chemistry
735 ACYLATION OF ALICYCLIC KETONES AND RELATED COMPOUND'S WITH ESIBES,
AND OF ACTIVE HYDROGEN COMPOUNDS WITH LACTONES
Contractor: University of Massachusetts
Amherst, Massachusetts
Chief Investigator: G. W. Cannon
Contract No. DA-19-059-ORD-1317
Duration: 11 May 53 - 31 May 55
Amount: $ 8,983.91
Type of Contract: Fixed Price
Renewed: DA-19-059-ORD-2196
1 June 1955 - 10 June 1957
$ 9,598.00
Fixed Price
Primary Scientific Liaison: Office of Ordnance Research
Scope: Research will be continued on, but not limited to, the follow-
ing topics: (a) Acylation and alkylation of alicyclic compounds with
esters and active hydrogen compounds with lactones including the pos-
sible evolution of useful synthetic methods; and (b) to study substi-
tuted cyclopropane structures in an effort to determine if hyperconju-
gation exists sufficiently to activate neighboring positions analogous
to the effects produced by the inclusion of unsaturation, carbonyl
groups, etc. This can involve alkylations, acylations, or whatever
other reactions are relevant toward the attainment of the above cited
objectives.
Progress (to 10 June 1957): A study was made of the transmission of
conjugative effects in certain cyclopropanes. Cyclopropyl esters,
ketones, and nitriles were synthesized and the acylation, alkylation,
aldolization, and cyanoethylation at the contiguous methyl group was
investigated. Studies were also made of the ultraviolet and infrared
absorption spectra of the cyclopropanes. Acylation studies of active
hydrogen compounds with lactones have been completed. y-Butyrolactone,
y-valerolactone, and 5-valerolactone were studied in this connection.
Studies were made of the structure of the, condensation products, of
the infrared and ultraviolet absorption spectra, and of the reaction
of the products with ammonia and hydrazine. The infrared and ultra-
violet spectra of certain p-alkoxy-a,p-unsaturated ketones were in-
vestigated for use in interpreting the spectra and elucidating the
structure of the products obtained from the condensation of lactones
with ketones. Complete results of the above studies appear in the
reports listed below. The final report has been received and the con-
tract has been terminated.
VII - 698
II CHEMISTRY
I. Organic Chemistry
735 (continued)
Technical Reports:
1. Acylation of Alicyclic Ketones and Related Compounds with Esters,
and of Active Hydrogen Compounds with Lactones, I. Acylation of
Active Hydrogen Compounds with Lactones, II. The Infrared and
Ultraviolet Spectra of Certain P-Alkoxy-0/41-Unsaturated Ketones,
and III. A Study of the Transmission of Conjugative Effects in
Certain Cyclopropanes, by George W. Cannon and others. June 1957,
63 p., tables. (University of Massachusetts, Final Report).
VII - 699
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II CHEMISTRY
I. Organic. Chemistry
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1252 A QUANTITATIVE STUDY OF THE RELATIVE INFLUENCE OF POLAR SUBSTITUENTS
AND HYPERCONJUGATION ON THREE-CARBON TAUTOMERISM
Contractor: Columbia University
(Trustees of Columbia University)
Broadway at 116th Street
New York 27, New York
Chief Investigator: Fausto Ramirez
Contract No. DA-30-069-ORD-1316
Duration: 1 September 1954 - 31 August 1956
Amount: $ 20,206.00
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scope: A quantitative study will be made of the effects which polar
substituents (such as para and meta NO2, NH2, OH, and Cl) and alkyl
groups (such as methyl, ethyl, isopropyl) exert on the position of the
equilibria of certain tautomeric systems. Also, a study will be made
of the rate of equilibration of the butenolides including the position
of equilibrium and rate constants of the system, and an examination
will be made of the mechanism of formation of lactones from ketoacids.
Progress (to 31 August 1956): A study was made of the mechanism of the
conversion of y-ketoacids to butenolides. Racemic and optically active
a-alkyl-P-aroylpropionic acids were converted into racemic and optical-
ly active, crystalline, symmetrical anhydrides by treatment with acetic
anhydride. The decomposition of the anhydrides was studied under a
variety of conditions. It was shown that the product obtained. when an
optically active symmetrical anhydride is heated for 30 minutes at
100? in the absence of solvents, consists of optically active ketoacid
and a mixture of mostly racethic butenolides. It was shown that the
product obtained when a symmetrical anhydride is heated for 100 min-
utes at 100? in acetonitrile, consists of a clean mixture of ketoacid
and P-7-butenolide. Kinetic runs revealed that a symmetrical anhy-
dride decomposes at 100? in dioxane to ketoacid anion and an intermed-
iate which slowly generates p-7-butenolide. In acetonitrile, at 100?,
the anhydride decomposition was somewhat faster and the subsequent
transformation of the intermediate to 13,7-butenolide was considerably
accelerated. The above results were compared with those obtained when
the reaction of the ketoacids with acetic anhydride was allowed to
proceed to the butenolide stage without isolation of intermediates,
and a probable over-all mechanism was formulated. The information ob-
tained was utilized in attempts to prepare optically active a-alkyl-y-
aryl-ply-butenolides, and it has been concluded that the preparation
is feasible when the para-substituent in the 7-aryl ring is bromo,
methoxy, and hydrogen, if proper conditions are selected. Preparation
of the butenolides was desired in order to study hydrogen mobility in ,
VII - 700
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r-.
II CHEMISTRY
I. Organic Chemistry
1252 (continued)
three-carbon tautomerism and to ascertain the effect of alkyl groups
on the hydrogen mobility by measuring the rates of racemizations. It
was concluded that rate measurements on optically active butenolides
by polarimetric techniques was the best method to determine hydrogen
mobility. The final report has been received and the contract has been
terminated.
Technical Reports:
1. A Quantitative Study of Relative Influence of Polar Substituents
and Hyperconjugation on Three-Carbon Tautomerism, by Fausto
Ramirez, Charles E. Dills and Samuel Dershowitz. 62 p., tables.
(Columbia University, Final Report: 1 October 1954 - 30 July
1956).
.0 - - 1043R0099nn9nnn _
VII - 701
II CHEMISTRY
I. Organic Chemistry
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1258 RESEARCH IN ORGANIC SULFUR COMPOUNDS
Contractor: Wayne University
(Board of Education of the City of Detroit)
4841 Cass Avenue
Detroit 1, Michigan
Chief Investigator: Carl Djerassi
Contract No. DA-20-018-ORD-13474
Duration: 1 September 1954 - 1 December 1956
Amount: $. 13,411:62
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scientific Cognizance: Redstone Arsenal; Picatinny Arsenal
Scope: To perform basic research in the area of organic sulfur chem-
istry, investigating in particular: (a) Chemistry of beta-ketosulfon-
ic acids, (b) the synthesis of substituted beta-bercaptoethanols, their
condensation with carbonyl compounds to hemithioketals and the behav-
ior of such hemithioketals as well as their corresponding sulfoxides
and sulfones.
Progress (to 1 December 1956): The desulfurization of P-mercaptoetha-
nols with Raney nickel in acetone solution yielded mainly the alcohol.
Desulfurization of the corresponding hemithioketals (1,3-oxathiolanes)
under the same conditions involved introduction of oxygen from an out-
side source. Acid cleavage of spiro-(5-diphenylmethy1-1,3-axathiolane-
213'-cholestane) (I) followed by lithium aluminum 'hydride reduction of
the resulting disulfide led to optically pure 1,1-dipheny1-3-mercapto-
propan-2-ol. Raney nickel desulfurization of this P-mercaptoethanol
or of its 0,S-dibenzoate furnished 1,1-diphenyl-propen-2-ol, yielded
benzoates. The rotations of this alcohol and its derivatives were
identical to those of the earlier prepared desulfurization product of
the hemithioketal I. The results have indicated that no racemization
occurs in the formation of alcohols by Raney nickel desulfurization of
hemithioketals or of P-mercaptoethanols. The final report has been
received and the contract has been terminated.
Technical Reports:
1. Studies in Organic Sulfur Compounds. VIII. Introduction of
Oxygen in the Raney Nickel Desulfurization of Hemithioketals, by
Carl Djerassi and others, in Journal of the American Chemical
Society, vol. 77 (1955), p. 4647-4651.
VII - 702
II CHEMISTRY
I. Organic Chemistry
1258 (continued)
2. Studies in Organic Sulfur Compounds. IX. Preparation and Desul-
furization of Optically Active 111-Diphenyl-3-Mercaptopropan-2-ol,
by Carl Djerassi and J. Grossman. (Manuscript submitted to the
Journal of the American Chemical Society). (A part of #3).
3. Research in Organic Sulfur Compounds, by Carl Djerassi. Various
paging, figures. (Wayne State University, Final Report: 1 Sep-
tember 1954 - 30 November 1956; consisting of #1 and #2). ASTIA
AD-117 617
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VII - 703
II CHEMISTRY
I. Organic Chemistry
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1464 PREPARATION AND PROPERTIES OF TRIALKYLFLUOROSILANES
Contractor: Duquesne University
Pittsburgh 19, Pennsylvania
Chief Investigators: H. H. Szmant
Kurt C. Schrieber
Contract No. DA-36-061-ORD-489
Duration: 15 June 55 - 14 June 56
Amount: $ 4,900.00
Type of Contract: Fixed Price
Renewed: DA-36-061-ORD-544
15 June 1956 - 31 July 1957
$ 4,680.00
Fixed Price
Primary Scientific Liaison: Frankford Arsenal
Scientific Cognizance: Rock Island Arsenal
Scope: Basic research will be performed in the area of substituted
fluorosilanes and will include but not be limited to: (1) Synthesis
of trialkylfluorosilanes in which the alkyl groups are identical,
(2) synthesis of trialkylfluorosilanes containing dissimilar alkyl
groups, (3) a study of the physical properties of the above described
compounds and mixtures, and (4) synthesis of branched alkylfluorosi-
lanes and a study of their susceptibility to atmospheric oxidation.
Progress (to 31 July 1957): A series of trialkylfluorosilanes has
been prepared. Analyses have been made and the physical constants
have been determined. Samples of tri-dodecylfluorosilane and
tri-(3,5,5-trimethylhexyl) fluorosilane have been submitted to Frank-
ford Arsenal for testing as lubricant constituents. A number of
unsymmetrical trialkylfluorosilanes have been synthesized, and samples
of amyl-di-dodecylfluorosilane and of 3,515-trimethylhexyl-di-
dodecylfluorosilane have also been sent to Frankford Arsenal for test-
ing purposes. The ,branched chain compounds, in general, have appeared
most promising; e.g., 3,5,5-trimethylhexylfluorosilane compared well
with petroleum for lubricity and showed a viscosity of 10,000 centi-
stokes at -4o0. The final report has been received and the contract
has been terminated,.
Technical Reports:
1. Trialkylfluorosilanes, by H. Harry Szmant and Gerald W. Miller.
October 1955, 4 p., tables. (Duquesne University, Technical Re-
port No. 1). ASTIA AD-79 534
2. Preparation and Properties of Trialkylfluorosilanes, by H. H.
Szmant, Kurt C. Schrieber and others. August 1957, 11 p.,
tables. (Duquesne University, Final Report).
VII - 704
II CHEMISTRY
K. Reaction Kinetics and E uilibria
403 TRANSPORT PROPERTIES IN LIQUID SYSTEMS
Contractor: University of Southern California
3518 University Avenue -
Los Angeles 7, California
Chief Investigator: Arthur W. Adamson
Contract No. DA-04-495-ORD-364
Duration: 27 June 1952 - 1 November. 1956
Amount: $ 25,855.00
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scope: The investigation of certain transport properties in liquids
and liquid solutions will be continued, and will include (a) a theo-
retical and experimental investigation of the parameter dependence of
self-diffusion coefficients, (b) extension of measurements of ion
self-diffusion coefficients to salt solutions and to concentration
ranges not previously studied, (c) a study of self-diffusion of ions
of polyvalent metal salts as a means of obtaining information of the
physical state of these ions in solution, (d) a study of the mechanisms
of proton transfer in water, and (e) if time permits, a comparison will
be made of the self-diffusional mobility of small charged and uncharged
species in aqueous media.
Progress (to 15 January 1957): Studies have been made of the dif-
fusional behavior of ions and of neutral molecules in liquid systems
in order to (1) obtain fairly complete information about the diffusion-
al and other properties of selected systems so that existing theories
could be checked, (2) develop more structurally detailed diffusion
treatments, and (3) explain the serious discrepancies that existed-be-
tween various laboratories as to the actual values of the self-
diffusion coefficients of ions in electrolyte solutions, and to de-
termine why different experimental methods seemed to yield different
results. The sources of the experimental difficulties have been found
to lie partly in the method of calibrating the diaphragm cells and
partly in the stirring procedure used in the open-end capillary method.
These findings have been published. In addition, a complete set of
physical data has been obtained for the sucrose-water system and for
water itself. This work has involved !measuring or supplementing ex-
isting data on the binary and the two self-diffusion coefficients over
the entire concentration range of sucrose concentrations in the first
system, and of H2O-D20 composition in the second system, as well as
filling in viscosity, density, and activity coefficient data. In addi-
tion a partially successful effort was made to obtain a measure of
the nature of coupling between the components of a binary system,
through the use of inert markers. The results which were obtained in
the above studies were used to test the various theories of binary
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VII.- 705
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II CHEMISTRY
K. Reaction Kinetics and Equilibria
403 (continued)
diffusion and it was concluded that they were not at all adequate.
However, some progress has been made towards developing a theory which
will have more general utility. This phase of the investigation is
discussed in report #5 listed below. The final report has been re-
ceived and the contract has been terminated.
Technical Reports:
1. Diffusion and Self-Diffusion of Electrolytes and Hydration Effects,
by Arthur W. Adamson. June 1953, 28 p., figures. (Department of
Chemistry, University of Southern California; also published in
the Journal of Physical Chemistry, vol. 58 (July 1954), p. 514-
523). ASTIA AD-52 920 ASTIA AD-13 441 (mc)
2. A Proposed Approach to the "Chelate Effect", by Arthur W. Adamson,
4 p., tables. (University of Southern California, Department of
Chemistry). ASTIA AD-24 370 (mc)
3. The Measurement of Self-Diffusion in Liquid Media, by Arthur W.
Adamson and R. G. Mills. February 1954, 15 p., figures, tables.
(University of Southern California, Department of Chemistry).
ASTIA AD-42 259
4. A Modified Equation of State for Monolayers of Linear Macromole-
cules, by H. L. Frisch.
3. Transport Processes in Liquid Systems, by Arthur W. Adamson.
31 p., figures, tables. (University of Southern California, De-
partment of Chemistry, Final Report: 27 June 1952 - 15 January
1957).
VII - 7016
_
III MATHEMATICS
A. Algebra and Number Theory
1194 INVESTIGATIONS OF LINEAR ALGEBRAS AND OPERATOR ALGEBRAS
Contractor: University of Chicago
5801 Ellis Avenue
Chicago 37, Illinois
Chief Investigators: A. A. Albert
Irving Kaplansky
Contract No. DA-11-022-ORD-1571
Duration: 1 October 1954 - 31 March 1957
Amount: $ 28,040.20
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scope: A. A. Albert has studied a number of cases of power-associa-
tive algebras and has obtained a quite complete theory for the com-
mutative case. There are a number of open questions still to be
studied in the commutative case, and the non-commutative cases are
still in a chaotic state. A recent contribution along this line is
Albert's work on right alternative algebras. The algebras called Lie
algebras are also power-associative algebras which are non-commuta-
tive. The theory of Lie algebras is connected with the theory of con-
tinuous groups and the new theory of Lie algebras of characteristic
p is of great importance in the study of finite groups. Both Albert
and Kaplansky will investigate the latter theory. The structure theory
of linear algebras forms a model for the structure theory of operator
algebras on Banach and Hilbert space. Kaplansky will continue his
studies of such algebras.
Progress (to 31 March 1957): Studies completed by A. A. Albert in-
clude (1) new classes of simple Lie algebras of characteristic p in
which the results represent a major break-through for the theory of Lie
algebras of characteristic p 1 (2) the consideration of a property of
associative involutorial algebras which has provided a new and very
*simple proof of some properties used in the theory of abelian varieties,
(3) a study of ordered rings satisfying a polynomial identity, (4) a
study of the structure of partially stable simple commutative power-
associative algebras, (5) a study of certain trinomial equations in fi-
nite fields, and (6) a proof that the conjecture of Nathan Jacobson
that every Jordan algebra is the homorphic image of a special Jordan
algebra A is false when A is finite dimensional. I. Kaplansky obtained
a proof that any orthotomplemented complete modular lattice is a con-
tinuous geometry. He also wrote a short book which contains many new
results, especially on algebraic groups. He made a study of the multi-
plicative group of a C* algebra in which it has been shown that certain
groups proved by Kadison to be topologically simple are simple. He
also developed a new algebraic approach to the theory of rings of oper-
ators. R. Block completed a study of new classes of simple Lie alge-
bras of characteristic p in which he showed that certain algebras
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VII - 707
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III MATHEMATICS
A. Algebra and Number Theory
1194 (continued)
considered by A. A. Albert and M. S. Frank were restricted while
others were not. G. Weiss obtained a theorem on interpolation of sub-
linear operators in Hp spaces. E. C. Posner completed a study concern-
ing the connedtion between commutative differential rings and simple
rings. D. Hertzig made a study of the cohomology of a group with co-
efficients in an algebra. He filled a gap in the structure theory of
Lie algebra caused by the existence of Cartan's spin-automorphism, and
extended to degree two Kolchin's classification of strongly normal
fields. G. Kolettis studied and extended the theory of primary abelian
groups beyond its previous limits. The final report has -been received
and the project has been terminated.
Technical Reports:
1. On Involutorial Algebras) by A. A. Albert, in Proceedings of the
National Academy of Sciences, vol. 41, no. 7 (July 1955), p. 480-
482. ASTIA AD-99 217
2. Simple Lie Algebras of Characteristic p by A. A. Albert and
M. S. Frank, in Rendiconti del Seminario Matematico dell' Univer-
sita e Politecnico di Torino, vol. 14 (1954-1955). ASTIA AD-112
600
3. A Property of Ordered Rings, by A. A. Albert, in Proceedings of
the American Mathematical Society, vol. 8, no. 1 (February 1957),
p. 128-129.
4. On Partially Stable Algebras, by A. A. Albert, in Transactions of
the American Mathematical Society, vol. 84, no. 2 (March 1957),
p. 430-443.
5. On Matrices of Trace Zero, by A. A. Albert and B. Muckenhaupt, in
Michigan Mathematical Journal, vol. 4 (1957). ASTIA AD-123 676
6. A Property of Special Jordan Algebras, by A. A. Albert, in Proceed-
ings of the National Academy of Sciences, vol. 42, no. 9 (Septem-
ber 1956), p. 624-625.
7. On Certain Trinomial Equations in Finite Fields by A. A. Albert,
in Annals of Mathematics, vol. 66, no. 1 (July 1957), p. 170-178.
8. Investigations of Linear Algebras and Operator Algebras, by A. A.
Albert. 11 p. (University of Chicago, Department of Mathematics,
Final Report: 1 October 1954 - 30 September 1956): ASTIA AD-106
973
VII - 708
III MATHEMATICS
A. Algebra and Number Theory
1194 (continued)
9. Any Orthocomplemented Complete Modular Lattice is a Continuous
Geometry, by Irving Kaplansky. 17 p. (University of Chicago,
Department of Mathematics; also published in Annals of Mathemat-
ics, vol. 61, no. 3 (May 1955), p. 524-541. ASTIA AD-111 692
10. An Interpolation Theorem for Sublinear Operators on Hp Spaces, by
Guido Weiss, in Proceedings of the American Mathematical Society,
vol. 8, no. 1 (February 1957), p. 92-99.
11. Derivations in Prime Rings, by Edward C. Posner. Not dated, 13 p.
(University of Chicago, Department of Mathematics).
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VII - 709
?
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III MATHEMATICS
B. Analysis
888 EXPANSION OF ANALYTIC FUNCTIONS BY A SERIES OF POWERS OF A POLYNOMIAL
Contractor: Illinois Institute of Technology
3300 South Federal Street
Chicago 16, Illinois
Chief Investigator: Gordon Pall
Contract No. DA-11-022-ORD-1494
Duration: 2 October 1953 - 19 April 1957
Amount: $ 40,523.65
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scope: In research on the expansion of analytic functions in series
of powers of polynomials, one or more of the following areas will be
included: (1) Properties of these expansions analogous to those of
ordinary power series, (2) conformal mapping, (3) function theoretic
problem such as Tauberian problems, and (4) applications to eigen-
value problems in the theory of differential equations.
Progress (to 19 April 1957): Investigations have been conducted which
show that the Jacobi expansion of a function f in powers of a poly-
nomial h of degree n (the coefficients polynomials of lower degree)
can be characterized in terns of a kind of generalized derivative,
with the Taylor series and the ordinary derivative as a special case.
This has led to new expansions and applications. The concepts of bi-
derivative and bi-integral have been clarified, giving direct defini-
tions of these at point pairs relative to j2 and other functions.
Geometrical illustrations have been given and the bi-derivatives of
certain functions have been computed. An explicit formula for Dhf has
been derived. A thesis concerned with the application of Jacobi series
to the computation of eigenvalues in Sturm-Liouville systems has been
written. The partial sums of a Jacobi series were used as trial func-
tions in the collocation and least squares methods. The method seems
to give rapid convergence, but the proof of convergence was carried
through only in special cases. One advantage of this method is that
it leads to the study of a determinant of a fixed order ratherthan
one of increasing order as in the classical treatments. It has been
proved that the zeros of certain determinants whose limits are the
desired real eigenvalues are never real themselves except in a specif-
ic case, and actually occur in conjugate complex pairs. The calculus
of operators of J. Mikusinski has been extended to bi-derivatives.
Work has also been concerned with matrix operators and matrix functions,
and necessary and sufficient conditions for a matrix operator to re-
duce to a classical matrix function have been found. A solution of Van
'der Pol's equation has been obtained which has proved valid not only
for small values of the parameter, but quite generally. The final
report has been received and the contract has been terminated.
VII - 710
III MATHEMATICS
B. Analysis
888 (continued)
Technical Reports:
1. A Simple Definition of Analytic Functions and General Multifunc-
tions, by Karl Menger, in the Proceedings of the National Academy
of Sciences, vol. 40, no. 9 (September 1954), p. 819-821.
2. The Behavior of a Complex Function at Infinity, by Karl Menger,
in Proceedings of the National Academy of Sciences, vol. 41,
no. 7 (July 1955), p. 512-513.
3. Generalized Derivatives and Expansions, by Karl Menger and S. S.
Shii, in Proceedings of the National Academy of Sciences, vol.
41, no. 8 (August 1955), p. 591-595.
4. Expansion of Analytic Functions by Series of Powers of a Poly-
nomial, 1,r. Gordon Pall. 21 October 1955, 4 p. (Illinois Insti-
tute of re,hlogy, Department of Mathematics, Second Annual
Report).
5. A Symmetric Generalization of the Lagrange Interpolation Formula,
by Berthold Schweizer, in Journal of Mathematics and Physics,
vol. 34, no. 3 (October 1955), p. 157-159.
6. Jacobi Series and the Numerical Solution of Eigenvalue Problem,
by Berthold Schweizer. June 1956, 55 p. (Illinois Institute of
Technology, Ph.D. thesis).
7. Expansion of Analytic Functions by Series of Powers of a Polynom-
ial, by Gordon Pall. 7 p. (Illinois Institute of Technology,
Final Report: October 1953 - May 1957).
8. Multiderivatives and Multiintegrals, by Karl Menger. (Manuscript
submitted to the Slaught Memorials of the Mathematical. Association
of America).
9. Generalized Jacobi Expansions and Corresponding Derivatives,, by
Gordon Pall. (Manuscript submitted to the Slaught Memorials of the
Mathematical Association of America).
10. On Approximate Eigenvalues Obtained by the Method of Least Squares,
by Berthold Schweizer. (Manuscript submitted to the Massachusetts
Institute of Technology Journal of Mathematics and Physics).
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VII - 711
III MATHEMATICS
B. Analysis
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ALIMILOIS.11011/MMOR
1045 EXISTENCE AND NATURE OF. SOLUTIONS IN THE CALCULUS OF VARIATIONS WITH
SPECIAL REFERENCE TO PARAMETRIC DOUBLE INTEGRAL PROBLEMS
Contractor: University of Wisconsin
(The Regents of the University)
Madison 6, Wisconsin
Chief Investigator: L. C. /bung
Contract No. DA-11-022-ORD-15I1
Duration: 12 November 1953 - 50 June 1957
Amount: $ 26,949.00
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scientific Cognizance: Redstone Arsenal
Scope: The primary objective of the work will be to continue to ob-
tain results on the existence and of solutions in the calculus of
variations, especially for parametric double integral problems. By
means of the method of generalized surfaces employed in the present
research project, a very complete existence theory and certain basic
information on the nature of solutions is being obtained for those
parametric double integral problems which concern surfaces of preas-
signed topological type. The wbrk depends partly on new inequalities
connecting the area of a surface S with the product of the lengths of
two suitable cycles on S. It is desirable to obtain more complete
information on the nature of solutions and to make a corresponding
study for problems in which the topological type is not prescribed.
Progress (to 30 June 1957): The results obtained in this investigation
were based on the following methods: (a) Elementary methods which
were concerned with inequalities between area and a product of two,
lengths. In this connection it was found that the area of a poly-
hedron is not less than half the product of a pair of lengths, a re-
suit- connected with a minimal property of the hemisphere. It was also
found that cIosed polyhedra whose areas are bounded and whose "pinching
constants" have a positive lower bound are equivalent (by slitting) to
discs whose perimeters have bounded lengths. (b) Banach methods, i.e.,
methods based on the techniques of general linear spaces and in par-
ticillar of Banach spaces. In this connection it was found that even
the problem of least area, with a single rectifiable rim, requires
for its solution surfaces of infinitely many handles., -An algorithm
was provided which turns out to be necessary and sufficient for an
absolute minimum irrespective of topological type. A solution of a
variational problem was made up from pieces which possess Lipschitzian
tracks and satisfy roughly the classical differential equations. More
complete results are set forth in the technical reports- listed below.
The final report has been received and the project-has-been terminated.
VII - 712
III MATHEMATICS
B. Analysis
1045 (continued)
Technical Reports:
1. An Example in the Problem of Least Area, by Wendell H. Fleming.
(Manuscript submitted to the Proceedings of the American Mathe-
matical Society).
2. A Variational Algorithm, by L. C. Young, in the Rivista di Maths-
matica del Universita di Parma, vol. 5 (1954), p. 255-268.
ASTIA AD-814 733.
3. Some New Methods in Two-Dimensional Variational Problems with -
Special Reference to Minimal Surfaces, by L. C. Young. December
1955, 12 p. (University of Wisconsin, Department of Mathematics,
Technical Report No. 1). ASTIA AD-80 914 (mc)
4. Representations of Generalized Surfaces as Mixtures, by W. H.
Fleming and L. C. Young. (Manuscript submitted to Rendiconti
del Circulo Matematico di Palermo).
5. Fields of Vectors Attached To A Plane Measure, by Lawrence C.
/bung. October 1956, 19 p. (University of Wisconsin, Technical
Report No. 2; also submitted to the Journal de Mathematiques).
ASTIA AD-l09 984
6. Estimates for the Lengths of Certain Closed Geodesics on a
Polyhedron, by L. Young. November 1956, 9 p. (University of
Wisconsin, Department of Mathematics, Technical Report No. 3)0
ASTIA AD-116 915
7. Minimal Perimeter of a Disc Equivalent To A Closed Polyhedron, by
L. Young. November 1956, 8 p. (University of Wisconsin, Depart-
ment of Mathematics, Technical Report No. 4). ASTIA AD-1.16 917
8, A Proposition of Rigid Statics Related to Area and to the Calculus
of Variations, by. L. Young. December 1956, 17 p. (University
of Wisconsin, Department of Mathematics, Technical Report No, 5)0
ASTIA. AD-116 919
9. Generalized Surfaces with Prescribed Elementary Boundary, by W. H.
Fleming and L. C. Young, in Rendiconti del Circolo Matematico di
Palermo, serie 2 (1956), tomo 5, p. 1-211
10. Existence and Nature of Solutions in the Calculus of Variations
with Special Reference to Parametric Double Integral Problems, by
L. /bung. 5 p. (University of Wisconsin, Department of
Mathematics, Final Report).
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VII - 713
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III MATHEMATICS
B. Analysis
1239 RESEARCH IN ANALYSIS AND GEOMETRY
Contractor: The Institute for Advanced Study
Olden Lane
Princeton, New Jersey
Chief Investigators: Deane Montgomery
Atle Selberg
Contract No. DA-36-034-00-1622
Duration: 1 September 1954 - 31 August 1957
Amount: $ 68,125.00
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scope: Research in analysis and geometry will be continued and
attempts will be made to (a) give transcendental proofs of arithmetic
theorems by means of recursive propositions, (b) study generalizations
of classical LP spaces, (c) investigate the nature of the set of limits
of Riemann sums of vector value functions, (d) investigate periodic
transformations on an infinite dimensional space, and (e) investigate
the problem of imbedding an n-complex in Euclidean space.
Progress (to 31 August 1957): Principal results obtained under this
contract are reflected in the technical reports listed below. A study
was made of groups of transformations with special emphasis on finite
groups and toral groups. Definite results were obtained by using
spectral sequencies in the study of transformation groups. Consider-
able information was obtained on the set of fixed points for a toral
group on a manifold and about the base space. These results indicate
that so far as cohomology is concerned the fixed points and the base
space resemble these sets in the case where the group-acts linearly.
The investigation on Banach spaces was completed, and a paper de-
scribing the study has been written. The final point has .been re-
ceived and the contract has been terminated.
Technical Reports:
1. A Universal Covering Semigroup for Groups with Abelian Commutator
Subgroups, by Eugene Schenkman. March 1955, 24 p. (Institute for
Advanced Study). ASTIA AD-56 469
2. On Abelian Varieties over Function Fields, by Wei-Liang Chow.
(Manuscript submitted to Proceedings of the National Academy of
Sciences). ASTIA AD-61 981
3. Uniformly Bounded Representations of Groups, by L.-Ehrenpreis and
F. I. Mautner, in Proceedings of the National Academy of Sciences,
vol. 41 (1955), p. 231-233.
-
VII - 714'
III MATHEMATICS
B.. Analysis
1239 (continued)
4. Some Properties of the Fourier Transform on Semi-Simple Lie Groups,
Part II, by L. Ehrenpreis and F. I. Mautner. Not dated, various
paging. (Institute for Advanced Study). ASTIA AD-66 587
5. On the Engle Condition of Order 2 for Groups, by Eugene Schenkman.
August 1955, 3 p. (Institute for Advanced Study). ASTIA AD-68
525
?
6. The Principal Ideal Theorem for Some Infinitely Generated. Groups,
by Eugene Schenkman. August 1955, 5 p. (Institute for Advanced
Study). ASTIA AD-68 524 (mc)
7. Algebraic Varieties with Rational Dissections, by Wei-Liang Chow.
July 1955, 8 p. (Institute for Advanced Study). ASTIA AD-68 526
(mc)
8. Approaches to the Theory of Distributions, by J. C. Burkill.
January 1956, 16 p. (Institute for Advanced Study). ASTIA AD-88
538 (me)
9. Geodesic Flows on Symmetric Riemann Space, by F. I. Mautner.
December 1955, 29 p. (Institute for Advanced Study; also submitted
to Annals of Mathematics). ASTIA AD-88 533 (mc)
10. Some Properties of the Fourier Transform Semi-Simple Lie Groups
III, by L. Ehrenpreis and F. I. Mautner. April 1956, various
paging. (Institute for Advanced Study). ASTIA AD-93 037
11. On the Action of a Finite Group on Sn x Sn, by P. E. Conner.
November 1956, 3 p. (Institute for Advanced Study). ASTIA
AD-115 455
12. A Note on Banach Function Spaces, by H. W. Ellis, December 1956,
10 p. (Institute for Advanced Study). ASTIA AD-118 603
13. Eine Unableitbarkei.tsbeweismethode Fiir Den Intuitionistischen
Aussagenkalkul, by G. Kreisel and H. Putnam. January 1957, 7 p.
(Institute for Advanced Study).
14. Mathematical Significance of Consistency Proofs, by G. Kreisel.
March 1957, 37 p. (Institute for Advanced,Study).
15. Orbit Spaces of Circle Groups of Transformations, by P. E. Conner
and E. E. Floyd. March 1957, 12 p. (Institute for Advanced,
Study).
16. Theorie Des Fonctions - Fonctionnelles Recursivement Definissables
et Fonctionelles Recursives, by Georg Kreisel, Daniel Lacombe and -
Joseph R. Shoenfield. August 1957, 4 p. (Institute for Advanced
Study).
VII - 715
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S
III MATHEMATICS
B. Analysis
1239 (continued)
17. Concerning the Action of a Torus on the Euclidean Space, by P.
E. Conner, Jr. August 1957, 5 p. (Institute for Advanced
Study).
18. Research in Analysis and Geometry, by Pierre E. Conner, Jr.,
H. W. Ellis and others. 3 p. (Institute for Advanced Study,
Final Report: 1 September 1956 - 31 May 1957).
VII - 716
?
III MATHEMATICS
D. Geometry and Topology
1014 THE THEORY OF CONVEX SETS
Contractor: University of Washington
Seattle 5, Washington
Chief Investigator: V. L. Klee
Contract No. DA-04-200-ORD-292
Duration: 2 October 1953 - 1 October 1957
Amount: $ 37,062.67
Type of Contract: Cost
Primary Scientific Liaison: Ballistic Research
Laboratories
Scope: This investigation will deal with (a) basic questions relating
to convex sets in infinite-dimensional linear spaces, and (b) inter-
section properties of convex sets in Euclidean space. Typical ques-
tions to be considered in (a) are represented by the following: (1)
Is the Tychonoff theorem valid that a compact convex subset of a local-
ly convex linear topological space has the fixed point property, with-
out the hypothesis of local convexity? (2) Must a closed convex of a
Banach space be supported by a hyperplane at one of its points? With
reference to 00, an attempt will be made to initiate a careful and
complete investigation with a view toward obtaining unifying results
and toward answering the following question of Barsuk: Can every
bounded subset of Euclidean n-space be covered by (n + 1) sets of
smaller dianeter?
Progress (to 1 October 1957): Complete results obtained under this
project are set forth in the technical reports listed below. The
final report has been received and the contract has been terminated.
Technical Reports:
1. Common Secants for Plane Convex Sets, by V. L. Klee, Jr., in .Pro-
ceedings of the American Mathematical Society, vol. .5, no. 4
(August 1954), p. 639-641.
2. A Characterization of Reflexivity by the Lattice of Closed Sub-
Spaces, by E. E. Floyd and V. L. Klee. January 1954, 13 p.. (Uni-
versity of Washington, Technical Report No. 1; also published in
Proceedings of the American Mathematical Society, vol. 5, no. 4
(August 1954), p. 655-661). ASTIA AD-25 304 (mc)
3. A Characterization of Extreme Points, by V. L. Klee) Jr. January
1954, 4 p. (University of Washington, Technical Report No. 2).
ASTIA AD-25 305 (mc)
VII - 717
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III MATHEMATICS
D. Geometry and Topology
1014 (continued)
4. Boundedness and Continuity of Linear Functionals, by V. L. Klee.
Not dated, various paging. (University of Washington, Technical
Report No. 3; also published in Duke Mathematical Journal, vol. 22
(1955), p. 263-270). ASTIA AD-26 238 (mc) -
5. Separation Properties of Convex Cones, by V. L. Klee, Jr. 30
June 1954, 9 p. (University of Washington, Technical Report No. 4;
also published in Proceedings of the American Mathematical Society,
vol. 6, no. 2 (April 1955), p. 313-318); ASTIA AD-34 592
6. On Metric Independence and Linear Independence, by V. L. Klee and
L. M. Blumenthal, in Proceedings of the American Mathematical Soci-
ety, vol. 6, no. 5 (October 1955), p. 732-734. (Apart of #8).
7. Solution of a Problem of E. M. Wright on Convex Functions, by V. L.
Klee, Jr., in American Mathematical Monthly, vol. 63, no. 2 (Febru-
ary 1956), p. 106-107. (A part of 0).
8. convex Sets, by V. L. Klee, Jr. 1 December 1954, various paging.
(University of Washington, Technical Report No. 5, containing #6
and #7). ASTIA AD-52 561
9. Remarks on a Previous Paper (Convex Bodies and Periodic Homeomor-
phisms in Hilbert Space, by V. L. Klee, Jr., in Transactions of
the American Mathematical Society, vol. 74, 1953, p. 10-43).
(Manuscript submitted to Transactions of the American Mathematical
Society). (A. part of ill).
10. Strict Separation of Convex Sets, by V. L. Klee, Jr., in Proceed-
ings of the American Mathematical Society, vol. 7, no. 4 (August
1956), p. 735-737. (A part of #11).
11. Convex sets, by V. L. Klee, Jr. 15 January 1955, various paging.
(University of Washington, Technical Report No. 6, containing #9
and #10). ASTIA AD-53 013 (mc)
12. Some Intersection Properties of Infinite Families of Convex Sets,
by V. L. Klee, Jr. Not dated, 9 p. (University of Washington,
Technical Report No. 7: 16 January 1955 - 15 duly 1955; also sub-
mitted to Mathematica Scandinavica). ASTIA AD-71 473 (mc)
13. A Note on Extreme Points, by V. L. Klee, Jr., in American Mathe-
matical Monthly, vOl. 62, no. 1 (January 1955), p. 30-32.
14. Some Topological Properties of Convex Sets, by V. L. Klee, Jr.,
in Transactions of the American Mathematical Society, vol. 78,
no. 1 (January 1955), p. 30-45.
VII - 718
III MATHEMATICS
D. Geometry and Topology
1014 (continued)
15. Fixed-Point Sets of Periodic Homeomorphisms of Hilbert Space, by
V. L. Klee, Jr. (Manuscript submitted to Annals of Mathematics).
(A part of #19).
16. Iteration of the "Lin" Operation for Convex Sets, by V. L. Klee,
Jr. (Manuscript submitted to Mathematica Scandinavica). (Apart
of #19).
17. Homogeneity of Infinite-Dimensional Parallelotopes, by V. L. Klee,
Jr. (Manuscript submitted to the Annals of Mathematics). (A
part of #19).
18. An Example in the Theory of Topological Linear Spaces, by V. L.
Klee, Jr. (Manuscript submitted to the Archivader Mathematik).
(A part of #19).
19. The Theory of Convex Sets, by V. L. Klee, Jr. Various paging.
(University of Washington, Technical Report No. 8: 16 July 1955 -
15 July 1956 consisting of #15 through #18). ASTIA AD-99 981
20. A Note on Topological Properties of Normed Linear Spaces, by V.
L. Klee, Jr., in the Proceedings of the American Mathematical
Society, vol. 7, no. 4 (August 1956), p. 673-674.
21. Convex Sets and Nearest Points, by R. R. Phelps. 21 p. (Univer-
sity of Washington, Technical Report No. 9: 16 July 1956 - 31
October 1956; also submitted to the Proceedings of the American
Mathematical Society). ASTIA AD-112 464
22. The Structure of Semispaces, by V. L. Klee, Jr. (Manuscript sub-
mitted to Scandinavica Mathematica).
23. Extremal Structure of Convex Sets. I, by V. L. Klee, Jr. (Manu-
script submitted to Archly der Mathematik). (A part of #29).
24. Convex Sets and Nearest Points. II, by R. R. Phelps. (Manuscript
submitted to the Proceedings of the American Mathematical Soci-
ety). (A part of #29).
25. Extremal Structure of Convex Sets. II, by V. L. Klee, Jr.
(Manuscript submitted to Mathematische Zeitschrift). (A part of
#29).
26. Semi-Convexity and Locally Bounded Spaces, by Robert Trull Ives.
(Manuscript submitted to the Duke Mathematical Journal).
VII - 719
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III MATHEMATICS
D. Geometry and Topology
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.1014 (continued)
27. On a Method of Mapping Due to Kadec and Bernstein, by V. L. Klee,
Jr. and R. G. Long. (Manuscript submitted to Archiv der Mathe-
matik). (Apart of .029).
28. Some Characterizations of Convex Polyhedra, b-y V. L. Klee, Jr.
(Manuscript submitted to Acta Mathematica). (Apart of 029).
29. Convex Sets, by V. L. Klee, Jr., R. R. Phelps and R. G. Long.
Various paging. (University of Washington, Technical Report No.
9: 1 November 1956 15 August 1957, containing 0231 024, 025,
027, and 028).
30. Convex Sets, by V. L. Klee, Jr. 4 p. (University of Washington,
Final Report: 1 October 1953 - 30 September 1957).
VII - 720
III MATHEMATICS
D. Geometry and Topology
1503 DIFFERENTIAL GEOMETRIC STRUCTURES AND THEIR RELATED SYSTEMS OF
DIFFERENTIAL EQUATIONS
Contractor: University of California
(The Regents of the University)
' Berkeley 4, California
Chief Investigator: Harley Flanders
Contract No. DA-04-200-ORD-44.56
Duration: 1 September 1955 - 16 September 1957
- Amount: $ 19,375.95
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scientific Cognizance: Ballistic Research Laboratories
Scope: A program of research will be conducted on differential geo-
metric structure and differential equations, and will include one or
more of the following areas: (1) Geometric entities and operators
of affine connection theory, (2) the topological nature of the in-
variant of the curvature operator on an affinely connected manifold,
(3) a geometric interpretation of a parallel curvature tensor,
(4) application of operator algebras to Hermitian manifolds, Lie
groups, and harmonic integrals, and (5) invariant integrals and com-
pletely integrable systems of exterior differential forms.
Progress (to 16 September 1957): A weekly seminar on advanced dif-
ferential geometry was conducted during the period September 1955 -
June 1956. The material presented at this seminar has been incor -
parated into a technical report. Considerable progress was made in
the study of differential geometry on complex varieties. A study of
the theory of prolongations has been completed. The theory of complex
structures and Kahler manifolds and their applications to differential
manifolds was studied. The techniques of modern differential geometry
were applied to the classical theory of contact and canonical trans- '
formations and some interesting results were obtained. The final report
has been received and the contract has been terminated.
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VII - 721
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III MATHEMATICS
D. Geometry and Topology
_
1503 (continued)
Technical Reports:
1. Seminar on Exterior Differential Forms, by Harley Flanders. June
1957, 58 p. (University of California, Technical Report No. 1).
2. Systems of Differential Forms, Including Kuranishits Theory of
Total Prolongations, by Harold H. Johnson. Not Dated, 80 p.
(University of California, Technical Report No. 2).
3. Prolongations of Differential Systems, by Harold H. Johnson.
Jay 1957, 38 p. (University of California, Technical Report
No. 3).
4. Differential Geometry, by Harley Flanders. Various paging.
(University of California, Department of Mathematics, Final Report.
1 September 1955 - 16 September 1957).
VII - 722
?
III MATHEMATICS
E. Mechanics
1823 SUMMER SEMINAR IN APPLIED MATHEMATICS
Contractor:
American Mathematical Society
University of Colorado
Boulder, Colorado
Chief Investigator: J. H. Curtiss
Contract No. DA-19-020-ORD-4373
Duration: 28 January 1957 - 27 January 1958
Amount: $ 9,775.00
Type of Contract: Fixed Price
Primary Scientific Liaison: Office of Ordnance Research
Scope,: The contractor, under the direction of Dr. J. H. Curtiss, will
plan, make arrangements for, administer, and conduct a seminar in
applied mathematics to be held at the University of Colorado from the
period on or about 24 June 1957 to on or about 20 July 1957. The
symposium will be jointly sponsored by the Office of Ordnance Research,
the Office of Naval Research, the Office of Scientific Research (ARDC),
the National Science Foundation, and the Atomic Energy Commission.
The seminar will consist of lectures to be made by lecturers selected
by the contractor, informal seminars, and discussion groups, and will
include 2 main lecturers and approximately 8 supplementary lecturers.
Progress: The Summer Seminar in Applied Mathematics was held from 23
June 1957 to 19 July 1957 at Boulder, Colorado. Among the subjects
treated were solid mechanics, fluid dynamics, probability theory, mag-
neto gas dynamics, and partial differential equations. Manuscripts of
the presentations have been received and the contract has been
terminated.
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III MATHEMATICS
F. Numerical and Graphical Methods
1089 RESEARCH IN THE FIELD OF PROBABILITY, STATISTICS, AND NUMERICAL
ANALYSIS
Contractors New York University
Washington Square
New York 53, New York
Chief Investigator: John H. Curtiss
Contract No. DA-30-069-ORD-1257
Duration: 1 September 1953 - 31 March 1957
Amount: $18,219.30
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scope: The primary objective will be to evaluate the so-called "Monte
Carlo" method with reference to the estimation of the eigenvalues of
linear partial differential equations and several independent varia-
bles. The particular goal will be an evaluation of the usefulness of
this method for the Schrodinger equation in the case of reasonably
complicated potentials. The eigenvalue problem will be approached
via discrete Markov processes and matrix methods. Various methods for
cutting dawn sample size will be tried, the central ones being the
techniques of "importance sampling" and "sampling with probabilities
proportional to size", the main idea being to utilize a priori knowledge
of the solution of the problem as fully as possible. It is hoped that
useful answers relative to the computation of matrix eigenvalues and
eigenvalues of elliptic partial differential equations will be ob-
tained, whether a final evaluation of the applicability to the
Schrodinger case can be made or not. Beyond the eigenvalue problem
the investigator will consider the whole question of interrelation
between partial differential equations and stochastic processes from
a theoretical point of view, as well as from the point of view of
numerical analysis,
Progress (to 3l March 1957): Work under this contract proceeded a-
long two main lines: (a) Numerical analysis, with particular re-
ference to linear computations, and (b) statistical inference. Re-
sults obtained under (a) are contained in technical reports #1, #2, A
and #6. The work under (b) consisted in organizing facts already
known and existing in scattered forms in the literature. The results
of this study may be found in technical reports #2, #3 and #5. The
terminal report has been received and the contract has been terminated.
VII - 724
III MATHEMATICS
F. Numerical and Graphical Methods
1089 (continued)
Technical Reports:
1. Methods for Matrix Inversion and for the Solution of Simultaneous
Linear Algebraic Equations, by J. H. Curtiss. March 1954, 22 p.
(New York University, Institute of Mathematical Sciences, Techni-
cal Report No. 1). ASTIA AD-32 481 (mc)
2. A Theoretical Comparison of the Efficiencies of Two Classical
Methods, and a Monte Carlo Method for Computing One Component
of the Solution of a Set of Linear Algebraic Equations, by J. H.
Curtiss. May 1954, 56 p., tables. (New York University, Insti-
tute of Mathematical Sciences, Technical Report No. 3) ASTIA
AD-40 173 (mc)
3. Lectures on the Theory of Industrial Sampling, by J. H. Curtiss.
April 1955, 134 p. (New York University, Institute of Mathemati-
cal Sciences, Technical Report No. 4). ASTIA AD-60 618 (mc)
4. A Generalization of the Method of Conjugate Gradients for Solving
Systems of Linear Algebraic Equations, by J. H. Curtiss, in
Mathematical Tables and Other Aids to Computation, vol. 8, no. 48
(October 1954), p. 189-193.
5. Lectures on the Theory of Industrial Sampling: Preface and
Summary of the Text, by J. H. Curtiss. March 1954, 18 p. (New
York University, Institute of Mathematical Sciences, Technical
Report No. 2).
6. Metrix Inversion and the .Solution of Linear Equations, by J. H.
Curtiss. August 1955, 85 p. (New York University, Technical
Report No. 5). ASTIA AD-115 793
7. Research in the Field of Probability, Statistics, and Numerical
Analysis, by J. H. Curtiss. April 1957, 3 p. (New York Univer-
sity, Terminal Report).
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III MATHEMATICS
F. Numerical and Graphical Methods
1145 LOGICAL DESIGN COMPUTING MACHINERY
Contractor: Stanford University
(Board of Trustees of the Leland Stanford
Junior University, Palo Alto) -
Stanford, Wifornia
Chief Investigator: Robert McNaughton
Contract No. DA-04-200-ORD.4.136
Duration: 1 July 1955 - 31 October 1957
Amount: 12,896.66
Type of Contract: Cost
Primary Scientific Liaison: Ballistic Research Laboratories
Scientific Cognizance: White Sands Proving Ground; Ordnance
Tank and Automotive Command
Scope: The objectives are in general to apply the methods of symbolic
logic to the task of constructing the most economical computing ma-
chine. In particular the research will be concerned with one or more
of the following problems: (1) Minimality of complete decoding nets
when the net is composed of arbitrary truth functions, (2) the deter-
mination of a mathematical function which reflects the true cost of
the complete decoding net, and (3) a coherent theory in which a wide
variety of problems concerning minimality of switching circuits could
be formulated and solved.
Progress (to 31 October 1957): The problem of complete decoding nets
with elements realizing arbitrary truth functions was studied. A
study- was made of the 'Dont Care" problem and the results Obtained
are included in the report on rectifier nets with multiple outputs.
The concept of "prime implicant" was extended to the synthesis of
multiple output 'dont care" diode nets. An attempt was made to prove
the minimality of the balanced multiplicative switch nets in the class
of all well-formed nets made up of elements realizing arbitrary truth
functions, but, the results obtained have not been substantiated. The
problem of unate truth functions was studied. The final report has
been received and the contract has been terminated.
VII - 726
III MATHEMATICS
F. Numerical and Graphical Methods
1)06 (continued)
Technical Reports:
1. On the Measure of Normal Formulas, by Robert McNaughton. 28 De-
cember 1955, 31 P. (Stanford University, Applied Mathematics and
Statistics Laboratory, Technical Report No. 1; also submitted to
the Pacific Journal of Mathematics). ASTIA AD-79 833 (mc)
2. The Minimality of Rectifier Nets with Multiple Outputs Incompletely
Specified, by Robert McNaughton and Bernon Mitchell. 18 April
1957, 40 p., tables. (Stanford University, Technical Report No.
2).
3. A Proof That Addition is Not Arithmetically Definable in Terms of
a Single Unary Operator, by Robert McNaughton. 1 May 1957, 14 p.
(Stanford University, Technical Report No. 3). ASTI/IAD-130 287
it. Logical Design of-Computing Machinery, by Robert McNaughton. 2 p.
(Stanford University, Final Report: 1 July 1957 - 30 October
1957).
5. Unate Truth Functions, by Robert McNaughton. 21 October 1957, 18
p. (Stanford University, Technical Report No, 4).
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.........wmsmmmtmoapmmWwOMW'destJfttwVJIAAP
III MATHEMATICS
G. Probability and Statistics__
1550 A STUDY OF METHODS FOR DEVELOPING MISSILE RELIABILITY THROUGH ANALYSIS
OF FAILED COMPONENT PARTS
Contractor: United Geophysical Corporation
Pasadena, California
'Chief Investigator: Leslie W. Ball
Contract No. 'DA-04-495-ORD-669
Duration: 1 July 1955 - 30 September 1956
Amount: $ 4,708.37
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scope: A study will be made of the extent to which failureanalysis
methods are currently being used, and the degree of success that is
being achieved in complex systems which have reliability problems
similar to those encountered in Ordnance missiles.- Original analyt-
ical studies of modes of failure will be performed, and with each
mode, tests will be associated that may be specified to detect them,
and quality controls specified to reduce the frequency of their
occurrence.
Progress (31 July 1956 - 30 September 1956): Delays in obtaining
failure case histories from direct component test programs resulted
in concentration on studies based on published literature and on
analyses of well-documented case histories provided by White Sands
Proving Ground Test Plan 63. The available data, particularly the re-
ported shapes of failure rate curves with time as the abscissa,
stimulated extensive and rather radical interpretation of the phe-
nomenological basis for failure in guided missiles and other complex
systems. The final report has been received and the contract has been
terminated.
Technical Reports:
1. Guided Missile Component Failures: A Study of Their Underlying
Causes and-Recurrence Prevention, by Leslie W. Ball. September
1956, 37 p., figures. (United Geophysical Corporation, United
Electrodynamics, Final Report). ASTIA AD-118 534
VII - 728
III MATHEMATICS
G. Probability and Statistics
1599 MULTIVARIATE ANALYSIS
Contractor: University of Chicago
5801 Ellis Avenue
Chicago 37, Illinois
Chief Investigator: Ingram Olkin
Contract No. DA-11-022-ORD-1998
Duration: 1 October 1955 - 30 September 1956
Amount: $ 6,986.00
Type of Contract: Cost
Primary Scientific Liaison: White Sands Proving Ground
Scientific Cognizance: Ballistic Research Laboratories
Scope: A program in multivariate analysis will be conducted in which
either or both of the following will be considered: (a) Multivariate
tests with a priori information, and (b) nonparametric multivariate
analysis.
Progress (to 30 September 1956): A determination has been made of un-
biased estimates of (1) the ordinary bivariate correlation coefficient,
(2) the intraclass correlation coefficient, (3) the squared multiple
correlation coefficient, and (4) the partial correlation coefficient.
Tables have been prepared to facilitate the use of the estimates. A
paper has been prepared concerning Tchebycheff type inequality for the
probability that an n dimensional point falls in a certain hyper-
rectangle. The result is a generalization of a bivariate inequality
due to Berge. Studies have also been made on the extrema of quadratic
forms and applications to statistics, extrema of functions of a matrix
in terms of the eigenvalues, sequential estimation for a finite popu-
lation, multivariate ratio estimation for finite populations, and
multivariate tests on means with a priori information. Intraclass
correlation models have been considered and a number of problems of
estimating and testing have been formulated. The final report has
been received and the project has been terminated.
Technical Reports:
1. Unbiased Estimation of Certain Correlation Coefficients, by Ingram
Olkin and John W. Pratt. Not dated, 18 p., tables. (University
of Chicago, Technical Report No. 1; also submitted to Annals of
Mathematical Statistics under the title "Estimation of Certain
Correlation Coefficients").
2. On a Ifultivariate Tchebycheff Inequality, by Ingram Olkin and
John W. Pratt. Not dated, 8 p. (University of Chicago, Technical
Report No. 2).
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VII - 729
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III MATHEMATICS
G. Probability and Statistics
1599 (continued)
3. Extrema of Quadratic Forms With Applications to Statistics, by K.
A. Bush and I. Olkin. Not dated, 10 p. (University of Chicago,
Technical Report No. 3).
4. Extrema of Functions of a Matrix in Terms of the Eigenvalues, by
K. A. Bush and I. Olkin. Not dated, 1 p. (University of Chicago,
Technical Report No. 4).
5. Multivariate Ratio Estimation for Finite Populations, by Ingram
Olkin. 24 August 1956, various paging. (University of Chicago,
Technical Report No. 6). ASTIA AD-105 773
6. Sequential Estimation From a Finite Population, by Ingram Olkin
and Herbert T. David. 15 September 1956, various paging. (Uni-
versity of Chicago, Technical Report No. 5). ASTIA AD-108 948 (mc)
7. Multivariate Analyses, by Ingram Olkin and others. 1 October
1956, 3 p. (University of Chicago, Final Report).
- ?
VII - 73P
?
III MATHEMATICS
H. Operations Analysis
1529 AUTOMATION RESEARCH
Contractor: Columbia University
(Trustees of the University)
Broadway at 116th Street
New York 27, New York
Chief Investigator: Merrill M. Flood
?
Contract No. DA-30-069-ORD-1622
Duration: 19 December 1955 - 18 December 1956
Amount: $ 26,600.00
Type of Contract: Cost
Primary Scientific Liaison: Ordnance Weapons Command
Scientific Cognizance: Ballistic Research Laboratories; Frankford
Arsenal; White Sands Proving Ground
Scope: To perform basic research on automation, a field relating to
the design, operation, and management of efficient productive systems.
The investigation will be limited to research on ordinary manufactur-
ing operations yielding present types of products. Chief research
aims will be (a) to determine the general nature of the productive
systems and their mathematical models that are most amenable to treat-
ment by the types of analytical and simulation techniques to be used
in this investigation, and (b) to clarify the character and extent of
the problems arising because of interaction between men and machines
in order to better understand the extent to which various behavioral
models now available can be adapted to the purposes of this automation
research.
Progress (to 18 December 1956):, A simple machine tool operation has
been observed and analyzed in order to understand and explain mathe-
matically the human deciion-making skills that are and are not better
than mechanical counterparts. This study of a simple lathe-turning
operation at Watertown Arsenal was intended as an example of how some
of the human decisions made in a manufacturing operations might
profitably be automated, not as a practical evaluation of the methods
in actual use. The methods developed in this study could be applied
equally well to other manufacturing operations. Details of this
study appear in Technical Report No. 2. The final report has been re-
ceived and the project has been terminated.
Technical Reports:
1. The Optimal Design of Devices Requiring Positioning, by Raymond
N. Auger and Richard J. Herman. November 1956, 10 p., figures.
(Columbia University, Technical Report No. 1).
VII - 731
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III MATHEMATICS
H. Operations Analysis
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1529 (continued)
2. Automation Research, by Richard J. Herman and Lamont M. La
Robardier. December 1956, various paging, figures, tables.
(Columbia University, Final Report). ASTIA AD-115 720
3. Costwise Optimization: A Mathematical Approach to Minimizing
Machining Cost, by Richard J. Herman and Lamont La Robardier.
(Manuscript submitted to Business Week, to American Machinist
and to Factory Management and Maintenance).
4. Proposed Procedure for Experiments on Machine Tool Operation at
Watertown Arsenal, by Richard J. Herman and Lamont La Robardier.
25 July 1956, 27 p., figures. (Columbia University).
VII - 732
IV ENGINEERING SCIENCES
A. Combustion and Fuels
1515 SIXTH *COMBUSTION SYMPOSIUM
Contractor: The Combustion Institute
200 Alcoa Building
Pittsburgh 19, Pennsylvania
Chief Investigator: Bernard Lewis
Duration: 1 April 1956 - 1 December 1957
Amount: $ 41000.00
Type of Contract:. Military Interdepartmental Purchase Request
Primary Scientific Liaison: Air Force Office of Scientific Re-
search
Scope: Business and fiscal details will be handled for the Sixth
International Combustion Symposium to be sponsored jointly by the
Office of Naval Research, Air Force Office of Scientific Research, and
the Office of Ordnance Research. Technical papers will be solicited,
clerical functions incident to holding the actual symposium will be
performed, and the tasks of editing and correcting the manuscripts of
the papers presented at the symposium, appending the pertinent discus-
sion, and preparing a final manuscript to be used by the publishers
of the symposium volume will be carried out.
Progress (1 Atoril 1956 - 1 December 1957): The Sixth International
Combustion Symposium was held at Yale University in August, 1956.
Up-to-date advahces in the field of combustion were predented in
125 papers which are being published in one volume. Included in this
volume are papers on structure and propagation of laminar flame,
structure and propagation of turbulent flames, high speed reactions,
flame stabilization in fast streams, instability in combustion cham-
bers, ignition, combustion of solid fuels, combustion of explosives
and solid propellants, evaporation and combustion of droplets and
sprays; experimental and analytical techniques in combustion, and the
applications of combustion.
VII - 733
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IV ENGINEERING SCIENCES
A. Combustion and Fuels
1549 MEASUREMENT OF COMPRESSION TEMPERATURES IN SPARK IGNITION ENGINES
Contractor: University of Wisconsin
(Regents of the University)
Madison 6, Wisconsin
Chief Investigators: P. S. Myers
O. A. Uyehara
Contract No. DA-11-022-ORD-1989
Duration: 1 October 1955 - 31 October 1956
Amount: $ 20,000.00
Type of Contract: Cost
'Primary Scientific Liaison: Detroit Arsenal
Scope: This project will involve the measurement of compression
temperatures in spark ignition engines and will include the following
work: (a) to continue the development and improvement of experimental
techniques for gas temperature measurements, in particular the infra-
red technique, and (b) to use the instrumentation and techniques de-
veloped to obtain data on an operating engine. The effect of operating
variables and fuel composition will be studied. (A continuation of
research conducted under Proposal No. 1320).
Progress (to 31 October 1956): Investigations were directed towards
the development of two methods of measuring the compression and end gas
temperatures, the iodine technique and the infrared technique. Under
the iodine technique a preliminary calibration of the iodine absorption
pyrometer was made, and engine data were taken primarily to check the
instrument. In the infrared technique, a complete filter monochromator
was designed utilizing the water vapor wavelength region between 2.6
and 2.8 microns. Other mechanical and electronic improvements were made
to improve the signal-to-noise ratio and scaling accuracy'. Data were
taken on an engine under various operatint conditions, and appear in
the report listed below. The final report has been received and the
project has been terminated.
Technical Reports:
1. Measurement of Compression Temperatures in ,Spark-Ignition Engines,
, by Marshall Burrows, B. K. Ghandi and Shyoski Shimiyer. 67 p.,
figures; tables. (University of Wisconsin, Mechanical Engineering
Department, Final Report: October 1955 - November 1956). ASTIA
AD-116 911
VII - 734
vim pees St.M:V11731felit
a/
IV ENGINEERING SCIENCES
A. Combustion and Fuels
1553 DEVELOPMENT OF THE VELOCITY OF SOUND METHOD FOR MEASUREMENT OF GAS
TEMPERATURES IN THE COMBUSTION CHAMBER OF AN INTERNAL COMBUSTION
ENGINE
Contractor: Massachusetts Institute of Technology
Memorial Drive
Cambridge 39, Massachusetts
Chief Investigator: C. F. Taylor
Contract No. DA-19-020-ORD-3699
Duration: 1 October 1955 - 30 September 1956
Amount: $ 21,700.00
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scientific Cognizance: Frankford Arsenal; Redstone Arsenal
Scope: Research will be primarily concerned with development of the
velocity of sound methods for measurement of gas temperatures in the
combustion chamber of an internal combustion engine. In particular,
the investigation will be concerned with (a) measurement of end-gas
temperature in a firing engine, (b) the problem of interpreting the
velocity of sound in a gas in terms of its "temperature" which will
involve the molecular behavior of the gas, including the internal de-
gree of freedom of polyatomic molecules, (c) the behavior of high fre-
quency sound waves in a medium which contains temperature gradients
(as in the case of a thermal boundary layer or in turbulent flow),
and (d) the design of transducer elements for the transmission and re-
ception of sound energy through the gas. (A continuation of research
conducted under Proposal No. 1320).
Progress (to 30 September 1956): A second modified CFR engine suitable
for use with the sound velocitymeasuring equipment has been put into
operation. The combustion chamber of the existing engine was modified
by providing additional access holes into the test zone. Tables of-
gas properties have been prepared for the fuel/air residual mixtures
encountered in engine operation, and engine data using isooctane have
been obtained. A new piston has been made for achieving higher com-
pression ratios. A series of runs has been made for investigating
the effects of inlet valve shrouding. Engine test data have been ,
accumulated and analyzed in an attempt to investigate the magnitude of
the effects of different values on end-gas temperature and to demon-
strate,the applicability of the method to the measurement of tempera-
ture in an engine combustion chamber. Results of this study appear in
the report listed below. The final report has been received and the
contract has been terminated.
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VII - 735
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IV ENGINEERING SCIENCES
A. Combustion and Fuels
1553 (continued)
Technical Reports:
1. Development of a Method of Measuring Gas Temperatures in an Inter-
nal Combustion Engine, by J. C. Livengood, E. A. Jeffery and P.
C. Wu. 54 p., figures, tables. (Massachusetts Institute of
Technology, Final Report: 15 September 1955 - 30 September 1956).
ASTIA AD-120 566
VII - 736
?
AL
IV ENGINEERING SCIENCES
B. Fluid Mechanics
760 DIABATIC FLOW PHENOMENA
Contractor: Purdue Research Foundation
Lafayette, Indiana
Chief Investigator: Harold M. DeGroff
Contract No. DA-33-008-ORD-888
Duration: 15 December 1953 - 15 September 1957
Amount: $ 47,217.00
Type of Contract: Cost
Primary Scientific Liaison: Ballistic Research Laboratories
Scientific Cognizance: Redstone Arsenal
Scope: Efforts will be devoted to studies and experimentation in
nonsteady laminar motion. Further experimentation and analysis will
be made of the interrelation of skin-friction, heat transfer, and
acoustical phenomena in nonsteady, shearing compressible, heat con-
ducting fluid motion. A compressible boundary layer literature survey
will be continued, and a new phase of the program will consist of per-
forming experiments in the turbulent region with existing apparatus.
Progress (to 16 teptember 1957): A study was made of the dependence of
properties of fluids on temperature. In this connection both the
equilibrium properties and transport properties of fluids were in-
vestigated. The results of this study are set forth in report g.
The influence of nonlinear viscous dissipation on skin friction and
heat transfer was studied in detail. Steady-state hot-wire ane-
mometry was used in experimental investigations of diabatic flow and
was found to be an effective means of measuring low air velocities at
elevated temperatures. Some heat transfer data were obtained in the
range of velocities where both free convection and forced convection
contribute to the heat transfer.. The study of aero-thermo-acoustic
effects for nonsteady flow between concentric rotating cylinders re-
sulted in an experimental verification that transverse velocities,
or waves, can be generated by a pure longitudinal shearing motion.
An experimental study was made of combined free and forced convection
flow between concentric rotating cylinders. Velocity and temperature
profiles were obtained for various combinations of wall temperatures
and velocities. The final report has been received and the contract
has been terminated.
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VII - 737
?
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IV ENGINEERING SCIENCES
B. Fluid Mechanics
IV ENGINEERING SCIENCES
B. Fluid Mechanics
760 (continued)
Technical Reports:
1336 NONLINEAR PROPERTIES OF FLUID FLOW THROUGH CIRCULAR ORIFICES
Contractor: Oklahoma State University of Agriculture and Applied
Science
1.
Calibration of a Hot Wire Anemometer for Low Velocities in Steady
Stillwater, Oklahoma.
Flow with Temperature Gradients, by Leslie A. Hromas and C. P.
Kentzer. July 1955, 30 p., figures. (Purdue University, School Chief Investigator: George B. Thurston
of Aeronautics). ASTIA AD-68 631 (mc)
Contract No. DA-23-072-ORD-876
Renewed: DA-23-072-ORD-583
2.
Viscous Heating in Couette Flow, by Harold DeGroff. September Duration: 15 Sept 54 - 14 Oct 55
1 Oct 1955 - 31 Aug 1957
1955, 25 p., figures. (Purdue University, School of Aeronautical Amount: $ 11,763.84
$ 16,428.05
Engineering, Report No. A-55-2). ASTIA AD-75 391 (mo) Type of Contract: Fixed Price
Cost
3. Nonsteady Laminar Motion of a Viscous, Compressible, Heat-Con-
ducting Fluid, by Harold DeGroff. September 1955, 19 p., figures.
(Purdue University, School of Aeronautical Engineering, Report
No. A-55-3). ASTIA AD-75 350 (mo)
4. On Viscous Heating, by H. M. DeGroff, in Journal of the Aero-
nautical Sciences, vol. 23, no. 4 (April 1956), p. 395-396.
ASTIA AD-112 645
5. Experimental Investigation of Flow with Heat Transfer between
Concentric Rotating Cylinders, by Leslie A. Hromas and Thomas R.
Thompson. October 1956, 84 p., figures. (Purdue University,
School of Aeronautical Engineering, Report No. A-56-3). ASTIA
AD-116 412
6. A Survey of Compressibility and Dissociation Effects on Steady
Laminar Boundary Layer Flow, Part I. The Flow Without Pressure
Gradient, by Robert J. Goulard. December 1956, 139 p., figures.
(Purdue University, School of Aeronautical Engineering, Report
No. A-56-4). ASTIA AD-120 312
7; - Unsteady Couette Flow, by Leslie A. Hromas. June 1957, 43 p.,
figures. (Purdue University, Report No. A-57-3). -
8. A Survey of Compressibility and Dissociation Effects on Steady
Laminar Boundary Layer Flow, Part II. The Flow with Pressure
Gradient, by Robert J. Goulard. July 1957, 227 p., figures.
(Purdue University, School of Aeronautical Engineering, Report No.
A-56-4).
9. On Catalytic Recombination Rates in Hypersonic Stagnation Heat
Transfer, by Robert J. Goulard. September 1957, 48 p., figures.
(Purdue University, Report No. A-57-9, PhD thesis; also submitted
to the Proceedings of the American Rocket Society).
?
10. A Summary of Research in Diabatic Flow, by H. M. DeGroff, R. J.
? Goulard and L. A. Hromas. September 1957, 69 p., figures. (Pur-
due Research Foundation, Final Report, Report No. A-57-10).
VII - 738
Primary Scientific Liaison: Office'of Ordnance Research
Scientific Cognizance: Detroit Arsenal
Scope: (1) The pressure-flow relation as has now been determined for
circular orifices will be compared with that for rectangular orifices
to determine to what extent orifice geometry is important under the
conditions of nonlinear operation. The ability to adapt the empirical
equation to rectangular geometry will be tested. (2) Multiple orifices
and screens will be studied to determine whether or not interactions
between openings appreciably modify their behavior as compared with a
single orifice. (3) Work will be continued toward developing a suita-
ble pressure-flow relation for the single orifice from theoretical
considerations. (4) The experimentally determined flow-optic relations
for aqueous milling yellow solutions for two-dimensional fluid flow
will be applied to determine the conditions of fluid motion in the
neighborhood of a two-dimensional orifice such as a slit or elongated
rectangle. Flow-optic relations established for two-dimensional flow
will be extended to three-dimensional flow having radial symmetry as
with circular orifice.
Progress (to 31 August 1957): The details of the results and conclu-
sions of the work to date are contained in the reports listed below.. '
The results of an experimental study of the nonlinear fluid flow
properties of thin, square edged, circular orifices appear_in report
#1 below. Results of a study of the effect of some geometrical con-
ditions on the nonlinear properties of fluid flow through orifices of
varying geometry appear in report #3 below. Work directed toward
developing a method of visually studying fluid motion in the neighbor-
hood of an orifice is summarized in reports #2 and #4 below. The final
report has been received and the contract has been terminated.
Technical Reports:
1. Nonlinear Properties of Circular Orifices, by George B. Thurston,
Logan E. Hargrove, Jr. and Bill D. Cook. May 1957, 22 p., figures.,
(Oklahoma Agricultural and Mechanical College, Technical Report
No. 2; also submitted to the Journal of the Acoustical Society of
America).
vat- 739
? - t--s? ? -7,,.3"eallh:
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, IV ENGINEERING SCIENCES
B. Fluid Mechanics
1336 (continued)
2. An Optical Method for Analysis of Fluid Motion, by Logan E.
Hargrove, Jr. and George B. Thurston. May 1957, 5 p., figures.
(Oklahoma Agricultural and Mechanical College, Technical Report
No. 1; also published in the Journal of the Acoustical' Society of
America, vol. 29, no. 8 (August 1957), p. 966-968).
3. Some Geometrical Effects on the Nonlinear Properties of Orifices,
by George B. Thurston and Bill D. Cook. May 1957, 7 p., figures.
(Oklahoma Agricultural and Mechanical College, Technical Report
No. 3).
4. Optical Birefringence Induced by Shear Wave Propagation in Aqueous
Milling Yellow Solutions, by George B. Thurston. June 1957, 69 p.,
figures. (Oklahoma Agricultural and Mechanical College, Technical
Report No. 4).
5. Research in Nonlinear Properties of Fluid Flow Through Circular
Orifices, by George B. Thurston. June 1957, 3 p. (Oklahoma
Agricultural and Mechanical College, Final Report).
'VII - 740
IV ENGINEERING SCIENCES
B. Fluid Mechanics
1364 STABILITY OF STRATIFIED FLOW
Contractor: State University of Iowa
Iowa City, Iowa
Chief Investigator: C. S. Yih
Contract No. DA-11-022-ORD-1729
Duration: 29 December 1954 - 28 December 1956
Amount: $ 19,449.50
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scientific Cognizance: Ballistic Research Laboratories
Scope: To conduct an analytical and experimental investigation of the
characteristics of flow with density stratification.
Progress (to 28 December 1956): Efforts to achieve completely uniform
flow in a previously constructed metal water-tunnel were unsuccessful
because of end conditions which were such that an undesirable third
layer offluid slowly but persistently developed. A lucite tunnel of
smaller size with a closed tank at one end and an open-head tank at
the other was constructed, and uniform two-layer flow has been
achieved. For a given slope, discharge measured with the latter tun-
nel and the measured depth ratio have been consistently found to have
the same functional relationship as predicted by a theoretical calcu-
lation based on the assumption of laminar flow. The hot-wire method
of measuring velocity distribution in the flow was abandoned in favor
of a photographic method in which liquid drops with approximate
gravity 1 and highly reflective surfaces are used as tracers. The
experiments on the incipient instability of stratified flow have been
concluded, and a manuscript dealing with potential flows of two fluid
layers with a common interface and with flows with continuous strati-
fication has been prepared for publication. Additional work has in-
volved a series of experiments performed with a previously constructed
concrete channel. The problems of two-dimensional flow with thermal
stratification and of thermal recirculation have been investigated
both analytically and experimentally. The analysis, deals with
boundary-layer development at the interface, established stratified
flow, and the experimental determination of the form of the hot wedge
which intrudes upstream from the intake on top of the submerged cold
water. Experiments were performed both to confirm some of the results
from the analysis and to obtain information concerning the temperature
distribution and recirculation. Details of this study appear in re-
port #1 listed below. An investigation has also been made of the
three-dimensional case in which both the intake of the cooling water
and its point of outlet after use are located at one side of the main
canal. In this study, determinations have been made of the amount of
thermal recirculation that occurs because of the formation of the
wedge of heated water and its intrusion upstream. The amount of
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VII - 741
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IV ENGINEERING SCIENCES
B. Fluid Mechanics
1364 (continued)
reoirculation in the three-dimensional case was found to .depend directly
on the form of the hot wedge. Results of this study appear in report
#2 listed below. The final report has been received and the contract
has been terminated.
Technical Reports:
1. An Investigation of Recirculation in Stratified FloIns, by Geza L.
Bata. August 1956, 107 p., figures. (State University of Iowa,
M.S..thesis).
2. Recirculation of Cooling Water Discharged from Thermo-Electric
Plants, by Geza L. Bata. 1956, 61 p., figures, tables., (State
University of Iowa, Iowa Institute of Hydraulic Research; also
published in condensed form in the Journal of the American Society
of Civil Engineers, paper 1265, (June 1957), under the title "Re-
circulation of Cooling Water in Rivers and Canals).
3. Stability of Stratified Flow:, by Hunter Rouse. June 1957, 11 p.
(State University of Iowa, Iowa Institute of Hydraulic Research,
Final Report).
4. On Stratified Flows in a Gravitational Field, by Chia-Shun Yih, in
Sartryck ur Tellus, vol. 2, no. 9 (1957), p. 220-228.
5. Stability of Laminar Flow in Curved Channels, by Chia-Shun Yih and
W. M. Sangster, in The Philosophical Magazine, Reprint 150 (March
1957), p. 2-6.
VII - 742
IV ENGINEERING SCIENCES.
C. Friction and Lubrication
375 A FUNDAMENTAL STUDY OF THE MECHANISM OF METAL TRANSFER AND WEAR
Contractor: Massachusetts Institute of Technology
Memorial Drive
Cambridge 39, Massachusetts
Chief Investigator: B. G. Rightmire
Contract No. DA-19-020-ORD-1767
Duration: 30 April 1952 - 30 September 1956
Amount: $ 49,300.00
Type of Contract: Cost
Primary Scientific Liaison: Frankford Arsenal
Scope: Continuation of research on friction and wear, with emphasis
on the experimental study of wear factors such as crystal structure,
crystallographic orientation, grain size, grain orientation, normal
load, sliding speed, bulk temperature, distance of travel, and effect
of surrounding atmosphere. In addition, attempts will be made to de-
termine the values of the various constants that appear in the wear
equation and the way in which these constants are affected by surface
film nature and thickness, normal pressure, speed, etc.
Progress (to 30 September 1956): This project was concerned with the
metal transfer and wear occurring when two identical specimens of the
same commercially pure metal are rubbed together under controlled con-
ditions of load, speed, atmosphere, and ambient temperature. Copper
and iron were chosen as the metals to be tested since they are ele-
ments of known structure and properties. Tests were made on the
effect of speed and load on the wear of copper in atmospheres of dry
air plus alcohol vapor, prepurified nitrogen,'and dry air. It was
?found that the wear drops with increase in velocity up to about 10
cm/sec, while at higher velocities the wear tends to remain constant.
The results obtained, while subject to modification As new evidence
becomes available, were sufficient to permit qualitative explanations
of the effects of atmosphere, speed, and load on wear. The final re-
port has been received and the contract has been terminated.
Technical Reports:
1. The Mechanism of Fretting, by 1-Ming Feng and. B.G. Rightmire in
Lubrication Engineering, vol. 9, no. 3 (June 1953), p. 134-136.
ASTIA AD-4 463
2. Effect of the Surrounding Atmosphere on Wear of Pure Copper, by
1-Ming Feng and C. M. Chang; 15 February 1954, 23 p., figures.
(Massachusetts Institute of Technology, Lubrication Laboratory,
Department of Mechanical Engineering, Technical Report No. 1).
ASTIA AD-25 819 (me)
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VII - 743
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IV ENGINEERING SCIENCES
C. Friction and Lubrication
375 (continued)
3. An Analysis of the Effect of Various Factors on Metal Transfer
and Wear Between Specimen Pairs of Same Metal and Same Shape. I.
The Basic Scheme of Formulation of Metal Transfer and Wear, by
1-Ming Feng, in the Journal of Applied Physics, vol. 26, no. 1
(January 1955), p. 24-27. ASTIA AD-13 374 (mc)
4. An Analysis of the Effect of Various Factors on Metal Transfer
and Wear Between Specimen Pairs of Same Metal and Same Shape. II.
Effect of the Surrounding Atmosphere, by 1-Ming Feng, in the
Journal of Applied Physics, vol. 26, no. 1 (January 1955), p. 28-
32. ASTIA AD-10 275 (mc)
5. An Analysis of the Effect of Various Factors' on Metal Transfer
and Wear Between Specimen Pairs of Same Metal and Same Shape. III.
Effect of the Normal Load, by 1-Ming Feng. 15 November 1954,
20 p., figures. (Massachusetts Institute of Technology, Department
of Mechanical Engineering, Supplement C). ASTIA AD-49 531 (mc)
6. Fundamental Study of the Mechanism of Metal Transfer and Wear, by
1-Ming Feng. 15 December 1954, 8 p., figures. (Massachusetts
Institute of Technology, Department of Mechanical Engineering,
Technical Report No. 2). ASTIA AD-51 025
VII - 744
? 1,
IV ENGINEERING SCIENCES
C. Friction and Lubrication
665 INVESTIGATION OF SLIDING FRICTION WITH EMPHASIS ON SURFACE PHENOMENA
Contractor: Massachusetts Institute of Technology
Memorial Drive
Cambridge 39, Massachusetts
Chief Investigator: Brandon Rightmire
Contract No. DA -19 -020-ORD -2451
Duration: 30 December 1952 - 1 September 1955
Amount: $ 10;700.00
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scope: Tests will be conducted on the frictional behavior of thin
films of various materials which are deposited on a very hard sub -
layer.- A Slider of very hard material is to be used, and particular
emphasis is to apply to the adhesive and deformation characteristics
of the deposited material. Measurements of sliding velocity will be
made as a function of tangential force and temperature. The effects
of the following parameters will be investigated; normal load, ge-
ometry and material of the sliding members, surface finish, and lubri-
cation.
Progress (to September 1955): Experiments designed to elucidate the
mechanism of Sliding friction have been conducted and the following
conclusions have been drawn; (1) The low-speed sliding of rubber-like
material is a rate process in which the slowest step is the Slip of
interfacial spots or islands offering more resistance to slip than their
surroundings. (2) The islands tend to increase in area as the applied
tangential force is reduced, thus leading to a rapid drop in the slid-
ing speed which was observed experimentally. (3) Two kinds of islands
are present: one for which slip occurs through the yielding of sone
nonrubbery material, and a second for which slip occurs within the
highly elastic substance itself. (4) Transfer and wear can occur
through the agency of contacts of the second type, even though the rate
of sliding is controlled by those of the first type. (5) Transition
of control from one type of contact to the other may occur over such a
narrow temperature range as to justify the concept of a critical or
transition temperature. The final report has been received and the
contract has been terminated.
Technical Reports:
1. Friction Experiments on Thin Film:- Low Speed Sliding of Rubber,
by B. G. Rightmire, O. F. Hedden and Kwan-Lok So. 12 p., figures,
tables. (Massachusetts Institute of Technology, Final Report:
30 December 1952 - 1 September 1955).
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VII - 745
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IV ENGINEERING SCIENCES
C. Friction and Lubrication
1156 THEORETICAL STUDY OF THE HYDRODYNAMICAL THEORY OF LUBRICATION.
Contractor: Carnegie Institute of Technology
Schenley Park
Pittsburgh 13, Pennsylvania
Chief Investigator: Edward Saibel
Contract No. DA-36-061-ORD-444
Duration: 1 Sept 54 - 30 Nov 55
Amount: $ 15,300.00
Type of Contract: Fixed Price
Renewed: DA-36-061-ORD-495
1 Sept 1955 - 31-Aug 1957
$ 28,787.55
Cost
Primary Scientific Liaison: Office of Ordnance Research
Scientific Cognizance: Frankford Arsenal; Rock Island Arsenal
Scope: To investigate the mathematical and physical aspects of certain
problems in lubrication theory, specifically (a) the problem of the
finite journal bearing for any eccentricity with various boundary con-
ditions, (b) the hydrodynamical problem of gear lubrication, (c) the
problem of the elastic bearing, in particular the effect of deforma-
tion of the surfaces on lubrication, (d) some aspects of friction and
wear of metal surfaces from a theoretical point of view, (e) to apply
the findings to problems connected with the machining of metals, and
(f) to investigate theoretical aspects of solid lubfication.
Progress (to 31 August 1957): Concerning the hydrodynamic theory of
lubrication, problems were investigated and solved for the effect of
elasticity of surfaces, the effect of lubricant inertia, the effect of
heat conductance in the lubricant, the effect of heat leakage to the
surrounding surfaces and numerical methods for handling such problems.
In the field of friction and wear, work has been done on sliding fric-
tion between unlubricated metallic surfaces and on the thermal aspects
of galling. Results of these studies appear in the technical reports
listed below. The final,report has been received and the contract has
been terminated.
Technical Reports:
.1. Slider Bearing with Transverse Curvature: Exact Solution, by
Andrew S. C. Ying and others. 10 November 1954, 10 p., figures,
tables. (Carnegie Institute of Technology, Department of Mathe-
matics, Technical Report No. 1; also submitted to the American
Society cf Mechanical Engineers). ASTIA AD-48 195 (mo)
2. The Rheodynamic Squeeze-Film, by F. Osterle and others. 1 February
1955, 8 p., figures. (Carnegie Institute of Technology, Depart-
ment of Mathematics, Technical Report No. 2; alsb submitted to the
American Society of Lubrication Engineers). ASTIA AD-62 706 (mc)
ASTIA AD-56 338 (mc)
VII - 746
?
IV ENGINEERING SCIENCES
C. Friction and Lubrication
1156 (continued)
3. The Rheostatic Thrust Bearing, by F. Osterle and E. Saibel.
1 April 1955, 12 p., figures. (Carnegie Institute of Technology,
Department of Mathematics, Technical Report No. 3; also submitted
to American Society of Lubrication Engineers), ASTIA AD-62 712
(mc)
4. The Spring-Supported Thrust Bearing, by E. Saibel and F. Osterle.
Not dated, 8 p., figures. (Carnegie Institute of Technology,
Department of Mathematics, Technical Report No. 4; also submitted
to American Society of Lubrication Engineers). ASTIA AD-74 112
(mc)
5. Thermal Aspects of Galling of Dry Metallic Surfaces in Sliding Con-
tact, by E. Saibel and F. F. Ling. November 1955, 15 p., figures.
(Carnegie Institute of Technology, Department of Mathematics,
Technical Report No. 5; also submitted to American Society of
Lubrication Engineers). ASTIA AD-81 191 (mc)
6. The Spring-Supported Thrust Bearing, by E. Saibel and F. Osterle.
Not dated, 8 p., figures. (Carnegie Institute of Technology, De-
partment of Mathematics, Technical Report No. 4a, corrected).
ASTIA AD-84 630
7. The Effect of Lubricant Inertia in Journal Bearing Lubrication,
by E. A. Saibel and others. Not dated, 9 p., figures, tables.
(Carnegie Institute of Technology, Department of Mathematics,
Technical Report No. 6; also published in Journal of Applied
Mathematics, Paper No. 57-APM-37). ASTIA AD-89 666 (me)
8. Research and Development on Theoretical Study of the Hydrodynami-
cal Theory of Lubrication, by,Edward Saibel. 29 February 1956,
2 p. (Carnegie Institute of Technology, Department of Mathema-
tics, Final Report under DA-444). ASTIA AD-90 567
9. On Sliding Friction Between Unlubricated Metallic Surfaces, by
F. F. Ling and Edward Saibel. Not dated, 8 p., figures. (Car-
negie Institute of Technology, Department of Mathematics, Tech-
nical Report No. 7). ASTIA AD-94 630
'10. The Effect of Elastic Deformations in Slider-Bearing Lubrication,
by F. Osterle and E. Saibel. 15 June 1956; 11 p., figures.
(Carnegie Institute of Technology, Department of Mathematics,
Technical Report No. 8). ASTIA AD-99 471
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VII - 747
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IV ENGINEERING SCIENCES
C. Friction and Lubrication
1156 (continued)
11. An Extension of the Concept of the Minimum in Calculus, and the
Calculus of Variations, by A. Bomberault and E. Saibel. Not
dated, 20 p., figures. (Carnegie Institute of Technology, De-
partment of Mathematics, Technical Report No. 9).
12. Numerical Methods of Solution of the Adiabatic Slider-Bearing
Without Side Leakage, by Willis H. Guilinger and Edward Saibel.
Not' dated, 25 p., figures. (Carnegie Institute of Technology,
Department of Mathematics, Technical Report No. 10).
13. Surface Deformations in the Hydrodynamic Slider-Bearing Problem
and Their Effect on the Pressure Development, by F. Osterle and
E. Saibel. 8 January 1957, 12 p., figures. (Carnegie Institute
of Technology, Department of Mathematics, Technical Report No.
11).
14. The Effect of Heat Conductance on Slider-Bearing Characteristics,
by Willis H. Guilinger and Edward Saibel. February 1957, 26 p.,
figures. (Carnegie Institute of Technology, Department of Mathe-
matics, Technical Report No. 12).
15. The Effect of Turbulence on Slider-Bearing Lubrication, by Ye
Tsang Chou and Edward Saibel. June 1957, 25 p., figures, tables.
(Carnegie Institute of Technology, Department of Mathematics,
Technical Report No. 13).
16. Theoretical Study of the Hydrodynamical Theory of-Lubrication, by
Edward Saibel. 3 p. (Carnegie Institute of Technology, Depart-
ment of Mathematics, Final Report: 1 September 1955 - 31 August
1957).
VII - 748
IV ENGINEERING SCIENCES
D. Heat and Mass Transfer
940 EXPERIMENTAL STUDY OF HEAT AND MASS TRANSFER THROUGH BOUNDARY LAYERS
ESTABLISHED ON CYLINDERS IN FLOW PARALLEL TO CYLINDRICAL AXIS
Contractor: Illinois Institute of Technology
3300 South Federal Street
Chicago 16, Illinois
Chief Investigator: Stothe P. Kezios
Contraot No. DA-11-022-ORD-1508
Duration: 1 November 1953 - 31 December 1956
Amount: $ 23,245.82
Type of Contract: Cost
Primary Scientific Liaisons Frankford Arsenal
Scientific Cognizance: Redstone Arsenal
Scope: A continuation of the investigation will be made on the
nature of heat and mass transfer through boundary layers established
on cylinders in flow parallel to the cylindrical axis. Primary
emphasis will be given to determining the possible effects of cur-
vature on transport processes in the boundary layers. Work will be
carried out in a wind tunnel under conditions where both laminar and
turbulent boundary layers would be developed but where the flow would
be essentially incompressible.
Progress (to 31 December 1956): The construction of the wind tunnel
has been completed, and an investigation has been made of the mass
transfer by sublimation from the outer surfaces of hollow naphthalene
cylinders in parallel air streams at velocities between 20 and 120
feet per second. A profilometric technique was developed whereby the
local mass transfer could be obtained by determining changes in the
radius of the subliming cylinders. Turbulent boundary layers were
obtained by-artifical generation of turbulence at the leading edges
of the cylinders-, and the local mass-transfer rates measured for these
boundary layers were found to depend greatly on the manner in'which
turbulence was induced. Pressure distributions were measured on a
one-inch hollow cylinder having a leading edge identical to those of
the subliming cylinders, and the repults. showed that the real cylinders
behaved very nearly like the ideal model with respect to the'flow
pattern over the outer surfaces. Data for the two cylinders employed
have indicated substantially no effect of surface curvature on the
mass transfer through turbulent boundary layers. The final report
has been received and the contract has been terminated.
Technical Reports:
1. Heat and Mass Transfer Through Boundary Layers Established on
Cylinders in Flaw Parallel to the Cylindrical Axis, by W. J.
Christian and S. P. Kezios, Not Dated, 199 p., figures, tables.
(Illinois Institute-of-Technology, Final Report)0
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IV ENGINEERING SCIENCES
D. Heat and Mass Transfer
1164 WETTING Ek.bECTS ON BOILING HEAT TRANSkla
Contractor: Georgia Tech Research Institute
Engineering Experiment Station
Research Building, Institute of Technology
Atlanta, Georgia
Chief Investigator: William B. Harrison
Contract No. DA-01-009-ORD-368
Duration: 1 Mar 54 - 30 June 55
Amount: $ 12,552.00
Type of Contract: Fixed Price
Renewed: DA-01-009-ORD-444
1 Sep 1955 - 31 Aug 1957
$ 21,939.00
Cost
Primary Scientific Liaison: Office of Ordnance Research
Scope: Boiling experiments will be conducted with stearic acid and
single crystals of Ni. A search will be made for other liquid-solid
combinations which exhibit similar effects of crystal orientation on
degree of wetting. Force convection experiments will be conducted
with stearic acid in a thermal entrance region having a Cu single
crystal surface.
Progress (to 30 September 1957): Wetting effects on convective heat
transfer have been studied with a copper-stearic acid system and with
a copper-sodium system. These convective studies were each made in
experimental apparatus which incorporated a thermal entrance region
so as to maximize the effect of additional thermal resistance created
by non-wetting conditions at the heat transfer surface. The general
considerations involved in bubble formation and wetting effects were
studied. The work demonstrated a significant wetting effect on boil-
ing stearic acid from different faces of copper single crystals, but
wetting effects were not observed-with stearic acid in forced convec-
tion past the same crystal surfaces without boiling. The convective
studies with sodium were inconclusive. The final report has been re-
ceived and the contract has been terminated.
Technical Reports:
1. Wetting Effects on Boiling Heat Transfer, 'by W. B. Harrison-and
others. 62 p., figures, tables. (Georgia Institute of Technology,
Engineering Experiment Station, Final Report under,DA-368:
1 March 1954 - 31 May 1955). .ASTIA AD-66 755 (mc)
2. Wetting Effects on Heat Transfer, by W. B. Harrison. 121 p.,
figures, tables. (Georgia Institute of Technology, Final Report:
1 September 1955 - 30 September 1957).
VII - 750
IV ENGINEERING SCIENCES
F. Measurement and Control
1581 WAVEFORM STUDIES
Contractor: Columbia University
(Trustees of Columbia University)
Broadway at 116th Street
New York, New York
Chief Investigator: Jacob Millman
Contract No. DA-30-069-ORD-1725
Duration: 30 April 1956 - 29 April 1957
Amount: $ 9,198.00
Type of Contract: Cost
Primary Scientific Liaison: Redstone Arsenal
Scope: Consideration will be given to the following problems: (a) A
study of x-transforms of transient problems which have an especially
cumbersome Laplace transformation solution, (b) an extension of the
x-transforms method to the solution of partial differential equations,
(c) an exploration of the possibility of time domain synthesis em-
ploying x-transforms, (d) a study of circuits containing nonlinear
elements controlled by more than one variable, and (e) an examination
of nonlinear circuits containing pulse transformers or delay lines.
Progress (to 29 April 1957): The x-transform method for obtaining
approximate solutions of linear differential equations has been ex-
tended to systems with time varying coefficients. The approach has
been compared with classical numerical methods, in particular, the
Runge-Fox method. Advantages of this method when applied to higher
order equations or systems of equations have been demonstrated. Cor-
relation between the x-transform method and the difference equation
method has also been obtained. A detailed comparison between the
method of Boxer and Thaler and the x-transform approach has been made
with respect to accuracy and the amount of labor involved. The
accuracy was found to be about the same in both methods, but the
Boxer-Thaler solution is usually more complicated, particularly for
time varying problems. An error analysis for the x-transform method
has been devised. Although it may not be practical in a complex
problem, it does give some insight into the nature of the error in
the x-transform. In addition, the similarity of the x-transform method
and a simple Runge-Kutta method has been found. The final report has
been received and the contract has been terminated.
Technical Reports:
1. Comparison of the X-Transform Method with Other Numerical Methods,
by C. Heizman, J. Millman and A. Vigants. 4 September 1956, 34 p.,
tables. (Columbia University, Engineering Center, Technical Re-
port No. T-81C). ASTIA AD-124 717
2. Waveform Studies, by Jacob Millman. 30 April 1957, 13 p., figures,
tables. (Columbia University, Engineering Center, Final Report).
VII - 751
?
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IV. ENGINEERING SCIENCES
H. Solid Mechanics
234 STRESS-STRAIN RELATIONS IN PLASTICITY AND RELATED TOPICS
Contractor: University of Michigan
(The Regents of the University)
Ann Arbor, Michigan
Chief Investigator: Paul M. Naghdi
Contract No. DA-20-018-ORD-12099
Duration: . 1 February 1952 - 31 January 1957
Amount: $ 66,070.00
Type of Contract: Cost
Primary Scientific Liaison: Watertown Arsenal
Scope,: Investigation and determination of the plastic deformation be-
havior of certain structures, to be carried out using the tension-
torsion machine. The experimental work will be correlated with re-
sults predicted by flow and deformation theories of plasticity. In
addition to work being continued, studies will be made of (1) the
adaptation of the tension-torsion machine to provide reverse torque,
(2) theoretical investigation of problems in conjunction with the
experimental program, (3) an experimental program at high temperatures
will be conducted, (4) certain three-dimensional problems such as the
hollow sphere and cylinder under point loading distributed over a
small area, and (5) plastic stress-strain relations, especially for
anisotropic strain hardening materials.
Progress (to 31 January 1957): Principal results are reflected in the
technical reports listed below. An experimental investigation in
plasticity has been completed in which ten tubular 24S-T4 aluminum
alloy specimens having severe initial anisotropy were tested by sub-
jecting them initially to tension and later to torsion with increasing
or decreasing tension. Twenty-seven additional specimens of-aluminum
alloy were subjected to combined torsion-tension-reversed torsion with
variable loading paths in a study of initial and two subsequent, yield
surfaces covering the first and the fourth quadrants of the axial
stress-shear stress plane. In addition an experiment on the load-
carrying capacities of circular plates in the plastic range was carried
out and compared with the theoretically predicted limit loads given
by Prager and Hopkins. An investigation of elastic shells of revolu-
tion has been completed in which the deformation of thin elagtic el- -
lipsoidal shells of revolution of uniform thickness under axisymmetric
loading was considered at length; The final report has been' received
and the contract has been terminated.
Technical Reports:
1. Fundamental Experiments in Plasticity: 'Instrumentation and Pre-
liminary Phases, by P. M. Naghdi and J. C. Rowley. September
1952, 26 p., tables. (University of Michigan, Engineering
-v :
VII - 752
IV ENGINEERING SCIENCES
H. Solid Mechanics
234 (continued)
Research Institute, Technical Report No. 1). ASTIA AD-170 183
2. An Experimental Study of Biaxial Stress-Strain Relations in
Plasticity, by P. M. Naghdi and J. C. Rowley. December 1953, 54
p., figures. (University of Michigan, Engineering Research
Institute, Technical Report No. 2; also published in the Journal
of the Mechanics and Physics of Solids, vol. 3 (1954), p. 63-80).
ASTIA AD-25 497 (mc)
3. On the Deformation of Elastic Shells of Revolution, by P. M. Naghdi
and C. Nevin De Silva. November 1953, 26 p., tables, figures.
(University of Michigan, Engineering Research Institute, Technical
Report No. 3; also published in Quarterly of Applied Mathematics,
vol. 12, no. 4 (January 1956), p. 369-374). ASTIA AD-22 453 (mc)
4. An Experiment on Circular Plates in the Plastic Range, by R. M.
Cooper and G. A. Shifrin. March 1954, 21 p., figures, tables.
(University of Michigan, Engineering Research Institute, Technical
Report No. 4; also published in Proceedings of the Second U. S.
National Congress of Applied Mechanics, (1955), p. 527-534).
ASTIA AD-29 050 (mc)
5. Experiments Concerning the Yield Surface and the Assumption of
Linearity in the Stress-Strain Relations, by P. M. Naghdi and
others. April 1954, 7 p., figures. (University of Michigan,
Engineering Research Institute, Technical Report No. 5; also
published in Journal of Applied Mechanics, Paper No. 55-APM-5).
ASTIA AD-32 855 (mc)
6. On Elastic Ellipsoidal Shells of Revolution, by P. M.'Naghdi and
C. Nevin De Silva. August 1954, 12 p., figures. (University of
Michigan, Engineering Research Institute, Technical Report No.
6; also published in Proceedings of the Second U. S. National
Congress of Applied Mechanics (1955), p. 333-343). ,ASTIA AD-40
115 (mc)
7. Some Remarks on a Class of Shells of Revolution of Variable Thick-
ness, by C. Nevin De Silva and P. M. Naghdi. December 1955, 11
p. (University of Michigan, Technical Report.No. 4; also sub-
mitted to Journal of Mathematical Physics). ASTIA AD-81 383 (mc)
g ?
An Experimental Study of Initial and Subsequent Yield Surfaces in
Plasticity, by P. M. Naghdi, F. Essenburg and W. Koff. January
1957, 14 p., figures. (University of Michigan, Technical Report
No. 8; also submitted to the Journal, of the Mechanics and Physics
of Solids). ASTIA AD-121 839
9. Stress-Strain Relations in Plasticity and Related Topics, by P.
M. Naghdi. June 1957, 5 p. (University of Michigan, Final
Report).
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IV ENGINEERING SCIENCES
H. Solid Mechanics
744 FATIGUE FAILURES AND BREAKING STRENGTH
Contractor: Columbia University
(Trustees of Columbia University)
Broadway at 116th Street
New York 27, New York
Chief Investigator: E. J. Gumbel
Contract No. DA-30-069-ORD-1061
Duration: 1 April 1953 - 30 June 1956
Amount: $ 59,521.60
Type of Contract: Cost
Primary Scientific Liaison: Office of
Ordnance Research
Scope.: (a) To develop a statistical theory of fatigue failure appro-
priate for small samples in which the following factors will be con-
sidered: dimensions of the specimen, and chance variation of stress,
and (b) to study various physical models which may lead to other sta-
tistical models for use in experimental fatigue failure data.
Progress (to 30 June 1956): Completed phases of the project are re-
flected in the technical reports listed below. This investigation is
being continued as Proposal 1716, this report page IV-66.
Technical Reports:
1. Minimum Life in Fatigue Failure, by A. M. Freudenthal andothers.
14 December 1953, 45 P., figures, tables. (Columbia University
Department of Industrial Engineering, Technical Report No. T -1k).
ASTIA AD-28 858
2. Standard Errors of Estimate of 'Parameters of Fatigue Failure
Survivorship Functions, by C. Derman, and others. 12 May 1954,
22 p., tables. (Columbia University, Department of -Industrial
Engineering, Technical Report No. T-2A). ASTIA AD-36 681
3, Statistical Estimation of the Endurance Limit, by E. J. Gumbel,
1 April 1955, 32 p., figures, tables. (Columbia University,
Department of Industrial Engineering, Technical Report No. T-3,A;
also published in Annals of Mathematical Statistics, vol. 26,
no. 1 (March 1955), p. 158). ASTIA AD-67 323 .
4. Minimum Life in Fatigue, by A. M. Freudenthal and E. J. Gumbel,
in Journal of the American Statistical Association, vol. 49
(September 1954), P; 575-597.
VII 754
IV ENGINEERING SCIENCES
H. Solid Mechanics
744
(continued)
5. Failure and Survival in Fatigue, by A. M. Freudenthal and E. J.
Gumbel, in Journal of Applied Physics, vol. 25, no. 11 (November
1954), p. 1435.
6. SOMB Remarks on the Endurance Limit Problem, by Derman.
1 August 1955, 9 p. (Columbia University, School of Engineering,
Technical Report No. T-4k). ASTIA AD-75 144 .
7. Some Tests for Minimal Life of Fatigue Failure Survivorship Func-
tions, by Seiji Sugihara, 31 January 1956, 15 p. (Columbia Uni-
versity, Department of Industrial Engineering; Technical Report
No, T-5A), ASTIA AD-84 867 (mc)
8. Statistiche Theorie der Ermlidungserscheinungen von Metallen, by
E. J. Gumbel and Z. Z. Freie, in Zeitschrift flir angewandte
Mathematek und Mechanik, vol. 35, no. 9/10 (September - October
1955).
9. Physical and Statistical Aspects of Fatigue, by A. M. Fredenthal
and E. J. Gumbel, in Advances in Applied Mechanics, vol. 4 (1956),
p. 117-158.
10. Statistical Estimation of the Endurance Limit, by 'E. J. Gumbel.
1 May 1956, 28 p., figures, tables. (Columbia University, Depart-
ment of Industrial Engineering, Technical Report No. T-60.
11. Extreme Values in Technical Problems, by E. J. Gumbel, in Indus-
trial Laboratories, vol. 7, no. 12 (December 1956). (Technical
Report No, T-7A). ASTIA AD-120 920
12. Statistical Research on Fatigue Failures and Breaking Strength,
by'Sebastian B. Littauer. Various paging. (Columbia, University,
Comprehensive Report No, 1, Final Reports 1 April 1953 - 30
June 1956).
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IV ENGINEERING SCIENCES
H. Solid Mechanics
a_
1086 STATIC AND DYNAMIC TESTS ON BEHAVIOR OF METAL PARTS IN THE PLASTIC
RANGE
Contractor: Brown University
Providence 12, Rhode Island
Chief Investigator: D. C. Drucker
Contract No. DA-19-020-ORD-.3172
Duration: 30 October 1953 - 30 September 1957
Amount: $ 77,905.00
Type of Contract: Cost
Primary Scientific Liaison: Watertown Arsenal
Scientific Cognizance: Frankford Arsenal
Scope: Static tests on non-circular plates will be concluded and an
interpretation of test results will be made. A test will be made on
two types of structures for limit load theories. The first structure
will be the shell subject to a band of internal pressure, the other,
the beam curved in plane. A modification of the theory will be at-
tempted if the tests so indicate. Modifications will be incorporated
in the present impact testing machine for plate tests. An evaluation
will be made of approximate methods using simple models to obtain plas-
tic deformation in structures under dynamic loads.
Progress (to 30 September 1957): An attempt has been made to assess
the physical validity of mathematical solutions to the strength and
deformation of structural metal elements. Experimental results were
obtained which led to useful refinements in the theory which in turn
were checked against experiments. Considerable work was done for
static loading and a good start made for dynamic loading. Completed
phases of the investigation appear in the reports listed below and
report #12 contains a summary of the accomplishments. The final re-
port has been received and the contract has been terminated.
Technical Reports:
1. The Deflection of Plates in the Elastic-Plastic Range, by R. M.
Haythornthwaite. February 1954, 19 p., figures. (Brown Univer-
sity, Division of Engineering, Technical Report No. 1; also pub-
lished in Proceedings of Second U. S. National Congress of Ap-
plied Mechanics (1954), p. 521-526). ASTIA AD-29 685 (mc)
2. Combined Concentrated and Distributed Load on Ideally-Plastic
Circular Plates, by D. C. Drucker and H. G. Hopkins. February
1954, 14 p., figures. (Brown University, Division of Engineering,
Technical Report No. 2; also published in Proceedings of Second
U. S. Congress of Applied Mechanics (1954), p. 517-520). ASTIA
AD-29 686
VII - 756
IV ENGINEERING SCIENCES
H. Solid Mechanics
1086 (continued)
3. Tests of the Behavior of Circular Plates under Transverse Load,
by J. Foulkes and E. T. Onat. May 1955, 13 p., figures. (Brown
University, Division of Engineering, Technical Report No. 3).
ASTIA AD-64 120 (mc)
4. The Load Carrying Capacity of Circular Plates at Large Deflection,
by E. T. Onat and R. M. Haythornthwaite. December 1954, 29 p.,
figures. (Brown University, Division of Engineering, Technical
Report No. 4; also published in Journal of Applied Mechanics,
Paper No. 55-A-14, p. 1-7). ASTIA AD-50 920
5. The Load Carrying Capacity of Initially Flat Circular Steel Plates
under Reversed Loading, by R. M. Haythornthwaite and E. T. Onat.
August 1954, 7 p., figures. (Brown University, Division of Engi-
neering, Technical Report No. 5; also published in the Journal of
Aeronautical Sciences, vol. 22, no. 12 (December 1955), p. 867-
869). ASTIA AD-41 020
6. Plastic Behavior of Constrained Beams with Finite Deformation, by
R. M. Haythornthwaite. September 1955, 9 p., figures, tables.
(Brown University, Division of Engineering, Technical Report No.
6). ASTIA AD-78 554 (mc)
7. The Effect of Shear on the Plastic Bending of Beams, by D. C.
Drucker. October 1955, 16 p., figures. (Brown University,
Division of Engineering, Technical Report No. 7; also published
in Journal of Applied Mechanics, Paper No. 56-APM-28, p. 1-6).
8. The Plastic Deformation Due to Impact of a Cantilever Beam with
an Attached Tip Mass, by T. J. Mentel. March 1956, 43 p., figures.
(Brown University, Division of Engineering, Technical Report No.
8). ASTIA AD-91 635 (mc)
9. Plastic Behavior of Beams with Elastic End Constraints, by R. M.
Haythornthwaite. August 1956, 6 p., figures. (Brown University,
Division of Engineering, Technical Report No. 10; also submitted
to Proceedings of IX International Congress of Applied Mechanics).
ASTIA AD-105 030 (mc)
10. Deformation of Circular and Annular Plastic Plates under Transverse
Impact Loads, by Ray C. Alverson. August 1956, various paging,
figures. (Brown University, Division of Engineering, Technical
Report No. 9). ASTIA AD-111 601 (mc)
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VII - 757
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IV ENGINEERING SCIENCES
H. Solid Mechanics
1086 (COntinued)
11. Design for Minimum Weight, by D. C. Drucker and R. T. Shield.
September 1956, 10 p.,,figures. (Brown University, Division of
Engineering, Technical Report No. 11; also submitted to Proceed-
ings of IX International Congress of Applied Mechanics). ASTIA
AD-111 48o
12. Static and Dynamic Tests on Behavior of Metal Parts in the Plastic
Range, by Daniel C. Drucker. 31 October 1957, 5 p. (Brown Uni-
versity, Division of Engineering, Final Report).
? VII- 758
11
I,)
IV ENGINEERING SCIENCES
H. Solid Mechanics
1230 CORRELATION OF THERMAL FATIGUE WITH MECHANICAL FATIGUE OF METALS
Contractor: University of Alabama
University, Alabama
Chief Investigator: Harry Majors, Jr.
Contract No. DA-01-009-ORD-396
Duration: 1 Sep 54 - 31 Aug 55
Amount: . $ 16,542.54
Type of Contract: Fixed Price
Renewed: DA-01-009-ORD-454
1 Sep 1955 - 31 Aug 1957
$ 19,660.92
Cost
Primary Scientific Liaison: Watertown Arsenal
Scientific Cognizance: Ftankford Arsenal
Scope: Experimental data will be obtained on thermal cycling fatigue
and mechanical load fatigue employing commercially pure Ti and Ni. If
possible, present equipment will be used to determine the effect of a
higher mean temperature on thermal and mechanical load cycling fatigue
using Ti and Ni. The possibility of conducting thermal cycling tests
under combined stress conditions will be investigated. In this case,
slight modifications of existing equipment will be made so that thin-
walled tubes can be tested under internal pressure. In addition, the
magnitude of the effect of thermal cycling upon the temperature of
brittle fracture will be studied.
Progress (to 1 September 1957): Thermal cycling apparatus was con-
structed to produce a periodic stress under periodic temperature vi-
brations by means of a restraint. Experimental conditions were estab-
lished and data were taken from tests of commercially pure Ni and Ti.
Tests revealed that for the same mean temperature and life to rupture,
total plastic strain sustained under thermal cycling is very much less
than under load cycling at constant temperature. Type "A" nickel
under load cycling absorbed 21 times the total plastic strain in a
thermal cycle test; type Ti-75A titanium under load cycling absorbed
approximately 5.5 times the total plastic strain in a thermal cycle
test. Thermal cycling had a tendancy to smooth the grain boundaries,
and the Ti and Ni showed no structural changes or heavy oxidation.
Thermal cycling under constant load displayed heavy intergranular oxi-
dation on the inner surfaces of the tubular specimens. No influence
on the coefficient of thermal expansion was observed with cycles of
thermal cycling under constant load. The final report has been re-
ceived and the contract has been terminated.
Technical Reports:
1. Thermal Shock and Fatigue: A Literature Survey, by. Harry Majors,
Jr. September, 1956, 35 p., figures, tables. (University of
Alabama, Bureau of Engineering Research, Technical Report No. 1).
ASTIA AD-116 007
VII - 759
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IV ENGINEERING SCIENCES
H. Solid Mechanics
1230 (continued)
2. Comparison of Thermal Fatigue with Mechanical Fatigue Cycling, by
Harry Majors, Jr. 78 p., figures, tables. (University of Alabama,
Final Report: 1 September 1954 - 1 September 1957).
3. Influence of Thermal Cycling on the Brittle Transition Temperature
of Low Carbon Steel, by Harry Majors. October 1957, 22 p., figures,
tables. (University of Alabama, Technical Report No. 2).
VII - 760
Declassified in Part - Sanitized Cov A
PP
d for Rel
?
IV ENGINEERING SCIENCES
H. Solid Mechanics
1232 BENDING OF PLATES, USING TRIGONOMETRIC SERIES
Contractor: Brigham Young University
Provo, Utah
Chief Investigator: Harvey J. Fletcher
Contract No. DA-04-495-ORD-560
Duration: 15 June 1954 - 14 June 1957
Amount: $ 13,459.42
Type of Contract: Cost
Primary Scientific Liaison: Watertown Arsenal
Scientific Cognizance: Ballistic Research Laboratories
Scope: Solutions will be sought to problems involving the deflection,
vibration, and stretching of thin rectangular, skew, and tapered
plates, subjected to various transverse loads and boundary conditions.
A method of attack will be used consisting of seeking approximate so-
lutions for an infinite set of equations with an infinite number of
unknowns. The convergence of the solutions and the following specific
problems will be studied: (1) deflection of a simply supported skew
plate, under a constant load, (2) deflection of a simply supported
tapered plate, (3) natural frequencies of a cantilever plate, under a
constant load, and (4) deflection of a plate due to variable end
thrusts.
Progress (to 14 June 1957): Plate studies completed to date include
isosceles right triangle plates simply supported along one edge, plates
with two adjacent edges simply supported or all four edges free, con-
vergence of the infinite set of equations involved in plate problems,
isosceles right triangular plates supported on two legs, bending of
isosceles right triangular plates, and natural frequencies of plates
with opposite edges supported. Results of these studies appear in
reports #1 through #6 listed below. Problems of the vibration of a
rectangular plate with opposite edges supported, and with every edge
clamped or supported, have been-solved, and appear in reports #7 and
#8 below. The final report has been received and the contract has been
Technical Reports:
1. Isosceles Right Triangle Plates Simply Supported Along One Edge,
by H. J. Fletcher. 31 December 1954, 10 p. (Brigham Young
University, Technical Report No. 1). ASTIA AD-51 283
2. Plates with Two Adjacent Edges Simply Supported or All Four Edges
Free, by K. Harrison and others. 31 December 1954, 8 p. (Brig-
ham Young University, Technical Report-No. 2). ASTIA AD-51 284
4: C - -0 043IRon99nn9nnn _
VII - 761
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IV ENGINEERING SCIENCES
H. Solid Mechanics
1232 (continued)
3. Convergence of the Infinite Set of Equations Involved in Plate
Problems, by H. J. Fletcher, 32 p., figures. (Brigham Young
University, Technical' Report No. 3: 15 June 1954 - 31 January
1955). ASTIA AD-61 628 (mc)
4. Isosceles Right Triangle Plates Supported on Two Legs, by Kenneth
M. Larson and others. 20 February 1956, 22 p. (Brigham Young
University, Technical Report No. 4). ASTIA AD-90 102 (mc)
5. Bending of Isosceles Right Triangular Plates, by Kenneth M. Lar-
sen. 15 August 1956, 30 p. (Brigham Young University, Technical
Report No. 5).
6. Natural Frequencies of Plates with Opposite Edges Supported, by
H. J. Fletcher and others. 12 September 1956, 14 p., tables.
(Brigham Young University, Technical Report No. 6). ASTIA AD-107
224 (mc)
7. Bending of Thin Rectangular Plates, by H. J. Fletcher and C. J.
Thorne, in Proceedings of the Second U. S. National Congress of
Applied Mathematics, (June 1954), p. 389-406.
8. The Natural Frequencies of Certain Vibrating Rectangular Plates,
by Norman R. Woodfield. April 1957, 34 p., tables. (Brigham
Young University,M.S. thesis).
9. Bending of Plates Using Trigonometric Series, by H. J. Fletcher.
Various paging. (Brigham Young University, Final Report: 15
June 1954 -.15 June 1957).
VII - 762
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proved for Release
IV ENGINEERING SCIENCES
H. Solid Mechanics
1288 THEORETICAL AND EXPERIMENTAL STUDIES OF MECHANICAL PROPERTIES OF,
METALS SUBJECTED TO TRIAXIAL STRESSES
Contractor: Pennsylvania State University
University Park, Pennsylvania
Chief Investigators: L. W. Hu
Joseph Marin
Contract No. DA-36-061-ORD-446
Duration: 16 Sept 54 - 15 Sept 55
Amount: $ 16,066.69
Type of Contract: Fixed Price
Renewed: DA-36-061-ORD-505
16 Sept 1955 - 15 Sept 1957
$ 30,577.40
Cost
Primary Scientific Liaison: Frankford Arsenal
Scientific Cognizance: Ordnance Materials Research Office
Scope: Studies will be concerned with the effect of hydrostatic pres-
sure on (1) the mechanical properties of metals under hydrostatic pres-
sure up to 400,000 psi, (2) the creep behavior of metals subjected to
axial load with superimposed hydrostatic pressure up to 200,000 psi,
and (3) the buckling strength of cylindrical tubes under various
hydrostatic pressures.
Progress (to 15 September 1957): Work on this project consisted of
three main parts: development of triaxial stress testing machinery
and triaxial stress experiments, determination of the mechanical
properties of metals subjected to triaxial stresses, and analysis of
combined stress problems. Four new testing methods to study the
mechanical properties of metals under high pressure were developed.
Studies were made of? the applications of electrical resistance strain
gages under high pressure. The fracture strength of metals under tri-
axial stress state of three unequal principal stresses was studied at
high pressure level. The plastic stress-strain relations in tension
for metals under high pressure were directly determined without
interruption in loading. The applications of the concept of associated
flow rules to the plastic flow of anisotropic bodies were studied and
the results of this study are included in report #2. Methods for
determining the yield stress components in combined stress experiments
were developed. The final report has been received and the contract
had been terminated.
Technical Reports:
1. Research and Development on Theoretical and Experimental Studies
of Mechanical Properties of Metals Subjected to Triaxial Stresses,
by L. W. Hu and Joseph Marin. 15 September 1955, 71 p., figures.
(The Pennsylvania State University, Department of Engineering
Mechanics and Engineering Research, Final Report under DA-446).
ASTIA AD-75 117 (mc)
4 . CIA-RDP81-010431Rnn99nrmnnni n
VII - 763
IV ENGINEERING SCIENCES
H. Solid Mechanics
1288 (continued)
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2. Modified Tresca's Yield Condition and Associated Flow Rules for
Anisotropic Materials and Applications, by L. W. Hu*. October
1956, 27 p., figures, tables. (Pennsylvania State University,
Department of Engineering Mechanics and Engineering Research,
Technical Report No. 1). ASTIA AD-111 298 (mc)
3. Elastoplastic Analysis of Rotating Annulus by A Perturbation
Method, by M. J. Owen. October 1956, 21 p., tables. (Pennsylvania
State University, Department of Engineering Mechanics and
Engineering Research, Technical Report No. 2). ASTIA AD-111 299
(mc)
4. Analysis of Die Profiles in Wire Drawing, by L. W. Hu. (Manuscript
submitted to the Journal of The Franklin Institute).
5. Determination of Yield Stress Components in Combined Stress Experi-
ments, by L. W. Hu. November 1956, 14 p., figures. (The Pennsyl-
vania State University, Departments of Engineering Mechanics and
Engineering Research, Technical Report No. 3). ASTIA AD-116 262
6. Plastic Behavior of Aluminum Alloy 17S-T4 Subjected to Triaxial
Stresses, by L. W. Hu and M. J. Owen. December 1956, 25 p.,
figures, tables. (The Pennsylvania State University, Departments
of Engineering Mechanics and Engineering Research, Technical Report
No. 4). ASTIA AD-116 261
Experimental and Theoretical Studies on the Mechanical Properties
of Metals Under Triaxial Stresses, by L. W. Hu and J. Marin.
98 p., figures, tables. (Pennsylvania State University, Final
Report: 15 September 1955 - 15 September 1957).
VII - 764
"Ns
IV ENGINEERING SCIENCES
H. Solid Mechanics
1301 AN ANALYTICAL AND EXPERIMENTAL INVESTIGATION OF THE TORSIONAL
BUCKLING OF THIN CYLINDRICAL SHETJS
Contractor: University of Florida
Gainesville, Florida
Chief Investigator: William A. Nash
Contract No. DA-01-009-ORD-404
Duration: 1 Jan 55 - 31 Dec 55
Amount: $ 8,400.21
Type of Contract: Fixed Price
Renewed: DA-01-009-ORD-462
1 Jan 56 - 30 June 57
$ 9,510.00
Cost
Primary Scientific Liaison: Watertown Arsenal
Scientific Cognizance: Ballistic Research Laboratories
Scope: An experimental and analytical investigation of the torsional
buckling strength of cylinders with known initial deviations from per-
fect circularity.
Progress (to 30 June 1957): Tests have been completed on twenty-six
thin cylindrical shells subject to torsion. In all cases the geome-
tries of the specimens were such that failure occured by elastic buck-
ling at stresses well below the elastic limit of the material. Data
collected include notsonly the buckling load but also measurements of
the initial imperfections present in each specimen prior to applica-
tion of load as well as electric strain gage measurements of strains
in the pre-buckled state. Two analytical treatments found in the
literature explain the observed reduction in buckling load of a thin
cylindrical shell subject to torsion from the load value indicated by
linear small-deflection theory using a nonlinear large-deflection
analysis. A series of tests has corroborated to a large extent the
validity of each of these theories. The peak load-carrying capacity
of imperfect shells as indicated by these two theories was found to
range from approximately 60 to 80% of the classical small-deflection
value. Elastic buckling of these shells was usually found to occur
in just this range. It was found that, in general, for a shell with
known initial imperfections, the two theories bracket the experimen-
tally determined elastic buckling load. The final report has been
received and the contract has been terminated.
Technical Reports:
1. Buckling of Initially Imperfect Cylindrical Shells Subject to
Torsion, by W. A. Nash. Not dated, 20 p., figures. (University
of Florida; also published in the Journal of Applied Mechanics,
vol. 24, no. 1 (1957), p. 125-130.
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1
VII - 765
IV ENGINEERING SCIENCES
H. Solid Mechanics
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1301 (continued)
2. Buckling of Initially Imperfect Clamped-End Cylindrical Shells
Subject to Torsion, by W. A. Nash. April 1956, 21'p., figures
(University of Florida). ASTIA AD-95 671 (mc)
3. An Experimental Investigation of the Torsional Buckling of
Initially Imperfect Cylindrical Shells, by W. A. Nash and C. N
Tang. ?
4. An Experimental Analysis of the Buckling of Thin Initially Imper-
fect Cylindrical Shells Subject to Torsion, by William A. Nash.
August 1957, 26 p., figures, tables. (University of Florida,
Final Report).
VII - 766,
IV ENGINEERING SCIENCES
H. Solid Mechanics
1307 EXPERIMENTAL INVESTIGATION OF STRESS WAVES IN ELASTIC SOLIDS
Contractor: The Pennsylvania State University
University Park, Pennsylvania
Chief Investigator: J. N. Brennan
Contract No. DA-36-061-ORD-448
Duration: 17 SepteMber 1954 - 15 September 1956
Amount: $ 12,427.41
Type of Contract: Cost
Primary Scientific Liaison: Watertown Arsenal
Scope: An experimental and theoretical investigation will be con-
ducted on (a) the propagation of elastic stress waves in cylindrical
bars when the wave length is of the same order of magnitude as the
radius of the bar, and 00 the propagation of ultrasonic pulses in
elastic media subjected to large hydrostatic stresses.
Progress (to 15 September 1956): An apparatus has been developed
which can be used to measure displacements of the order of microinches
at rates from a few cycles per second to more than 100 kc/sec. Its
chief advantage is that in no way does it touch or influence the ob-
ject whose vibrations are being studied and it can be easily used for
measuring relative amplitudes over a surface. In connection with the
study of the effect of large hydrostatic pressure on the propagation
velocity of ultrasonic pulses in metals, a test chamber capable of
withstanding a working pressure of 100,000 psi has been developed,
together with means for producing the required pressure, and an elec-
tronic pulse system and transducer for producing the required pulses.
Driving rings used to couple the transducer to the disk have been con-
structed strong enough to withstand the inertial forces involved. At-
tempts to excite resonance in a specimen having a radius wavelength
ratio of 0.6 failed; however, in a specimen having a ratio of 0.4, many
different resonances could be excited in the frequency range from 15
to 40 kc. Several of these frequencies were close to the calculated
theoretical value of 17.5 kc. Attempts to determine which of the fre-
quencies, if any, correspond to the fundamental axial mode have been
unsuccessful. There were indications that the frequency is 22 kc in-
stead of the theoretical value of 17.5 kc. The final report has been
received and the contract has been terminated.
Technical Reports:
1. A Dynamic Capacitance Type Micrometer, by Edwin F. Dobies. 30
October 1955, 17 p., figures. (The PennSylvania State University,
Engineering Research Department). (A. part, of #3).
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VII - 767
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IV ENGINEERING SCIENCES
H. Solid Mechanics
1307 (continued)
2. Effect of Large Hydrostatic Pressure on the Propagation Velocity
of Ultrasonic Pulses in Metals, by L. Y. Tu. October 1955, 23 p.,
figures. (The Pennsylvania State University, Engineering Research
Department). (A part of #3).
3. Experimental Investigation of Stress Waves in Elastic Solids, by
J. N. Brennan.. 15 February 1956, 41 p., figures. (The Pennsyl-
vania State University, Engineering Research Department, Technical
Report No. 1 containing #1 and #2). ASTIA AD-87 503 (mc)
4. Experimental Investigation of Stress Waves in Elastic Solids, by
J. N. Brennan. 15 February 1957, 78 p., figures, tables. (The
Pennsylvania State University, Engineering Research Department,
Technical Report No. 2, Final Report).
W;TR-
,alsk
VII - 768
IV ENGINEERING SCIENCES
H. Solid Mechanics
1502 STATICS AND DYNAMICS OF CURVED AND TWISTED BARS
Contractor: Rensselaer Polytechnic Institute
Troy, New York
Chief Investigator: Enrico G. Volterra
Contract No. DA-30-115 -ORD -709
Duration: 1 December 1955 - 30 November 1957
Amount: $ 23,420.00
Type of Contract: Cost
Primary Scientific Liaison: Office of Ordnance Research
Scope: To apply the so-called method of internal constraints to static
and dynamic problems of curved and twisted bars. Static problems will
comprise curved bars bent by external forces which may or may not lie
in the plane of initial curvature. Dynamic studies will be concerned
with the vibrations of straight and curved bars, taking account of
shear and of rotatory inertia.
Progress (to 30 November 1957): Differential equations of motion de-
rived in a previous paper by applying the method of internal constraints
to a curved elastic bar of finite length have been solved. The solu-
tions have been expressed in terms of the eigenvalues and eigenfunc-
tions of the corresponding equations of motion for the case of a
straight bar. The problem of dispersion of longitudinal waves in
elastic rods of infinite lengths and of rectangular cross-section has
been studied by applying the one-dimensional theory of wave propagation
based on the method of internal constraints. The results have been
compared with those given by the Elementary, Love, and Bishop approxi-
mate theories, and in the case of two-dimensional-elasticity, with the
exact theories given by Rayleigh and Lamb.. Equations of motion for
cylindrical shells and elastic plates have been derived, taking into
account the effects of shear and rotatory inertia by assuming that
during motion a condition of constraint_is_present. Equations of
motion for curved and twisted elastic bars of uniform cross-section
have been derived, taking into account the influence of shear and of
-rotatory inertia. A study has also been made of free and forced vibra-
tions of straight bars of uniform cross-section, taking into account
the effects of shear and of rotatory inertia. A second approximation
of the method of internal constraints has been developed taking into
account second-order terms in the equations of constraint and by
satisfying the requirement that normalstresses vanish on the surface
of the bar or the plate under consideration. In addition, problems of
wave dispersion in infinite bars and of free vibrations of finite bars
have been investigated. A one-dimensional theory of longitudinal wave
propagation in cylindrical elastic rods has been postulated, and takes
into account second-order terms in the equation of constraints and
brings to an engineering level the otherwise complicated numerical work
involved in the exact theory. The final report has been received and
the contract has been terminated.
VII - 769
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-01 043R0
IV ENGINEERING SCIENCES
H. Solid Mechanics
1502 (continued)
Technical Reports:
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1. Eigenvibrations of Curved Elastic Bars According to the Method of
Internal Constraints; by E. Volterra. December 1955, 45 p.
(Rensselaer Polytechnic Institute, Progress Report No. 1; also
published in Ingenieur-Archiv, vol. 24, no. 5 (1956), p. 317-329).
ASTIA AD-85-397
2. On the Dispersion of Longitudinal Waves in Elastic .Rods of
Rectangular Cross-Section According to the One-Dimensional Theory
of Wave Propagation, Based on the Method of Internal Constraints,
by E. Volterra. January 1956, 43 p., figures. (Rensselaer Poly-
technic Institute, Progress Report No. 2). ASTIA AD-84 940
3. The Equations of Motion for Elastic Plates and Cylindrical Shells
Deduced by the Use of Method of Internal Constraints, by E. G.
Volterra. February 1956, 27 p. (Rensselaer Polytechnic Institute,
Technical Report No. 3). ASTIA AD-91 193 (mc)
4. The Equations of Motion for Curved and Twisted Elastic Bars De-
duced by the Use of the Method of Internal Constraints, by E.
Volterra. 7 March 1956, 32 p. (Rensselaer Polytechnic Institute,
Technical Report No. 4; also published in Ingenieur-Archiv, vol.
24, no. 6 (1956), p. 392-400). ASTIA AD-22 885
5. Free and Forced Vibrations of Straight Elastic Bars According to
the Method of Internal Constraints, by E. G. Volterra and E. C.
Zachmanoglou. Not dated, 29 p. (Rensselaer Polytechnic Institute,
Research Division, Technical Report No. 5). ASTIA AD-117 487
6. A Second Approximation of the Method of Internal Constraints as
Applied to Dynamic Problems, by E. C. ZachmanogIon and Enrico
Volterra. 20 May 1957, 38 p., figures. (Rensselaer Polytechnic
Institute, Technical Report No. 6).
7. An Engineering Theory of Longitudinal Wave Propagation in Cylindri-
cal Elastic Rods, by E. C. Zachmanoglou and E. Volterra. 6 Septem-
ber 1957, 24 p., figures. (Rensselaer Polytechnic Institute,
Technical Report No. 7).
8. Statics and Dynamics of Curved and Twisted Bars, by E. C. Zach-
manogloll and E. Volterra. September 19571 8 p. (Rensselaer
Polytechnic Institute, Final Report).
VII- 770
?
?
IV ENGINEERING SCIENCES
L. Aerodynamics
1082 EXPERIMENTAL AND ANALYTICAL STUDY OF THE MAGNUS EFFECT
Contractor: Case Institute of Technology
University Circle
Cleveland 6, Ohio
Chief Investigators: R. E. Bolz
G. Kuerti
W. M. Swanson
Contract No. DA-33 -019 -ORD -1434
Duration: 12 'October 1953 - 31 December 1956
Amount: $ 14,600.00
Type of Contract: Fixed Price
Primary Scientific Liaison: Office of Ordnance Research
Scientific Cognizance: Ballistic Research Laboratories; Redstone
Arsenal
Scope: An experimental and analytical study of the Magnus effect will
be undertaken. The experimental work involves measuring lift, drag,
and moment in a rotating cylinder in a wind tunnel, mapping the flow
field surrounding the cylinder, and determining the circulation as a
function of radius. The effect of Reynolds number, angle of yaw, and
cylinder roughness will be studied. The analytical study- will have
as its objective the establishment of.a theory for the Magnus effect
in at least the two-dimensional, non-turbulent case.
Progress (to 31 December 1956): A complete set of data on lift
coefficient vs. velocity ratio has been taken on cylinders rotating
at speeds up to 6000 rpm. Indicated lift coefficients covering a ?
range of -0.8 to 17.5 have been obtained over a v4ocity ratio range
of 0 to 16.5 and at Reynolds numbers from 3.4 x 104 to 4.2 x 105.
A complete set of drag coefficients as a function of velocity ratio
and Reynolds number has also been taken. A modification of the orig-
inal apparatus to permit utilizing an x-ray recorder made it possible
to repeat the runs in a period of time substantially shorter than the
original runs during which meter readings were made. Data taken by
the two methods were in good agreement. No maximum lift coefficient
was obtained during the investigation even though the velocity ratio
was extended to a value of 17 at which point the lift coefficient had
a value of 14.7 and was still increasing at a constant rate. Velocity
and pressure data were taken for boundary layer and essentially
irrotational -flow regions around the cylinder for velocity ratios of
1 and 2. Static pressure distributions around the cylinder Were
obtained for two values of velocity ratio. These were compared with
the pressure distributions calculated from potential flaw theory, the
circulation being determined from 'the experimental lift coefficient.
Pitotstatic surveys were made at 30? intervals around the cylinder'
surface to a distance of one-third of the radius out from the cylinder
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VII - 771
IV ENGINEERING SCIENCES
L. Aerodynamics
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1082 (continued)
and yielded total and static pressure profiles in both the boundary
layer and potential flow regions. Velocity profiles were determined
from these data and were compared with profiles calculated from
potential-flow theory. As yet no stisfactory method has-been devised
for the solution of any analytical formulation of the problem. The
final report has been received and the contract has been terminated.
Technical Reports:
1. An Experimental Investigation of the Two-Dimensional Magnus Effect,
by W. M. Swanson. 31 December 1956, 205 p., figures: (Case
Institute of Technology, Final Report). ASTIA.AD-122 946; ASTIA.
AD-122 945
VII - 772
V METALLURGICAL SCIENCES
A. Solid State Metallurgy
351 STUDY OF VARIOUS ASPECTS OF THE DIFFUSION PROCESS
THE RELAXATION METHOD
Contractor: Yale University
New Haven, Connecticut
Chief Investigator: Arthur S. Nowick
Contract No. DA-19-059-ORD-848
Duration: 9 May 52 - 10 July 53
Amount: $ 10,315.54
Type of Contract: Fixed Price
IN ALLOYS APPLYING .
Renewed: DA-19-059-ORD-1480
10 July 1953 - 30 June 1955
$ 22,973.00
Cost
Primary Scientific Liaison: Frankford Arsenal
Scope: The nature of the relaxation process based on anelastic re-
laxation produced by local rearrangement of solute atoms under an
applied shear stress will be studied, together with the dependence
of the heat and entropy of activation for diffusion on concentration
for various alloy systems. An investigation will be made of the prop-
erties of vacancies in metals and will involve measuring the heat of
formation of a vacancy, the mean lifetime of a vacancy, and the ef-
fects of dislocations on the mean lifetime. The possibility that va-
cancies may be created during plastic deformation will be considered,
and study will be made of the relation between the rate of formation
of superstructure (long range ordering) and the rate of atomic dif-
fusion.
Progress (to 30 June 1955): A study has been made of the kinetics and
thermodynamics of stress-induced ordering in substitutional solid so-
lutions. Included in this study was an investigation of the effects
of quenched-in vacancies in producing an increase in the rate of re-
laxation in Ag-Zn alloys. The most striking results were the verifi-
cation of the vacancy mechanism, the independent measurement of the
activation energy for the jump of a vacancy, and the discovery that,
vacancies anneal out o?. these alloys in two distinct stages. Attempts
were also made to increase the relaxation rate through neutron. irradia-
tion. The negative results obtained offer strong evidence that the
principal annealing process in irradiated metals and alloys is not the
migration of vacancies. In addition, a study was made of the kinetics
of the grain boundary relaxation in the quenched state. Work was also
directed toward a study of the thermodynamics of stress-induced order-
ing in Ag-Zn alloys by measuring the variation of relaxation strength
with temperature. Thee data provided the basis for obtaining the
temperature of self-induced ordering in these alloys, i.e., the tem-
perature at which ordering would proceed spontaneously, without the
help of applied stress, if sufficient mobility existed. A study was
made of the effects of dislocations on the kinetics of stress-induced
ordering. In this connection, a survey was made of all known disloca-
tion effects on internal friction and dynamic modulus of cold-worked
metals, in which it was found that the effects could naturally be
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VII - 773
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V METALLURGICAL SCIENCES
A. Solid State Metallurgy._
351 (continued)
subdivided into three types involving three distinct mechanisms. One
type which appeared to be of greatest importance in freshly deformed
metals was the Koster effect, and a further study was made of the re-
lation of the recovery of this effect to other low-temperature re-
covery phenomena. Additional experiments were conducted to obtain a
better understanding of the Koster effect, and the results revealed
the importance of deformation temperature on the magnitude of the
dislocation contribution to the internal friction and dynamic elastic
moduli. The final report has been received and the contract has been
terminated.
Technical Reports:
1. Anelastic Measurement of Atomic Mobility Under Non-Equilibrium
Conditions, by A. S. Nowick and R. J. Sladek, in Acta Metallurgica?
vol. 1 (March 1953), p. 131-140. (Technical Report No. 1).
2. The Decay of Lattice Defects Frozen into an Alloy by Quenching,
by A. E. Roswell and A. S. Nowick, in Journal of Metals (September
1953), p. 1259-1266 (Technical Report No. 2).
3. Internal Friction and Dynamic Modulus of Cold-Worked Metals, by
A. S. Nowick, in the Journal of Applied Physics, vol. 25, no. 9
(September 1954), p. 1129-1134. (Technical Report No. 3). ASTIA
AD-47 623
4. On the Interpretation of Low-Temperature Recovery Phenomena in
Cold-Worked Metals, by A. S. Nowick, in Acta Metallurgica, vol.
31 no. L. (July 1955), p. 312-321. (Technical Report No. 4).
5. Study of Various Aspects of the Diffusion Process in Alloys Apply-
ing The Relaxation Method, by Arthur S. Nowick ?' 7 p. (Yale Univer-
sity, Final Report: 9 May 1952 - 30 June 1955)..
- 774
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??
20
V METALLURGICAL SCIENCES
A. Solid State Metallurgy
1453 ANELOTICITY OF SUBSTITUTIONAL SOLID SOLUTIONS
Contractor: Yale University
New Haven, Connecticut
Chief Investigator: Arthur Se Nowick
Contract. No. DA.,19-059-ORD-2186
Duration: 1 July 1955 - 30 September 1957
Amount: $ 130700.00
Type of Contract: Cost
Primary Scientific Liaison: Frankford Arsenal
Scientific Cognizance: Ordnance Materials Research Office
Scopes (1) Complete a study of relaxation strength of the stress-in-
duced ordering phenomenon as a function of crystal orientation in sin-
gle crystals of Agln alloys; (2) initiate a study of relaxation
strength as a function of orientation in body-centered cubic solid
solutions; (3) begin a study of criteria, for occurrence of large in-
ternal friction peaks; and (4) determine haw the state of long range
order affects the anelastic behavior of an alloy?
Progress (to 30 September 1957): Investigations have been made which
involve the Zener relaxation phenomenon in solid solutionsa lavestigationd of the variation of the relaxation time after quenching with
total time at appropriate annealing temperatures showed that the
manner in which vacancies precipitate out of a solid solution is
strongly affected by the presence of dislocations? The variation of
relaxation strength with temperature for three AgZn solid solutions
showed the existence of a critical temperature for spontaneous
ordering in these alloys near 150?K. A study of the variation of
relaxation strength with crystal orientation both in AgZn.and mga
solid solutions showed results which were in qualitative and quan-
titative disagreement with the predictions of present theorAzso The
results gave a strong indication that next-nearest-neighbor effects
may contribute the major part of the relaxation phenomena. The final
report has been received and the contract has been terminated.
.0 - 0 3R0027nn9nnn _
VII - 775
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V METALLURGICAL SCIENCES
A. Solid State Metallurgy
1453 (continued)
Technical Reports:
1. Atomic Mobility in a 0u-Al Alloy after Quenching and Neutron Ir-
radiation, by Chi Yao Li and A. S. Nowick, in The Physical Review
vol. 103, no. 2 (July 1956), p. 294-303. (Technical Report No. 1).
2. Recovery of Internal Friction and Elastic Constants, by A. S.
Nowick, in Proceedings of the American Society for Metals, (1957),
p. )46-175. (Technical Report No. 2).
3. Anelasticity of Substitutional Solid Solutions, by Arthur S.
Nowick, Arthur E. Roswell and others. 19 p., figures. (Yale
University, Final Report: 1 July 1955 - 30 August 1957).
VII - 776
V METALLURGICAL SCIENCES.
D. Chemical Metallurgy
1285 A STUDY OF IRE TEMMODYNANaC PROPERTIES OF SILVER-MAGNESIUM ALLOYS
?
Contractor:
?
New York University -
45 Fourth Avenue
New York 3, New York
Chief Investigator: Polykarp Herasymetko
Contract No. DA-30-069-0116-1405
Duration:. 1 February 1955 - 31 January 1957
Amount: $ 19,499.00
Type of Contract: Cost
Primary Scientific Liaison: Frankford Arsenal
Scope: To study the thermodynamic properties of silver-magnesium al-
loys in the range from 0 to 65 at. % magnesium by measuring the parti-
al vapor pressure of magnesium. X-ray diffraction measurements will
also be made on these alloys. The data will be used to study the cor-
relation of the thermodynamic properties with the degree of ordering
in the alloys.
Progress (to 31 January 1957): The vapor pressure of mg over a and p
alloys of Ag and mg was investigated in. the range from about 13 to 50
atomic percent Mg., The alloys were formed by heating pure Ag wire
specimens in Mg vapor of constant partial pressure. Solid Mg located
at the colder end of the iron reaction tube served as the source of
Mg vapor. Abrupt changes in the curves of partial thermodynamic func-
tions were observed at 16.6 and 25 atomic percent Mg in the a field,
and at about 40 and 50 atomic percent Mg in the p field. The observed
changes were found to be due to Changes in ordering. The final report
has been received and the contract has been- terminated.
Technical Reports:
1. Thermodynamic Properties of Silver-Magnesium Alloye, by P. Heraay-
menko. April 1956, 8 p.; figures. (New York University, Tech-
nical Report No. 1). ASTIA AD-91 486
2. Vapor Pressure of Magnesium Over Alpha and Beta Silver-Magnesium
? Alloys, by P. Herasymenko. April 1957;10 p., figures, tables.
(New York University, Final Report). '
VII - 777
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4: CIA-RDP81-0104:11Rnn99nn9nnnni n
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V METALLURGICAL SCIENCES
D. Chemical Metallurgy
1500 Tilb FREE ENERGY CHANGE OF EUTECTOID AND NON-EUTECTOID TRANSFORMATIONS
Contractor: Carnegie Institute of Technology
Schenley Park
Pittsburgh 13, Pennsylvania
Chief Investigator: G. M. Pound
Contract No. DA-36-061-ORD-482
Duration: 1 June 55 - 31 May 56
Amount: $ 8,944.00
Type of Contract: Fixed Price
Renewed: DA-36-061-ORD-543
1 June 1956 -.31 August 1956
$ 2,250.00
Fixed Price-
Primary Scientific Liaison: Watertown Arsenal
Scientific Cognizance: Ordnance Materials Research
Frankford Arsenal
Office;
Scope: The investigation will include but will not be limited to
studies of the free energy change of eutectoid transformations; spe-
cifically it will concern calorimetric studies on steels containing
nickel, chromium, or boron, and similar studies on non-ferrous eutec-
toid systems such as Cu-Be and Al-Zn.
Progress (to 31 August 1956): A constant heat flow calorimeter has
been developed to operate within the temperature range from 400 to
800?C giving thermal data with deviations in reproducibility of < 1%.
Thermal measurements have been made on carbon and low-alloy eutectoid
steels containing Mn, Mol Ni, Co, Cu-Al, and Cu-Be eutectoids. The
specific heat of pearlite in carbon eutectoid steel was found to be
influenced above 600?C by the addition of Mo or Co as an alloying ele-
ment, and the specific heat of Cu was increased by the addition of Be
or Al. The enthalpy of the pearlite to austenite reaction changed
with the addition Co, Mn, or Mo to plain-carbon eutectoid steel. A
decrease in the enthalpy of the pearlite to austenite transformation
with increasing ferrite-cementite interfacial area was observed, and
,indicated that approximately 12% of the free energy released in the
austenite to pearlite reaction is consumed by the formation of the
ferrite-cementite interface. The enthalpy of both the Cu-Al and Cu-
Be eutectoid reaction was considerably less than that found in the
Fe -C system. ,A decrease in the enthalpy with increasing interfacial
area. was detected for austenitization of the pearlite in the Cu-Al
system, but this effect was not completely established as a result of
the interfacial energy released. From the thermal data, the free en-
ergy change for the various eutectoid reactions can be calculated.
The final report has been received and the contract has been termi-
nated.
VII - 778
I
V METALLURGICAL SCIENCES
D. Chemical Metallurgy
1500 (continued)
Technical Reports:
1. Determination of the Free Energy Change of Eutectoid Reactions
and the Interfacial Energy in Pearlitic Eutectoids, by John J.
Kramer and Guy M. Pound. 30 September 1956, 167 p., figures,,
tables. (Carnegie Institute of Technology, Metals Research Labo-
ratory, Final Report). ASTIA AD-121 881
VII - 779
-
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6?)
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V METALLURGICAL SCIENCES
F. Symposia and Conferences
1556 SAGAMORE RESEARCH CONFERENCE ON ORDNANCE MATERIALS
Contractor: Syracuse University Research Foundation
Syracuse, New York
Chief Investigator: George Sachs
Contract No. DA-30-115-ORD-667
Duration: 1 August 1955 - 30 September 1957
Amount: $ 14,160.53
Type of 'Contract: Cost
Primary Scientific Liaison: Ordnance Materials Research Office
Scope: Necessary equipment and facilities will be provided for a
Research Conference on Strength Limitations of Metals, and assistance
will be furnished for planning, arranging, and administering it. The
Conference will be held at Syracuse University Sagamore. Conference
Center, Sagamore Lake, N. Y., and sponsored by the University and by
Ordnance Materials Research Office. Speakers will be secured, the
conference program will be prepared, published, and distributed, and a
resume-of the conference program will be prepared and published. A
second conference will be held at Duke University, Durham, North
Carolina, cosponsored by The Ordnance Materials Research Office and
The Office of Ordnance Research, U. S. Army. Speakers recommended by
a committee on nominations will be secured, facilities will be pro-
vided, and a conference report will be prepared and distributed to
acquaint Ordnance Corps personnel with current advances in the field
of serviceability testing of Ordnance materials.
Progress (to March 1956): The conference on strength limitations of
metals was held at the Sagamore Conference Center, 24 - 26 August
1955. Lectures were presented by nineteen speakers. . The conference
was attended by approximately eighty persons connected with some
phase of metallurgical research or application. The lectures pre-
sented the principal relations which control, guide, and encourage
the researcher in his quest for maximum strength for a. particular
alloy and for a particular application. Proceedings of this confer-
ence are set forth in report #1 listed below. The second conference
was held at Duke University, Durham, North Carolina, 5 - 7 December
1956. The emphasis was placed on the advancements in .testing tech-
niques, and particular* on the development and design of more
realistic tests. It was shown how either successful performance or
failure of structural parts can now be predicted in certain instances,
from the results of special laboratory tests. Proceedings of this
conference on materials evaluation in relation to component behavior
are set forth in report #2 listed below. This contract has been
terminated.
VII - 780
?
V METALLURGICAL SCIENCES
F. Symposia and Conferences
1556 (continued)
Technical Reports:
1. Proceedings of the 1955 Sagamore Research Conference, "Strength
Limitations of Metals." March 1956, 402 p., figures, tables;
2 vols. (Syracuse University Research Institute). ASTIA AD-99
249, ASTIA AD-99 183
2. Proceedings of the Third Sagamdre Ordnance Materials Research
Conference, "Materials Evaluation in Relation to Component Be-
havior."!S;06 and 7 December 1956, 609 p., figures, tables.
(Syracuse University Research Institute).
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VII - 781
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V lu. - I r-
LISTING OF TERMINATED RESEARCH PROPOSALS
Proposal No.
4
Page VII-111
Proposal No.
222
Page VII-231
5
225
VII-164
10
VII-155
227
VII-206
12
VII-299
231
VII-512
18
VII-219
232
v11-501
23
VII-157
234
25
246
v11-343
26
248
v11-346
29
256
64
258
VII-347
67
262
VII-l39
68
266
69
269
71
270
72
vu-185
275
78
VII -503
283
79
VII-506
287
v11-543
82
VII-203
289
84
VII-312
293
87
VII-159
296
89
VII-143
300
VII -237
97
v11-161
303
VII-116
100
304
v11-457
111
VII-113
306
VII-208
115
VII-220
308
VII-86
117
VII-115
310
VII-301
131
VII-313
312
VII-238
140
VII-31
313
143
316
VII-23
irr?
146
VII-468
317
VII-470
148
VII-341
326
VII-240
151
VII-83
328
VII-9
154
VII-415
329
VII-73
155
VII-226
340
VII-148
158
VII-79
341
VII-242
165
v11-85
345
.14.;
166
VII-418
347
VII -244
168
VII -321
348.
VII-89
174
VII-81
351
v11-773
175
VII-45
355
177
VII-229
361
VII-74
17813
VII-539
363
179
VII-565
365
180
VII-541
366
187
VII-509
367
v11-275
191
VII-557
375
VII-743
202
VII-549
376
204
377
205
VII-314
378
214
3$0
216
VII-323
.384
vu.-246
VII - 783
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LISTING OF TERMINATED RESEARCH PROPOSALS (Continued)
Proposal No. 385 Page VII-165
388
390 VII-349
392 VII-656
395
396 VII-545
399 v11-249
400 v11-577
402 v11-518
403 v11-705
408 v11-653
410 v11-397
417 VII-279
423 v11-34
425 v11-187
426 VII-12
427 VII-281
429 v11-520
435 v11-189
444 v11-352
445 v11-24
446 VII-282
447 v11-150
450 v11-491
452 v11-437
455 v11-166
456 v11-489
457 VII-212
460 VII-445
463 VII-46
465 v11-250
474 v11-419
479 v11-92
482 v11-13
483 v11-316
485 v11-672
488 v11-48
491 VII-547
492 v11-36
497 v11-354
499 v11-567
501 v11-214
507 v11-483
508 v11-252
509 v11-196
510 v11-37
514 v11-420
516 v11-356
520 VII-14
521 VII-191
525 VII-685
Proposal No. 526
533
534
536
538
539
543
544
547
548
561
562
565
568
570
571
572
573
574
586
587
590
592
602
613
615
619
622
626
627
629
631
640
642
644
655
658
664
665
667
669
670
672-
674-
675
679
684
688
689
690
695
VII - 784
Page VII-524
VII-119
VII-569
VII-63
VII-422
VII-663
VII-216
VII-49
VII-39
VII-571
VII-525
VII-284
VII-4
VII-94
v11-665
VII-195
VII-16
VII-286
VII-151
VII-197
VII-674
VII-199
VII -358
v11-475
VII-325
VII-9 6
v11-573
VII-439
VII-326
VII-52
VII-.558
VII-399
VII-254
VII-669
VII-745
VII-658
VII-255
VII-687
VII-447
VII-646
VII-54
VII-477
VII-683
VII-554
v11-65
VII-361
VII-688
-
1
LISTING OF TERMINATED RESEARCH PROPOSALS (Continued)
Proposal No. 698
703
708
712
715
716
718
720
723
729
730
735
736
737
738
739
740
741
742
744
747
749
751
757
759
760
761
762
763
765
767
771
775
776
779
781
782
788
794
798
808
817
828
833
836
838
841
842
844
846
851
Page VII-121
VII-98
VII -389
VII-137
VII-363
VII-365
VII-660
VII-400
VII-306
VII-287?
VII-329
VII-698
VII-493
v11-535
VII-494
VII-123
VII-124
VII-126
VII-152
v11-754
VII-402
VII-404
VII-201
VII-100
VII-479
VII-737
vii-loi
v11-318
VII-168
v11-308
VII-41
v11-103
VII-171
VII-459
v11-575
VII-128
VII-579
VII-527
V 11-131
VII-55
VII-67
VII-678
v11-288
v11-76
VII-172
VII-647
vii-68o
VII-257
v11-174
VII-259
VII-425
Proposal No. 852
854
855
860
867
868
869
874
875
877
884
885
887
888
892
910
916
920
922
924
925
931
940
943
944
948
950
956
967
976
996
999
1000
1003
1013
1014
1016
1019
1040
1045
1050
1053
1058
1072
1081
1082
1086
1087
1089
1101
1106
VII - 785 .
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Page VII-289
VII -427
VII-331
VII -366
VII-368
VII-6
VII-153
v11-531
VII-291
v11-495
VII-133
VII-406
VII-666
VII-710
VII-429
VII-370
VII-176
VII -655
VII-372
VII-485
VII-374
VII-68
VII-749
VII-409
v11-376
v11-178
VII-333
VII-378
VII-690
VII-480
VII-70
VII-529
VII-497
VII-18
VII -649
VII-717
VII-644
VII-461
VII-335
VII-712
VII-20
VII-392
VII-261
VII -643
VII-319
VII-771
VII-756
VII-692
VII -724
VII-451
VII-380
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LISTING OF TERMINATED RESEARCH PROPOSALS (Continued)
Proposal No.
1107
Page No. VII-294
Proposal No.
1453
Page VII -775
1111
VII-682
1454
VII -265
1115
VII-441
1464
1111 -704
1119
11II-431
1466 _
1111 -72
1142
1111 -537
1476
VII -411
1151
VII -533
1500
1111 -778
1155
VII -499
1502
VII -769
1156
VII -746
1503
VII -721
1164
1111 -750
1509
1111 -107
1173
1111-694
1515
VII-733
1179
VII -676
1529
1111 -731
1194
VII -707
1549
VII -734
1201
VII-651
1550
1111 -728
1204
1111-462
1553
V11-735
1213
VII-530
1556
VII -780
1218
.VII-296
1558
1111 -297
1222
VII -382
1562
vii-668
1230
VII -759
1568-
1111-487
1232
1111-761
1581
VII -751
1236
VII -337
1599
VII -729
1237
VII -263
1623
1111 -109
123 8
VII -433
1823
1111 -723
1239
VII -714
1245
VII -179
1250
1111 -43
1252
11II-700
1254
1111 -453
1258
VII -702
1276
VII-182
1277
11II-696
1278
11II-442
1285
VII -777
1288
VII-763
1301
VII -765
1302
VII-384
1307
VII-767
1310
1111 -534
1315
11II-560
1320
VII-463
1322
11II-105
1333
Vu-I;)1!1
1111 -739
1336
1357
VII -338
1362
VII -385
13 64
1111-741
13 69
VII -310
1371A
VII -455
1371B
VII -387
1394
VII -697
1409
1111 -435
1445
1111-726
VII - 786
LISTING OF TERMINATED RESEARCH CONTRACTS
Contract No.
DA-01-009-ORD-100
-188
-191
-194
-217
-229
-231
-251
-253
-257
-268
-294
-300
-327
-331
-344
-353
-365
-368
-370
-396
-397
-404
-406
-422
-430
-438
-444
-454
-457
-458
-461
-462
-465
DA-04-200-ORD-65
-66
-113
-132
-135
-171
T.O. 1
T.O. 2
T.O. 4
T.O. 7
-174
-175
-177
-178
Proposal
Number
18
155
262
168
166
310
266
456
446
380
455
798
658
841
948
920
1016
1107
1164
158
1230
1278
1301
1277
158
1369
1278
1164
1230
841
920
1277
-1301
1016
177
227
216
384
111
363
426
708
852
316
425
452
396
Page
Contract No.
Proposal
Number
Page
VII-219
DA-04-200-ORD-180
483
VII -316
11II-226
-181
520
VII -14
VII-139
-223
775
1111 -171
VII-321
-236
684
VII -683
VII-418
-292
1014
VII -717
VII -301
-293
1053
1111 -392
VII -395
-318
1173
VII -694
VII-489
-340
13 57
VII -338
VII-282
-355
1254
VII -453
V11-277
-436
1445
VII -726
VII-166
-440
1466
1711-72
VII-55
-456
1503
1711-721
11II-254
VII-680
DA-04-495-ORD-160
26
VII -413
VII-178
-209
12
1111 -299
VII -655
-237
25
VII -561
VII -644
-282
377
V11-33
VII-294
-303
395
VIi -210
V11-750
-305
399
VII -249
VII -79
-306
417
VII -279
VII -759
-310
429
1111 -520
1111 -442
-318
445
VII -24
VII-765
-323
392
VII-656
VII-696
-364
403
1111 -705
VII -79
-377
521
1111 -191
11I1-310
-381
450
1111 -491
1111 -442
-406
715
V11-363
VII-750
-410
729
VII -287
VII -759
-418
776
VII -459
11II-680
-444
931
VII--68
-457
VII-655
474
VII -419
11I1-696
-461
877
1111 -495
VII -765
-518
996
VII -70
VII -644
-521
1072
1111 -643
-557
1237
v11-263
11II-229
-560
1232
VII -761
VII-?06
-613
13 62
1111-385
1111 -323
-669
1550
1111 -728
VII -246
VII-113
DA -11,022 -ORD-,454
214
VII -511
-464
115
1111-220
VI I -10
-471
140
VII -31
VII -12
-489
246
VII -343
VII -389
-571
64
V11-267
1111 -289
-602
- 191
1111 -557
1111 -23
.7656
89
VII -143
1111 -187
-789
165 ,
1111 -85
VII -437
-828
763
V11-168
VII -545
-828
1245
1111-179
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VII - 787
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Arakence--2"..
LISTING OF TERMINATED RESEARCH CONTRACTS (Continued)
Contract No.
DA-11-022-ORD-875
-877
-878
-881
-939
-993
-994
-995
-997
-998
-999
-1038
-1048
-1121
-1156
-1167
-1207
-1213
-1214
-1223
-1246
-1247
-1248
_1249
-1264
-1268
-1276
-1281
-1309
-1318
-1345
-1490
-1494
-1502
-1507
-1508
-1511
4_513
-1571
-1579
-1581'
-1729
-1979
-1989.
-1998
DA-19-020-ORD-592
-896
Proposal Page
Number
516
345
402
460
485
629
664
313
571
602
544
587
759
507
570
590
592
828
874
838
910
860
767
794
817
723
1276
842
1000
944
1003
115
888
956
976
940
1045
1058
1194
1218
1151
1364
1476
1549
1599
VII -356
v11-552
VII-518
VII-445
v11-672
VII-573
vII-669
VII-514
VII-284
VII-197
v11-663
VII-16
VII-479
VII-483
VII-525
V11-286
VII -151
VII-288
V11-531
v11-647
v11-370
v11-366
vu -41
VII -131
vii -678
v11-306
v11-182
VII-257
VII-497
VII -376
'111 -18
vli -220
'111-710
VII-378
v11-480
VII -749
v11-712
v11-261
v11-707'
V11-296
VII-533
v11-741
VII-411
VII-734'
VII-729
10 vi1-155
5 VII-217
Contract No.
DA-19-020-ORD-1029
-1093
-1287
-1323
-1433
-1614
-1767
-1816
-1887
71891
-1903
-2023
-2244
-2245
-2293
-2312
-2451
-2568
-2569
-2597
-2607
-2831
-3100
-3172
-3177
-3244
-3312
-3431
-3538
-3699
-3754
-3777
-4373
Proposal Page
Number
355 VII-472
328 VII-9
548 VII-253
283 VII-235
808 V11-67
347 v11-244
375 VII-743
479 v11-92
510 VII-37
539 v11-27
444 V11-352
565 VII-39
779 v11-575
690 v11-361
547 v11-216
626 VII-325
665 v11-745
771 VII-103
674 1711-646
875 1111-291
751 VII-201
1019 VII-461
885 VII-406
1086 VII-756
1087 VII-692
887 v11-666
1142 v11-537
1322 VII-105
1371A v11-455
1553 VII-735
1623 VII-109
1371B VII-387
-1823 VII-723
DA-19-059-oRD-80- 351 v11-773
-849_ 326 VII-240
-971 574 v11-665
-1317 735 VII-698
-1480 351 VI1-773
-1494 326 VII-24.0
-1500 574 v11-665
.1
-1611 925 v11-374
-1691 1155 v1I-499
-1955 1236 v11-337
-2049 1222 VII-382
-2186 1453 v1I-775
-2196 735 VII-698
.-2300 1222 VII-382
VII - 788
011
LISTING OF TERMINATED RESEARCH CONTRACTS (Continued)
Contract No. Proposal Page
Number
DA-20-018-ORD-11814
-11913
-11914
-12079
-12099
-12242
-12258
-12277
-12300
-12332
-12389
-12720
-12738
-12763
-12811
-12853
-12916
-13272
-13281
-13282
-13354
-13474
DA-23-072-ORD-196
-214
-216
-217
-222
-231
-297
-392
-413
-447
-471
-472
-491
-493
-583
-585
-596
-648
-676
-677
-761
-764
-768
-773
-783
87 V11-159
146 v11-468
143 v11-145
269 V11-146
234 V11-752
317 VII-470
329 VII-73
410 v11-397
304 '111-457
640 VII-326
270 VII-1
427 V11-281
747 v11-402
87 vII-159
631 v11-439
573 VII-94
867 VII-368
1101 VII-451
100 v11-335
892 VII-429
1013 v11-649
1258 VII-702
23 VII-157
82 VII-203
29 VII-141
72 VII-185
84 VII-312
117 VII-115
275 VII-233
390 v11-349
435 v11-189
508 VII-252
627 VII-96
844 VII-174
613 v11-674
695 VII-688
1336 VII-739
627 VII-96
1568 VII-487
851 VII-425
868 v11,6
846 v11-259
1111 VII-682
1050 VII-20
924 VII-4.85
1081 VII-319
1009 .VII-292
Contract No.
DA-23-072-ORD-811
-876
-928
-964
-965
Proposal Page
Number
1213 VII-530
1336 VII-739
846 v11-259
1111 VII-682
695 VII-688
DA-30-069-ORD-459 .178B VII-539
-479 248 v11-346
-609 232 VII-501
-683 231 VII-512
-750 447 VII-150
-765 533 VII-119
-782 388 VII-248
-783 615 VII-199
-791 688 v11-554
-956 716 VII-365
-980 509 VII-190
-1004 568 VII-571
-1056 765 VII-308
-1061 744 v1I-754
-1069 855 v11-331
-1090 679 v11-477
-1113 869 V11-153
-1135 232 VII-501
-1137 836 VII-172
-1138 231 VII-512
-1158 533 VII-119
-1257 1089 VII-724
-1263 999 VII-529
-1289 1179 VII-676
-1316 1252 VII-700
-1324 1320 VII-463
-1326 1250 VII-43
-1405 12 85 VII-777
-1622 1529 VII-731
-1725 1581 VII-751
DA-30-115-ORD-224
-225
-226 ?
-241
-249
-291
-309
-317
-326
-331
-378
V11- 789
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14: CIA-RDP81-01043R002200200001-0
131 VII-313
174 VII-81
lop VII-163
378 VII-303
306 VII-208
175 v11-45
501 VII-214
361 v11-74
486 VII-522
174 VII-81
655 VII-399
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14: CIA-RDP81-01043R002200200001-0
LISTING OF TERMINATED RESEARCH CONTRACTS (Continued)
Contract No.
Proposal
Number
Page
Contract No. Proposal
Number
Page
DA-30-115-ORD-420
667
v11-658
DA-36-034-ORD-295
-424
526
VII-524
T.O. 4
67
VII-311
-439
-459
-513
922
788
967
VII-372
VII-527
vii-690
T.O. 5
T.O. 6
T.O. 7
69
68
69
v11-272
1111-270
11II-272
-549
-651
1315
1405
v11-560
v11-86
T.O. 8
T.O. 9
67
68
v11-311
1111-270
-667
1556
v11-780
-421
148
1111-341
-704
967
v11-690
-491
180
VII-541
-709
1502
v11-769
-502
202
VII-549
-506
151
VII-83
DA-33-008-ORD-123
4
VII-111
-573
205
v11-314
-187
225
V11-164
-587
300
v11-237
-223
97
V11-161
-614
287
v11-543
-262
258
v11-347
-670
303
VII-116
-263
256
VII-550
-694
179
VII-565
-264
204
v11-204
-727
308
VII-86
-377
365
VII-517
-843
348
VII-89
-379
341
VII-242
-853
340
VII-148
-394
562
v11-49
-865
289
v11-3
-408
296
VII-59
-935
457
v11-212
-453
561
VII-22
-938
408
v1I-653
-454
538
VII-422
-940
488
v11-48
-467
154
v11-415
-969
187
VII-509
-485
97
v11-161
-975
720
vII-400
-556
536
v11-63
-977
689
v11-65
-575
497
v11-354
-978
492
VII-36
-607
670
v11-687
-1044
749
VII-404
-888
760
VII -737
-1084
672
VII-447
-1153
1454
VII-265
-1127
300
VII-237
-1135
205
v11-314
DA-33-019-ORD-653
222
VII-231
-1140
312
VII-238
-876
514
VII-420
-1153
644
v11-558
-878
366
VII-118
-1169
703
1111-98
-1022
730
VII-329
-1176
669
v11-255
-1077
499
v11-567
-1182
698
VII-121
-1093
482
1711-15
-1194
308
VII-86
-1104
619
1711-358
-1206
348
VII-89
L1166
622
1111-475
-1217
287
VII-543
-1172
675
v11-54
-1240
303
VII-116
-1193
854
v11-427
-1261
762
VII-318
-1207
884
VII-133
-1266
833
VII-76
-1434
1082
VII-771
-1270
943
v11-409
-1996
1409
VII-435
-1274
749
v11-404
-1292
950
VII-333
DA-36-034-ORD-295
T.O. 1
67
VII-311
-1311
-1351
488
408
1111-48
v11-653
T.O. 2
T.O. 3
69
68
VII-272
*v11-270
-1456
-1475
187
151
VII-509
VII-83
VII- - 790
- ?.:
-LISTING OF TERMINATED RESEARCH CONTRACTS (Continued)
Contract No.
Proposal
Number
Page
Contract No.
Proposal
Number
Page
DA-36-034-ORD-1477
672
vu-447
DA-36-061-oRD-518
1558
VII-297
-1487
718
1111-660
-543
1500
VII-778
-1489
916
v11-176
-544
1464
VII-704
-1492
1106
VII-380
-1519
644
VII-558
-1531
1201
VII-651
-1619
698
VII-121
-1622
1239
VII-714
-1645
1333
VII-444
-1676
1238
v11-433
-1774
1302
1111-384
-2019
1394
v11-697
-2035
1509
-2199
1562
VII-668
DA -36 -061-ORD-67
78
1111-503
-106
79
VII -506
-109
71
VII-465
-149
293
VII -57
-175
400
VII -577
-176
376
VII -61
-184
367
VII-275
-205
534
1111-569
-237
79
VII -506
-275
543
VII -192
-295
525
VII -685
-312
71
VII -465
-322
293
v11-57
-326
586
VII-195
-340
376
v11-61
-345
761
VII-l01
-348
367
VII-275
-350.
534
VII-569
-368
78
VII-503
-379
79
v11-506
-383
543
VII-192
-392
463
VII-46
-411
400
v11-577
-444
1156
v11-746
7446
1288
VII -763
-448
1307
VII -767
-472
525
VII -685
-478
761
y11,-101
-482
1500
1111-778
-489
1464
v11-704
-495
1156
VII-746
-505
1288
1111 -763
-511
463
VII -46
VII - 791
db.
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14: CIA-RDP81-01043R002200200001-0
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14: CIA-RDP81-01043R002200200001-0
LIST OF PRIMARY SCIENTIFIC LIAISON AND SCIENTIFIC COGNIZANCE (C) PARTICIPANTS
Office, Chief of Ordnance
Proposal No. 1254(C) Page VII-453
Aberdeen Proving Ground
Human Engineering Laboratory
Proposal No. 1151(C) Page VII-533
Detroit Arsenal
Proposal No. 1336(C) Page VII-739
1445(C) VII-726
1549 VII-734
Ordnance Weapons Command
Proposal No. 1529 Page VII-731
Office of Scientific Research (ARDC)
Proposal No. 1515 Page VII-733
Office of Naval Research
Proposal No. 1119 Page VII-431
Signal Corps Engineering Laboratory
Proposal No. 1013.(0) Page VII-649
Ordnance Materials Research Office
Proposal No. 667(0)
1288(C)
1453(C)
1500(C)
1556
1568(C)
1623
Page VII-658
VII -763
v11-775
VII-778
VII-780
v11-487
VII-109
Rock Island Arsenal
Proposal No. 306
447
485
869
884
924
1156(c)
1164(c)
1568
Page VII-208
VII-150
VII-672
VII-153
VII-133
VII-746
VII-704
VII-487
White Sands Proving Ground
Proposal No.
690(c)
776
1445(c)
1529(c)
1599
Redstone Arsenal
Proposal No. 586
664(C)
718(C)
760(C)
887(c)
916(c)
940(C)
976
1009(c)
1045(c)
1058(c)
1081(c)
1082(c)
1087(c)
1179.(0)
1258(c)
1276
1302(c)
1454-
1553(c)
1581
Picatinny Arsenal
Proposal No. 12
64
. 87
- VII - 792
Page 1111 -361
VII-459
VII-726
VII-731
VII-729
Page 11II-195
VII-669
VII-660
v11-737
v11-666
v11-176
VII-749
1/11-480
VII-292
VII-712
VII-261
v11-319
v11-771
VII-692
v11-676
v11-702
VII-182
VII-384
VII-265
VII-735
VII-751
Page VII-299
VII-267
VII-159
LIST OF PRIMARY SCIENTIFIC LIAISON AND SCIENTIFIC COGNIZANCE (C) PARTICIPANTS
(Continued)
Picatinny Arsenal (cont'd)
Watertown Arsenal (cont'd)
Proposal No. 222
Page 11II-231
Proposal No. 689 Page VII-65
303
v11-116
920(C) VII -655
378
1111-303
996(C) VII -70
455
v11-166
1086 VII-756
543(C)
v11-192
1230 v11-759
590
VII-286
1232 v11-761
613
VII-674
1301 v11-765
763
v11-168
1307 v11-767
771
v11-103
1322 VII -105
781
VII-128
1409 v11-435
841(C)
VII-680
1500 1111 -778
844
VII-174
1586(C) VII-487
846(0)
VII-259
916(C)
v11-176
948
v11-178
Ballistic Research Laboratories
1009
v11-292
1016(c)
v11-644
Proposal No. 71 Page VII -465
1173(0)
v11-694
158 VII -79
1238
1111-433
174(0) VII -81
1245
v11-179
248 VII-346
1258(c)
1111-702
355 VII -472
1362(0)
v11-385
390 VII-349
1369
v11-310
452(0) v11-437
1466(c)
, v11-72
456 VII-489
460 v11-455
463(c) v11-46
Watertown Arsenal
497 v11-354
520 v11-14
Proposal No. 25
Page VII-561
627(c) VII -96
26
VII-413
631 VII -439
165
VII-85
667(c) 1111-658
191
VII-557
672 VII-447
202
v11-549
690(c). VII-361
231
v11-512
716 VII-365
232
VII-501
759 VII-479-
234
v11-752 ?
760 v11 -737
256
VII-550
771(c) VII-103
340
VII-148
788 VII-527
365
v11-517
846(c) VII-259
474
VII-4l9
851 v.11-425
479
VII-92
854 v11-427
486
VII-522
887(c) v11-666
514
VII-420
892 - v11-429
526
v11-524
920(0) v11-655
565
VII-39
956 VII-378
570
VII-525
976(c) VII-480
627(0)
VII-96
996(c) v11-70
644(c)
VII-558
10o9(c)' VII-292
VII - 793
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14: CIA-RDP81-01043R002200200001-0
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14: CIA-RDP81-01043R002200200001-0
LIST OF PRIMARY SCIENTIFIC LIAISON AND
(Continued)
Ballistic Research Laboratories
(contld)
SCIENTIFIC COGNIZANCE (C) PARTICIPANTS
Frankford Arsenal(contld)
INDEX OF CONTRACTORS
Note: The first number in'each line is
the Proposal Number, the second is
the page number.
Proposal No. 10.13 Page VII-649
Proposal No. 395
Page VII-210
1014
VII-717
396
VII-545
Air Research & Development Command
Brown University
1016(c)
VII-644.
400-
1711-577
1204, VII-462
10, VII-l55
1053
1711-392
402
1/11-518
479, VII -92
1082(c)
VII -771
435
1711-189
Alabama, University of
1086, VII -756
1101
1711-451
457
VII-212
658, VII -254
1087, 1111-692
1201
VII -651
463(c)
VII-46
1230, VII -759
1213(C)
VII -530
485(c)
VII-672
California, University of
1222(C)
v11-382
627(c)
VII-96
Alabama Polytechnic Institute
363, VII-10
1232(C)
VII-?61
644(C)
VII-558
1278, VII -442
399, 1/11-249
1254(C)
VII-453
670
VII-687
426, 1/11-12
1278
VII-4!12
684
VII-683
American Institute of Physics
429, 1111-520
1301(C)
VII -765
688
1/11-554
1250, VII -43
445, 1/11-24
1333
VII -444
703.
1111-98
450, VII-491
1357
1364(c)
VII -338
VII -741
718
846(c)
1/11-660
VII-2 59
4
American Mathematical Society
1371A, VII -455
474, 1/11-419
708, 1111-389
1445
VII -726
924(c)
1111-485
1371B, 1/11-387
852, 1111-289
1503(c)
VII -721
940
v11-749
1823, v11-723
1254, v11-453
1509(c)
VII -107
956(c)
VII-378
1503, 1711-721
1529(c)
VII -731
1086(c)
1/11-756
Applied Science Laboratories, Inc.
1599(c)
VII -729
1107(c)
1711-294
586, VII-195 California Institute of Technology
1111(c)
VII-682
729, VII-287
1142
Arkansas, University of 931, 1111-68
Frankford Arsenal
1156(C)
VII-746
844, VII-174
1218
VII-296
Carnegie Institute of Technology
Proposal No. 18
Page VII-219
1230(C)
1711-759
Armour Research Foundation 293, VII-57
82
VII-203
1237
1/11-263
214, VII-5l1 376, m-61
89
VII-143
-1277(C)
v11-696
400, 1/11-577
97
1/11-161
1285
1/11-777
Bartol Research Foundation
534, 1/11-569
100
v11-163
1288
1711-763
718, VII-660
1156, VII-746
151
VII-83
.1315
1500, 1111-778
178B
v11-539
1453-
1/11-775
Boston College
179
VII-565
1464
1/11-704
674, VII-646
Case Institute of Technology -
180
VII-541
1466(c)
VII-72
482, VII-l3
187
VII-509
1500(c)
1111-778
Boston University 499, v11-567
205
VII-314
1529(c)
1/11-731
751, VII-201 622, v11-475
214
VII-511
-1553(c)
1/11-735
854, VII -427
262
VII-139
1558(c)
VII-297
Brigham Young University 884, VII-l33
269
VII-146
-1568(c)
v11-487
877, 11II-495 1082, VII-??l
283
VII-235
996, VII-70. 1409, VII -435
287
VII-543
1232, VII-761
289
VII-3
Catholic University of America
317
Brooklyn College 1302, VII -384
345
1/11-552
855, VII-331
351
367
1/11-773
Chicago, University of
d40, VII-31
375
1711-743
767, v11-41
860, 1711-366
-
VII - 794
VII - 795
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14: CIA-RDP81-01043R002200200001-0
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14: CIA-RDP81-01043R002200200001-0
INDEX OF CONTRACTORS (Continued) ,
Note: The first number in each line is the Proposal Number, the second is
the page number.
Chicago, University of.(conttd)
910, VII-370
944, VII-376
1003, VII-18
1194, VII-707
15991 VII-729
Cincinnati, University of
4, VII-111
97, VII-161
Clarkson.College of Technology
501, VII-214
Colorado, University of
275, VII -233
1009, 1111 -292
1050, VII -20
1213, 1111-530
Columbia University
178B, VII-539
447, 11II-150
615, VII-199
744, VII-754
1252, VII-700
15291 VII-731
1581, VII-751
Combustion Institute
1515, 1111 -733
-Coordinating Research Council, Inc.
1320, 11II-463
Cornell University
378, 11II-303
486, 1111-522
526, 11II-524
922, 011-372
967, 11II-690
DePaul University
842, 1111 -257
Delaware, University of
179, VII-565
308, VII-86
1509, VII-107
Duke University
67, VII -311
68, VII -270
69, VII -272
Duquesne University
367, VII-275
1464, 11II-704
1558, VII-297
Florida, University of
262, 11II-139
380, 11II-277
1301, VII-765
Florida, University of
Engineering Experiment Station
158, 11II-79
Florida State University
155, 11II-226
841, VII-680
1277, VII-696
Forest Products Laboratory
465, VII-250
Franklin Institute
703, VII-98
George Pepperdine College
521, VII-191
Georgia, University of
166, 11II-418
168, 11II-321
Georgia Tech Research Institute
446,. VII-282
456, VII-489
1016, 1111-644
1107, 11II-294
1164, VII-750
VII - 796
INDEX OF CONTRACTORS (Continued)
Note: The first number in each line is the Proposal Number, the second is
the page number.
Harvard University
355, 1111 -472
444, VII -352
885, VII -406
Holy Cross, College of the
347, VII -244
Houston, University of
1111, VII-682
Howard University
340, VII -148
Illinois,
191,
313,
485,
507,
763,
1151,
1245,
1476,
University of
VII-557
VII-514
VII-672
VII-483
VII-168
VII-533
VII-179
V11-411
Illinois Institute of Technology
115, 11II-220
345, 11II-552
402, VII-518
460, 11II.-445
570, 1111-525
571, 1111-284
590, VII-286
592, VII-.151
629, 1111-573
794, V11-131
817, VII.-678
888, VII-710.
940, 1111.-749
1276, VII-182
Indiana University
154, 1111-415
225, VII-164
258, VII-347
538, VII-422
561, 11II-22
1119, 1111-431
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14: CIA-RDP81-01043R002200200001-0
Institute
720,
943,
950,
1106,
1239,
1333,
for Advanced Study
vii-400
VII -409
VII -333
VII-380
1111 -714
Iowa, State University of
587, 1111-16
1058, 11II-261
1364, VII-741
Iowa State College
165, VII-85
1218, VII-296
Johns Hopkins University
488, VII-48
644, VII-558
698, VII-121
7491 11II-404
Johns Hopkins University
Institute of Cooperative Research
833, VII-76
Kansas, University of
72, VII -185
82, VII -203
84, 1111-312
117, 1111 -115
435, VII -189
695, V11-688
1081, 1111 -319
Kansas City, University of
508, 1111 -252
Kansas State College
846, VII-259
Kenyon College
619, VII-358
VII 797
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14: CIA-RDP81-01043R002200200001-0
?
INDEX OF CONTRACTORS (Continued)
Note: The first number
the page number.
in each line is the Proposal Number, the second is
Kentucky, University of
341, VII -242
497, VII -354
536, VII -63
1454, VII-265
Lehigh University
148, VII-341
151, VII-83 -
187, VII-509
457, VII-212
Linfield College
775, VII-171
Louisiana State University
266, VII-395
455, VII-166
Lowell Observatory
1072, VII -643
Maine, University of
283, VII -235
Massachusetts Institute of
Technology - Spectroscopy Lab
5, VII-217-
Miami, University of
798, VII-55
Michigan, University of
87, VII-l59
143, VII -145
146, 1111 -468
234, 1111 -752
304, 1111 ...457
317, 1111 -470
329, VII -73
410, VII -397
631, VII -439
747, 1111 -402
867, VII -368
892, VII -429
1040, VII -335
Michigan State College
270, VII-1
573, VII-94
?
?
?
Maryland, University of
669, VII-255
Michigan State University
1013, 11II-649
Massachusetts, University of
735, 11II-698
Midwest Research Institute
924, 11II-485
Massachusetts Institute of
' 1568, 11II-487
Technology
328, VII-9
Minnesota, University of
375, VII-743
64, VII-267-
510, VII-37
246, VII-343
539, 11II-27
544, 11II-663.
565, VII-39
602, 11II-197
665, VII-745
723, 11II-306
779, VII-575
759, 11I1-479
887, VII-666
838, VII-647
1019, VII-461
874, VII-531
1142, VII-537
976, 11II-480
1553, VII-735
1623, 11II-109
Mount Holyoke College
925, VII-374
VII - 798
? r
,
INDEX OF CONTRACTORS- (Continued)
Note: The first number in each line is the Proposal Number, the second is
the age number.
National Bureau of Standards
572, VII-4
642, 11II-52
712, 11II-137
736, VII-493
737, VII-535
738, 11II-494
739, VII-123
740, 11II-124
741, VII-126
742, VII-152
781, VII-128
782, VII--.579
New Hampshire, University of
547, VII-216
690, VII-.361
New Mexico College of Agriculture
and Mechanic Arts
776, 11II-459
New York University
231, VII-512
232, VII-501
248, 11II-346
568, 11II-571
679, VII-477
869, 11II-153
1089, 11II-724
1115, VII-441
1285, 11II-777
North Carolina, University of
312, VII-238
North Carolina State College
202, VII-549
689, VII-65
1562, VII-668
Northwestern University
828, VII-288
956, 11II-378
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14 ? CIA RDP8 -0
Notre Dame, University of
491, VII-547
Oberlin College
730, VII -329
Office of Naval Research
1310, VII-534
Ohio State University
Research Foundation
222, VII -231
366, 1111 -118
675, VII-54
Oklahoma, University of
23, 1111 -157
Oklahoma State University
1336, 1111 -739
Oregon State College
384, VII-246
452, VII-437
?
Pennsylvania, University of
180, VII-541
408, VII-653
492, 11II-36
Pennsylvania State University
71, VII-465
78, VII-503
79, VII-506
761, VII-101 '
1288, VII-763
1307; 11II-767
Pittsburgh, University of
525, 11II-685
Polaroid Corporation
1322, VII -105
VII - 799
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14: CIA-RDP81-01043R002200200001-0
INDEX OF CONTRACTORS (Continued)
Note: The first number in each line is the Proposal Number, the second is
the page number.
Polytechnic Institute of Brooklyn
509, VII -190
533, VII-119
765, v11-308
836, VII -172
999, VII -529
Purdue Research Foundation
365, VII-517
670, VII-687
760, VII-737
Queens College
716, VII-365
1179, VII-676
Rensselaer Polytechnic Institute
306, VII-208
788, VII-527
1315, VII-560
1502, VII-769
Rhode Island, University of
875, VII -291
Rochester, University of
361, VII-74
,Rutgers University
388, 1111 -248
688, 1111-554
Saint Louis University
627, VII -96
South Carolina, University of
1201, VII-651
1238, VII-433
Southern California, University
377, 11I1-33'
392, v11-656
395, 111I-210
403, 111I-705
417, 11II-279
715, VII-363
of
Southern California, University of
(contld)
1237, VII-263
1362, 11II-385
Stanford Research In-stitute
1466, 1111 -72
Stanford University
396, VII-545
520, VII-14
1053, VII-392
1173, 111I-694
1 15, VII-726
Syracuse University
100, 1111 -163
131, VII -313
174, VII -81
175, 1111 -45
665, VII -399
667, v11-658
Syracuse University Research
Foundation
1556, VII -780
Temple University
205, VII -314
287, 1111 -543
289, v11-3
916, 1111-176
Tennessee, University of
204, 1111 -204
562, VII -49
Texas, University of
29, VII-141 _
Texas A&M Research Foundation
851, VII-425
868, v11-6 -
Texas Technological College
613, 11II-674
VII - 800
,
INDEX OF CONTRACTORS (Continued)
Note: The first number in each line is the Proposal Number, the second is
the .a:e number.
Tufts College
626, VII-325
771, VII-103
Tulane University
18) VII -219
920, VII -655
948, 1111 -178
Tuskegee Institute
310, 1111 -301
1369, VII-3l0
United Geophysical Corporation
1550, 1111 -728
U. S. Bureau of Mines
385, 1111 -165
423, 1111 -34
757, VII -100
U. S. Department of Agriculture
see Forest Products Laboratory
Utah, University of
12, VII-299
25, VII-561
26, VII-413
Vanderbilt University
256, VII-550
296,
Virginia, University of
300, 11II-237
348, 11II-89
762, VII-318
1394, 11II-697
Virginia Polytechnic Institute
303, VII-116
672, 11II-447
Washington, State College of
177, 11II-229
216, VII-323
227, VII-206
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14 ? CIA-RDP81 01043R0022002000ni_n
Washington, State College of
(contld).
316, VII -23
1357, VII -338
Washington, University of
425) 1111 -187
483, VII -316
684, 117/I--'6771014., 3
Washington University
390, 1111 -349
Wayne University
269, VII -146
427, VII-281
640, 1111 -326
1101, VII-45l
1258, VII -702
Wesleyan University
808, 1111 -67
West Virginia University
463, 1111 -46
543, 1111-192
Wisconsin, University of
89, VII-143
516, VII-356
664, VII-669
1000, VII-497
-1045,_VII-712
1549, 11II-734.
Wyoming, University of
111, VII-113
Yale University
326, VII-240
351, VII-773
548, 111I-253
574, VII-665
1155, VII-499
1222, 1111-382
1236, 11II-337
1453, 11II-775
VII - 801
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14: CIA-RDP81-01043R002200200001-0
INDEX OF CONTRACTORS (Continued)
Note: The first number in each line is the Proposal Number, the second is
the page number.
Yerkes Observatory
140, VII -31
1003, VII -18
VII - 802
tffts.e41.1.
INDEX OF CHIEF INVESTIGATORS
(Note: The first number is the Proposal No., the second is the page no.)
Adamson, A. W.
403, VII-705
Ahlfors, Lars B.
444, 11II-352
Albert, A. A.
1194, VII -707
Anderson, Carl M.
775, VII-171
Anderson, R. B.
385, VII-165
Argersinger, W. J., Jr.
84, VII-312
Arnold, J. R.
767, VII-41
Ashkin, Julius
293, VII-57
Audrieth, L. F.
763, vii-l68
1245, 1111 -149
Bachman, Charles H.
174, 1111 -81
Baenziger, N. C.
1058, VII-261
Baldwin, William M.
499, VII-567
Ball, Leslie W.
1550, VII-728
Barnes, R. G.
1509, VII-107
Bartlett, J. H.
485, VII-672
Beck, Clifford
689, VII-65
Bender, Myron
590, VII-286
Benedict, W. S.
642, VII-52
Bigelow, L. A.
68, VII-270
Bijlaard, P. P.
486, VII-522
Blatt, A. H.
1179, VII-676
Bloch, Ingram
296, VII-59
Blomquist, R. F.
465, 11II-250
Bogdanoff, J. L.
365, VII-517
Boley, Forrest
808, 11II-67
Bolz, R. E.
1082, VII-771
Boyer, J. H.
87, VII-159
Boyer, Joseph H.
948, 11II-178
Boyle, A. J.
427, VII-281
Brandt, W. W.
670, VII-687
Breckenridge, Robert
738, VII-494
VII - 803
Brennan, J..N. .
79, VII-506
1307) 11II-767
Brenner, J.
216, VII-.323
Brenner, J. L.
1357, VII-338
Brewster,
82,
Brinkley,
757,
Ray Q.
VII-203
Stuart It., Jr.
VII-100
Broida, H. P.
712, 11II-137
Brown, B. F.
202, VII-549
Brown, Norman
180, 1111 -541
Brown, 0. L. I.
131, VII-3l3
Brucker, W. H.
191, VI17557
Buck, R. C.
516, 11II-356
Bureau, FlOrent
944, VII -376
Burke, W. J.
12, VII-299
Butler, George B.
380, 11II-277
Cameron, R. H.
G. 246, 11II-343
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14 ? CIA RDP81-010
3S.'5
XEC.fr.,1
Declassified in Part - Sanitized Copy A proved for Release 2014/03/14: CIA-RDP81-01043R002200200001-0
INDEX OF CHIEF INVESTIGATORS (Continued)
(Note: The first number is the Proposal No., the second is the page no.)
Campbell, G. W., Jr.
521, VII-191
1111, VII-682
Cannon, G. W.
735, VII-698
Chen, N. K.
644, 1111-558
Chu, Ting Li
1558, VII-297
Churchill, Ruel V.
867, VII-368
Clapp, Leallyn B.
10, VII-l55
Clark, R. A.
854, VII-427
1409, VII-435
Cleaves, H. E.
782, VII-579
Cleveland F. F.
115, VII-220
Cohn, Harvey
640, 1111 -326
Colbert, J. C.
23, 11II-157
Cole, Robert H.
1087, VII-692
Conrad, A. G.
1155, 1111 -1+99
Coughanour, L. W.
740, 1111 -124
Coulter, Lowell V.
751, 1111 -201
Cramer, W. H.
158, VII-79
Cristol, Stanley J.
1009, VII-292
Crowell, Thomas I.
762, 11II-318
Culbertson, J. L.
227, VII-206
Cunningham, G.
97, VII-161
Cunningham, L. E.
426, 1111 -12
Curtis, C. W.
187, 11II-509
Curtiss, John H.
1089, 1111 -724
1371A, 1111 -455
1371B, 1111 -387
1823, 1111 -723
Danforth, W. E.
718, VII-660
Davis, Martin
1333, VII -444
Davis, Robert B,
690, VII-361
Dawson, L. R.
341, VII-242
Day, M. M.
1476, 1111 -411
DeGroff, Harold M.
760, 11II-737
Deutsch, Martin
565, 11II-39
Dickey, Fred P.
675, 11II-54
Dieke, G. H.
488, 11II-48
Djerassi, Carl
1258, 11II-702
Dodge, B. F.
574, vii-665
Donsker, M.
246, 11II-343
Douglas, Jesse
855, 1/11 -331
Dow, W. G.
146, VII-468
Drucker, D. C.
1086, 11II-756
Dumond, Jesse W. M.
931, 11II-68
Dunkelberger, T. H.
525, 11II-685
Dunlap, R. D.
283, VII-235
Durelli, A. J.
214, VII-511
Dye, Henry A.
950, 11II-333
Early, H. C.
146, VII-468
317, VII-470
Declassified in Part - Sanitized Copy A.provedf RI
o
2
.0
INDEX OF CHIEF INVESTIGATORS (Continued)
(Note: The first number is the Proposal No., the second is the page no.)
Eckert, E. R. G.
976, VII-480
Edelman, Seymour
737, 11II-535
Edmison, Marvin T.
844, 1111-174
Edmondson, F. K.
561, 11II-22
Edwards, Gerald
310, 1111 -301
1369, VII-3l0
Edwards, W. R., Jr.
455, 11II-166
Eisner, Melvin
868, VII-6
Elliott, Joanne
925, VII-374,
Elrod, H. G.
622, 1/II-475
Emmons, H. W.
' 355, 1111 -472
Epstein, Benjamin
1101, VII-45l
Ernst, P. J. .
289) VII-3
Evans, R. L.
246, 1/II-343
Evans, Robley D.
565, 1111 -39
Fanta, Paul E.
571, 1111 -284
Farnsworth, H. E.
479, 1/11-92
-01 0 3R0029nn9nnn -
Fassell, W. M., Jr.
25, 11II-561
Fastie, William Q.
833, VII-76
Ferguson, A. L.
143, 11II-145
Filler, Robert
1276, VII-182
Findley, W. N.
313, 11II-514
Fishel, W. P.
256, VII-550
Fisk, H. G.
111, VII-113
Flanders, Harley
1503, VII-721
Fledderman, R. G.
456, VII-489
Fletcher, Harvey J.
1232, VII-761
Fletcher, W. H.
562, 11II-49
Flood, Merrill M.
1529, 1111 -731
Fort, Tomlinson
166, 1111 -418
1238, VII -433
Frank, Henry S. ?
525, VII -685
Frankel, S.
408, 1111 -653
French, A. P.
1201, VII-651
VII - 805
Frocht, M. M.
402, 11II-518
Gaffney, Matthew
1106, VII -380 .
Gardner, John H.
996, VII-70
Gerard, G.
231, VII-5l2
Germann, F. E. E.
275, VII-233
Gibson, John A., Jr.
543, 1111-192
Gilles, Paul W.
72, VII-185
Ginsburg, Nathan
175, 11II-45
Goldberg, J. E.
365, 11II-517
Gordon, Paul
345, VII-552
Gould; E. S.
836, 11II-172
Graves, L. M.
860, 1111 -366
Greathouse, G. A.
262, VII-139
Gregor, H. P.
509, 11II-190
Gregory, N. W.
425, 1/II-187
Griswold, Ernest
- 695, 1/II-688
GrossITaul, Jr.
300, VII-237
1394, 11II-697
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14: CIA-RDP81-01043R002200200001-0
INDEX OF CHIEF INVESTIGATORS (Continued)
(Note: The first number is the Proposal No., the second is the page no.)
Grosse, A. V.
916, VII -176
Grove, E. L. ?
658, 1111-254
Grunwald, E.
155, 1111 -226
Gumbel, E. J.
7442 1111 -754
Gunder, Dwight F.
526, VII -524
Gunton, Robert C.
463, 1111 -46
Gustin, W. S.
258, VII -347
Hackerman, Norman
29, VII-141
?
Hahn, Thomas M., Jr.
536, VII-63
Haight, Gilbert P., Jr.
1081, VII-319
Hales, Wayne B. -
877, VII -495
Hall, James L.
5432 VII-192
Hall, Lewis D.
396, 11II-545
Hanson, Howard G.
838, 11II-647
Harrison, George R.
510, 11II-37
Harrison, William B.
1164, VII-750
Harshbarger, Boyd
672, VII-447
Hauser, C. R. .
69, 11II-272
Hawley, Newton S.
266, VII-395
Healey, F. H.
4572 11II-212
Hera symenko, Polycarp
568, 11II-571
1285, 11II-777
Hereford, F. L.
348, VII-89
Hermann, Rudolf
874, VII -531
Hexter, R. M.
967, 11II-690
Hiedemann, E. A.
270, VII-1
Hiltner, W. A.
140, 1111 -31
Hine, Jack
446, VII-282
Hinman, George W.
376, 11II-61
Hirschfelder, J. 0,
664, 11II-669
Hlavaty, V.,
154, VII-415
Hoard, J. L.
' 378, VII-303
Hoelscher, H. E.
698, VII-121
VII - 8o6
Hoff, N. J.
-9992 VII-529
Holt, M. L.
89, VII-143
Hornig; Donald F.
1087, VII-692
Howard, F. L.
-712, VIIL137
Howe, Robert M.
631, VII-439
Hu, Kuo Hao
384, VII-246
Hu, L. W.
1288, VII -763
Hudson, George E.
6792 11II-477
Huff, Gerald
168, VII-321
Hurty, W. C.
429, VII-520
Hutchison, A. Witt
586, VII-195
Jacchia, Luigi
328, VII-9
Jacobsmeyer, V.P., S.J.
627, 11II-96
Jacobson, Nathan
1236, 1JII-337
Jaumot, Frank E.
703, 11II-98
Johnson, R. E.
- 1277, VII-696
_
4
INDEX OF CHIEF INVESTIGATORS (Continued)
(Note: The first number is the Proposal No., the second is the page no.) ?
Johnson, V. R.
924, VII-485
Johnson, Virgil R.
1568, VII-487
Jonassen, H. B.
18, VII-219
Kaplansky, Irving
1194, VII-707
Kaslow, C. E.
225, 1111-164
Kassner,'J. L.
658, 11II-254
Katz, Ernst
329, VII-73
Keirs, Russell J.
841, VII-680
Kerker, Milton
501, VII-214
Kezios, Stothe P.
940, VII-74.9
Kharasch, Norman
417, VII-279
King, A. J.
100, 1111 -163
King, Cecil V.
869, 11II-153
King, R. M.
366, VII-118
Kisslinger, Fred
629, VII-573
Klee, V. L.
1014, 1111-717
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14 ? CIA-RDP81-01043R002200200001 0
Kleinberg, Jacob
4352 1111 -189
Knight, S. B.
312, 1111 -238
Kolthoff, I. M.
6022 VII-197
Kraus, Gerard
4, Vu-ill
Krinsky, Albert
736, 1111 -493
Kuczynski, G. C.
' 491, VII -547
Kuerti, G.
1082, 11II-771
Lane, Frank
1115, 1111 -441
Lee, Samuel H., Jr.
613, VII-674
Leffler, J. E.
155, 11II-226
Leighton, Walter
3902 VII-349
;
Let singer, Robert L;-
828, VII-288
Levedahl, W. J.
712, VII-137
Levinstein, Henry
667, VII-658
Lewis, Bernard
15152 VII-733
Lieber, Paul
788, 1111 -527
VII - 8o7
Linford, Henry
447, V11-150
Lingafelter; E. C.
684, VII -683
Lippincott, Ellis R.
846, 1111 -259
Long, F.. A.
378, VII-303
Lonseth, A. T.
4522 VII-437
Lord, R. C.
52 VII-217
Lucas, H. J.
729, 11II-287
Luther, H. A.
851, VII-425
MacKenzie, Scott
875, 11II-291
Macon, Nathaniel
1278, VII -442
Madow, W. G. .
460, VII-445
Majors, Harry,. Jr, _
1230, VII-759
Maloney, J. 0.
117, VII-115
Maltzman, Irving
450, VII-49l
Mann, D. E.
781, VII-128
Manning, L. A.
520, VII-14
Declassified in Part- Sanitized Copy Approved forRelease2014/03/14 : CIA-RDP81-01043R002200200001-0
INDEX. OF CHIEF INVESTIGATORS (Continued
(Note: The first number is the Proposal No., the second is the page no.)
Marin, Joseph
78, VII-503
1288, VII-763
Martus, J. A.
347, VII-244
Mason, Charles
423, VII-34
Masur, E. F.
570, 11II-525
Mattice, H. C.
788, VII-527
McCullough, J. D.
399, VII -249
McCuskey, S. W.
482, VII-l3
McLeod, N. K.
1320, VII-463
McNaughton, Robert
' 1445, VII-726
Mehl, R. F.
400, VII-577
Milgram, A. N.
248, VII-346
Millard, Ben
547, VII-216
Millman, Jacob
1581, VII-751
Mingins, Charles R.
771, VII-103
Moise, E. E.
410, VII-397
Montgomery, Deane
1239, VII-714
Moore, Dwight G.
739, VII -123
Moore, G. A.
782, VII-579
Morawetz, Herbert
765, VII-308
Morris, Kelso B. ,
340, VII-148
Mostow, George D.
749, VII-404
Muldawer, Leonard
287, VII -543
Myers, Phillip S.
1000, VII-497
Myers, P. S.
1549, VII -734
Naghdi, Paul M.
234, VII-752
Nash, Ralph R.
1315, VII-560
Nash, William A.
1301, VII-765
Nassau, J. J. -
482, VII-13
Neyman, J. ,
1254, VII-453
Nielsen, A. H.
562, 11II-49
Nijenhuis, A.
943, VII -409
Nikodym, O. M.
619, 11II-358
VII - 808
?=7, "'" ? ?
Norris, C. B.
465, VII-250
Nowick,.Arthur S.
351, VII-773
1453, VII-775
Noyce, D. S.
852, VII-289
Noyes, Richard M.
615, VII-199
Nyman, Carl J.
177, VII-229
O'Brien, Brian
361, VII-74
Ogg, Richard A., Jr.
1173, VII-694
Olkin, Ingram
1599, VII-729
011om, John F.
463, VII-46
Orchin?.M.
385, 11II-165
Overberger, C. G.
533, VII-119
Owen, R. B.
548 VII-253
Parham; William E.
64, VII -267
Paul, Gordon
888, VII-7l0
Peacock, Charles L.
920, VII-655
a
Z;1
INDEX OF CHIEF INVESTIGATORS (Continued)
(Note: The first number is the Proposal No., the second is the page no.)
Peck, R. E.
794, VII-l31
Penico, Anthony J.
626, VII -325
Pepinsky, Ray
761, VII -101
Phillips, Ralph S.
715, VII-363
1362, VII-385
Pierce, William A.
655, VII-399
Pigford, R. L.
179, VII-565
Pollard, 'Harry
922, VII-372
Pound, G. Marshall
534, VII-569
1500, VII-778
Quastler, Henry
1151, VII-533
Rado, Tibor
514, VII-420
Ramirez, Fausto
1252, VII-700
Read, T. A.
178B, VII-539
Reyerson, L. H.
723, VII-306
Reynolds, C. A.
72, VII-185
Richardson, Frances
1562, VII-668
Rickart, Charles
1222, 11II-382
Rigg, M. W.
205, 11II-314
Rightmire, B. G.
375, VII -743
665, VII -745
1142, 1111-537
Roberts, Walter Orr
1050, VII-20
Robertson, Harry S.
798, VII-55
Rosen, Joseph S.
508, VII-252
Ross, S.
306, 11II-208
Rubin, Bernard
742, VII -152
Rubin, Sylvan
1466, 11II-72
Runner, Mervin E.
592, VII-151
Sachs, George
1556, VII-780
Saibel, Edward
1156, 11II-746
Samelson, Hans
720, VII -400
Sard, Arthur
716, VII-365
Sawyer, Raymond B.
M. 1511,11II -83
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14 ? CIA-RDP81-01043R002200200001-0
VII - 809
Schechter, Samuel
148, VII-341
Scherer, P. C.
303, VII-116
Schrieber, Kurt C.
1464, VII-704.
Schubert, W. M.
483, VII-316
Sears, P. G.
1454, 1111-265
Selberg, Atle
1239, 11II-714
Shaffer, B. W.
232, 11II-501
Shelton, J. Reid
884, VII -133
Shelton, George R.
741, 11II-126
Sherburne, R. K.
776, 11II-459
Sherwood, Thomas K.
887, VII-666
Shull, C. G.
1623, VII -109
Simons, J. H.
158, 11II-79
Sisler, H. H. -
222, 11II-231
Smith, Frank C.
572, VII-4
Smith, Fred
544, 11I1-663
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INDEX OF CHIEF INVESTIGATORS (Continued)_
(Note: The first number is the Proposal No., the second is the page no.)
------------- - -
Smith, Hilton A.
204, '111 -204
Smith, W. V.
308, VII-86
1509, VII-107
Sogn, Leland T.
741, VII-126
Sokolnikoff? I. S.
474, VII-419
Spence, R. D.
573, VII-911.
Spurr, Robert A.
669, '111 -255
Stamm, A. J.
465, VII-250
Stanfield, James A.
1107, VII -294
Stebbins, Dean W.
165, VII-85
Stinchcomb, T. G.
316, VII -23
Stoll, Robert R.
730, VII-329
Stone, Marshall
910, VII -370
Stoner, R. G.
71, VII-465
Storch, H. H.
385, VII-165
Straub, L. G.
759, V11-479
Struve, Otto
363, VII-10
Sujishi, Sei
817, VII-678
Suppes, Patrick
1053, VII-392
Swanson, W. M.
1082, VII-771
Swenson, C. A.
539, VII-27
Szmant, H. H.
367, VII-275
1464, VII-704
Taam? Choy-Tak
1302, VII-384
Tarski, A.
708, VII-389
Taylor, C. F.
1019, VII-461
1553, VII-735
Thomas, T. Y.
538, VII-422
1119, VII-431
Thorne-;--C. J.
26, VII-413
Thrall, R. M.
1040, VII -335
Thurston, George B.
1336, VII -739
Ticho, H. K.
445, VII-24
Tombaugh, C. W.
1072, '111 -643
Trigger, K. J.
507, VII-483
VII - 810
Trivich, Dan
269, VII-146
Trump, John G.
565, VII -39
Turittin, H. L.
874, '111 -531
Uyehara, O. A.
1000, VII-497
1549, VII-734
Van Biesbroeck, G.
1003, VII-18
Vaughan, Philip
388, '111 -248
Villard? O. G.
520, VII-14
Vold, Marjorie
395, VII-210
1237, VII-263
-Vollrath, R. E.
_ 377, VII-33
Volterra, Enrico G.
1502, VII-769
Wagner, Carl
779, VII-575
Wall, L. A.
781, VII-128
Wang, C. K.
1213, VII-530
Wang, C. T.
1115, VII-441
Ward, James A.
497, VII-354
Declassified in Part Sanitized Coov A.
or elease
INDEX OF CHIEF
(Note: The first number is the
INVESTIGATORS
Proposal No.,
(Continued)
the second is the page no.)
Waterfall, Wallace
1250, V11-43
Weatherly, T. L.
1016, VII -644
Weir, Alexander, Jr.
304, VII-457
Weissler, G. L.
392, VII-656
Weissmann, S.
688, VII-554.
Wells, Charles P.
1013, VII-649
West, C. D.
1322, '111 -105
White, Frederick E.
674, VII-646
Wiberg, K. B.
483, VII-316
Wilder, Pelham, Jr.
67, VII-311
Wilder, R. L.
747, VII-402
Williams, J. Q.
1016, VII-64.4.
Wolfgang, Richard
1277, VII-696
Wood, Frank B.
492, V11-36
Wylie, C. C.
587, VII-16
Wynberg, Hans
1218?-VII-296
14: CIA-RDP81-0104'.1Pnn99nno nnnni n
Yih, C. S.
1364, '111 -741
Young, L. C.
1045, VII -712
Zariski, Oscar
885, VII-406
Zeiss, Harold H.
326, VII-240
Zettlemoyer, A. C.
457, VII-212
Ziomek, Joseph S.
842, VII-257
VII - 811
?
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SUBJECT INDEX
Note: The first number followingeach subject heading is_the Proposal
Number, the second is the page number.
Abelian Groups 855, VII-331
Abelian Integrals 444, VII-352
Abelian Subalgebras 950, VII-333
Abelian Varieties 1239, VII-714
Absorption Spectra 658, VII-254
Accelerators
SEE Particle Accelerators
Accelerometers
Applications 737, VII-535
Accommodation Coefficients 794, VII-131
Acetic Acid 586, VII-195
Acetic Anhydride 155, VII-226; 586, VII-195
Acetone
Diffusion 378, VII-303
Acetonitrile 592, VII-151; 695, VII-688
Acetophenone 841, 11II-680; 852, VII-289
Acetyl Fluoride 367, VII-275
Acetylene
Combustion 776, VII-459
Spectra 562, 11II-49
Acetylene Flame 175, 11II-45; 642, VII-52
Acetylenes 115, VII-220
Acoustic Birefringence 270, VII-1
Acylation 367, VII-275; 735, VII-698
Adhesion 465, VII-250
Adhesives 465, 11II-250
Adiabatic Reactions 664, VII-669
Adipic Acid 204, 11II-204
Adjustable-Speed Drive 1155, VII-499
Admissibility 460, 11II-445
Aerosols 501, VII-214'
Air
Heat Conductivity, 794, VII-131
Airfoils-
Mathematical Analysis 925, VII-374
Alcohols 1087, VII-692
Synthesis 69, VII-272
Aldol Condensation 852, 11II-289
Aldoximes 69, VII-272
Algebra
Theory 640, VII-236; 708, 11II-389;
See also Banach Algebras
Cartan Subalgebras
Commutative Algebra
Group Algebra
Jordan Algebras
Involutorial Algebras
Linear Algebra
Matrix Algebra
Operator Algebra
Vector Algebras
?
?
1040, VII -335; 1239, VII-7l4
VII - 812 4
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Algebraic Functions 885, VII-406
Algebraic Geometry 885, VII-406
Algebraic Isomorphisms 950, VII-333
Algebras
Structure 626, VII-325; 1040, VII-335
Alicyclic Compounds 735, 11II-698
Alicyclic Azides 87, VII-159; 948, VII-178
Aliphatic Alcohols 1087, VII-692
Alkali Halides 341, VII-242; 1087, VII-692
Luminescence 384, VII-246
Alkali Superoxides 435, VII-189
Alkaline Earth Metals
Peroxides 97, VII-161; 100, 11II-163
Alkaline Earth Metals
Superoxides 97, VII-161
Alkanesulfonates 684, 11II-683
Alkyl Azides 948, 11II-178
Alkyl Halides 1087, VII-692
Reactions 828, VII-288
Alkyl Nitrites 1173, VII-694
Alkyl Sulfates 684, VII-683
Alkylation 69, VII-272; 590, VII-286
Alkynes 417, VII-279
AA11:::: 5, VII-217
Spectra 562, VII-49
Diffusion 703, VII-98
Elasticity 178B, VII-539
Heat Treatment 629, 11II-573
Internal Friction 178B, 11II-539
Ordering 351, VII-773; 491, 11II-547; 568, VII-571; 1285, VII-777
Oxidation 499, VII-567
Phase Changes 703, VII-98
Scaling 499, VII-567
Transformations 287, VII-543
Thermoelectricity 779, 11II-575
Allylamine 765, VII-308
Allylic Esters 483, VII-316 ?
Aluminum 178B, VII-539
Heat of Absorption 204, VII-204
Internal Friction 79, VII-506
Polygonization 688, VII-554
Structure 644, VII-558
Subgrain Structure 688, 11II-554
Ultraviolet Absorption 392, VII-656
Aluminum Alloys 345, 11II-552; 1453, VII-775;
Anisotropy 313, VII-514
Diffusion 703, VII-98
-01 0 3R0(199nn9nnn -
VII - 813
1500, VII-778
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3
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Aluminum Alloys (continued)
Internal Friction 79, VII-506
Properties 738, VII-494; 1288, VII-763
Stress Analysis 78, VII-503; 231, VII-512; 234,
1288, VII-763
Aluminum Catalysts 1107, VII-294
Aluminum Compounds
Structure 1509, VII-107
Aluminum Films 833, VII-76
Aluminum Halides 425, VII-187
Aluminum Isotopes
Decay 808, VII-67
Aluminum Oxide 833, VII-76
Aluminum Powder
Combustion 916, VII-176
Amides
Dielectric Constants 341, VII-242
Dipole Moments 341, VII-242
Hydrolysis 67, VII-311
Structure 684, VII-683
Amines 509, VII-190; 762, VII-318
Complex Compounds 177, VII-229
Fluorination 68, VII-270
Properties 380, VII-277
Reactions 69, VII-272; 380, VII-277
Synthesis 729, VII-287
Amino Acids 525, VII-685; 1454, VII-265
Aminotoluenes 948, VII-178
Ammonia 574, VII-665; 1173, VII-694; 1245,
Oxidation 763, VII-168
Reactions 751, VII-201
Ammonium Bromide
Solubility 695, VII-688
Ammonium Halides 341, VII-242
Ammonium Salts 155, VII-226; 1173, VII-694
Analysis of Variance 672, VII-447
' See also Multivariate Analysis
Analytic Functions 497, VII-354; 516, VII-356; 888, VII-710
Analytic Structures 1503, VII-721
Anelasticity 1453, VII-775
Anemometers 759, VII-479; 760, VII-737; . 877, VII-495
Anilinium 155, VII-226
Anisaldehyde 852, VII-289
Anisotropy 313, VII-514
Anodes 485, VII-672
Anodic Film 485, VII-672
Anolytes 485, VII-672
Antennas 1013, VII-649
VII -179
VII-.752;
VII - 814
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Antimony
Quadrupole Moment Spectra 308, VII-86
Antimony Alloys
Properties 738, VII-494
Thermoelectricity 779, VII-575
Antimony Isotopes
Decay 808, VII-67; 920, VII-655
Antioxidants 884, VII-133
Antiozonants 884, VII-l33
Appell Polynomials 516, VII-356
Applied Mathematics Seminar 1823, VII-723
Applied Mechanics Congress 1310, VII-534
Approximation 716, VII-365; 922, VII-372
Argon
Heat Conductivity 794, VII-131
Properties 539, VII-27
Spectra 488, VII-48
Aromatic Compounds
Spectra 658, VII-254
Aroyl Chlorides 69, VII-272
Arsenic
Analytical Methods 72, VII-185
Quadrupole Moment Spectra 308, VII-86
a-Arylalkyl Chlorides 69, VII-272
Asteroids 561, VII-22
Astronomy
Instrumentation 1072, VII-643
Atmosphere
Density 328, VII-9
Ionization 520, VII-14
Properties 587, VII-16
Temperature 328, VII-9
Attapulgite 306, VII-208
Austenite 202, VII-549; 534, VII-569: 629, VII-573; 1500, VII-778
Automation 1529, VII-731
Automorphisms 1040, VII-335
Azides
Structure 761, VII-101
Azides (Organic) 87, VII-159; 613, VII-674; 948, VII-178
Azidocarbonyl Compounds 87, VII-159; 948, VII-178
Azines 533, VII-119
Azo Compounds 533, VII-119
Azulenes
Synthesis 417, VII-279
VII - 815
?
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is-the Proposal
Number, the second is the page number.
Baecklund Transformations 956, VII-378
Banach Algebras 715, VII-363; 1222, VII-382; 1239, VII-714
Banach Space Methods 1045, VII-712
Banach Spaces 860, VII-366; 1014, VII-717
Barium Chloride 695, VII-688
Barium Isotopes
Decay 920, VII-655
Barium Peroxide 97, VII-161; 100, VII-163
Barium Sulfate 547, VII-216; 602, VII-197
Barium Titanate 741, VII-126; 771, VII-103
Bars
Stresses 1307, VII-767; 1502, VII-769
Vibrations 1502, VII-769
Base Drag 456, VII-489
Batemann's Method 452, VII-437
Battacharrya Bounds 460, VII-445
Batteries 742, VII-152
Beams
Stresses 26, VII-413; 570, VII-525; 1086, VII-756; 1213, VII-530
Vibrations 631, VII-439
Bearings 1156, VII-746
Benzaldehyde 762, VII-318; 841, VII-680
Condensation 852, VII-289
Benzamide
Hydrolysis 67, VII-311
Benzene 204, VII-204
Diffusion 378, VII-303
Spectra 658, VII-254
Synthesis 117, VII-115
Benzene Derivatives 308, VII-86
Spectra 658, VII-254
Benzenesulfinazides 613, VII-674
Benzfuroxanes 948, VII-178
Benzohydroxamic Acid 670, VII-687
Benzoic Acid
Halogenation 427, VII-281
Benzophenone 841, VII-680
Hydrogenation 1558, VII-297
Benzoylation 69, VII-272; 367, VII-275
Benzyltrimethylammonium Iodide 69, VII-272
Bernstein Approximation Problem 922, VII-372
Beryllium
Oxidation 1081, VII-319
Beryllium Isotopes 767, VII-41
Decay 931, VII-68
Beryllium Alloys 1500, VII-778
Bessel Functions 516, VII-356
Beta Brass
SEE Brass
vii - 816
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Beta Radiation 376, VII-61
Betaines 1276, VII-182
Biaxial Stress Analysis 78, VII-503;
Bicyclic Groups 855, VII-331
Bicyclo Compounds 446, VII-282
Bifluorides
Structure 761, VII-101
Biphenyls 23, VII-157
Biradical Catalysts 533, VII-119
Birefringence 270, VII-1
See also Acoustic Birefringence
Bismuth
Interdiffusion in Lead 396, VII-545
Bismuth Alloys 151, VII-83
Thermoelectricity 779, VII-575
Bismuth Isotopes
Decay 931, VII-68
Bismuth Trioxide
Electrolysis 340, VII-148
Blacks
SEE Carbon Blacks
Gastex Blacks
Blasius Function 355, VII-472
Blunt-Based Bodies
Drag 456, VII-489
Boiling Heat Transfer 1164, VII-750
Bond Dissociation 846, VII-259
Boolean Lattices 619, VII-358
Boring 232, VII-501
Boron 536, VII-63
Crystal Growth 627, VII-96
Properties 627, VII-96
Resistivity 627, VII-96
Structure 627, VII-96
Boron. Compounds (Organic) 781, VII-128; 817, VII-678; 1111, VII-682
Boron Fluoride 69, VII-272
Boron Hydrides 521, VII-191; 1111, VII-682
Boron Steel 1500, VII-778
Boron Trifluoride
Spectra 562, VII-49
Boron Trifluoride Etherate 543, VII-192
Boundary Layer Problems 1082, VII-771
Boundary Layers 622, VII-475
Boundary Value Problems 26, VII-413; 148, VII-341; 690, VII-361;
867, VII-368; 944, VII-376; 1238, VII-433;
1254, VII-453; 1362, VII-385
Bounds
SEE Battacharrya Bounds
231,
VII-5l2
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VII - 817
-
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
?
Boxer-Thaler Solution 1581, VII-751
Branch Points 860, VII-366
Brass
Corrosion 179, VII-565
Properties 180, VII-541
Stress Analysis 187, VII-509
Ultrasonic Propagation 79, VII-506
Brightening Agents
SEE Plating Brightners
Brittle Materials
Stresses 214, VII-511
Bromination 367, VII-275
Bromine 308, VII-86
Bromine Isotopes
Decay 920, VII-655
4-Bromobenzenesulfinazide 613, VII-674
Bromoquinolines 312, VII-238
Brownian Motion 1371A, VII-455
Bundles (Mathematics) 720, VII-400
Butadiene
Reactions 574, VII-665
Butane
Combustion 776, VII-459
t-Butanol 868, VII-6
Butenolides 1252, VII-700
s-Butyl Bromide 155, VII-226
Butyl Hypochlorite 763, VII-168
t-Butyl Hypochlorite 1245, VII-179
Butylamines 762, VII-318; 775, VII-171
Butyric Acids
Chelation 347, VII-244
Butyrolactones 735, VII-698
Cadmium
Corrosion Prevention 869, VII-153
Cadmium Alloys 287, VII-543; 568, VII-571
Thermoelectricity 779, VII-575
Cadmium Complexes 347, VII-244
Cadmium Compounds 174, VII-81
Cadmium Crystals
Growth 400, VII-577
Cadmium Isotopes
Decay 376, VII-61
Calcite
Spectra 967, VII-690
Calcium Hydroxide
Spectra 967, VII-690
VII - 818
?
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Calcium Octanesulfonate 684, VII-683
Calcium Peroxide 97, VII-161; 100, VII-163
Calcium Titanate 111, VII-113; 740, VII-124
Calculus
SEE Operational Calculus
Sentential Calculus
Calculus of Variations 1045, VII-712; 1371B, VII-387
Calorimeters 131, VII-313; 227, VII-206; 1500, VII-778
Camphor 887, VII-666
Cantor Processes 619, VII-358
Capacitors 736, VII-493
Carbide Tools
Wear 507' VII-483
Carbon
Activity in Steel 629, VII-573
Diffusion in Iron 202, VII-549
Carbon Blacks
Properties 723, VII-306
Surface Area 4, VII-111
Carbon Monoxide 574, VII-665; 916, VII-176
Carbon Monoxide Flame 642, VII-52
Carbon Tetrachloride 669, VII-255; 674, VII-646
Carbonyl Compounds 762, VII-318; 1277, VII-696
Carboxylic Acids 367, VII-275; 525, VII-685; 1218, VII-296
Spectra 669, VII-255
Cardinal Numbers 708, VII-389
Carlson's Theorem 516, VII-356
Cartan Subalgebras 626, VII-325
Cartan-Kahler Theory 1503, VII-721
Castolite 402, VII-518
Catalyst Tubes 698, VII-121
Catalysts 533, VII-119; 698, VII-121
See also Biradical Catalysts
Catalytic Reduction 1107, VII-294
Cathodes
Polarization 143, VII-145; 447, VII-150
Cauchy Problem 715, VII-363; 910, VII-370; 944,
Cauchy Process 925, VII-374
Celestial Mechanics 426, VII-12; 1003, VII-18
Cellulose 262, VII-139
Derivatives 262, VII-139; 544, VII-663
Structure 544, VII-663
Synthesis 544, VII-663
Cellulose Acetate 303, VII-116; 378, VII-303
Cellulose Nitrate 303, VII-116; 378, VII-303
Cementite 534, VII-569
Ceramic Coatings 739, VII-123
Ceramic Combustion Chambers 304, VII-457
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14: - 3R0
VII - 819
VII -376
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SUBJECT INDEX (Continued)
Note: The first'number following each subject heading is the Proposal
Number, the second is the page number.
Ceramic'Dielectrics 740, VII-124
Ceramics
Piezoelectric Properties 741, VII-126
Properties 771, VII-103
Cesium
Properties 539, VII-27
Cesium Isotopes
Decay 920, VII-655
Chains (Mathematics) 619, VII-358
See also Markov Chains
Chalcone
Synthesis 852, VII-289
Chelate Complexes 670, VII-687
Chelate Resins 509, VII-190
Chelation 347, VII-244
Chemical Analysis
Methods 72, VII-185; 543, VII-192; 841, VII-680
Chip Formation 232, VII-501
Chloramines 1245, VII-179
Properties 763, VII-168
Chloranil 427, VII-281
Chlorine 308, VII-86
Chlorine Compounds
Quadrupole Resonance 1016, VII-644
Chlorine Trifluoride 115, VII-220
Chlorides
Nuclear Quadrupole Resonance 1509, VII-107
.2-Chlordbenzaldehyde 852, VII-289
Chlorobenzenes 1509, VII-107
Chlorocarbonates 483, VII-316
.Chloroform 5, VII-217; 10, VII-155
Chloroformates
? Rearrangement Reactions 483, VII-316-
E-Ch1ordpheno1 12, VII-299
Chloroquinolines 312, VII-238
EL-Chlorosuccinimide 1245, VII-179
Chlorotrifluoroethylene 781, VII-128
p-Chlorovinyl 2,4-Dinitrophenyl Sulfides 417, VII-279
Chromate Esters
Decomposition 326, VII-240
Chromatography
Applications 12, VII-299; 69, VII-272; 2051=-314; 455, VII-166
Chromic_Acid 326, VII-240
Chromic Anhydride 326, VII-240
Chromium 794, VII-131
,
Meson Capture 445, VII-24
Properties 227, VII-206
vii --- 820
.441
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Chromium Alloys 499, VII-567; 629, VII-573
Electroplating 89, VII-143
Chromium Compounds
Structure 388, VII-248
Chromium Compounds (Organic) 326, VII-240
Chromium Halides .425, VII-187
Chromium Steel 1500, VII-778
Claisen Reaction 69, VII-272 -
Classification Problem 460, VII-445
Clifford-Klein Spaces 720, VII-400
Cloud Chambers 377, VII-33
Coatings, Protective 366, VII-118
Cobalt
Complex Ions 18, VII-2l9
Ferromagnetism 573, VII-94
Cobalt Alloys 499, VII-567; 534,
Diffusion 703, VII-98
Electroplating 89, VII-143
Cobalt Catalysts 204, VII-204
Cobalt Carbonyl 1277, VII-696
Coding
SEE Computer Coding
Cold Working 351, VII-773
Collineations 943, VII-409
Colloids 501, VII-214; 664, VII-669
Packing 395, VII-210
Structure 1237, VII-263
Color Vision 844, VII-174
Columbium
Oxidation 25, VII-561
Combustion 712, VII-137; 776, VII-459
' Boundary Layer 355,
Combustion Chanibers 304, VII-457; 1515, VII-733
Pressure 1019, VII-461
Temperature 1019, VII-461; 1320, VII-463; 1553,
Combustion Symposium 1204, VII-462; 1515, VII-733
Combustion Tunnels 355, VII-472
Comets 426, VII-12
Observations 1003, VII-18
Commutative Algebra 497, VII-354;
1194, VII-707; 1222, VII-382
Complex Compounds 155, VII-226
Compressible Flow 622, VII-475;
Compression Temperature
Measurement 1000, VII-497
Compressor Blades
,Flutter 1115, VII-//1
Computer Effect 348, VII-89
VII.-569
VII-735
885, VII-.406; 1040, VII-335;
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679, VII-477
VII - 821
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Computer Coding 640, 11II-326; 1333, VII-444; 1445, 11II-726
Computer Programming 684, VII-683; 1278, 11II-442; 1333, 11II-444
Computers 1445, VII-726
Applications 631, 11II-439
Condensation Reactions 69, 11II-272; 852, 11II-289
Conductometric Analysis 543, VII-192
Confidence Intervals 460, VII-445; 672, VII-447
Conformal Mapping 258, VII-347; 888, 11II-710; 137110H-387
Conjugate Gradients 1089, VII-724
Contacts
Welding to Crystals 718, VII-660
Continued Fractions 452, 11II-437; 888, VII-710; 1278,-VII-442
Convergents 1278, 11II-442
Convex Cones 1014, 11II-717
Convex Functions 1014, VII-717
Convex Polyhedra 1014, 11II-717
Convex Sets 1014, VII-717
Convolution Transforms 922, 11II-372
Copper 178B, 11II-539
Chelate Compounds 509, VII-190; 765, VII-308
Complex Compounds 347, VII-244
Corrosion 179, 11II-565
Determination 543, 11II-192
Heat of Adsorption 204, VII-204
Heat Transfer 1164, 11II-750
Nuclear Energy Levels 536, VII-63
Oxidation 25, VII-561; 366, VII-118
Photoelectric Yield 392, VII-656
Ultrasonic Propagation 79, 11II-506
Near 375, VII-743
.Copper Alloys 499, 11II-567; 1453, 11II-775; 1500, 11II-778
Diffusion 703, VII-98
Ordering 491, 11II-547
? Vacancies 351, VII-773
Copper Anodes 485, VII-672
Copper Catalysts 1107, VII-294
Copper Films
Structure 479, VII-92
Copper Oxide 833, 11II-76
Copper Phthalocyanine 306, VII-208
Copper Selenide 779, 711-575
Copper Sulfide 779, 1111-575
Copperplating 269, VII-146
Corona
SEE Solar Corona
Correlation Coefficients 1599, V11-729
Corrosion 29, VII-141
Corrosion Inhibitors 869, VII-153
VII - 822
el
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Cosmic Ray Research 316, 11II-23; 445, VII-24
Couette Flow 760, VII-737
Coulometric Analysis 722 11II-185
Covariants 168, VII-321
Critical Point Theory 747, VII-402
Cryogenics 539, VII-27
Cryostats 539, VII-27
Crystalline Aggregates ?
Orientation 395, VII-210
Crystals
Orientation 967, VII-690
Spectra 967, 11II-690
Structure 688, VII-554
Structure Calculations 399, VII-249;
X-Ray Analysis 761, VII-101
Cubic Algorithm 640, VII-326
Cumyl Hydroperoxide
Reactions 1009, VII-292
Cutting Tools
Near 507, VII-483
Cyanates
Structure 761, VII-101
Cyanogen 916, VII-176
Cyanogen Halides
Spectra 562, 11II-49
Cycles (Mathematics) 885, VII-406
Cyclic Reactions 483, VII-316
Cyclization
Catalysts 117, VII-115
Cycloalkenes 44611,11:-7282
g;ttultril:
Cyclohexene 417, 11I1-279
ZlIol=satetraene 5, VII-217
Aerodynamic Characteristics 940, 11II-749; 1082, VII-771
Buckling 1301, VII-765
Heat Transfer 940, VII-749
Stresses 78, VII-503; 234,
1307, VII-767
Cyclopropanes
Conjugation 735, VII-698
684, VII-683
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14 ? CIA RDP81-010
VII-752; 854, 11II-427; 999,
VII - 823
VII -529;
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SUBJECT INDEX (Continued)
Note: The first number following each.subject heading is the Proposal
Number, the second is the page number.
Damping 79, VII-506
Decanamide 684, VII-683
Decision Problem 460, VII-445; 1053, VII-392; 1333, VII-444
See also Mathematical Decision Problem
Deformation 187, VII-509; 234, VII-752; 474, 1711-419; 1409, VII-435
See also Elastic Deformation
Dehalogenation Reactions 12, VII-299
Density
Discontinuities 1254, VII-453
Derivatives 888, VII-710
Desarguesian.Planes 655, VII-399
Design of Experiments
See Experiments - Design
Desulfurization Reactions 1218, VII-296; 1258, VII-702
Determinants
Bounds 1357, VII-338
Detonation 423, VII-34; 916, VII-176
Deuterated Hydrocarbons 5, VII-217; 115, VII-220
Deuterium
Properties 539, VII-27
Deuterium Halides 1087, VII-692
Deuteroacetylene
Spectra 562, VII-49
Deuteroallene
Spectra 562, VII-49
Deuterons
Photodisintegration 348, VII-89
Dextrin
Applications 269, VII-146
Diabatic.Flow 760, VII-737
Diacetylene 115, VII-220
Diatomic Molecules
Dissociation 846, VII-259
Diazomethane 562, VII-49
Diazonium Salts 1276, VII-182
Diborane 817, VII-678
E-Dibromobenzene
Polymerization 1369, VII-310
Dichloroethane 463, VII-46
Dicycloxyalkanes 82, VII-203
Dielectric Cells 1087, VII-692
Dielectric Constants
Measurement 543, VII-192
Dielectrics 740, VII-124; 1087, VII-692
Diels-Alder Reaction 446, VII-282
Difference Equations 166, VII-418; 1238, VII-433
Difference Structures 1053, VII-392 '
VII - 824
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Differential Equations 246, VII-343; 390) VII-349; 514, VII-420;
516, VII-356; 622, VII-475; 631, VII-439;
860, VII-366; 888, VII-710; 956, VII-378;
1302, VII-348; 1371A, VII-455; 1409, VII-435;
1503, VTI-721
Differential Geometry 943, VII-409
Differential Operators 516, VII-356; 925, 1111-374;
Differentials 444, v11-352
Diffraction Patterns 270, VII-1; 684, VII-683
Diffusion 1239, VII-714; 1562, VII-668
Diffusion Coefficients 378, VII-303; Difluorobenzene 781, VII-128 664, VII-669
Digital Computers 1333, VII-444
Applications 399, VII-249
Diiodoethylene 115, VII-220
Diisobutylene 1320, VII-463
Dimethyl Glyoxime 543, VII-192
Dimethyldiacetylene 115, VII-220
Dimethylethylenimine 729, VII-287
Dimethylphosphine 817, VII-678
Dimethylphosphinoborine 781, VII-128
Dimethyltriacetylene 115, VII-220
2,4-Dinitrobenzenesulfenyl Chloride 417, VII-279
Dinitrogen Pentoxide 222, VII-231
114-Dioxane 222, VII-231
113-Dioxolane 222, VII-231
Diphenylacetylene 417, VII-279
Diphenylalkanes 82, VII-203
Dipolar Ions 1454, VII-265
Dirichlet Problem 1371A, VII-455
Discharge Tubes 798, VII-55
Discriminants 640, VII-326
Dislocations 365, VII-517
Disodium Versenate 543, VII-192
Displacement Reactions 69, VII-272
Distribution 1239, VII-714
See also Hypergeometric Distribution
Normal Distribution
Rectangular Distribution
Distributive Lattices 619, VII-358
Dithiadienes 64, VII-267
Divergent Integrals 944, VII-376
Domains 885, VII-406
Drive
SEE Adjustable-Speed Drive
Dropping Mercury Electrode 592, VII-151
Dynkinis Theorem 1239, VII-714
VII - 825
1106, VII-380
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Eigenfunction Expansions 925, VII-374
Eigenvalue Problems 888, VII-710; 1089, VII-724
Eigeavalues 1371B, VII-387
Eisenstein Series 640, VII-326
Elastic Deformation 538, VII-422
Elasticity 79, VII-.506; 474, VII-419;
1371B,-VII-387
Mathematical Analysis 497, VII-354
Electric Arcs 317, VII-470
Electric Generators
Design 1155, VII-499
Electric Motors
Design 1155, VII-499
Electric Spark Discharges 317, VII-470
Electrical Conductivity 151, VII-83
Electrical Discharges 146, VII-468
Electrical Resistivity
Measurement 491, VII-547
Electrode Reactions 143, VII-145
Electrodes 485, VII-672
Electrolysis 340, VII-l48
Effects of Ultrasonics 143, VII-145
Electrolytes 485, VII-672; 525, VII-685
Activity Coefficients 155, VII-226
Compressibility 548, VII-253
Diffusion 403, VII-705
Properties 695, VII-688
Electromagnetic Waves
Refraction 851, VII-425
Electron Diffraction Analysis 479, VII-92
Electron Exchange 158, VII-79
Electrons
Emission 392, VII-656
Scattering 408, VII 653
Electroplating 89, VII-143; 447, VII-l50
Brightness 269, VII-146
Electropolishing 485, VII-672
Elements
SEE Idempotent Elements
Elimination Reactions 69, VII-272; 828, VII-288
Ellipsoids 1014, VII-717
Elliptic Equations 910, VII-370
Elliptic Partial Differential Equations 390, VII-349;
Emission Spectra 642, VII-52
Endurance Limit
Estimation 744, VII-754
Engle Condition 1239, VII-714
Equations of State 664, VII-669
570, VII-525;
vii - 826
1119, VII-431;
690, 1711-361
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Error
SEE Truncation Error
Error Estimates 1278, VII-/1J9
Esters
Rearrangement Reactions 483, VII-3l6
Estimation 460, VII-455; 1101, VII-451;.1254, VII 453;
Ethane
Combustion 776, VII -459
Ethanes 115, VII -220
Ethanol 155, VII -226; 574, VII-665; 868, VII ..?6.
Adsorption 457, VII -2l2
Ethers
Reactions 828, VII-255
Ethyl Acetate
Properties 674, VII -646
Ethyl Cellulose 303, VII -1l6
Ethyl Chloroformate 1016, VII ..644
Ethyl Ether 574, VII-665
Ethyl Isobutyrate 69, VII -272
Ethyl Isocyanide
Fluorination 68, VII -270
Ethyl -D-Propionylpropionate 875, VII -291
Ethyl Trichloroacetate 1016, VII -644
Ethylbenzene
Spectra 658, VII -254
Ethylene 574, VII -665
Combustion 776, VII -459
Ethylenediaminetetraacetic Acid 543, VII-l92
Ethylenimines 10, VII -155
Fluorination 68, VII -270
Eutectoid Transformations 1500, VII-775
Evaporation 887, VII -666
Existence Theorem 1106, VII -380
Expansion Joints 854, VII -427; 1409,
Expansion Theorems 516, VII -356
Expansions
SEE Eigenfunction Expansions
Polynomial Expansions
Explosions
Photography 361) VII -74
Explosives 916, VII -176
Combustion 1515, VII 733
Stabilization 761, VII -101
Exponential Functions 1278, VII -442
Extremal Functions 444, VII -352
Extreme Points 1014, VII-.717
00220020nnn1
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VIT - 827
1599, VII-729
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Failure
Mathematical Analysis 1550, VII-728
Failure of Materials 214, VII-511; 744, VII-754;
Faisceaux (Mathematics) 1106, VII-380
Fanols Configuration 655, VII-399
Fatigue of Materials 744, VII-754
Fatigue Failure 313, VII-514
Fatigue Testing Machines 313, VII-514
Fatigue Tests .1101, VII-451
Fatty Acids
Synthesis 1218, VII-296
Ferrite 202, VII-549; 534, VII-569
Fracture 191, VII-557
Ferrocene 836, VII-172
Ferrocene Derivatives 836, VII-172
Ferromagnetism 573, VII-94
Fiber Bundles (Mathematics) 266, VII-395
Filters
SEE Optical Filters
Finite Groups 855, VII-331
First Order Equations 956, VII-378
Fixation
SEE Target Fixation
Flame Kernels
Growth 776, VII-459
Flames 1515, VII-733
Dimensions 355, VII-472
Photochemical Effects 304,
Propagation 712, VII-137
Radiation 304, VII-457
Spectra 175, VII-45; 304,
Stability 355, VII-472
Temperature 175, VII-45
Velocity 355, VII-472-
Flanges
Stresses 486, VII-522
SEE Compresiible Flow
Couette Flow
' Diabatic Flow
Fluid Flow
Heat Flow
Isentrepic Flow
Knudsen Flow
Laminar Flow
Poiseuille Flow
Shear Flow
Steady State Flow
Flow
VII-457
VII -457;
VII - 828
1101, VII-45].
642, VII -52
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SUBJECT INDEX (Continued)
Note: The first number following each subject
Number, the second is the page number.
Flow (continued)
Stratified Flow
Subsonic Flow
Supersonic Flow
Transient State Flow
Turbulent Flow
Vortex Flow
Fluid Dynamics 1823, VII-723
Fluid Flow 154, VII-415; 538, VII-422; 760, VII-737;
956, VII-378; 1336, VII-739
Fluid Mechanics 1119, VII-431
Fluids
Properties 1119, VII-431
Fluoresence 275, VII-233; 384, VII-246
Quenching 838, VII-647
Fluorination 68, VII-270
Fluorine 916, VII-176
Fluorine Compounds (Organic) 283, VII-235
Fluoropyridine 115, VII-220
Fluorosilanes 1464, VII-704
Fluorotrichloromethane 115, VII-220
Flutter
Calculations 1115, VII-441
Forced Vibrations 1371B, VII-387
Formaldehyde 12, VII-299; 916, VII-176
Reactions 380, VII-277
Formate Esters 483, VII-316
Foundations (Mathematics) 708, VII-389
Fourier Analysis 1239, VII-714
Fourier Integral Formula 867, VII-368
Fourier Transforms 922, VII-372
Fourth Order Equations 690, VII-361
Fractions
SEE Continued Fractions
Fracture 187, VII-509
Frameworks -
Stresses 570, VII-525
Fredholm Equation 452, VII-437
Fretting 375, VII-743; 1142, VII-537
Friction 375, VII-743; 457, VII-212; 665, VII-745;
1568, VII-487
Friedel-Crafts Reaction 367, VII-275
Fuels
Combustion 355, VII-472
Ignition 712, VII-137; 1000, VII-497;
Function Series 619, VII-358
Functional Analysis 715, VII-363; 716, VII-365; 860, VII-366;
1362, VII-385
Declassified in Part - Sanitized Copy Approved for Release 2014/03/14 CIA RD
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892, VII-429;
924; VII-485;
1019, VII-461; 1320, VII-463
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Functional Calculus 538, VII -422
Functional Equations 452, VII -437; 516, VII -356
Function Spaces 716, VII-365
Functionals
SEE Linear Functionals
Quadratic Functionals
Functions
SEE Algebraic Functions
Analytic Functions
Bessel Functions
Blasius Function
Convex Functions
Exponential Functions
EXtremal Functions
Green's Functions
Harmonic Functions
Hyperbolic Functions
Logarithmic Potential Functions
Measure Functions
Meromorphic Functions
Modular Functions
Nuclear Wave Functions
Probability Density Functions
Galaxy
Structure 482, VII-13
Galling 1156, VII-746
Gallium 131, VII-313
Gallium Alloys
Properties 73.8, VII-494
Gallium Compounds ,
Structure 1509, VII-107
Galoig Groups 640, VII-326
Game Theory 1053, VII-392
Gamma Radiation 296, VII-59; 348, VII-89; 376, VII-61; 408, VII-653
' 536, VII-63; 808, VII-67; 920, VII-655
Gas Discharges 146, VII-468; 488, VII-48; 798, VII-55
Gas Flow 4, VII-111; 148, VII-341; 538, VII-422; 679, VII-477;
877, VII-495; 976,-V11-480
Gas. Mixtures
Ignition 776, VII-459
Gas Temperatures
Measurement 1320, VII-463; 1549, VII-734; 1553, VII-735
Gaseous Ions
SEE Ions, Gaseous
Gases
Accommodation Coefficients 794, VII-131
Conductivity 664, VII-669
VII - 830
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Gases (continued)
Equation of State 664, VII-669; 757, VII-100; 874, VII-531
Heat Conductivity 794, VII-131
Properties 574, VII-665; 664, VII-669
Sound Velocity 1320, VII-463; 1553, VII-735
Spectra 175, 11II-45
Surface Reactions 667, VII-658
Transport Properties 874, VII-531
Gastex Blacks
Surface Area 4, VII-111
Gear Lubrication 1156, VII-746
Gels
Structure 1237, VII-263
Generators (Mathematics) 855, VII-331
Geodesics 720, VII-400; 1045, VII-712
Geodetic Triangulation 1072, VII-643'
Geometric Structures 1503, VII-721
Geometry
Theory 640, VII-326
See also Algebraic Geometry
Differential Geometry
Germane 817, VII-678
Germanium
Photoelectric Yield 392, VII-656
Germanium Alloys 345, VII-552
Germanium Compounds (Organic) 5, VII-217; 817, VII-678
Germanium Isotopes
Decay 808, VII-67
Germanium Tetrafluoride 115, 11II-220
Glass
Applications 366, VII-118
Glasses 1322, VII-105
Glucosides 544, VII-663
Gold 1087, VII-692
Photoelectric Yield 392, VII-656
Gold Alloys 287, VII-543; 568, VII-571; 1453,
Ordering 491, VII-547
Goniometers 761, VII-101
Gradients
SEE Conjugate Gradients
Grain Boundaries 644, VII-558
Graphite 306, VII-208
Graphon
Adsorption of Organic Compounds 457, 11II-212
Grossman Varieties 885, VII-406
Gratings 510, VII-37
Gravitation 154, VII-415
11 -775
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Greases 306, VII -208
Properties 395, VII -210; 1237, VII -263
Structure 395, VII -210; 1237, VII -263
See also Lithium Stearate Greases
Green's Functions 390, VII..-349; 622, VII -475;
Grignard Reagents 326, VII -240
Group Algebra 1040, VII -335
Group Characters
Theory 1040, VII -335
Group Theory 708, VII -389
Groups (Mathematics) 216, VII -323; 390, VII -349; 747, VII -402;
950, VII -333; 1194, VII -707; 1239, VII -714;
1357, VII -338; 1476, VII -411
See also Abelian Groups
Bicyclic Groups
Finite Groups
Galois Groups
Holonomy Groups
Lie Groups
Guided Missile Reliability 1550, VII -728
1238,
VII-433
HMX
Structure 7611. VII -101
Hafnium Isotopes
Decay 408, VII-653; 931, VII -68
Halides
Replacement 1179, VII -676
Hall Effect 627, VII -96; 718, vii-660
Halogenation 427, VII-28l
Haloquinolines 312, VII -238
Hammett's Sigma Values 1509, VII -107
Hankel Transforms 922, VII -372
Hardness Tests 429, VII -520
Harmonic Forms 1106, VII -380
Harmonic Functions 444, VII -352;
Harmonic Integrals 1503, VII -721
Harmonic Mappings 148, VII -341
Heat Conductivity 151, VII-85; 794,
Heat Equation 1106, VII -380
Heat Flow 631, VII -439
Heat Flow Equation 246, VII -343
Heat Transfer 456, VII -489; 760, VII -737; 874, VII -531; 940, VII -749;
1164, VII -750
See also Boiling Heat Transfer
Heats of Wetting
Measurement 227, VII -206
Heavy Water
Spectra 675, 1111-54
925, VII-374
VII -131
_
VII - 832
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SUBJECT INDEX (Continued) ?
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Helium
Heat Conductivity 794, V11-131
Spectra 488, 1111 -48
Helium Ions 158, VII -79
Helley's Theorem 619, VII -358
Hemicellulose
Structure 544, VII -663
See also Cellulose
Hemimellitine 69, 1111-272
Hemithioketals 1258, VII-702
Heptane 227, VII -206
Cyclization 117, VII -115
Heptene
Cyclization 117, VII -115
Hermite Polynomials 867, VII -368
Hermitian Manifolds 1503, VII -721
n-Hexadecyl Hydrazine 684, VII -683
Hexane
Cyclization 117, VII -115
Hexane Flames 712, VII -137
Hexanes 82, 1111 -203
Properties 283, VII -235
Hexafluoroazomethane
Fluorination 68; VII -270
Hexafluoroethane 781, VII -128
Hexazdienes 1276, VII -182
Hilbert Space 1014, VII -717; 1222, 1111 -382; 1476, VII-41l
Hilbert Space Methods 1106, 1111 -380
Hodge's Existence Theorem 1106, 1111 -380
Hodograph Transformations 956, 1111 -378
Holonomy Groups 943, NII -409
Homeomorphisms 1014, VII -717
Homogeneity-of-Means Test 672, 1111 -447
Honeycomb Panels
Stresses 1086, 1111 -756
Hydrazine 385, VII -165
Synthesis 763, vii-i68; 1245, 1111 -179
Hydrazines- 533, 1111 -119; 1276, VII-l82.
Hydriodic Acid 1179, 1111-676
Hydrocarbon Flames 175, 1111-45; 642, VII -52
Hydrocarbons
Combustion 776, 1111-459
Properties 115, VII -220; 283, VII -235
Spectra 5, VII-2l7; 115, 1111-220
Structure 115, VII -220; 283, 1111 -235; 68:4, VII -683
Synthesis 5, VII -217; 82, 1111 -203; 417, 1111 -279; 446, VII -282;
767, VII-4l; 1218, VII -296
Thermodynamic Constants 115, 1111 -220
VII "- 833
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Hydrocarbonyls 1277, VII -696
Hydrodynamical Stability 690, VII -361
HydrodynAmics 538, VII -422
Hydrofluoroethylene 781, VII -128
Hydrogen 574, VII -665; 916, VII-l76
Combustion 776, 1111-459
Compressibility 539, VII -27
Deposition Potential 447, 1111 -150
Heat Conductivity 794, VII-l31
Hydrogen Bond 846, VII-259; 1087, VII.-692
Hydrogen Bromide 425, 1111 -187
Hydrogen Flame 642, 1111 -52
Hydrogen Fluoride 592, 1111 -151
Hydrogen Halides 1087, 1111 -692
Hydrogen Ions 158, 1111 -79; 174, VII -81
Hydrogen Peroxide 97, vii-161; 300, 1111 -237; 1394, VII -697
Hydrogenation 204, VII -204; 698, VII-l21; 1107, VII -294
Hydroperoxides (Organic) 205, 1111 -314
Hydrotroponitrile 380, VII -277
Hydroxamic Acids 670, 1111 -687
Hydroxybiphenyls 23, 1111 -157
Hydroxylamine-Isomonosulfonic Acid 1058, VII -261
Hydroxylamine -0 -Sulfonic Acid 1245, 1111 -179
Hyperbolic Differential Equations 910, 1111 -370 -
Hyperbolic Functions 1278, VII -442
Hypergeometric Distribution 460, 1111 -445
Idempotent Elements 626, VII -325
Ignition 712, 1111 -137; 776, VII -459;
Ignition Regulators 836, 1111 _172
Image Tubes 140, 1111 -31
Imine Ring 729, VII -287
Iminobutanes' .
Reactions 729, 1111 -287
Impact Tubes 231, 1111 -512
Indium
Properties 5391_VII -27 ,
Indium Alloys
Properties 738, VII -494
Indium Compounds
Structure 1509, 1111 -107
Indium Isotopes
'Decay 808, 1111 -67
Information Theory 1151, VII -533
Infrared Spectra 5, VII-2l7; 115, VII-220; 669, 1111 -255; 967,
1549, 1111-734
1515, y11-733"
vii - 834
VII -690;
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Integral Equations 390, VII -349; 452, 1111 -437; 925, VII -374;
1013, VII -649
Integral Transforms 867, VII -368; 922, VII -372
Integrals
SEE Abelian Integrals
Divergent Integrals
Integration 390, VII -349
Integro -Differential Operators 925, 1111 -374
Interferometers 548, 1111 -253; 868, VII -6
Applications 71, VII -465
Interferometry
Applications 510, 1111 -37
Interlingua 115, VII -220
Internal Combustion Engines 1000, VII -497;
Compression Temperature 1549, 1111-734
Gas Temperatures 1553, 1111 -735
Internal Constraints 1502, 1111 -769
Interpolation 888, 1111 -710
Intervals
SEE Confidence Intervals
Invariance 460, VII -445
Invariant Means 1476, VII-411
Inventory Theory 1053, 1111 -392
involutbrial Algebras 1194, 1111 -707
Iodides
Nuclear Quadrupole Resonance 1509, 1111 -107
Iodination 367, VII -275
Iodine 308, VII -86
Iodine Isotopes
Decay 920, VII -655
Iodine Monobromide 463, VII -46
Iodine Monofluoride 463, 1111 -46
Iodoform
Spectra 967, 1111 -690
Iodoquinolines 312, 1111 -238
Ion Beams (Negative) 174, 1111 -81
Ion Exchange 695, VII -688
Ion Exchange Resins 84, 1111 -312; 509, 1111 -190
Ions, Gaseous 158, 1111 -79
Ion Sources 158, 1111 -79; 174, VII-81
Iron
1320, VII -463
Adsorption of Organic Compounds 457, 11II-212
Complex Ions 18, 11II-219; 670, VII-687
Corrosion 29, VII-141
Corrosion Prevention 69, VII-153
Ferromagnetism 573, VII-94
Heat of Adsorption 204, VII-204
Neutron Scattering 536, VII-63
Oxidation 366, VII-118
14: CIA-RDP81-0104:11Rnn99nn',nnnni n
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SUBJECT INDEX (Continued)
Note: The first number following each subject
Number, the second is the page number.
Iron (continued)
Preparation 782, VII-579
Properties 782, 11II-579
Iron Alloys 345, VII-552; 499, VII-567; 629, VII-573
Transformations 256, VII-550
Iron Carbides 202, VII-549
Iron Carbonyls 1277, VII-696
Iron Chloride
' ? Reduction 1558, 11II-297
Iron Compounds 29, VII-141
Iron Halides 425, VII-187
Iron Oxide 111, VII-113
Isentropic Flow 679, VII-477; 892, VII-429
Isometrics 943, VII-409
Isomorphisms
SEE Algebraic Isomorphisms
Isotopes
Abundance 996, 11II-70
Masses 996, 11II-70
heading is the Proposal
Jacobi Expansions
Jacobian Varieties
Jet Phenomena
Photography
Joints
888,
885,
361,
1111 -710
1111 -406
1111 -74
SEE Expansion Joints
Jordan Algebras 626, 11II-325; 1194, VII-707; 1236, VII-337
Jordan Rings 626, 11II-325; 1236, VII-337
'Kehler Varieties 885, 11II-406
Kahlerian Manifolds 1503, 11II-721
Kernel Expansion Method 516, VII-356
Ketene
Spectra 562, VII-49
Keto Acids 1252, 11II-700
P-Keto Esters 69, VII-272
Ketones 367, 11II-275; 1258, VII-702
Klein Spaces 749, VII-404
See also Clifford-Klein Spaces
VII - 836
?
?
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Knudsen Flow 4, VII-111
Kohlrauschls Law 341, VII-242
KgsterrEffect 351, V11-773
Krypton'
Adsorption 547, VII-216
Properties 539, VII-27
Spectra 488, 11II-48
Krypton Isotopes
Decay 408, 1111-653
Lactones 735, VII -698; 1252, V11-700
Lagrange Interpolation Formula 888, VII-7l0
Laguerre Polynomials 867, VII -368
Iamb Shift 293, 1111-57
Laminar Flow 760, VII -737
Lanthanum Isotopes
Decay 931, VII -68
Latent Images 329, VII -73
Lattice Vacancies 351, VII -773
Lattices (Mathematics) 619, VII -358;
708, VII -389;
640,
730,
1111 -326;
V11-329;
672, VII -447;
1014, V11-717;
1194, VII-707
See also Boolean Lattices
Distributive Lattices
Laurent Series 390, 1111 -349
Lead
Interdiffusion in Bismuth 396, VII -545
Interdiffusion in Zinc 396, 1111 -545
Properties 289, VII -3
Lead Alloys 151, VII -83
Thermoelectricity 7792 VII -575
Lead Isotopes 767, VII -41 .
Lead Silicate 739, 11II-123
Lead Stannate 741, VII -126
Lead Sulfate 602, VII -197
Lead Titanate 741, 1111 -126
Lead Zirconate 741, VII -126
Least Area Problem 1045, VII -712
Least Squares Method 888, VII -710
Legendre Transforms 867, VII -368
Lie Algebras 1194, VII -707
Lie Groups 720, VII -400; 7492 VII -404;
Lie Rings 626, V11-325; 1040, 1111-335
Life Tests 744, VII -754; 1101, 1111-451
1239, VII -714;
VII - 837
1503,
V1f-721
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SUBJECT INDEX .(Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Ligands 347, VII -244
Light
Atmospheric Attentuation 844, VII -174
Light Scattering Functions 501, 1111 -214.
Lime 740, 1111 -124
Applications 111, 1111 -113
Limit Problems 1238, V11-433
Lin Operation 1014, 1111 -717
Linear Algebra .497, VII -354; 1194, 1111-707
Linear Algebraic Equations 1089, VII -724
Linear Differential Equations 246, 1111 -343; 390, 1111 -349
Linear Equations 956, VII -378; 1357, VII -338
Linear Functionals 1014, VII-7l7
Linear Integral Equations 452, VII -437
Linear Molecules
Spectra 115, 1111 -220
Linear Operators 1476, VII -411
Linear Spaces 1476, VII -411
Linear Systems 885, 1111 -406
Liquids
Dielectric Properties 1087, VII -692
Diffusion 403, 1111 -705
Equations of State 664, VII -669; 814, 1111 -531
Properties 270, Vu-i; 289, VII -3; 525, 1111-685; 664, 1111 -669;
674, 1111-646; 686, 1111 -6
Structure 868, VII -6
Transport Properties 403,
Lithium 751, 1111 -201
V11-705; 874, VII-531
Lithium Chloride 341, 1111 -242;
525, 11I1.-685
Lithium Compounds
Solubility
300, 1111 -237;
1394, 1111 -697
Lithium Compounds
(Organic) 828,
1111 -288
Lithium Hydride
916, VII-l76
Lithium Hydroxide
425, VII -187;
967, VII-690
Lithium Stearate Greases 1237, VII -263
Logarithmic Potential Functions 867, VII -368
Logic
SEE Mathematical Logic
Low Temperature Research
SEE Cryogenics
Lubricants 1464, 1111 -704
Adsorption 457, VII -212
Properties 924, 1111 -485
,Synthesis 82? VII -203
Thickeners 306, 1111 -208
Lubrication 1156, VII -746; 1568, VII -487
See also Gear Lubrication
VII - 838
?
4
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Lucite
Properties 79, 11II-506
Luminescence 384, VII-246
Lustrex
Properties 79, 11II-506
Lutecium Isotopes 767, 11II-41
Decay 931, VII-68
Machining 232, VII -501
Magnesia 740, VII-l24
Magnesium
Creep 1315, vii-560
Magnesium Alloys 287, 1111-543
Creep 1315, 1111 -560
Properties 1285, V11-777
Stress Analysis 78, VII -503
Magnesium Complexes 347, 1111-244
Magnesium Hydroxide 967, VII -690
Magnesium Powder
Combustion 916, 1111 -176
Magnetohydrodynamics 1823, VII -723
Magnus Effect 1082, 1111 -771
Maleic Anhydride
Hydrogenation 1558, 1111 -297
Manganese
Complex Ions 18, 1111 -219
- Determination 615, 1111 -199
Meson Capture 445, 1111 -24
Manganese Alloys 499, 1111-567; 534$ VII -569
Manganese Carbonyls 1277, 1111 -696
Manganese Complexes 347, 1111-244 -
Manifolds (Mathematics)
258, VII -347;
266,
1111-395;
410, V11-397;
720, 1111 -400;
943,
V11-409;
1106; VII -380;.
1503, 1111 -721
Manich Reaction 380, 1111
-277
Manufacturing Systems
Mathematical Analysis 1529, 1111 -731
Mappings- 1014, 1111 -717
See also Conformal Mapping
Markov Chains 1254, 1111-453
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VII - 839
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SUBJECT INDEX (Caatinued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Mass Spectrographs 355, VII -472
Mass Spectrometers 158, VII -79; 174, VII-8l
Mass Transfer 874, VII -531; 887, VII -666; 940, VII -749; 1562, VII -668
Materials
Failure 744, VII -754
Fatigue 744, VII -754
Tests 1556, VII -780
Mathematical Decision Problem 708, VII -389
Mathematical Logic 1333, VII-4)11; 1445, VII-.726
Mathematical Systems 708, VII -389
Matrices (Mathematics) 888, VII -710; 1194, VII -707
Functions 168, VII -321
Matrix Algebra 168, VII-32l; 216, VII -323; 730, VII -329; 1357, VII -338
Matrix Inversion 1089, VII -724
Maxwell-Boltzmann Equation 1119, VII -431
Measure Functions 1053, VII -392
Measures (Mathematics) 619, VII -358
See also Shannon-Weiner Measure
Measuring Instruments 510, VII -37; 1307, VII -767
Membranes
Vibration 166, VII -418
Mercaptans
Spectra 669, VII -255
Mercaptoethanols 1258, VII -702
Mercury
Complex Compounds 177, VII -229
Mercury Aerosols 501, VII -214
Mercury Electrodes 592, VII -151
Mercury Isotopes
Decay 376, VII -61; 408, VII -653;
Meromorphic Functions 444, VII -352
Mesityl Oxide
Hydrogenation 1558, VII -297
Mesons 2930 VII -57; 348, VII -89; 445, VII -24
Metal Carbonyls 1277, VII -696
Metal Crystals
Growth 400, VII -577
Polishing 165, VII -85
Metal Cyanides 1277, VII -696
Metal Halides 425, VII -187
'Metal Ions "
Chelate Complexes 670, VII -687
Metal Oxides
Electrolysis 340, VII-l48
Metals
Adsorption of Organic Compounds 204, VII -204; 227; VII -206;
457, VII -212
808,
VII -67
-
VII - 840
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Metals (continued)
Coating 366, VII-118
Corrosion 25, VII -561; 29, VII-l41; 179, VII -565; 366, VII-118;
869, VII-l53
Damping 79, VII -506
Deformation 187, VII -509
Electrical Conductivity 151, VII -83
Electrodeposition 447, VII-l50
Fatigue Failure 313, VII-5l4.
Fracture 187, VII -509
Friction 375, VII -743
Grain Growth 345, VII -552
Heat Conductivity 151, VII -83
Machining 232, VII -501
Neutron Scattering 536, VII -63
Oxidation 25, VII-56l; 499, VII -567
Plastic Deformation 644, VII -558; 688, VII -554;
Plasticity 78, VII -503; 232, VII-50l
Strength Limitation 1556, VII -780
Stresses 313, VII-5l4; 1288, VII -763
Strip-Rolling 78, VII -503
Ultrasonic Propagation 79, VII -506
Wear 375, VII -743
Meteor Trails 328, VII -9
Meteorites 587, VII-l6
Meteors 587, VII-l6
Methacrylic Polymers 765, VII-308
Methane 916, VII-l76
Combustion 776, VII -459
Methane Flame 642, VII -52
Methanes 115, VII -220
Methanol 115, 1111 -220; 155, VII -226; 868, VII -6
Methyl Acetate-
Properties 674, VII -646
1 -Methyl -a-Fenchene 326, VII -240
Methylacetamide 341, VII -242
ow,-Methylacrylic Acid 483, 11II-316
Methylammonium Ion 1173, 1111-694
Methylbenzyl Alcohols 69, 1111 -272
Methylbenzyldimethylamine 69, VII -272
Methylbutyramide 341, 1111 -242
2 -Methylfenchol 326, 1111 -240
Methylene Chloride 378, 1111 -303
Methylenediamines 380, 1111 -277
Methylethyl Ketone 852, VII -289
Methylphosphine 817, VII-678
Methylpropionamide 341, 1111 -242
Micelles 684, VII -683
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VII - 841
1086, 1111 -756
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SUBJECT INDEX (Continued)
Note: The first number following each subject
Number, the second is the page number.
Micrometers 1307, VII -767
Microphotometers 1050, VII -20
Minimal Surface Equations 148, VII.-341
Missile .Trajectories 747, VII -402
Mixtures
Properties 664, VII -669
Volume 508, VII -252
Models (Mathematics) 708, VII -389; 1371A, -455
Modular Functions 640, VII.-326
Molecular COmplexes 1277, VII -696
Molecular Constants 463, VII -46
Molecular Weight
Determination 501, VII -214
Molecules
Bonds 846, VII -259
Collisions 644, VII -669
Dissociation 846, VII -259
Scattering 664, VII -669
Vibrations 115, VII -220
Molybdate Ions
Reduction 1081, VII -319
Molybdenum
Oxidation 25, VII -561
Photoelectric Yield 392, VII -656
Sublimation 165, VII -85
Molybdenum Alloys 345, VII-.552; 534, v11-569
Electroplating 89, VII -143
Molybdenum Complexes 1081, VII -319
Molybdenum Disulfide 924, VII.-485; 1568, VII -487
Molybdenum Trioxide 340, VII -148
Mono chloramine
Absorption Spectra 763, VII -168
Monochlorogermane 5, VII -217
Montang's Theorem 655, VII-399
Monte Carlo Method 1089, VII -724
Multiple Comparisons Test 672, VII -447
Multiple F Tests 672, VII -447
Multiple Range Test 672, VII -447
Multiplicity Theory 452, VII -437
Multivariate Analysis 460, VII -445;
heading is the Proposal
Naphthalene 887, VII -666
Sublimation 940, VII -749
Naphthalides 1558, VII -297
Naphthols
Halogenation 427, VII-28l
Negative Ions 174, VII -81
1599, v11-729
vii - 842
...1.11,1641.Z?P?41.10.0.Is
.1
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Neocupferron 869, VII-153
Neon
Properties 539, VII-27
Spectra 488, VII-48
Neon Ions 158, VII-79
Neon Isotopes
Decay 376, VII-61
Net Systems
Vibration 166, VII-418
Neutron Beams 1623, VII-109
Neutrons
Scattering 536, VII-63
Newton's Method 452, VII-437
Nickel
Fatigue 1230, VII-759
Ferromagnetism 573, VII-94
Heat Transfer 1164, VII-750
Oxidation 25, VII-561
Photoelectric Yield 392, VII-656
Nickel Alloys 499, 1111-567; 629, VII-573
Diffusion 703, VII-98
Electroplating 89, 1111-143
Subgrain Structure 688, VII-554
Nickel Catalysts 204, VII-204
Nickel Chelates 509, VII-190
Nickel Chloride
Reduction 1558, VII-297
Nickel Complexes 347, 1711-244
- Characterization 1277, VII-696
Nickel Compounds (Organic) 684, VII-683
Nickel Cyanides 1277, VII-696
Nickel Steel 1500, VII-778
Niobium
Oxidation 252 VII-561
Nitramide 1173, VII-694
Nitramine 761, VII-101
Nitrate Esters 1009, VII-292
Nitrates (Organic)
Hydrolysis 1009, VII-292
Nitration 23, VII-I57; 225, VII-164
Nitric Acid 586, VII-195
Nitrite Esters 1009, VII-292
Nitro Compounds 455, VII-166
Determination 1179, VII-676
Nitro Compounds (Organic) 10, VII-l55; 590, v11-286
Quadrupole Resonance 1016, VII-644
Synthesis 571, VII-284
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VII - 843
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I
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Nitro Group 23, 11II-157; 225, VII-164
Spectra 669, 11II-255
Nitroaryl Azides 871 VII-159; 948, 11II-178
Nitroaryl Halides
Reactions 1179, VII-676
2-Nitrobenzaldehyde 852, 11II-289
10.
'SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Nuclear Reactions 536, VII-63
Nuclear Reactors 689, VII-65
Nuclear Theory 920, NII-655
Nuclear Wave Functions 296, VII-59
Nuclei 408, 11II-653
Energy Levels 931, 11II-68
Nitrobenzene 592, VII-151; 948, 11II-178; 1179, VII-676
Structure 296, VII-59; 536, VII-63
4-Nitrobenzenesulfinazide 613, 11II-674
See also Radioactive Nuclei
Nitroethanes 10, 11II-155
Number Theory 708, 11II-389
Nitrogen 574, VII-665
Nylon
Bond Energy 775, VII-171
Properties 79, VII-506
Properties 539, 1111-27
Nitrogen Compounds 1173, VII-694
Nitrogen Compounds (Organic) 225, VII-164; 455, V11-166;
1276, VII-182
Octafluorocyclobutane 781, 11II-128
Quadrupole Resonance 1016, 11II-644
Octadecanes 82, VII-203
Nitrogen Dioxide
Octadienes 446, VII-282
Spectra 562, VII-49
Octane
Nitrogen Pentoxide 1173, 1II-694
Cyclization 117, VII-115
Nitrogen Plosophore Systems 1276, VII-182
Octano1-2 380, VII-277
Nitrogen Tetroxide 586, 11II-195
Octatrienes .446, 11II-282
Nitromethane 155, 11II-226
2-Octyl Nitrate
Nitronic Esters 590, VII-286
Nitroparaffins 10, 11II-155; 590, 11II-286
rt
Hydrolysis 1009, 11II-292
Olefins 417, VII-279
Nitrophenyl Azides 871 11II-159
Reactions 698, VII-121
2-Nitropropane 380, 11II-277
Synthesis 69, VII-272
Nitropropanes 10, 11II-155
Omegatrons 996, VII-70
Nitropyridine 571, VII-284
Operational Calculus 867, 11II-368
Nitropyridones 571, VII-284
Operator Algebras 1194, VII-707; 1503, 11II-721
Nitropyrimidines 571, VII-284
Operators (Mathematics) 516, 11II-356; 1106, VII-380;
1362, 11II-385;
Nitroquinolines 225, VII-164
1476, VII-4l1
Nitrosamines 1245, VII-179
See also Differential Operators
Nitroso Compounds 455, 11II-166
Integro-Differential Operators
Nitrosyl Bromide 1016, 11II-644
Linear Operators '
Nitrotoluenes -9481
Optical Coatings 833, 1111-76
Nitrourethane 1173, 11II-694
yitryl Chloride 1016, 11II-644
n-Nonadecanoic Acid 204, VII-204
Optical Filters 833, VII-76
Organic Compounds
Absorption Spectra 658, VII-254
Nonlinear Circuits 1581, VII-751
Adsorption by Metals 204, VII-204; 227:1111-206;
457, 11II-212
Nonlinear Equations 956, 11II-378; 1302, 11II-384
Halogenation 427, 11II-281
I'
Nonlinear Integral Equations 246, VII-343;. 452,- 11II-437
Racemization 875, VII-291
Nonlinear Systems 910, 11II-370
Organometallic Compounds 828, VII-288
Non-Newtonian Fluids
Orifices
Motion 538, 11II-422
Normal Distribution 460, VII-445
Novolacs 12, VII-299
Nuclear Magnetic Resonance 868, VII-6
Nuclear Particles 445, 11II-24
Scattering 293, 11II-57
VII - 844
.Ttgos4.-niTriMaZ=.
Fluid Flow 1336, 11II-739
Orr-Sommerfeld Equation 246, VII-343
Osmium Isotopes
Decay 931, 11II-68
Oxalate Ions 615, 11II-199'
Oxalic Acid 204, VII-204
Oxalyl Chloride 115, 11II-220
vii - 845
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Oxidation 25, VII-561
Oxidation-Reduction Reactions 1081, 11II-319
Oximes 115, VII-220
Oxygen
Properties 539, VII-27
Oxygenation 18, VII-219
Ozone 1150 VII-220; 916, VII-176
PETN'
Detonation 423, 11II-34
Painlere. Equations 956, VII-378
Palladium 174, VII-81
Photoelectric Yield 392, VII-656
Palladium Alloys 1453, 11II-775
Diffusion 703, VII-98
Palladium Isotopes
Decay 808, VII-67
Palmitic Acid 204, 11II-204
Parabolic Equations 248, VII-346
Paradichlorobenzene
Polymerization 1369, VII-310
Quadrupole Moment Spectra 308, VII-86
Paraffins
Structure 684, VII-683
Parallelotopes 1014, VII-717
Parametric Double Integral Problems 1045, VII -712_
Partial Differential Equations 148, VII-341; 248, 11II-346; 390,
497, VII-354; 538, 11II-422; 01,
690, 1111-361; 860, VII-366; 867,
910, VII-370; 944, VII-376; 956,
1089, VII-724; 1362, 11II-385; 1581,
1823, VII-723 ,
Particle Accelerators 536, VII-63; 565,, VII-39; 996, VII-70
Patterson Diagrams 1058, VII-261
-Pearlite 534, VII-569; 1500, VII-778
Pentanes
Properties 283, VII-235
Pentosan
Structure 544, 11II-663
Perborates 97, VII-161
Perfluorocyclobutane 781, VII-128
Perfluoroethylene 781, 11II-128
Periodates
Oxidation 544, VII-663
Permanganate Ions 615, VII-199
Permutati,on Group 664, VII-669
11II-349;
11II-439;
VII-368;
v11-378;
VII-751;
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Peroxides 97, VII-161; 100, VII-163
Synthesis 435, VII-189
Phenol-Formaldehyde Polymers 12, VII-299
Phenylchromium Compounds 326, 11II-240
Phenyldiazomethane 590, VII-286
Phenylhydrazines 1276, 11II-182
Phenylquinolines 225, VII-164
Phenylsilane 367, 11II-275
2-Phenyltetrahydrofuran 828, 11II-288
Phi Equation 538, 11II-422
Phosphines 817, VII-678
Phosphorescence 275, 11II-233; 841, 11II-680
Phosphorimetry 841, VII-680
Phosphors 384, 11II-246
Deterioration 174, VII-81
Phosphorus Halides 842, VII-257
Phosphorus Isotopes
Decay 808, VII-67
Photoelasticity 402, VII-518; 1322, 11II-105
Photoelectrons
Emission 392, VII-656
Photographic Emulsions 329, VII-73
Photographic Light Sources 317, VII-470
Photography
Apparatus 140, VII-31; 361, VII-74; 423, 11II-34
Photography
Applications 423, VII-34
Photometers 492, VII-36
Photometry 1050, VII-20
Applications 402, VII-518
Photons
Scattering 348, VII-89
Phototubes 492, 11II-36
Picard Varieties 885, 11II-406
Picryl Halides
Reactions 1179, VII-676
Piperidazines 533, VII-119
Piperidines 533, VII-119
Planes 655, 11/1-399
See also Desarguesian Planes
Planets
Orbits 426, VII-12; 1003, 11II-18
Planing 232, .VII-50l
Plastic Deformation 187, VII-509; 234, VII-752; 526, VII-5.24;
644, VII-558; 688, VII-554
Plasticity 78, VII-503; 232, 11II-501; 234, 11II-752; 538, VII-422;
? 1371B, VII-387
r)4,- I?sa r":7'.`"
VII --846
VII - 847
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Plates
Bending 1232, VII -761
Fracture 1086, VII -756
Stresses 26, VII -413; 234, VII -752; 365, VII -517; 486, VII -522;
570, VII -525; 1086, 1111 -756
Vibration 1232, 1111 -761; 1502, 1111 -769
Plating Brighteners 269, VII-l46
Platinum
Heat of Adsorption 204, 1111 -204
Photoelectric-Yield 392, 1111 -656
Platinum Isotopes
Decay 931, 1111 -68
Plexiglas
Properties 79, VII-.506
Pochhammer-Chree Equation 187, VII -509
Poiseuille Flow 4, VII -111
Poisson Formula 246, 1111-343
Poisson Transform 922, VII -372
Polarization 29, VII -141; 718, VII -660
Polarography 592, VII-15l
Polyacrylic Acid 509, VII-l90
Polyampholytes 765, VII -308
Polyatomic Molecules
Dissociation 846, VII -259
Polychromates 388, VII -248
Polyethyleneimine 509, VII-l90
Polygonization 644, VII -558; 688, VII -554
Polyisobutylene 378, VII-303
Polymerization 139, VII -310
Polymers
Characterization 403, 1111 -705
Degradation 781, VII -128
Tropprties 303, VII -116; 310, VII -301; 37,8; VII -303; -781, VII-l28
Structure 310, VII-30l; 378, VII -303; 781, VII-l28
Synthesis 12, VII -299; ? 533, V11-119; 765, 1111-308; 781, v11-128;
1369, VII-..310
Polynomial Expansions 888, VII -710; 925, 1111 -374 ,
Polynomial Sets 516, VII-356
Polynomials
SEE Appell Polynomials
Hermite Polynomials
Laguerre Polynomials
Polyphenyl Polymers 310, VII -301
Polyphenylchromium Compounds 326, VII -240
Folyphenyls 1369, VII -310
Polystyrene 303, 1111 -116; 378, VII -303
Properties 270, VII -1
Polytetrafluoroethylene 781, VII-l28
VII - 848
*IP
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Polyvanadates 388, VII-248
Polyvinyl Acetate 303, VII-116; 378, VII-303
Polyvinyl Alcohol 303, VII-116
Polyvinyl Chloride
Properties 79, v11-506
Polyvinylamine 509, VII-190
Pontryagin Rings 720, VII-400
Porosity 4, VII-111
Positronium 348, VII-89
Positrons 348, VII-89
Potassium
Properties 539, VII-27
Potassium Acetate 695, v11-688
Potassium Borohydride
Spectra 967, 11II-690
Potassium Bromide
Solubility 695, VII-688
Potassium Chloride 341, 11II-242
Properties 548, VII-253
Potassium Compounds 384, VII-246
Solubility 300, VII-237; 1394,
Potassium Perchlorate 844, VII-174
Potassium Superoxide 435, 1111-189
Praesodymium Isotopes
Decay 931, VII-68
Precipitates
Aging 602, VII-197
Presburgerls Procedure 1333, 11II-444
Pressure
Effects 508, 1111-252; 574, v11-665
Measurement 3552 1111-472
Transmission 5392 v11-27 -
Principal Ideal Theorem 1239, VII-714
Probability 460, VII-445; 1053, 11II-392;
1823, 11II=723
Probability Density Functions 148, VII-341
Production Systems
Mathematical Analysis 1529, VII-731
Projectiles
Deformation 1201, VII-651
Effectiveness 1201, VII-651
Penetration 1201, VII-651
Vibration 737, VII-535
Projections (Mathematics) 950, VII-333
Propane '
' Combustion 355, v11-472; 642, v11-52; 712, v11-137; 776, VII-459
1-Propanol 1087, VII-692
Propellants
Combustion 1515, VII-733
VII -697
1254,
VII-453;
1371A, v11-455;
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VII - 849
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Propionic Acids
Chelation 347, VII -244
Propionitrile
Fluorination 68, 1111 -270
Propylene 5, 1111-217
Combustion 776, VII -459
Propylsodium
Reactions 828, VII -288
Protective Coatings
SEE Coatings, Protective
Protons
Scattering 1466, VII -72
Psychomotor Tests 450, VII -491
Pulse Counting 492, VII -36
Pyridine 310, 1111 -301
Complex Compounds 177, VII -229
Derivatives 312, VII -238
Spectra 312, VII -238
Pyrimidine 571, VII -284
Pyrometers 1549, VII -734
7-Pyrone 5, 1111 -217
Pyrotechnics 844, 1111 -174
Quadratic Functionals 390, VII-349
Quadrupole Moment Spectra 308, V11-86
Quantum Electrodynamics 293, VII-57
Quantum Theory 1371A, VII-455
Quinoline 312, VII-238
Quinuclidine 10, VII-155
RDX
Detonation 423, VII-34
Racemization 875, VII-291
Radiation
Detection 316, VII-23;
757, 11II-41
Radioactive Dating Techniques
Radioactive Nuclei
Decay 408, VII-653; 808, VII-67; 931, VII-68
Radioactive Tracers 869, VII-153; 1562, VII-668
Radiocarbon 767, VII-41
Radiography 565, VII-39
Radioisotopes 767, VII-41
Raman Spectra 5, 1111-217; 115, VII-220; 669, 11II-255
Random 'Current 1254, 11II-453
Raney Catalysts 1107, 11II-294
377, 11II-33; 392, VII-656; 445, VII-24;
757, VII-41'
VII - 850
'
Ytt'
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Raney Nickel 204, VII-204; 1258, VII-702
Rare Gases
Analysis 488, VII-48
Purification 488, VII-48
Raschig Synthesis 1245, VII-179
Rearrangement Reactions 69, VII-272; 483, 11II-316
Rectangular Distribution 460, VII-445
Rectifier Nets 1445, 11II-726
Red Giant Stars 482, VII-13
Redox Reactions
SEE Oxidation-Reduction Reactions
Reduction of Order Theorem 690, 11II-361
Reflective Coatings 833, VII-76
Reformatsky Reaction 69, VII-272
Refractometers 1322, VII-105
Refractory Materials 111, VII-113
Reisz Theory 860, VII-366
Relativity 154, 11II-415; 1119, VII-431
Relaxation 351, VII-773
Reliability 1550, VII-728
Resins
SEE Chelate Resins
Ion Exchange Resins
Resistors
Temperature Factors 736, 11II-493
Riccati Equations 956, VII-378
Riemann Spaces 154, 11II-415; 258, 1111-347; 943, VII-409;
Riemann Surfaces 444, 11II-352
Riemann-Roch Theorem /1441 1111-352
Rijke Tube 355, VII-472.
Ring Expansion Joints 854, 11II-427; 1409, VII-435
Rings (Mathematics) 626, VII-325; 730, VII-329; 1194, VII-707;
1222,V11-382
See also Jordan Rings
Lie Rings
Pontryagin?Rings
Rock Salt 178B, 11II-539
Rockets
Vibration 737, VII-535
Rods
Stresses 526, VII-524
Rotating Disc Experiment 313, 11II-514
Rubber
Aging 884, VII-133
Oxidation 884, 11II-133
Properties 884, VII-133
1239, VII -714
VII - 851
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Rubidium
Properties 539,, VII-.27
Ruling Engines 510, VII-37
Runge-Fox Method 1581, VII -751
Sagamore Research Conferences 1556, VII-780
Sampling 460, VII-445; 672, VII-447; 1089, VII-724;
Satellites 1072, VII-643
Orbits 1003, VII-18
Scaling 499, VII-567
Scatter-Sounding
Analysis 520, VII-14
Schiff Bases 762, VII-318
Schlieren Photography 423, VII-34; 485, VII-672
Applications 456, VII-489
Schmidt Reactian 948, VII-178
Schmidt Theory 452, VII-437
Schrodinger Equation 664, VII-669; 1089, VII-724
Scintillation Counters 316, 1J11-23; 767, VII-41
Second Order Equations 956, VII-378
Sediments
Transportation 874, VII-531
Selenium
Reduction 1558, VII-297
Selenium Compounds 667, VII-658
Selenium Compounds (Organic) 399, VII-249
Semiconductors 627, V11-96; 738, VII-494
Semigroups 715, VII-363; 730, VII-329; 925,
1362, VII-385; 1476, VII-411
Semispaces 1014, VII-717
Sentential Calculus 708, VII-389 .
Sequential Estimation 1599, VII-729
Set Theory 708, VII-389
Sets (Mathematics) 390, VII-349
See also Polynomial Sets
Shannon-Weiner Measure 460, VII-445
Shaped Charges
Photography 361, VII-74
Shear Flow 622, VII-475
Shear Stress 313, VII-514
Shear-Webs
Stresses 1213, VII-530
Sheaves (Mathematics) 943, VII-409; 1503, VII-721
Shells
Buckling 1301, VII-765
Stresses 234, V1I-752;? 854, VII-427; 999, VII-529; 1086, VII-756
Vibration 1502, VII-769
1101, VII-451
VII -374; 1239, VII -714;
VII - 852
b.
4
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number. *
Shells of Revolution 1409, VII-435
Shock Tubes 71, VII-465
Shock Waves 622, VII-475
Propagation 71, VII-465
Refraction 71, VII-465
Silane
Spectra 967, VII-690
Silica 306, VII-208
Silicon Compounts (Organic) 367, VII-275; 463, VII-46; 817, VII-678;
1464, VII-704
Silicon Tetrafluoride 115, VII-220
Silver 178B, VII-539
Corrosion Prevention 869, VII-153
Photoelectric Yield 392, VII-656
Silver Acetate
Solubility 695, VII-688
Silver Alloys 287, VII-543; 351, VII-773; 568, VII-571
Properties 1285, VII-777; 1453, VII-775
Silver Bromide 602, VII-197
Silver Chloride
Polarization 718, VII-660
Silver Compounds 174, VII-81
Silver Halides 779, VII-575
Silver Isotopes
Decay 408, VII-653; 920, VII-655
Silver Nitrate
Solubility 695, VII-688
Silver Sulfide 779, VII-575
Silylphosphorus *Compounds
Synthesis 817, VII-678
Single Crystals,
Preparation 269, VII-146
Sliding Friction 665, VII-745
Slip Bands 644, V11-558
Sodium 751, V11-201
Fluorescence 838, VII-647
Properties 539, VII-27
Sodium Acetate 695, VII-688
Sodium Amide 69, V11-272 *
Sodium Borohydride
Spectra 967, VII-690
Sodium Bromide 695, VII-688; 751, VII-201'
Sodium Chloride 341, VII-242
Polarization 718, VII-660
Properties 548, VII-253
Sodium Compounds
Solubility 300, VII-237; 1394,
Sodium Compounds (Organic)
Reactions 828, V11-288
V11-697
VII - 853
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SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.'
Sodium Halides 341, VII-242.
Sodium Iodide 536, VII-63; 751, VII-201
Fluorescence 838, VII-647
Reactions 1009, VII-292
Sodium Isotopes
Decay 376, VII-61
Sodium Molybdate 340, VII-148
Sodium. Naphthalide .
Reactions 1558, VII-297
Sodium Nitrate
Spectra 967, VII-690
Sodium Nitromalonaldehyde 571, VII-284
Sodium Superoxide 435, v11-189
Soils
Propagation of Sound 572, VII-4
Properties 788, VII-527
Solar Corona 1050, VII-20
Solid Mechanics 1823, VII-723
Solid Solutions
Anelasticity 1453, VII-775
Internal Friction 1453, VII-775
Solids
Properties 289, VII-3; 1119, VII-431; 1322, VII-105
Solubility 695, VII-688
Solutions
Properties 525, VII-685
Standardization 543, v11-192
Solvmanifolds 749, VII-404
Sound
Propagation 572, VII-4
Space; Spages
SEE Banach Spaces
Hilbert Space
Klein Spaces
Linear Spaces
Riemann Space
Spinor -Spaces
Vector Spaces
Spectra
SEE Absorption Spectra
Raman Spectra, etc.
Spectroscopy
Applications 841, 1JII-680
Gas Discharges 488, VII-48
Instrumentation 140, VII-31; 510, V11-37
Spheres
Electrostatic Properties 538; VII-422
Stress Analysis 234, VII-752
? VII- 854
igg=is447MT,t5a7-74-1T413EATar*..4.1-...a.--,
OW.
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Spiner Spaces 154, VII -415
Stability
SEE Hydrodynamical Stability
Stannous Tin '
Reduction 1081, VII -319
Starch
Derivatives 544, VII -663
Stark Effect 1016, VII -644
Stars
Observations 1003, VII -18
Red Giants 482, VII -13
Statistics 460, VII -445; 1254, V11-453
Steady State Flow 4, Vu-ill
Stearic Acid 227, VII -206; 1164, VII-75O
Steel
Corrosion 29, VII -141
Fatigue 313, VII-5l4
Fretting 1142, VII -537
Heat of Adsorption 204, VII-204.
Heat Treatment 313, VII -514; 629, VII -573
Properties 151, VII -83
Radiography 565, VII-39
Stresses 78, VII -503; 231, VII -512; 1086, VII -756
Transformations 534, VII -569
Ultrasonic Propagation 79, VII-506
Wear 1142, VII -537
Stellar Atmospheres
Turbulence 3631'1/1i-10
Stochastic Processes 246, VII -343; 460, VII -445; 925, VII-374;
1371A, VII -455
Strain Gages 187, VII -509; 465, VII -250
Applications 1288, VII -763
Stratified Flow 1364, VII -741
Stress
Anodic Phase 179, VII -565
Stress Analysis 26, VII-413; 78, VII -503; 187, VII-509. 214, VII -511;
- 231, VII -512; 234, VII -752; 313, VII -514; 365, v11-517;
402, viI -518; 429, v11-520; 474, v11-419; 486, v11-522;
491, VII -547; 526, VII-524; 538, VII -422; 788, v11=527;
854, v11-427; 1213, VII-530; 1230, VII -759; 1288, VII -763;
1301, VII-765; 1307, VII -767; 1322, -1(25; 1409, VII-435
See also Biaxial Stress Analysis
Triaxial Stress Analysis
? Stress Waves
Propagation 1307, VII -767
? Stroboscopes
Applications 737, VII -535
Strontium Peroxide 100,.VII -163
VII - 855
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SUBJECT INDEX (Continued)*
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Structures
Design 570, VII -525
See also Analytic Structures
Sturmian Theory 1302, VII.-384
Styrene 417, VII -279; 1009, 1111 -292
Subalgebras
SEE Abelian Subalgebras
Sublimation 887, VII -666
Subsonic Flow 622, VII -475; 1119, VII -431
Substitution (Mathematics) 855, VII -331
Substitution Reactions 69, VII-.272; 367, 1111 -275
Sucrose
Transport Properties 403, VII -705
Suess Effect 767, VII -41
Sulfamic Acid 1454, v11-265
Sulfanilimide 1454, VII -265
Sulfenic Acids
Derivatives 417, VII -279
Sulfenyl Halides 417, VII -279
Sulfonates (Organic)
Solvolysis 1009, VII -292
Sulfonic Acids 525, VII -685; 1058, VII -261
Sulfur
Reduction 1558, 1111 -297
Sugur Aerosols 501, VII -214
Sulfur Compounds 174, VII -81
Sulfur Compounds (Organic) 64, VII -267; 417, VII -279;
Sulfur Dichloride
Spectra 562, VII -49
Sulfur Dioxide
Spectra 562, 1111-49
Sulfur Halides
Spectra 562,, VII -49
Sulfuric Acid 586, VII -195
Superconductors 539, 1111 -27
Superoxides 97, 1111 -161
Supersonic Flow 8921,VII -429 ?
Surface Reactions 667, 1111 -658
Surfaces
Analysis 1466, 1111 -72 .
Boundary 1045, VII -712
Properties 514, VII -420
See also Riemann Surfaces
Suspensions
Viscosity 874, VII -531
. ? .
VII - 856,
1258, VII-702
11.
4
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Tantalum
Oxidation 25, VII -561
Photoelectric Yield 392, vii-656
Tantalum Isotopes 767, 1111 -41
Decay 931, VII -68
Target Fixation 450, VII -491
Targets
Penetration by Projectiles 1201, 1111 -651
Tarskits Procedure 1333,, V11-444
Tauberian Theorems 888, 1111 -710
Taurine 525, 1111 -685
Tautomerism 1252, VII -700
Taylor Instability 355, 1111 -472
Taylor Series 888, VII-71O
Teflon 781, 1111 -128
Properties 539, v11-27
Tellurium
Reduction 1558, VII -297
Tellurium Compounds (Organic) 399, VII -249
Tellurium Isotopes
Decay 408, 1111 -653; 920, VII -655
Temperature
Control 1250, VII-43
Measurement 1250, 1111 -43; 1320, VII-463;
1555, 1111 -735
Temperature Symposium 1250, VII -43
Tensor Fields 943, v11-409
Tensors 1503, VII -721
Tertiary Alcohols
Oxidation 326, VII -240
Test-to-Failure Method 1550, 1111 -728
Tetradecansmide 684, VII-63
Tetraethylenediamine 380, VII -277,
Tetraethylenepentamine 18, 1111 -219
Tetrafluoromethane 781, 1111 -128 ?
Tetrahydropyran 222, VII-23l
Tetraphenylchromiumiodide 326, VII -240
Tetrazenes 1276, 1111 -182
Tetrazoles 1276, VII.-182
Tetryl
Detonation 423, 1111-34
Thallium
Properties 539, 1111-27
Thallium Chloride 384, VII -246
Theory of the Base 885, 1111 -406
Thermal Batteries 742, VII -152,
Thermal Conductivity
SEE Heat Conductivity
VII - 857
1549,
V11-734;
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SUBJECT INDEX (Continued)
Note: The 'first number following each subject heading is the Proposal
Number, the second is the page number.
Thermistors
Applications 877, VII -495
Thermocouples
Calibration 539, VII -27
Thermostat 1087, VII -692
Thiadienes 64, VII -267
Thienyl Ketones 1218, VII -296
Thiophenes 1218, VII -296
Thiourea
Applications 269, 1111 -146
Third Order Equations 690, VII-36l
Thorium
Hall Effect 718, VII-.660
Thorium Oxide
Properties 718, vii-660
Thrust Bearings 1156, VII -746
Thymol 887, vii-666
Timing Circuits 445, VII -24
Tin Compounds 667, VII -658
Tin Isotopes
Decay 408, VII -653
Tin Selenide 667, VII -658
Titania 111, VII-113; 740, VII-l24
Titanium
Corrosion 479, 1111-92
Fatigue 1230, VII -759
Internal Friction 79, 1111 -506
Passivity 479, 1111-92
Structure 479, 1111-92
Titanium Alloys 345, 1111-552
Stress Analysis 231, VII-5l2
TransforMations 256, 1111 -550
'Titanium Dioxide
Adsorption' of Organic Compounds
Titanium Powder'. '
Combustion 916, VII -176
Titrimetry 543, v11-192
E-Tolualdehyde '762, VII-3l8
Toluene
Properties 674; VII -646
Synthesis ?117? VII-1l5
Tool Wear 507, 1111 -483
Tracers
'SEE Radioactive Tracers
Trajectories 747, VII -402 ,
Transducers 231, 1111 -512
V`clreig
457, VII-212
VII - 858
4
Aga
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Transformations (Mathematics) 26, 1111 -413;
715, VII -363;
See also Baecklund Transformations'
Hodograph Transformations
Transforms (Mathematics) 390, VII -349; 452,
867, v11-368; 922,
See also Convolution Transforms
Fourier Transforms
Hankel Transforms
Integral Transforms
Legendre Transforms
Poisson Transform
Transient State Flow 4, Vu-ill
Transistors 627, VII -96
Transport Phenomena 874, 1111 -531
Transport Processes 403, VII -705
Treatment Means 672, VII -447
Trialkylfluorosilanes 1464, VII -704
Triangulation 1072, VII -643
See also Geodetic Triangulation
Triaxial Stress Analysis 78, VII-.503; 1288, VII -763
Triazines 1276, 11II-182
Tpibolium Model 1254, VII -453
Trigonometric Series 26, VII-4l3
Trimethylbenzene 69, VII -272
Trimethylbromosilane 463, 1111 -46
Trimethylfluorosilane 463, VII-46
Trimethyiiodosilane 463, VII -46
Trimethylphosphihe 817, VII -678
Trinitrqbenzene 1179, VII -676
Trinitrotoluene
Detonation 423, VII -34
Trinomial Equations 1194, VII -707
1,2,3 -Triphenyl AzUlene 417; VII -279
Triphenylmethyl Chloride 1551'1=-226
Truncation Error 1278, VII-)1)12
Trusses
Buckling
Stability
Tubes
Buckling
Tungstate Ions
Reduction
Tungsten
Oxidation 25, 1111 -561
Photoelectric Yield 392, VII -656
Sublimation 165, VII -85
Surface Reactiqns 667, VII -658
246, VII -343; 266, v11-395;
885, V11-406; 956, VII -378
VII-4.37;
VII -372
570, 1111 -525
570, 1111 -525
1288, VII-.763
1081, 1111 -319
v/1 - 859
516, 11II-356;
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SUBJECT INDEX (Continued)
Note: The first number following each subject
Number, the second is the page number.
Tungsten Alloys 345, VII-..552
Electroplating 892 VII-14.3
Tungsten Isotopes
Decay 9312 Vii-68
Tungsten Sulfide 15682 VII -487
Turbine Blades
Flutter 1115, VII -441
Turbulence 538, VII -422; 1371A, VII -455
Mathematical Analysis 363, VII -10
Turbulent Flow 8872 VII -666; 1562, VII -668
Tychonoff Theorem 10142 VII-717
heading is the Proposal
Ultrasonic Waves
Absorption 2702 VII-l; 674, VII -646; 868, vii-6
Optical Effects 2702 VII -1
Ultrasonics
Applications 1432 VII -145; 289, VII -3; 548, VII -253;
1307, VII -767
Ultraviolet Absorption Spectra 6582 VII -254
Ultraviolet Radiation 3922 vii-656
Unate Truth Functions 1445, VII -726
Undecidability 7082 VII -389
Undefinability 7082 VII -389
Uranium
Complex Ions 6702 VII -687
Valerolactone 735, VII -698
Vanadium
Complex Ions 6702 vii-687
Meson Capture 445, VII -24
Vanadium Alloys 345, VII-.552
Transformations 256; VII -550
Vanadium Compounds 3882 VII -248
Vanadium Isotopes
Decay 8082 VII -67
Variance 4602 VII.-445
See also Analysis
Variation Theory 1045,
Variations
SEE Calculus of Variations
Varieties (Mathematics) 8852 VII -406; 1194,
See also Grassman Varieties
Jacobian Varieties
Kahler Varieties
Picard Varieties
Vector Algebras 5382 VII -422
of Variance
VII -712
54S:(727n11471C5Ygg.9.V.:111-015W?
VII - 860
DecI
VII -707
751, VII-201;
SUBJECT INDEX (Continued)
Note: The first number following each subject heading is the Proposal
Number, the second is the page number.
Vector Fields 1045, VII -712
Vibrating Membranes 1238, VII -433
Vibration
Mathematical Analysis 497,.VII -354
Measurement 737, VII -535
Vidicon Unit 140, VII-31
Vinyl Ethers 64, VII -267
Vinyl Polymers 303, VII-116
Vision
SEE Color Vision
Volume Calculations 508, VII -252
Vortex Flow 679, VII -477; 892, VII -429; 976, VII -480
Vulcanizates 884, VII -133
Walden Inversion 729, VII -287
Water, Heavy
SEE Heavy Water
Water Vapor
Diffusion 378, VU-303
Water-Gas Equilibrium 574, VII -665
Wave Equation 166, VII -418; 497, VII -354; 1238, VII -433; 1362, VII -385
Waves
Propagation 538, VII -422; 631, VII -439;
1371B, VII -387
Wear 375, VII -743; 507, VII -483
See also Tool Wear
Wedges
Stresses 365, VII -517
Wiener -Hopf Method 1013, VII -649
Wind
Velbcity Measurement 759, VII -479
Wind Tunnels 146, VII -468; 456, VII-48; 940, V11-749
Wire Drawing 1288, VII -763
851, VII -425;
X-Ray Research 565, VII -39
X-Ray Tubes 761, VII -101
X -Rays
Applications 395, VII-2l0; 688, VII -554;
1237, VII -263
Scattering 287, VII-.543
X -Transforms 1581, VII -751
Xenon
Spectra 488, VII -48
in Part -Sanitized Copy Approved for Release 2014/03/14 : __
VII - 861
761, VII-101;
:1.
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SUBJECT INDEX (Continued)
Note: The first number following each subject
.Number, the second is the page number.
Zeeman Effect 1509, VII -107
Zener Relaxation 1453, VII -775
Zinc
Complex Compounds 177, VII -229
Corrosion 179, VII -565
Corrosion Prevention 869, VII -153
Interdiffusion in Lead 396, VII -545
Zinc Alloys 287, VII -543; 351, VII-.773
Ordering 491, VII -547
Properties 1453, V11-775
Thermoelectricity 779, VII -575
Zinc Chelates 509, VII -190
Zinc Complexes 347, Vu-?)1!1
Zinc Compounds 174, VII-8l
Zinc Isotopes
Decay 808, VII -67
Zirconium
Oxidation 25, VII-56l
Zirconium Oxide 740, VII-l24;
ft-P-MIEVZI5 -
-v9rts4a-etems,... -
833, VII -76
VII - 862
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DISTRIBUTION LIST
Distribution of Volume II, part 2 of the Annual
Consolidated Report on Research and Development Proj-
ects, Department of the Army Project 599-01-004,
Ordnance Basic Research, is being effected in accord-
ance with the Distribution List contained in Volume
1.
Part - Sanitized Copy Approved for Release 2014/03/14: CIA-RDP81-01043R002200200001-0