SCIENTIFIC ABSTRACT VAVILOVA, G. L. - VAYNSHTEYN, G. B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203510004-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


.212 019 UNCLASSI FIEO: P R 11 C ES'; I N G 0 A TE - -0 4) E C 0
CIRC ACCESSION NO--AP0139056
ABSTRACT/GXTRACT--(U) GP-0- A6STRACT. TRANSFER ATPASE c -r i v f T YI i A '.'3 8 E E:
STUDIED IN SUBCELLULAR FRACTIONS OF BRAIN-ON SUCROS)E D., GRADIC-tjl~-
-CELLULAR FRACTIOrIS WERE OBTAINED PROM RABB I T N D r.,-VULI: 113Y THE
a
...::~~.WHITTAKER METHOD, ATPASLE ACTIVITY WAS, DETO. A S 5 M i3lE I ~JORG. i~ iSPH~,TE
t:
R MG OF PROTEIN AFTER INCUBATION OF PREP-NS. AT FOR 15 PITNI I"
PE. 37 1) E G i I E E -S
.-MEDIUM CONTGO 0.028,M TRIS-Hr-L, PH 7641 0.001M I
R[ S*--ATP 0,001M, 1"G-L
:-SUB2* 0.150pi NArL PLUS 0.015M KCLy AND 100-200 IMIJ." PROVEIN ff"I 1.13 ~iL.
TRANSFER ATPASE OF APPROX. EQUAL ACTIVITYWAS OETECTEO IN FRACTIO.TS 0-7
MICROSOMES, NERVE ENDINGS,, AND. MYELIN. :IN. THE MYELIN F:RACTIclN,. THE
ATPASE WAS APPARENTLY BOUND TO THE OUTER. CELL MEMBRANE. THE NO~IEONIC
1-DETERGENT TRITON X-100 EXTD. ACTIVE ATPASE FROM THE MY&LIN AND
-M[CROSOMAL FRACTIONSv BUT NOT FROM THE:NERVE ENDINs- AND ;ItITOCHONORIAL
FRACTIONS. DEOXYCHOLATE 010 NOT EXT. ACTIYE TRANSFER ATPASE FROM THESE
FRACTIONS. IT IS SUGGESTED THAT THE LOW L EVELS OF1PH0SPl-lGL[PfDS IN
DEOXYCHOLATE EXTS. MAY ACCOUN'r FOR THE'ASSENCE OF ATPASE ACTIVITY.
~.--,JRI TON X-100. IS RECOMMENDED r-oR EXTN. OF .HIGH;Y ACTJVE mATPASE.
-.:.,fACILITY-: BIOCHEM. NERVO SYST4, I NST 610CHEPIty KLEVr VSSRq
-UNCLAic-cl.IF IED

USSR UDC: 577-153-35
PALLADIN, A. V., KIRSDIKO, 0. V. and VAV G. L., Division of the Biochemistry
:of the Nervous System, Institute of c emistry, Academy of Sciences UkrSSR, Kiev
"Na + K Activated ATP-ase of the Brain and Its Extraction by Means of Detergents"
Moscow, Biokhimiya, Vol 35, No 2, Mar-Apr 70, pp 404-411
Abstract: The activity of Na + K activated transfer AT11-ase in subcellular
fractions fron, the brain of rabbits and cattle was studiod. The fractions were
separated from brain homogenates in a sucrose density gradient, kyapplying a
method described earlier (Ya. V. Belik., et al, Ukr. Biokhim, Zhur. 41, 3, 1969;
V. P. Whittaker, Biochem. J., 72, 694, 1959).. Approximately the saine transfer
ATP-aae activity- was exhibited by the fractions corresponding to microsomes,
nerve endings, and myelin. The activity of . the myelin f raction was apparently
associated with the external cell membrane, not the mejT~brane-free myelin. The non-
ionic detergent Triton X-100 extracted active ATP-ase from this fraction and from
microsomes, but not from the fractions corresponding to nerve endings anti to mit-o-
chondria. Deoxycholate did not extract active transfer ATP-ase from any of the
_i h deoxycholate from microoo-mes had
fractions mentioned. The protein extracted:w.t
112
w7fF

- ~; E , 1 1 - T . ; .: ; ~ I ~ 1; ~ , ! ',;I : - ~ j. 1 41i li ;;,;i;l , , I I , I L;idi-4 - I ~ 1 i 1 't i ~ i . 1 ~ A ~ i i - , , ~,, ii i
~. I ~ I . I . - - ~ I. ~ - - I - - I -. I . hj!~ I I

-!.r7~7 77
USSR UDC 542.9381661.718.1
ANDREYEVA, L. S., ANDIRIANT91, A. A., BEL'SKIY, V. YE-, YAUWI&&
GURYIEV, E. A.j and NIKONOROV, K. V.0 Institute of Organic and- "Phystcal
QMy of ;acienc6s. U SSR
Cheastxy Imeni A Ye. Arbuzov Acad
"Hydrolysis of Diraethyl-(I-acato)W-2,2t2-trichloroethyl)pho;sphonate"
Koscow, Izvestlya Akademil Nauk SSSR, Seriya Xhimict'Aaskayal No 10, Oct 71,
7pp 2336-2338
Abstracti Chloracetophos -- cUemthyl-(i-acetoxy-2,2,2-trichlorcetbyl)
phosphonate - is a fungistatic agent. It un~.a;,~;oes hydrolysis easily losing
its physiological activity.. There are three possible~routes for its hydro
lysis, and it was established that all -three occur isinultaneously, the acetic
acid, hydrochloric acid, and methanol being,formed in+the -drocess. The
hydrolysis is dependent on the temperature and,pH -- it accellerates rapidly
:with the-increase of pH. The overall rate constants for the initial reaction
Oriod-were- calculated to be I ~-Z x10-3P.1966. x 10 3, and 4.9 x 10-2 min-1 at
0
50,t :70 an& 90 respectively,
63

USSR Ma 622.011.43
LAULOVA, T.,I,..
"Computation of the Intensities of Multiple Waves by the Gmphoanalytic YOthcd"
Leningrad, Vopr. Dinamich. Teorli Rasprostr, Seysmich. Voln -- Sbornik
(Questions of the Dy4amic Theory of the Propqation of tho Seisnic Waves
Collection of Works), flauka, No lit 1971p pp 90-123 (from Referativnyy Zhurnal,
Mekhanikag Ho 2, Feb 72, Abstract No 2V87O by L. A. Polikarpova)
Translations The art-Acle deals with a simple varlant of calculationt within
the framework of the radial nothod# of ihelintensity cf multi-plo nonexchange
waves in vertical-gndient zzediamith planer-parz.Uel boundaries at angles of
ray incidenco upon the boundaries; not in exceas of 100 - 150, The source and
the receiver can be at arbitrary, q)oints of the madiun at small distances from
the vertiral profile.
The intensity of the cumulative.multiple wave of a seiles. of kinematic
analogues uith the set of multiplicity,fActors (nit ngr ..4p np) in p layers
is defined by the exprxessions

USSF Me 621'.396.67:624.107088-:8)
YIERTI~Mv~ S. M.IJAVILOVA, V. KI. FRIDMAY, P. M.
"tin Antenna Tower"
USSR Author's Certificate 'No 273304, filed 3 Mar 69:, bublished 14 Sep 70
(from R" "h-Radiotekhnika, No 6, Jun 71: Abstract t1o: 6B115 P)
Translation- The proposed antenna to~aer contains a mast niade in the form
of a tubular frame, a base, and. a hois'ting mechanism, ecuipped with a speed
reducer. To simplifY the design of the hoisting mec-hanisin and improve its
operational reliability, the housing of the speed reducer is fastened by
ewls of, a bearing -to a lug on. the base, The hoilsinF
.j,is rigridly connected
to the output shaft of the speed reducer an,d is., equipped with a flanged to
Uhich the end face of the to-wer mast is~fast6nad.
15

USSR UDG 620.10141196
ZOTOVA, L. M., BLASHCWK, V. YE., 141AKSIMOV, YU. A., and ~LAVI VA.L V. V.,
Institute of Metallurgy imeni A. A. Baykov', Academy of Sciences USSR
.."Stress Corrosion of Titanium Alloy'AK-1 and AK-2 Weld Joints"
Hoscow, Za5hchita Metallov, Vol 9 No 6 19737, 707-7N,
Abstract: The tendency of titanium alloy s AK-1 and AK-2 to suffer s4~ress
corrosion cracking was investigated along~with the same study into the stress
corrosion cracking of weld Joints made from these alloys. Alloys AK-1 anti d1,-2
and their weld joints possess good stability in c~doride salts. No cracks or
surface cracking were observed in visual inspection., Yetallographic studies
revealed no cracks in the samples for-saturated CaC12:and IV12, but in
saturated NTff4G1 the samples suffered corrosion failures in the heat-affected
zone of the welded alloys. Thus, the investigated alloys and veld joints do
not undergo surface cracking in 10% HC1, but alloy 11-2.and its veld joints do
suffer stress corrosion after 600 hours in~ the gaseous phase of 90,% 00,.
Consequently, alloying titanium with vanadium significantly inproves ith"
resistance to corrosion cracking. 2 tables, 3 bibliogr6Lphic references.

USSR
DDC 546.882-31
KORNILOV, I - I - , DF-K-U-1-340, V1. M. , and VAVILOVA. V. V., Institute of
Metallurgy imeni A. A. Baykov, Academy.of'Sciences USSR
"Effect of Titanium on Stabilization of Niobium Suboxidesil
Moscow, Neorganichesk.11ye Materialy, Vol 9, No 11, 1973, pp 1964-1968
Abstract: The effect of titanium on the oxidizabilitli of n-lobilim was pre-
viously studied and a concept put forth that,the increased heat resistance
'C
occurs due to stabilization of the suboxides at temperature above 700C . In
this work, alloys of niobium with oxygen (from I to-42 at' oxygen) were studied
YO
in which 2 at% titanium had been 'added. Alloying of niobiiuu with titanium
leads to an increase in the maximum content in the solid solution from 6 to 8
at% after quenching. Oxygen content in solid solutions after annealing at 500
and 7000C was 7 and 6 at%, respectively. At 5000C, Nb20 decomposes frola the
solid solution as an excess phase during,annealing and,* at 700C)0 and above,
HbO is the decomposed excess phase. After annealing at, 3000C there was noted a
significant widening of nioblum,lines on~neutrograms which may be the result of
decompozition of a supe r saturated solid solution with the formation of the sub-
oxide of the type Nb6o, This unordinary -behavior of oxylten in niobium with
2 at% Ti should rendor an offect on the mochanical proportlos of alloyn of
1/2
20

USSR UDC: 669,29,29S,609.787
VAVILOVA. V. V., Institute of Metallurgy imeni A. A. Baykov
"Influence of oxygen on the Properties.ofTitanium and its Alloys"
Metallovedeniye i Termicheskaya Obrabotka.Me,tallov, No 10, 1973, pp 10-12.
Abstract: The author studied the influence of oxygen as an alloying element
on the ricchanical properties of type TG- 110 titanium. A sharp drop in the
impact toughness occurs when the oxy en content is over 0.5 wt. %, At 0.3-
0.35% 0, the.alloy has ab `~. 80 kg/mmi, S.= 22%, 44% and i :: 4.kg/CM2.
it
Slight additions of'oxygen increase,the heat resistance and corrosion
resistance. Thus, oxygen (at 0.3-0.35 wt. '-.) is firmly'chemically bonded
to the titanium and significantly increases the strength, as well as heat
resistance and corrosion resistance, while retaining satisfactory ductility.
The primary reason for embrittlement ~ of titanium alloys js separation of the
ordered a phase in a matrix of Ti Al.,
34

MOOhaniCai eAies
USSR UDC: 620.17:669.295174171
VAVUOYA, X. Institute of Metallurgy imeni A, A. Baykov
V.
"'Alloys inthe Ti-Nin-Al System with High Oxygen Content'
Metallovedeniye i Termicheskaya Obrabotka Metallov, No 9, 1973, pp 60-63.
Abstract: The combined influence of manganese and aluminum on the properties
of metal ceramic titanium containing significant quantities of oxygen (about
0.3 wt. 'a) was studied. The initial material used was type IMP-lA titanium
(0.05% C, 0.01% H, 0.08% N, 0.250-0 0, 0.08% Si, 0.35% EFe + Ni), electro-
lytic manganese and a Ti-Al master alloy. It was found that the method of
introduction of the alloying elements has a great infl-vence on the properties
of the alloys. Best results were produced bk-introduction of the manganese
in powder form, produced by reducing crushed electrolytic manganese in a cur-
Tent of pure hydrogen at 1000' C for 10 to 12 hours,and aluminum as a result
of reduction of titanium dioxide and aluminum oxide with calcium hydride.
The initial materials were pressed at 800 atm and sintered in a vacuum. After
sintering, the material was forg ed at 700.0 C. Me mechanical
ed and anneal
properties of alloys in the system.Ti-Mn.-O.3% 0 change:as follows: as the
manganese content increase, the strength increases almost linearly. Relative
1/2

USSR
Vavilova, V. V., Metallovederiye iTermicheskaya ObTabDtka Metallov, No 9,
1973, pp 60-63.
elongation and reduction in area remain almost unchanged up to 4% Mn, after
which these characteristics drop sharply. The alloy with 3% Mn has a tensile
2
strength of 92 kg/mm , relative elongation 23%, reduction in area 52%.
Study of the mechanical properties of the alloys Ti-3%Vm-0.3%0 as a function
of aluminum content showed that the content of aluminum in.the trinary alloy
should be limited to 1.5-2 wt. 'a.. The alloy of titanium with 3% NIn and 1.5%
Al has a tensile strength of 102 kg/mm2i,relative elongation 22%, relative
reduction in area 48%. This alloy was selected as the best of those tested.
The optimal hardening temperatu-re is.900* C., after which the alloy can be
additionally strengthened by aging.
97

wle6a~idal Pro
p6rties
USSR UDC 620.17:669.295:621.791.052
CUREVICH, S. M., BLASPICHUK, V. Ye., PERADZE, T. A., and VAVILOVA, V. V.,
Institute of Metallurgy imeni A. A.,Baykov
"Mechanical Properties of Weld Joints Made From Titanium lUloy AK-3 With
an Increased Oxygen Content"
Moscmi, Me tal love deniye iTerm
icheskaya Obrabotka Metallov, No 1, Jan 73,
pp 72-71
Abstract: The mechanical-properties of AK-3 titanium alloy weld joints was
studied for which the oxygen content was,increased in the initial alloy by
adding a titanium-oxygen alloy- containing 23.637. oxygen during the remeltiag
process, which yielded an oxygen content.of 0.31% in the final alloy. After
argon-arc welding with a nonconsumable tun.-sten electrode the oxygen content
in the seam metal was 0.384%. Strengths properties weve slightly ivqer after
annealing than af ter welding, but ductility aud reduction in area were in-
creaeed after amiealing while impact strength also improved after annealing.
-The conclusion was made that weld joints of,AK-3 titanium allay (Ti-AI-Zr
system) with an increased oxygen content. (0.35%) possess satisfactory
ical properties. 2 tables, 8 bibliographic references.
1/1

USSR trDC 66q.P-q31?1'296'78?,620,17
KORNILOV, 1. 1., PERADZE, T. A119 VAVILOVAI_ V. V. , FikaUU(INA, L. P. , and
KORUBOY, 0. S., Institute of 1AiGizrU26:-'Tm0-M~`A`. A. Baykov
"Oxygen in Alloys of Titanium trith Aluminum and Zirconium"
Moscow, Xletallovedaniye I Termicheskaya:Obrabotka Metallov, No 4, Apr 73,
pp 36-39
Abstraett The effect of zirconium in alloys of titanium vith aluminiLm and
oxygen as. well as oxygen in allays vrith aluminum and zirconium vas investi-
gated with respect to the modulus of elasticity, electrical rer:,istance,
hardness, and mechanical properties. For alloys of the system Ti-2A1-0.350,
the addition of 2% "Ur leads to-increased tensile stro.ngth ifith almost wichan,,cd
ductility.. The addition of .9;0" Zr leads:to an insignificant Increase in
tensile strength and an insignificant lower-In.-I of ductility. Alloying the
Ti-5Zr-0-350 system with up to Yjof Al causes a significant Increase in tensile
strength and insignificant lowering of ductility. When more than A I
added the proportional limit for the modulus of elasti.-icity Is exceeded, thus
-z' Al is the solubility limit. Analysis of the system
indicating that 3;j
Ti-2A-I-5Zr alloyed -with oxygen showed that addition of 0.,,',' 0 does not lead
to alloy embrittlement as long as the Al content is within the solubility
limits. Ductility of the alloy remains at 12-16% elongation anid 30-35,7,
reduction in area. On the basis of the Investigations a sc--conda7.7 Ui4-oiium

1. ~ I . f,:.:; M "['t I " ill ~ ~-F., ~ 'IM
..1-:-, 1
i 1~ I . . I

USSR UDC: 669.295161787:620.191.32
KENINA, Ye. M. ,KORNILOV, 1. 1., KA Institute of r4etallurgy
YI49VA,_ V. V.,
Imeni A. A. Baykov
"Influence of Oxygen on Scale lZesistance of Titanium-Tin Alloys"
Moscow, Metallovedeniye i Terinicheskaya Obrabotka Matallov, No 5, 1972,
pp-23-26.
Abstract: The influence of 1 at. (0.3S wt. oxygen on the heat resistance
of binary alloys of titanium writh tin at 700-1000"d is studied. The studies
show that the oxygen increases the oxidation rate of these alloys at all
temperatures studied, less with incTeasing tin content. The mechanism of
oxidation remains the sapic.
ro

USSR UDC~669.295.5'71'296787.018.29(08't".8i
KORNILOV, I. I., V. __V ANOSHKIN, N.. F., FATKULLIYA, L. P., and
PERADZE,T. A.
"'Titanium-Base Alloy"
USSR Authors' Certificate No 2986-77, Cl. C 22c 15100, filed 29 Dec 69, pub-
Ushed 12 May 71 (from RZh-Metallurgiya, No 1,, Jan 72, Abstract No 11755P
by S. Kalabukhov
a)
Translation: A new Ti alloy with elevated strength properties is suggested.
The Ti-base alloy containing Al and Zr as alloying additions is strengthened
by the introduction of small quantities of 0., The alloy contains (in %) Al
~2-3, Zr 4-5, 0 0.3-0.5, Ti the remainder. Mechanical properties of the alloy:
(20*) 90-120 kg/mm2) at10-115 Ag/=2 1'0-25%, ~ 30-52%;
(5000) 40a--45 kg/mm2 Cr T 30-35 'k.g/Imm2,6 17-207., 0 46-487..
The alloy can be employed as a construction material. Semifinished products
such as bars, sheets, and forgings, can, be made from it.

_N
USSR UDC 669.016.8
GUREVICH, S. M., KORNILOV, 1. I.,.VAVILOVA,.:V. V., ZOTOVA, YE. M.,
BLASHCMM, V. YE., and MAKSIMOV: A~:-'M7,`-Ab'a-a,6-my of Sciences
Y
USSR, Institute of Metallurgy imeni A. A. Baykov
"Study of Corrosion Resistance of Titanium,Alloys in the Titanimn-
Vanadium-oxygen and Titanium-Alaminum-.Oxygeu Systems"
Moscow, Zashchita Metallov, Vol~7, No 2, Mar-Apr 71, pp 159-160
Abstract; The authors studied the resistance of alloys in the
systems mentioned in thetitle with oxygen-contents from 0.1 to
0.5 wt 1, vanadium and aluminum~con~tents conatant at 2.5 and 3 wt.
% respectively, and of their welded.joints, to corrosion-cracking
under stress in fused HgC12. N6.intercrystalline cracks were
observedvisually or-~tith a microbidope.~ Ph6togr;aphs of the micro-
structure of welded joints,'of -the matal are'presented.

USSR UDC 6.20.17:669.295:621..791-052
GUREVICH, S. M., KORNILOV, I. I., BL&SHCIM, V. YZ., V4VI~,OVA;
V.:V., and MAKSIMov, YU. A., Institute of Metallurgy-tig'~i A. A.
Baykov
'Mechanical Properties.of Welded-joints of Titanium Alloys With
an Increased Oxygen Conten
Moscow, MetallovedeniVe i.T,ermicheskaya 0brabotka metallov,
'No 3-, 1971, pp 39-41
Ab~stract: A study was made,of the effect of oxygen on the weld-
ability of Ti-V-0 and Ti -V-Al-0 alloys. Results are presented
from estimating the mechanical properties of the welded. joints
at room temperature. Alloys of 8 compositions were manufactured
for the investigation. Data fromthe chemical and gas analysis
of t.'te initial alloys, the results of the effect of oxygen on
the mechanical properties of titanium alloys with 2.50/10 V and 2.51
V + 2% Al at room temperature, and the results of gas analysis
of the weld metal were tabulated.,, Frum the data it is concluded
that the mechanical properties, including impact toughness of the
1/2

f7z
USSR
GUREVICH, S. M., et al., Metallo'vedeniye i Termicheskaya
Obrabotka Metallov., No 3, 197L, Rp~39-41
base metal and the welds of alloys with an oXygen content up
to 0.3%, remain high. With 0.5% 0 in alloys od rhw Ti-V-0 system
the impact toughness of the weld is'the samei as that of the base
metal. In alloys of the "ji-V-All-0 system with 01.58'i~ 0, the
plasticity drops sharply as a result of the occurrence of a
iecond phase in the structure. Some inicrosiructural characteris-
tics.of:one of the alloys are presented. Preliminary conclusions
are drawn that alloys of.~the, Ti-V-O:system with 2.5% V, and
-the Ti-V-Al-0 system with:_'A.5% V,Iand t4e 3-3-5%;A1 system are
-sa sensitive -to oxygim, a~d be:.~Oelded with:;an oicygen content
uOv to~ ~0.3% in the base;met 1.,-
a
.2/2

US IS 71
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tam

056 UNICLA.S~1:~.IED ROCESSING DATE--13NOV70
ITLE--HEAT RESISTAN'
E AN D STRENGTH~OF THE, INTERATOMIC BON1.9 IN SOLID
SOLOTIONS OFITHE TI-SN-0 S Y S T EA
:,:-~,"AUTHO.tZ-.(04),-KE,'4l.4A, YE.M., K0qNILOVlw: VAVILO.VAl' :V.V.., LYASHCHENKO,
A ~13.
.;~'COUNTRY IJ FINFO--USSR
L 0"
SCURCE--METALLOVEDENI-E I TERMICHESKAIA OBRA[3!3TKA M E J':L NO. 31 19701 P.
54 ~56
DATE PUBLISHED ------- 70
~_~,:SUBJECT AREAS-MECH.r IND., CIVIL_AND:MARINE ENGRY RATEREALS
TOPIC TAGS--SOLID SOLUTION, TATANIU%l ALLOY TIN ALLOY, OXYGENt E' ASTIC
140DULUSt HEAT-RESISTANCE, MECHANICAL. STRENGTHp METAL CREEP, METAL
G CHAR ACTERTST-1 C FUNCTION
BON D 114 BIBLIOGRAPHYt t COVALENT BONDING,
'TEAPERATURE
".CON'(ROL IMARKING-7NO RESTRICTIONS
'DOCUMENT CLASS--UNCLASSIFIED
,.::-!PROXY KEEL/FRAME--l.99710013 STEP.NO---UR/0129/70/000/003/0054/00!i6
CIRC ACCES"SION NO--AP01i9009

.212 ~'056 -,UNCLASSIFIED: PROCESSING DATE--13NOV70

I/ Z 030
UNCLASSIFI PROCESSING DAT*E--lboCT?o
;-.j,TLE-7NE,UTR0N DIFFRACTION STUOY OF 'ORDEREO PHASES IN A.TITANIUM,OXYGEN
-SYSTEM -U-
VA.THOR~(05)-EYKIN, L,YE&t VAVILOVA Y V~v XORNJLOV, I.I., OZEROVv R.P.p
.--,,.S0LaVItV, -S.P.
UNTRY. OF -INFO--USSR
ViOURCE-DOKL AKAD NAUK 1970.r 191(1)? 96-9.
babe PUBL ISHED ------- 70
'~_UBJECT AREAS-HATERIALSt PHYSICSt CHEMISTRY.
--NEUTRON DIFFRACTION, TITANIUM 'ALLOYs. OXYGEN, TITANIUM OXIDE#
J-0P I CTAGS
PHYSICAL PROPERTYt CRYSTAL LATTICE
.~.CCNTROL MARKING--NO RESTRICTIONS
CLASS-UNCLASSIFIED
ROXY REEL/FRAME--1995/1113 STEP NO--UP,/0020/70/191/001/0096/0099
-.C.IRC ACCESS ION. NO--AT01 16579
UNCLASSIFIED

.212 030 UNCLASSIFIED PROC~SSING DATE-160CT70
CIRC ACCESSION NO--AT0116579
-ABSTkACT/=_XTKACT--(U) GP-0- ABSTRACT. THE ORDERING Of 0 ATOMS IN TI-O
ALL.OYS WAS STUDIED BY NEUTRON DIFFRACTION, THE ALLOYS WERE PREPD. BY A
~PREVIOUS METHOD-(I. KORNILOV AND GLAZO,VA:,,1963)., AN ORDERED PLACEMENT
WAS 05SO. FOk THE ATOMS IN ALL OF THE ALLOYS THAT CLIRkESPOND TO THE
STOICHIOMETRIC COMPNS. TI SU86 0, TI SU83 0, AND T,I,.SUB2.0. IN ALL OF
THESE THE 0 ATOMS ARE IN O~DERED POSITIONSIIN THE OCTALIEDRAL VACANCIES
IN LAYERS FERPENDICULAK TO THE 0 AXIS, EVERY 2ND LAYER BEING UNOCCUPIED.
ItU THE UNT-T. CELL FOR TI SU86 0, 1, VACANCY IN I IS. OCCURI.EU IN ORDER IN
--Tfi_E, L-AYER;'. -FOR, T1 SUB3 Ot 2 OF: 3;~.. AND FOlt T1-:SUB2 0;1 ALL VACANC I ES ARE
.-; :GCCUPI ED_~_,-TH IS- DUE,,ITO -THEli-61FFEREINCE. 1,14 THE TI-O BONO
E-:,D If F Ell EN C E
SNl- TUNG
m__ RIGIDITY OF THE
Tj -E z---AND,---,
IN .-JHEl' 'OHYS, EA64i JALLQY~s
r, , p D
rl*ST'-i.. -DW.
UNCLASSIFIED

USSR uDC Z6 -P-95'7821767:539.434:54-165
9
aN-M YE. M.., KORITMV; I. I., VAVIWVA V. V. and LYASIMBENIKO, A. B.
tInstitute of Metallurgy imeni. ATMrPTWjkdrQII SSSR
"Heat Resistance and Strength of the Interatomic Bond 0 Solicl Solutions of the
Ti-Sn-O Systed'
Moscow, Metallovedeniye i termicheskaya obrabotIm nr-tallov, No 3, 1970, PP 54-1j6.
Abstract: The strength of the interatoirde bond of solid solutions of Ti-Sn-O
alloys is investigated. Tests wre conducted on alloy mnplles -whose characteris-
~tie points were located on cuts parallel to the Ti-Sn side with constant oyyr,,en
content (1, 2 and 5d,-)- Iodide titanium (99.9~)' ChDA tin, and a tinanium-O)Cygen
alloy with 20.V,4 oVgen content served as.the original materia-Is. The preparation
of alloys and the experimental technique are deser-Lbed. '~ nie mean square dioplece-
mentB of atoma from the equilibrium position. in. nodes of the errstal lattice were
calculated. Results are presented in graphs in the form of the dependence of
elasticity modulus, characteristic.temperatum, and meanisquare atom displaceimut
an Sn, concentration for Ti-Sn-O system &Ua~s-. 7-heir analysis shows that in
solid solutions of Ti-Sn-G systems the modulus of elasticity and the characteris-
tic temperature increase with. iucreoing Oxygeu coaUnt., yhile, the mean a4uare
atom cUsplacement.decre-ases. A link exists~ between thabbararteTistics of the

USRR UDC 669,29.669.017
KORMLOVO 1. 1., MMSIMOV ~YU. A'.# and LYASHCHENKO, A. Boo
Institute of Meta HV�UWOr+M:&nt4~, A. Baykov
"On the Nature of Solid Solutions of Titanium-Vanadlum-Oxygen and Titanium-
Vanadium-Aluminua-Oxygen-Systems'I
Sverdlovsk, Fizika Metallov i Metalovedeniye, Vol 33, No 4. Apr 72,
pp
Abstracti Investigation was made of the oxygen effect on the change In
strength of the inteinatomic bond.in the lattice of.c< -solid solutions of
titanium-vanadium and titanium-vanadiuti-euminum systems In the region of
existing binary and ternary solid solutlons.based,o&o~-otitanium. Titanium
alloys with 2.5%, V and up to 0.5% varying oxygen content and titaniw4 alloys
with 2.5% V, 3% Al, and up to.0.5% wt %.varying oxygen content ifere investi-
gateds Values of the Debue temperature and of the mean square atomic shift
were calculated from measured data of the modulus.of elasticity. Functions
of the oxygen-dependence of the modulus ofelasticityland the shear aodulus
show that the introduction of oxygen into the titanitat alloya guarantees
increased moduli of elasticity and sheari lncreazed~Dabue texparature, and
decreased s4ean square atomic shift fromithe.,equilibrium condition in
415,

WSR
KOIRMWV, I. I., et &I,# Mika Metallov i Meta2lovedenlye, Vol 33, No 4,
Apr 72, pp 881-884
lattice points of -titanium, The introduation,of up to 0.5 wt%- oxygen
into titanium alloys with vanadium and~&Iuminum nsults in increased bonding
forces of ternary and tetrad c:-(-solid solutions.1 The rate of the drop
of the modulus of elasticity decreasee.with rising temperature in alloys
with high oxvmen content. Three in-ustmtions. two: tables. four bibliogranhic
2/2

USSR 541.12-013
HEN111A, YE.M., KOMMOV, it I. and V Ipstitute of Metallurgy
imeni A. A. Baykov, Academy of.ScieFec-es%4
The Ti-Sn-O Ternary System"
Moscow, Izvestiya Akademiya Nauk SSSR, Ndorganicheskiye Materialy, Vol 3, Nc 9,
Sep 72, PP 1595-1599
Abstract: A study was made of the Ti-Sn-Oternary system for the purpose of
~developing new titanium alloys based onthe,use of waste -oraducts from titanium
production.i Initial materials for alloy preparation were titanium iodide,
chemically Iyare tin, and chemically pure.grade A2 titanium dioxide. The alloys
-a t-ing. With the use of
were-produced by induction crucibleless ~; spension mel
high-temperature thermal, microstructural,,x-ray-phase,,and local x-ray spectral
analyses as well as electrical resistance and microhardnezss iteasurements, iso-
therml and polythermal sections of the Ti~-Sn-~O ternary.~syst6m Iwere constructed.
An isotlhermal section twas constructed for'Ti-Ti O-Ti Sn-at 160r,0C. Poly-thermal
sections were.constructed for Ti+l at.cj, 'r T
4 0,mSn (8~Z-i7 DOC), Ti-5 at.% O-Sn (900-
1
PC), an
800 -d Ti+ 5 at.% Sn-O (800-18000C). Analysis of phase diagrams for the
polytheerroal sections showed the differences in the solid-as and 1--quidus stnic-
tux E.
res which were caused by the vanying position of these sections with respect
to the peritectic rectangle and to the surface of primary crystallization of
the solid solution. 2 fiogures, 10 bibliographic referenc~es.

USSR UDC 576.858.5-07
VAVILOVA, YU. G., GORDI, N. YE., and SMORODITUS-EV, A. A., All-Union Scientific
~~Mtff--Mrftlrute of Influenza, Leningrad
"The Use of a Two-Phase Water-Polymer System for Concentrating Sone Respiratory
Viruses in Human Fasopharyngeal Swabs'.
OWJI -62
~bsc Voprosy Virusologii, No 5, Sep/061` 72., PP 623~ 5
Abstract: The reagents used were a 3M, aqueous solution of polyethylene
glycol (m.w. 6Goo) ana a 6% aqueous solution of dextran (M. W. 20,000), Ten-
PH 7-
.ml samples containing a known quantity of virus in a phosphate buffer oi.
7 -5 vere mixed with 8 ril.of the first reao~nt and .2 ml. of the second. The mix-
tures were repeatedly shalken for 1 hr and, then centriflKzed for 10-15 mizri at
1000-1500 rpm. The viras was recovered almost 104. fnxii the botto-m stratur. of
dextran. A 10-100-fold concen-ration wao.obtained on till virtis otrains used,
A.similar treatinont of htumn nasopharyngeal swabs takell 3-4 days after a(b-iinis-
tmtion of live anti-influenza vaccine increased the frequency of vil-as isola-
tion of 75-40% for 42 Hong Kcng-68, 61.5~.for'B-USSR, and 44.4~p' for B-Dushanbe;
the corresDondin- control figures were 52 ~, -~8.4% and 25%. ~ The Uro-phase
5,
vater-polymer systen is reconzerded. for routine laboratoa- procedures of
isolating infl-_,zenza virus, parainfluenza virus, and ademovirLio from the
respiratory pathways of patients.

USSR UDC 621.396.67
Engineer of the Slovak Polytechnic Institute, in Bratislava, Czecho-
VAVRA, SH.
s T-07
MIT=
"Some Notes on Analysis of the Wave Channel Communications System"
Kiev, Izvestiya vysshikh uchebnXkh zavedeniy-Radioelektronika, Vol XIV, No 8,
1971, pp 906-909
Abstract: A comparison is made between the measured and calculated parameters
of a single wave channel antenna and a wave channel. antenna system designed by
the classical dipole theory. For simplification of the calculations it is
considered that the current distribution along each dipole. is harmonic; conse-
quently, in determining the current through the antenna it was sufficient to
determine the current at the antinode of each of the dipoles. It was.also
considered that all the passive dipoles weze of the sz-ne. length, X/2, In
order to obtain the phase shift at the antinode (if the parnive di.poleil, the
corresponding reactances were included. The calculat4on rvsults uith the
given assumptions correoponded sufficiently precisely to the experimental re-
sults in the cise of determining the-intensity of the electric componclit of
the electromagnetic field at a large diatnace frora'thii. cmir-,ji.an rsourca (the
Gractivity di.9gram), mninly, in the primary etnititiiQn direction. Less

USSR
VAVRA, S11. , Izves tiva vysshikh uchebnvkh zavedeniy--Radioq!ektronika, Vol XIV,
No 81 1971, pp 906-909
precise results were obtained when determining the input impedance of the an-
tenna. The ineasured and calculated directivity diagrams of two 1.0-element
wave channel antennas are presented as.a function of the disLance between them.

USS? UDC: 539-325.5.1'1'2
19MUPAY B.) "'IMMUZ-1111SA R.Y and VAVFA
"'Study'of Diffraction of Neutrons at t1he, InvtituU for Nuclear Studie:.Jp adem
Ac,
Of. Sciences CSSR"
lioScow', Atommaya ZnerZiya, Vol 23, W 3 5, 1 ILlY 70, PP 1113-41:7
Abotract: 'Phe laboratory of t:hc UTS bas performed stiidies of, t1l,,e d3Ji_'_r2actf'.c~r of
L' t , -Ial fic!", s
pola-rized and nonpolarized neutrons on sin,-lecrystals in various 'x e-7
The cris-11-all-ine slow ncvLtron- sT)ectram-t-er used for this work is irnstalled In a 4-
/cTj- -see therma ux! -~I'u C-11ter 01, t'lle
Mw reactor producim; a 4-iO13n_ 1 neutron fl
active %one. The equipment is described in som-c eletail. 'tudies perf'orr:-~,_CL
thc diffraction of i olarized neutrons on forrotmgmetic sin,~'Tlecrystals'
j.
'he ff rn
=asurement of t - so-called -nolarization ratio, . and the stulay 0-7 d i Ction-
Phenomena- durInZ radiation cai)ture of nolarized,neutrons. in' cract-ion of
neutrons with oscillating sinzlecx-yst~s has,also been studied, zas Imll
as
diffraction of neutrons on oiezoelectrically excited cinglecrystals. 'Me difIf-flac-
A-ion of neutronn on singlecrystals excited.by,mqZnetostriction effects has also
-tied.
been stu,

31 October 1973

SPECIALIZRO MERGERGY 11LIDICAL AID IN RSFSR

(Article by'l ~.VdvutIina (Moscow); Moscow, Sovet,skQVA ?ieditsina. Russian.
No 6, 1973,'p-p-la:Tl'.T-(W614.88(470)I
'044t,ir. "got-rO
Decree No 517 of the CC CPSU, and the., VSSR-Co~uncil of
Ministers 'On Meazu"a_for.the Further Impvove=snt of Health
Care and tho Devolopment of Medical Science in the Country*

' iftarks an important stage in the development of Sovlet,haaltb
'
.3 aid -to th-e
care. It points out ways for improving medical
population and tttaches special, importznce~ to Qiaergehci~, medical
aid-
In accordance with the above Decree# orderu of the USSR
and PSFSR ministers of healthi and he jnitiAtiveof,modical
t
personnel of Pen*&. a Irm-cour a is been taken to c"Ate emor-
f a h
gancy aid hospitals and amalgamate them with "Argencr aid sta-
tiona. This has made it possible to provide truly comple.~ell
Continuity In the administration of specialized, aid to patlersts
initially
with the- forces of specialized brigades and then
.
under, the,_ Condition a -of specialized dvpar"lonts,in-~ the- h6spitaii.
In recent years,,'tha- use- of enorqiincy medical, aid inati-
tutiona- by- tho~populaition has Jncreased Considerably. In the
RSFSRj I for example# the use rate par 1,000 persons of the city
population rose 'from 255 in 1965 to 342- in 1971, while- the
total number of completed calls for amerqency aid.service, In
town And country J.n 2972 was 7.
9 million4writ than in 1965.
At the present. time, the republic.has 1 916 emergency
medical, aid stations and departments. of these, 1,496 are in
cities and 421 are In rural areas. The number of stations is
67 percent greater than in 1965.
Lmargency aid stations and substations have been amalga-
mated with hospitals In 29 autonomous republics, krayo, and
oblasts. Emarqency aid hospitals have been created In Lenin-
grad Moscow, Rostov/Don, Khabarovsk, Ordzhonikidze, Mumamisk,
,ul; Y
-Ol
St
s
B
hk
N
b
ibi
k
d X
i
arn.
os
ovos
are
e
ar
rs
urgan.
op
, an
n9
a,
taken to organize them in other cities.

USSR C)

czt_

ZZ

USSR um 681.3X6:51
V A
Y MATULIS,
tion Coding and Machine 'Calculation of the Time Characteristics of Large
Networks"
V sb. AvtomatxkP- i vychisl. tekhn. (Automation and Computer Technology-
"Mint!s", 19T1, pp 249-258 (from
caueetion of works), No 3, Tllnyus,_i
RZh-Kibernetika, No 12, Dec 71, Abstract No 12V955)
Translation: The paper describes computer algorithmg for calculating the
time characteristics of large networhs~and gives the opera-ling time of
some modules as a function of network parameters. In contrast to some
algorithms known from the literature, this. relation io expressed by a linear
function of the number of jobs and events in the network. ~A brief descrip-
Vlon is given.of the program for the BESM-4,computer compiled on the basis
of the given algorithms with the folloving..restrictions for.network param-
eters- number of jobs -- less than 32600,~ number of events' less than
16300. Author's abstract.
70

UDG 621.375.820"
_n K., GADOV, P.
A FFY, 14. VEMME, V. LAU, A., LE.
"Procedure for Separating the Weak Lines'of Forced Combination Scattering by
Heans of Selective Absorption bn~the Frequency of the Strongest Stokes Component"
V sb. Kvant. elektronika (Quantum Electronics-.collo-etioll- of works), Moscow,
No15, 1971, pp 129-131 (from M-Radioteklinika, No It 1972, Abstract No ID342)
Translation: In the presence of forced combination scattering, usually only
the combination scattering component with the largest, amplification coefficient
appears in, the spectrum. Its appearance, causes such stronj.; depletion of the
intensity of the exciting laser that the other combination scattering signals
!cannot grow to tile sensitivity thre'shoid ~of, the recei%~rer. By selective absorp-
tion for the predominant Stokes component it, is possible to,facilitate the
appearance of.other combination scattering.frequencies.' It was theoretically
demonstrated that when using,an absorbing liquid for which the ratio of the ab-
sorption coefficient on the f.requency of the first StOjV4E!,S component and on the
laser frequency of 100: 1 is obtained,, the detection thre'shold. of the- weak com-
ponent can be reduced by 7 times. The. bibliography ha.s:15 entries.

USSR UDO 537-~11.~3s546.28/.289
VAYKHB.ROT, E.I., GRIZMO, V.M., GRISRAYEV,,I.A., NOSIOV, V.14
'Transients In Germonium And Silicon During,IrradiatiQn By The Momentum Of
Electrons Of Linear Accilerator With Mev.Energy"..
V ab. Rmiatsion. fiz. nemeta..kristaii6v_(Radiation Physics Of Honmetal
Crystals--collection Of Works), Minsk, Nauka i t,3khn. i1970, PP 57-66 (from
R7-h--Slaktronika I yeye prLmenonlys, No 1, Junuarl 1971, Abstract No 1B24)
Translation-. The paper investigates transients in Ge aad Si, originating under
the influence of the momentum of electrons with 35 Mev energy. The anecimene
were prepared from plates of Ge and Si and during the investigation were placed
in a uniform field of electrons. The.thickneso of the sp~uclmena was selected go
that generation of charge carriers might tAke,place uniTormly,with respect to
all the space. It is shown that dependence of the amplitude of additional con-
duction on the flux density is nonlinear. '~During analyois of transients it is
rieceasary to take into account the time change pf the mobility because of the
additional mechanism for scattering by the ionized atome (?f the,somiconductor
and.the decrease of the life time ofthe.nohoquilibrium, ci~large oarriers- 7 ill-
8 ref. Su=ary.

~7-
'SSR
U UDC: 68i.2-08T-92-Q,--2
1MYKSM' L. A. 9,"T'ONCV, 1. I.,.SYCHUK
"A Pnei-mo-electric Converteril
-'ay 67, published 25 reb 70
U3SR Author's Certificate No 253436, filed 22 M
from -A-vtomatika ~eler:~khanika i Vychislitellnaya~ Tekhnika, No 11,
RZh
Noy 70, Abstract No 11A139 F)
Translation: This Author's Certificate introduces a rneur-oelectric crn-
Yerter which contains a derice foz pnewratic~ signal input a-rid a piezoclectric
element. To inprove sensitivity and increase the repet-i-tion.frequency, the
device includes a nneumatic pulse ger-erato (fluid relay). ':-or our-poses of
r
nversion, the controlling channel of the generat-or is connected to
inverse co
an intermediate nazzle-tifue element. Supply 4-tir continually Ifed to the
U
fluid relay. 'When the sii-aial being monitored arrives at. the ~nPut --Ls Pin=l,
the air jet in the relay is deflected to channel b, vhere it acts contlnu-
ously on the.Diezoelectric ele.-~.nt. In this case ` -2-e is nrz I~.ctically no
he
sigrIal across the output of the piezoelect~ric element. Urien the iriput si(,-pal
disappearr-, the jet is d~flect,Ud to- channel e-where., it, P-11ter.; a pneumatic
Capacitor. There i:: an- abr-.2~t chanv-t~ in, the load on the Piezoelectric ele-
Mont, Which gererates the first electric signal,* As sooAl as the Fneumatie
Capacitor is filled with air to a given pressure, the jet: 'lie relwf iir
34
----------- -

USSR
VAYKSHIN, L. A. et al. USSR Author's Certificate No 253436
deflected once more to channel b, and the Piezoelectr-c elen,~n 4- F-nera:-es a
second signal lbe cappatitor is dumped~ and tne jet is ve-utonlatically deflected
to channel c. In this vaV, pneumatic and 'electric ---rc gencratiad at
the outout. Generation is interrupted'wher. the input, sigmal arrives as
Pin=0. Two illustretion-S. N. S.
2/2

USSR UDC 621.791,052.001.5:669-419.4:669.1~95t669.14
TRUBILKO, V. I., Engineer, SAVO-'-r-.';KOV, V., A., Candidate of Technical
Sciences, SOINIK, I. S., Engineer, GRMIOV Ye. I., Candidate of Chemical
Sciences,, and VAYL, Ya.-',r-. , Engine-er
IfElectro~lremical Study of Welded Joints~in Titanium-!;teel Bimetalil
Moscow, Svarochnoye Proizvodstvo, No 2,, Peb 71, pp 13"15
Abstract: A study is presented of the electrochemical behavior of indivi-
dual sectors in the welded joint -- thelseam metal, nemir-scom zone, and
base bimetal. Coiaparison of the maximun, values of ano"(112 -Cul-rent of
Polarization CurvOs inatle in 57% hydrochloric and 77%sulfuric ~Lcid and
in an aqueous solution of ammonium chlo'ide indicates that the process
r
loric acid, somewhat more
of corrosion occurs more rapidly in.hydroch
slowly in 77'. sulf uric acid. The corrosion resistance of z1he lecir"Iens
studied Ctitaniu;m-steel produced by rolling,.in a vacuum 0 f 5 ~l- 10 - rmi ti g a t
1000% with 2010, conpre5sion) in ammonium chloride was high. The same types
of polarization curves were produced in all t1he corrosive meEia studied.
The metal of the seara and the zone near the seam have m9re positive
electrode potential than the bimetal in the.initial state in the acids.

-112 014 UNCLASSIFIED:'' OROCESSING DATE--IISER70
T-ITLE--SEPARATION OF MIXTURES OF C SU86;HYDROCARBONS OF GASILINE
__~.-,-FflRA_CTIONS.. TV. PHASE EQUILIBRIUM IN SYSTEMS FORMED BY C SUB6
UTHOR-MAKAROVSKIY, YA.T., KOGAN, V.B., KONONOVI t;.F.t VAYNBERGv A.M.
lop,
-COUNTRY..OF INFO--USSR
~OURCE--N.-PRIKI.. KHIM. (LENINGR4D) 1970, A.3(2)1 289-95
ATE PUBLISHED ------- 70-
~._SUBJECT A.REAS--CHEMISTRY, PROPULSION A NLD FUELS~
-,TOPIC TAGS--CHEMICAL SEPERATIONt M.ULTICOMPONENT CHEMICAL MIXTURE,
.-,C.YCLOH EXAM E 9BENZENEt CYCL.0 PENT ANE AROMATI C~ ALCOHOL, P AS m
-.-GASOLINE
C ONTR OL MARKING--NO RESTRICTIONS
.-DOCUMENT CLASS--UNCLASSIFIED
-'_,PROXY-:REEL/FRAME--1990/2041 STEP NO--U.R/00;30/70/043/002/02?9/0295
"CtRC ACCESSION NO--AP0109973
7ZZZZZZZZZZ UNC-LASSIFIED

212 014 UNCL ASS I F I ED PPOCESSINIG, DATE-IISEP7,
A -,ESSION 140--APOIO,3973
ABSTRACT/EXTRACT--[U) GP-0- ABSTRACT#' THE MUTUAL SOLY. OF SINARY SYSTEMS
CONSISTING OF HYDROCARBONS (N-C SU86 H SUB14 (1), METHYLCYCLODENTANE
(II)i CYCLDHEXANE fIll), C. SUF16 H SUB6,11V), OR,N-C SU87 H SUB16 (V))
AND TETRAHY0R0FURFtJqYL ALC, (VI-) (6. 175-6DEGREES, D P:ZIME20 1.0501, AND
N Pql,'4E2.SUBD PPIMEO 1.4520), THE:MUTUAL SJLY. OF THE TERNARY SYSTEm I
.If.Vlt THE INFLUENCE OF VI ON THE FUGACITY OF THE COMPONENTS OF THE
SYSTEMS 1 11 -AND III C SU86 H SU,96c:PHASE EQUIL. AT ATM. IN THE BINARY
SYST54S C6NSISTING OF HYDROCARBONS Cli'llIt OR C S1196 H SUB6) AND VIv
AND TH~ PHAS'r-EO STUOI ED.
~ : UIU. IN THE -TERNARY% SYSTEM I IJ ~VI WERE
AROMATiC AND NAPHTHFNIC HYDROCARSON&DISSOVLE COMPLETELY AT ROOM TEMP.
IN Vl; THE CRIT. SOLN. TE14PSO IN.VI ARE,36UGRE&S AND 42DEGREES FOR I
AND V, RESP. THE PARTITION COEFFe OF ff BETWEEN:.l AND VI IS U.4-1.5.
THE SELECTIVITY OF VI IS SO LOW THATiV-1 IS NOT~A SELECTIVE -SOLVENT FOR
-THE EXTN. OF THE PARAFFINIC AND NAPHTHENIC HYDROCARRONS. HIGHEP
SELECTIVITY.1S.OBTAINED IN EXTRACTIA:DISTN. THE DEPENDENCE OF THE
FUGACITY COFFFS. 01: THE CONSTTITOENTS'~OF~ A 5fNARY,::MIXT. CONTG. PARAFFINIC
AfID.NAPHTHENIC OR AROMATIC HYDkOCARBONS ON THE CONCN.' (IF VI IS CLEAR.
THE SELECTIVITY OF VI IS 2.0-2.5 AND,1*55-I.:6 FOR~MIXTS. CONTG,.Ill-IV
AND-1-11, RESP. VI IS EFFECTIVE FOR THE-SEPtJ,,OF PARAFFINIC,
UAPHTHENIC, At'iD APOMATTC HYDROC~ARBONS BY EXTRACTIVE DISTN.
Z Z.z Z ZZLIZZZZZ,I. UNCLASSIFIED,

USSR UDC 539.3
VAYNBERG.L D. V. GULYAYEV, V. I., CHIBIRYAKOV, V. K.
nProjection Method in the Theory of Shells and Its Computer Solution"
Soprotivl. materialov i teoriva-sooruzh. Resp. mezhved. tauch.-tekhn. sb.
(Resistance of Materials and the Theory of Structures. Republic Inter-
departmental Scient:Lfic-Technical Coljection),~ 1972, No.'18, pp 19-31 (from
RZh-Mekhanika, No 3, Mar 73, Abstract;iNo W131)
Translation: A method is given for reducing three-dimensional equations of
elasticity theory to two-dimensional equations.of the theory of shells. The
resulting equations are freelfrom simplifying static and geometric hypotheses
of the classical theory of shells. 9'.ref.. Authors' abstract.

USSR UDC 539.3
VAYUBERG, D. V., SAKHAROV, A. S., KIRICHEVSKIY, V. V.
"Derivation-of the Matrix for the.Rigidity Character.1stics of a Discrete Element
of Arbitrary Shape"
Sopro ivl. materialov i teor~za socru~zh. ReqD. ipezli,,Td. nauch. sb. (Resistance of
Materials in the Theory of Structures, Republic Interdepartmental Scientific
Collection), 1971, No. 14, pp 37-44 (from RM-Nekhcaill a, Ila. 3, Nar 72, Abstract
No 3V166)
TrIanslation, The solution of the three-dimensional problem of olast-icity theory
and the problem of the bending of.plates and shells J.~; so"Ived usin,o, the niethod
uf- a dircrete elemiunt of arbitrary sha',ne referred tri'a sywtom of curvilinear
(not orthogonal in the general case) c6ordinater (x~-, i 2, 3) characteri7ed
by a inetric covariant tensor~9ik(X')- The reso lven t are obtained and used to
study the stress-defc---mation state of plates and shells without the use of the
Kirchoff-Love hypothesis. The derivation is presentf:d in tensor form for linearly
elastic workin~g of the -material. 7 ref. abstract.

USSR UDC 533.6.013.42
VAYNBERG,-D. V., GULYAYEV, V. I.
"Numerical Solution of Problems of Flow Over Bodies of Complex and Varying
Form"
Tr, Koordinats. sovpsch. pogidrotekhn. (Works of the Coordination Conference
on Hydraulic Engineering), 1972, No. 64, pp 254-258 (frout RZh-Mekhanilza,
No 3, Mar 73, Abstract No 3V388)
Trwislation-: The probllew..of.the,interaction.of a thin-walled shell with a
liquid flowing around it is solved. Simultaneous solution of the equations
of motion of the shell and the liquid is obtained by the finite difference
method with the application of the methods of tensor analy.GiS, making it
possible to describe the geometry of tbe, def ormed mI,!dIiwII in gelieral f OLM, .
nie process of the formation of difference equations for plane and axisymmetric
~cases is programmed for the BESIM-6 computer. Authors' abstract.

USSR UDC 539.3
SAMAMV, ~A. S., SINYAVSKIY, A. L,
"Investigation of Flexible-Plates and'Shells"
V sb. Raschet prostrans-tv.. konstrtiktsii. 114 (Calculation of Thzae-Dimen-
VYP.
sional. Structures. No. 14. -- Collection Tf W~r.ks Moscow, Stroyizdat, 1971,
PP ,.35-51 (ft~am RZI-Meklmnika, No 9, Sep 71,. Abstract: Ro 9VI02)
Translation: The deforrhation of flexible shells arid'r)lates with eccentric i~ibs
is cUscussed. Restricticrns arre not imposed on the sh~De of the middle surface
of the shell, the nature of the load distribution and support conditions. The
discrete positioning of the ribs is taken. into account. The problem Ls solved
by numerical methods. A variational method is proposed for constructing the
difference equations which consists of minimiz-Ing tht., elastic potential of the
deformed system represented in discrete, form. Iteration algorithms are developed
for solving the linear and nonlinear equations of higher order. A set of programS
ulating process including the computer
was developed for fully aoutomating the calc - L
formation of ~-- id equaticms. Several numerical' examples eze included Ifor calcu-
lating ribbed shells and plates for various parameters, boundary conditions, and
load characteristics. Aa-thors abstract
144

U35E UDC 621. -311 7. 34 621
-372.~13(088-8)
ITAYINBERG, 1. A., Vk_ G, E._I., PAVEL'YE-V V. A.
"A Device for Visualizing the Field in a Mlicrowave Resonator"
USSR Authorts Certificate No 27511 I'T jun 67, published Nov 70,
stract T' P)
(from PZh-Raaiote-.hniha, 140 7, Jul 71,_AL~ NQ 7B20L
Translation: The rro-osed device contains a microwave resonator wit'll
probe to -wh-ich L-P oscillator and a recelver with otscillck,-:raphic disnlay
are connected. To inc-ease the speed of obtaininE.; sii image, of tine
ntensity of ths elec'n-r,,afrriolic: field in the rceform'tor, 1"11c
i ti I -
made in tho forni of a z4irjtocond-acti~re plate which is inL-rodilc~!d intr)
the cmi;.- 50~:ction of resonator cavity to be studie(] which is
!:Canlied by a IiEht- be,~---.,, in sync with scanriing of the oscillographle
display. FlesmrX-

USSR UDC 621-317-34: 62~1. 372. 413(0'88. 8)
PAVEL,IYEV,.V. A.
VAWIBERG, I. A. , VA ERG, E I.,
"A Device eor Visual- a Microweve'.
izing the Field in Pesonalor"
USSR Author's Cer~~ificate No 2751821~ filed 1-( Jun (S7, pifolished Kov 'io,
(from RM-Radiotekhnika, No 7, Jul 71, Abstract NO 7B202 P)
Translation: The proposed device contains a microJ6%~e reionator wit'
probe to ,ehich an oscillator and a receiver with o:~cillo.-rarhlic di
-F
are conrected. To increase the speed of obtaining an of tile
intensity of the electromagnetic field in the resoriallor, thc; probe is
made in t
'he form of a photoconductive plate which L,~
the cross section of the reso. L1
nator cavity to be st- aied and which is
scanned by a liot bea~ra in sync with scannin.r-~cf the Oscillographic
display. Resur,6.
MHET "T,

USSR UDC: 621.396.67-095-001.5
I~AYNBEIRG, 1. PJA.Ii-EL'YEV, V. A.
"Using Li; gh t-Cor trolled Semiconductor Panels to Starly the il_mplitude-
-Phase St'ructure of the Sho-7-t-Range. Field of Micrcrwratve ilrit!'Icnnas"
Mloscov, Radiotekhnika i Elekt ronika, Vol 26, iio 9. SeD 71, DP 1685-16go
Abstract: The Dauer describes a device for visualizing the strucLure
of the short-reange field of indcrovave an-tenntis and for precision mea-
wirement of the armlitude eaid phase of the field. A st,-~tionary semi-
conductor rla-'e with low background. field perturbation is pilaced in tLh-:-~
_sbort-rwnge field of -the receiving or transmitting anterina to be studi~_d.
The surface of the plate is scrui-ned in sequence by an intense light Spot
of the-proper size and shape. The type~of sntenna deteiwdries the Seem-
_rajectory. The incid
ning light ' causes a sharp chazij, e in the cor_
ductivity of the material by Generation of nonequiiibri-ini current c,_ar-
iers --rith a resaltant chan orption refl!::,-ior1
Lre ~in coefficients of abs 5
and. refraction. -;~me_ lr--~uit-ant signal. Is fed to &:URI" clispley. The de-
V i by 1jrc)p,_-r
114
CfOL at'so bu U.',wdl for polarizat5on rt anur-_-ni rt*:.,,d I C.
.1/2

USSR
VAYNBERG, I. A., PAVEEL'YEV, V., A., Radiotekdiniika i Elektronika., No 9,
1971, pp 1685-1690
and orientation of -the light spot. A simple alterRtion of the iris trumen-L,
illimeter to centi-
enables analysis of electromagnetic fields from subm, -7 L
meter wavelengths. In addition. to antenna measuretrients) the unit c~_m
also be used for quallity control in adj,.isting con) ex ntenna syste. s,
field analysis in auasioptical transj!dssion lines in the- millimeter ttznd
submillimeter bands, in multiple-modc wwreguides, P-n-d in complex wavc-
guide junctions. The authors.thank E. 1, Vayriberg,.N. P. Rachkova,
V. N. Shuyukova and G. V. Bondareva for asristanve in df-bue%ing -the
device and making measurements.

-7 ~4
-7
USSR, UDC: 621.3i7-799
A., VAYNBERG, E. i., PAVELIYEV,.V. A.
"A Device for Visualizing the Field in an SHF Pesonator"
AlAoscow, 0t'r:ry-ti_ya, Izobreteniya, Promyshlennyye Qbraztsy, TlovarnTye Znakil, NO 22,
1970, Soviet.Patent No 275182, Class 212 filed 17 Jim Q67, p 44
Aos,~-rac"r,: Ths Author's Certificate CL
introduces a device for visualizing the `el'
in an SHIP resonator. The unit contains an SHF resonator with test body, and a
gene v
rator and receiver with oscillographic display conr~ected -~o the resoralor, As
a dis-u-irguishing feature of the patent, the speed with which the image of the in-
fensity of the electromagnetic field in the resonator is -Droduced in inc--eased by
making the above-mentioned test body in the form. of a photo,!onductive plate which
is introduced into the cross section of the resonator to be investigated. This PlatE
is scarned by a light beam synchronized with,:the scanning of the oscillographic
displaj.
J-1

____1/2 017 ~,'~'PROCESSING DA,rE--230CT70
,..TITLE--CLINlK0 DOSIMETRIC PREPARATION'.~TO THE RADIA,rioN OF THE PATIENT -U-
~AUTHOR,-103)-RUDERMAN, A.I.? VAY.NBERG,,M,SH.t BALTERt S.A.
.,COUNTRY OF INFO--USSR
RADIOLOGIYAr 1970i,VOL 15*~NR 51 PP 40-43
~.-D AT E:PUBL ISHED- ------ 70
.,.SUBJECT AREAS--BIOLOGICAL ANO-.-MED.ICAL SCIENCES
TAGS -RADIUM9 RAO[OTHERA ATION OOS
PY, IRRADE IMETRY, DIAGNOSTIC
MEDICINE
~',CONTRGL MARKING--NO RESTRICTIONS,
-DOCUMENT CLASS--UNCLASSIFfED
'~,.IPROXY REEL/FRAME--199810274 STEP NO--UR/0241/70/015/005/0040/0043
:C_IRC ACCESSION NO--APO 120963
UINICLASS I fL IED
Rl~ m

2/2:- .017' UNC A SI,f 1) DATE--230CT70
..-CIRC ACCESSION NO--AP0120963
A8STRACT/EXTRACT-(U) GP-0- ABSTRACT.~ INCREASE OF THE EFFECTIVENESS OF
RADIUM THERAPY ESSENTIALLY DEPENDS UPON THE METH00 OF CLINICO OUSIMETRIC
PREPARATION TO THE 8ADIATION OF THE PATIENT JO LRRADIATION. A NUMBER OF
TASKS ARE SET FORTH WHICH SHOULD BE SOLVED DURING THE PREPARATOkY STAGE
A
TO IRRADIATION WITH DUE CONSIDERATION OF INDIVID IL PECULIARITIES OF THE
PATIENT. T14E AUTHORS ENUME~ATEJHE REQUIRED AUXILIARY EQUIPMENT AND
DESCRIBE THEIR EXPERIENCE ON THE PREPARATION' TO THE RADIATION OF THE
PATIENT BY SPECIALISTS ON RADIUM THERAPY4 X RAY GIAGNOSIS AND CLINICAL
:~DOSIMETRY. FACILITY: INSTITUT EKSPERIME,"ITALINOY I KLINICHESKOY
ONKOLOG1.1 A7MN SSSR.
UNCLASSIFIED

-1/2 023 1INCLASStFIE6 PROCEESSING DATE--230CT70
TITLE--DOSE FIELD CREATED BY PROTON BEEAM IN YHE IRRADIATED BooY -U-
~~,AUTHOR-105)-VAYNBERGr M.SH., DMITRIYEVSKIY, I.M., SEMENOV, YU.V., TELKOVI
YU.M., FRft*fff'Pl*
-COUNTRY OF INFO--USSR
!~'~SOURCE-MEDITSINSKAYA RADIOLOGIYAt.1970r,VOL 15, NR 51 PP 69-73
DATE PUBLISHED ------- 70
SUBJECT AkEAS--BIOLOGICAL AND MED I CAL SC I ~ENCI'z S
TOPIC TAGS--.MEDICAL APPARATUS, PROTON RADIATION BIOLOGIC EFFECTr RAOIATION
DOSAGE~
~,._CCNTROL MARKING--NO RESTRICTIONS
:00CUMENT CLASS--UNICLASSIFIED
_'_:_PROXY RE
-EL/FkAME--1997/1959 STEP ND--UR/0241/7f)/015/005/0069/0073
.~,CIRC ACCESSION NO--AP0120602
UN-CLASS IF LED

UNCLASSIFIED PROCESSING DATE--230CT70
023
CIRc ACCESSION NO--AP0120602
'XTRACT--(U) GP-0- A-3STRACT THE METHOO OF CALCULATIO'N OF DOSE
-ABSTRACT/z- 4
FIELDS CREATED IN THE IRRADIATED BODY BY AMEDICAL PROTON BEAjM OF THE
LABORATORY CF NUCLEAR PROBLEMS OF THE JOIN1 INSTITUTE FOR NUCLEAR
-H THE
RESEARCH IS DISCUSSED. THE RESULTS OF.THE EXPERit-lLEINT CONCERNED A[T -c
DETERMINATION OF THE INFLUENCE,ON THE DOSE FILEO OF liFTEROGENFiriES AND
CURVATUkE OF THE BODY SURFACE ARE GIVEN. FACILITY: OTOEL
111,41STITUTA EKSPERIIIENTALINOY7: IKLINICHESKOY ONKOLOGH MIN
SSSR, FACILITY; tlOSKOVSKIY INZHENERNO-FiZICHESKlY INSTITUT.
_WNCLASSIFIED-

USSR UDc 62o.179
AVZRBUIM, I I: CHEGORINSKAYA, 0. No)
GRADINARj V: V 1A ~-n 6on+#Taentific Research Institute of
-Nondestructive Control, Kishinev
"The Use of Ultrasonic Emission in Nondestructive Control"
Sverdlovsk, Defektoskopiya, No 1,1972, pp 26--32
Abstract: An experimental investigation was made of the
~ossiblrlity of using ultrasonic emission for the detaction of
defective parts of welded constructi.ions and deterviining the bond-
ing strength of bimetallic aheats and;strlps. The frequency
spectrum and the character of theAncrease in the emission in-
tensity make it possible to evaluate!tho characteristics of the
materisl. In supersonic emission investigations, difficulties
ai-ise which Bre connected with the.reception and separation of
signals of supersonic emission on the noise background. Tuning
out.from aeou3tic low-frequency noises is done by a"pDropriate
selection of transducers and.blectronic equipment. 9 illustra-
tions, 7 bibliographic references:,~

USSR UDC 62-52003-13
KWMOV, G. G., PMIB7PRZEV, YU. V., KONSTANTINOVSKIY, L. B., and. ZPBIAT,
Enginee=s
"Calculation of Efficiency of Using Automatic Dita Transmission Networks"
Moscow, Mekhanizatsiya i Avtomatizatsiya Proizvodstva, No 9, 1971, PP 36-37
Abstracts The article considers the efficiency of replacing orainarf data
transmission methods (for example# by telephone), with,auto-matic transmission
In fixed- and variable-routing networks. The savings achieved by autonatic
data transmission are calculated as a fi;nction of the,tcost of transmitting
the equivalent amount of information by~,telephone betwleen the same subscrib-
117-

USSR wo 669.0171539.26t620-157
IMIEOVICH, L. G., VAYNBLAT, YQ. t., OVECHKIN, It. I., -and BER~ L. B., All-
Union Institute of Light Alloys
"Determination of the Grades of Separations in the Breakdown of the Solid
Solution in the AI+O.IF4r Alloy by Meants of Szpo~Ll-Angle X-Ray Disparsion and
Electron 1,11icroscopy"
Ordzhonikidza, Izvestiya Vysshikh Uchebnylkh Zavedeniy, Tsvetnaya Metallurgiya,
No 6, 19739 pp 135-137
Abstracts The breakdown of the solid solution was investigated on specimens
cut out-from presued bars of the A3.+0.4%2Zr alloy by the methods of ismall-
anglo.6-ray. dispersion (SXD) and else trbm, microccopy. The apecimeno wore aged
at 400 nd 500o for 10 to 500 hr,after vater-hardonin,~ and,heating at 6400
for 10 min. It io shown that the pexticles, sapaillatia~. on aging are spherical.
Their averaga sizes satisfactorily coincide with dimentsions calculated by the
SO method of oxide replica. The analysis of volumes of different fractions
seems to indicate that the ouantity of the larger fraction increases WiTh the
duration of aging. The Joint applitation :of .9xD and, electron microscopy
metho.da.provides reliable-infotm,tiot~.-on,~agiri' pr~cesse's of alloys. Two figures,
ve bibliographic,m
two tables, n

Transformation and Structure
USSR UDC 669.71-55-721
MM, L. B. VAYNBIAT, YU. M., DAMOVeN. G., KHAYURGY, S. S., and SHCHEGUNA,
N. M., All-Union Institute-7of Light Alloys'',
*Su-wtructure Changes and Decomposition, Processes in the Double Aging of
-AUcy AD-31 Under the Effect of Plastic Deformatiorf'.
Sverdlovsk, Flzika. Metalloy I Metallovedeniyel Vol 36P No 3, 1973, PP 583-590
Abstracti EUctron microscopy and mechanical property measurements were
employed to study substructure chaages and decomposition processes in alloy
AD-31 in sheet form with e. composition of ~In %)j 0-73 149, 0-57 Si,
0-12 Fee.0.03 Zn, 0.01 1111n, balance - Al. The sheets were water quenched
from 525 C and rolled in the cold state, (30 ani 90% reduction) either after
quenching or aSter natural aging for one day. Samples were , studied after
deformation i6thout subsequent aging and after aging~ ~zt 1550 for five hours.
Out of 13 differeirt combinations of quonching# aging,and rolling xeduction,
It was found that the best combination of tonalle streAgtb and ductility
Is achie-ved b-v quenching, natural :aging.for.: orat day, reduction of qWo, and
tM42
Ing.at 15fC for 0.5 hours. This treatment yielded -it TS 6f 38-3 kGj

r

Aluminum and Its Alloys
USSR uDc 669-71.620.18
VAYNBIAT, YU. M., and RODINA, I. B., All-Union Instiuute of Light Alloys
-ion"
"Structure of D16 Aluminum Alloy at the Steady-State Stage of Hot Deformat
Sverdlovsk, Fizi-ka Metallov i Metallovedeniye, Vol 35, Ito 4, 1973, PP 8-:?8-840
Abstract: Hot deformati on of D16 aluminum alloy ~ (4-3 5~h Cu, 1.3%, 1,19, and
0~63% Min) was conducted with an average strain rate of~0.02 sec-1 for two types
ofinitial structures -- recrystallized~(25_micron grain size) and polygonized
q
as a result of previous hot pressing (3-Picron grain size). At room tempera-
ture there is a continuous.increase of flow stresses, while for the recrystal-
lized sample the stress is lower than for the polygonizea sample. At 300-11000C,
flow stiess starts at a higher temperature for the recrystallized sample, and
the steady-state stagi,.~ the initial structure. has Po effect. It was noted
that the flow stresses during hot deformation were equal ancl vonstant reEaird-
less of initial structure. The possible reason for thiz; equality is an
independence from structural dispersion characteristics. Apparently, saunles
deformed to the steady-state stage are less different in structure than they
were-Iinitially and can have thia s,-m-- field strenj~_th ov,er a vide te~-Tuperature
interval. 3 f igurell, 5 biblio.-rapbical. references,

V
Alum1nt&::.and. Iii Alloys'
USSR UDC 669.71:539.370
VAYNBLAT Yu. M., and SAGALOVA, T. B.
"Grain Boundary Migration in the High-Temperature Deformation of Aluminum"
Sverdlovsk,.Fizika Metallov i Met,allove,
deniye, Vol 30 No 6, Dec 70, pp 1322-
Abstract: In this study migration of grain boundaries was observed from the
high-temperature rolling of aluminum. Aluminum grade:A7, having an equiaxial
structure and average grain sizes of 50;,200, and 1000 micron., was rolled at
temperatures of -50, 20, and 200% with reductions of,0.5 and 0.7 (true de-
grees of deformation were 0.8 and.1.2),: After hot rolling'the samples had
a non-recrystallized structure~.consisting,of sub~grains'with an average size
of.1.3 micron.
Polarized light in an optical microscope,:was used where the fibrous structure
was visible: deformed grains were stretched in the direction of rolling. If
the time of finding the metal in a deformation site ifitaken as 1 second,
then the rate of migration amounts to 10-3 cm/sec. Me- rate of migration of
boundaries was also measured for recrystallization at the time of the last
1/2
4i

USSR
and SAGALOVA, T. V., Fizika:Metallov' i Metal-lbvedenlye,
VAYNBLAT Yu.
o 30, No Dec 70, pp 1322-IM3
-6
anneal. At 300% the rate of migration amoun;ts to 10 cm/sec, which is
three orders of magnitude lower,than.for~~hot irolling.:, A sharp acceleration
of migration was caused by the high1con6entration of vacancies formed as a
result of.dislocation intersecting. Migiatioa of bouhdarie6, going in,the
direction of the accumulated energy gradient,: is one:of the~processes lead-
f~imatb:yn. Acc rding to the measure
ing to vreakening.of aluminum in.hot de o
of increased degree of.deformation','dislocatim density and.vacancy concen-
tration increase. Both of these- factors-contribute to acceleration of both
dynamic growth and migration of high-angle:bciandarie cas a result of which
stage of deformation.an;iquilibrium~w.Lll,be.potablished between
at some
processesof strengthening and iweakenino;i
2/2

USSR _UDC 659.715'V121:620.186:539.4
PESRUKOVV ~K. G., KLEPACHEVSKAYA, S. Yu.,
GALATSKIY, B~ D.,
SAGALOVAS T. B., and FEBOROVA,.K. A.,
I'De endenceof Texture and Mechanical, Properttes on Shape Factor and Degree
p
6f:Deformation of Extruded Aluminum-Allov.~,Products"
:j
-Tekhnol. oawt n. i by4L, VILSa (Technology of Light
-legkikh splavov. Nauchn ekh
-.:,Alloya...Scientific..and Technical.Bulle in~ofrthe All-' nion Institute o*f
:-tight Alloys)-, 1970, No 3,.pp.28-35.-~frc.6~'Pih.-Metallurgiya, No 12, Dee 70,
:Abstract-No.12 1757 by E.:KADANER):
Translation: An investigation was conducted,cin alloy D16 produced under in-
with subsequent ex-
dustrial. conditions by the semicontinuous casting methc;.d
trusion under various regimes. With,an increaBe in th(l., shape factor of ex-
truded products, uniform variation of deformation texture from biaxial 4~11),
4~LOO>orientation to rolling texture takes place with predominant {110)
orientation. With an increase in shape factor-, strength anisotropy decreases.
With the.same degree of deformation..and shape.factor,.mltimate strength and
its anisotropy are independent of:the site of~the-sectibn of the product;
Five Illustrations. Three tabl-es. Bibliography of seven titles.

USSR UDC: 551,46,06
PARITSKIY, A. S., VARIDRUKI E, B.
"A Method of Determining the Inclination of the Surface of a Wave of the lea"
Moscow, Otkrytiya, Izobreteniy--, Promyshlennyye Obraztsy, Tovarnyye Znaki,
No 8, Mar 72, Author's Certificate No 330341, Division G, filed 17 Aug 7P,
published 24 Feb 72, p 126
Translation: This Author's Certificate introduces a method of determining
the inclination of the surface of a wave of the sea by exposing it to ultra-
sonic oscillations, receiving the signals from the surface being studied at
three or more points of reflection, comparing them with a reference signal,
determining the time of propagation of.the ultrasonic oscillations and the
distances they travel to three or. more points, and using tb(!sc data to de-
termine the nuknown slope. As a distinguishing feature of the patent, the
frequency range of the registered processes. is increas~,d, by using a single
vertically directed beam for exposure, the regulation of the reference
signal level,being dependent on the receivedisignal lev-el.

USSR UDC 615.332 (Cycloserinum). 014.453
SAZYKIN, Yu. 0., CHAYKOVSKAYA, S. M., KORCHAGIN, V. B,,_Mj~,~NA f. A.
IVANOVA, V. N., BALITSKIY, V. A.,:and V".NFP__YP All-Union Scientific
Research Institute of 1-.ntibiotics'and Institute:of Biophysics, Ministry of
Health USSR
Usterilization of Oxacillin Preparations !With Fast Electrons"
Nos cow, Antibiotiki, No 10, 1971, pp 933-936
Abstract: Exposure of preparations of the sodium salt of oxacillin in 0.5 g
vials to fast electrons (10 Mev) . in a linear accelerator at a dose of 2.5
Mrad resulted in complete sterility of the antibiotic, whereas, tests of
control (nonirradiated) vials revealed contwaination in every second or
third vial. The induced radioactivity of the samples'did not exceed 3.7-10-10
curie even with minfinun length. of. exposure, Tha procedure bad no effect on
the antibiotic activity, pharmacological: activity (no evidence of toxicity
or pyrogenicity) or physicochemical properties of the, preparations.
21

uDc 621.396.67-012.12-095-111
USSR
VAMER, Yu. A., VAYSBERG, A. 1.) LEONTIYEV, V. A., PODLIPAILIN, V. !.
"On Changlng the Radiation Pettern in the Horizontal Plane. for Overhead Antelli;
(~Iol rks of the Novosibirsk Electrical Engineering
Tr. Norosib. elektrotekhn. in-ta
Institute), 1970, vyp. 2, kn. 1, pp 16-22 (from RM-Radiotekhni-lea, No 6, Jun 70,
Abstract No
6B5)
Translation: 11-be authors consider the effect of the mirror image of an antenna
on its ranaiation pattern above the plane of.the uniform earth, --nd 'Llie errors
introduced by this image in -measurements of the radiation pattern. it is shown
that- distortions in the DrinciDal maximum may be.slight; however, the side lobes
may be subjected to considerable interference distortions since the amplitudes of
the side lobes in the directional patterns of the fon7ard and reflected beams are
approximately identical. Therefore entennas should be raised to a sufficient
height in measuring the level of the side lobes under frec-space conditions, and
the antenna and observation point ahould be senarated by a known distance when
measuring this level urhere the ground -is present. I'Vo illustrations, bibliography
of one tit-le. S.

_S I F I ED: NZ; DATE--020CT70
1-12 020 UNCCA~5 PROCESS 1.
,-,-,TJT,LE--WELDING i%IRE FOR WELD INGL BR,ONZE -U-
~AUTHOR-(05)-MINLHINA, A.N., V A~Y ~N` tU Af~A.YE.i ZOLoTo4EVSKly, Yu-s.,
~.,Z:,.t4AKAkbV,_ A.G., MALIMSTREMI A010
,cutagy or- mf:ci--ussp
'c~~SOURCE__U.S.S.R. 2621,604
I YA IIZJBRET. -IBPAZTSY7 ZNAKI 197D,
PROM. L TOVARNYE
-!--D.At,E PUBLIShEt3--26JAN70.
ACT 14ATER I ALS
B .AREAS--MECH., IND., CIVIL ANO MARINE ENGRI
U
TOPIC: TIAGS--BRONZE, WELDING ELECTRODE, COPPER ALLOYr ALUNINIUM CI)INTAINING
ALLOY, TITAN
I W4 CONTAINING ALLOYt NICKEL CONTAINING ALLOY, IR-114
--,CONTAINING ALLOYt MANGANESE Cb.NTAINING ALLOY, ALLOY CDPPOSITIUN,
MEFALLURGIC PATENT
CONTROL 'MARKING--NO RESTRICTIONS
0. CC U M E N T. CLASS--UNCLASSIFIED
_.~PKIDXY_ RUL/FRAME--1990/178b STEP Nb--IJR/0482/70/DC)r)/,)Or-)/Oooo/ooor.)
C IRC ACCESSION NO--AAOI.09747
UtICLASSIFIED

USSR ~UDC 621.382.2
TALI, A iA.
KARASHEV, T.B.,AFANOVICH, R.M., jAYNaLj 0
"Effect Of Annealing Of Radiation Defec~t'a On The Electrical Properties Of P-N
Junctionsi Produced On High-Resistanoe P-Tyme 801.licwBy Bombardment of Nitro-
gen Ions
V sb. Radiataion. fiz. nemet. kristallo4 (Radiation Phyeics.Of Non-Metallie
Cryst-Ale--Collection Of Works), Minsk, 1INauka i takhn.111 1970, PP 174-IW (from
'No 2, February 1971, Abstract No 2BI~4)
RZh--Elektroniks i yeye primenenlye
Translation; Injection of nitrogen ions'with an energy of ~)4 kev with a current
p/cM2 was performed in p-typo Si with a roBistivity of
density of 10 microam
1500--2000 ohm. cm. and an criontation of~.the surface in the (111) plane; the
duration of irradiation woo one minute and the.residual preoouro in the chamber
10-5 mm. Annealing of radiation defects wav conduated for ~O taimtes at temper-
atures of 20--9000 0. Thickness of ~Lthe rx-.type layer amot'Into to 0.4 micrometer,
the resistance of the layer dooresees with~,a.nAncrouue.of the annealing temper-
ature to 6000 0 vnd remains unchanged with'abfurther inar'6ase of the temperature.
The ratio of the average concentration of elootrono to th6 conechtration of in-
jelated ions < 5 . 10-3. The breakdown voltaga.~of n-p jugctiona of annealed and
non-annealed specimens amounts to 1500--1700 v., 6, ills 6~ref. V4'M*

7
USSR uDc: 621.385.832.012.001.24
MORIS,-Z. A., SHTARAS, S. S., OLISHAUSKAS, V. K.
"Calculating the Frequency'Responses and Transfer Characteristics of Travel-
~ubes"
ing Wave T
Moscow, Radiotekhnika i Elektronika, Vol 17, No 9, Sep 72, PP 1990-1993
Abstract: In order to determine the relaticn between the parameters of the
deflecting system and the characteristics of a travelling wave tube (TWT),
and also to establish the influence of:various factors on the frequency and
time properties of Wil"s, the authors calculate the frequency responses and
transfer characteristics of a TWT with regard to the transit time of a helix
-;c wave and of the
turn, mismatch between the velocities of the electromagnet.
electrons themselves, diupersion:and attenuation in the deflecting system,
the frequency dependence of the wave impedance of the:system, reflections
from its input and output, and the dependence or the transverse component
of the electric field an frequency whenleonstant power is transmitted through
the Bystem.

Titanium
USSR UDC: 620.1-t2.2
VEKSLER, Yu. G., VAYNSh
-TEYN A. A., SOPOKIN, V. G., Ural Polytechnic In-
stitutc, Sverdlovsk
"Concerning Dynamic Creep of OT-4 Allay"
Kiev, Problemy Prochnosti, No 9, Sep 72,:Pp 76-78
Abstract: The authors study the influence of random s'resses an the short-
-term creep properties of OT-4 titanium alloy,in high-velocity airflows.
Cr eep curves are approrimated by using the hypothesis of aging with inclusion
of the statistical characteristics of randomstresses. The accuracy of the
approximation is evaluated.

USSR UDC 513-83
G., Department of Differential Geometry, Moscow University
"Uniform, Homology Groups and Uniform Retracts"
Moscow, Vestnik Yloskovskogo Universiteta, Matematiks., Mekhanika, No Jul/
Aug 71, PP 59-62
Abstract: The author is concerned with homomorphisma of uniform homology
groups induced by certain classes of uniformly continuous maDs. The concept
of a uniform retract in geodesic.space.is introduced and several theorems are
proved on*the non-existence of uniform retracts~ In the context of the
article the author defines space-as geodesic space and map az a uniformly con-
tinuous map and the mapping as consistent-He formulates several thuorems
which he proves through the mathematical apparatusland cites several works of
previous research on related subjects as a basis for the present treatment.
The article contains 7 bibliographic entries,
1/1

USSR uDc 6i6.22-008.h-789.28-78
TWO, 1. D., IJU.SHKEEVI "if, Yu. V., MAGRACIIEV,.A. Z-, ~-?1901 EM13. V. P. . JYOLGOV~ V. K.,
-LAPSFIIII, V. A., DMMUR, B. S. A! M.,
It
A Voice-Forming Device"
Mfbscov, OtkrN.*ti-ya, Izobreteniya, Promyshlermyye, Obraztsy, Tovernwe Zuai, No
280-5148, Clazss 21, filed 9Jtui 69, p.42
1970, Soviet Patent No 4
Abstract: This Author's Certificate -introduces avo-ice-forning device which con-
tains; a main current generator, projector "d self-contained power supply. As a
distinguishing feature of the patent, the sound.spectrum of.the projected oscil-
~Iationsis aD roximated to that of naLlural speech b adding u,noise generator, a
P y
noise amplifier, and an operating mode commutator.

-1/2 Oil :1CPR0tESS1NG DATE--02C)CT70
.-TITLE-AUTUMATED CONTROL SYSTEMS IN CONSTRUCTION -U-
:AUTHOR-(02)-VA.XUjd1f,Y
B..* RYSALSKIY'~ Vt~
~COUNTRY OF INFO-USSP,
.7.S.OURCE.-MOSCOWt VOPROSY EKONOM Us, NO 2,'FEB 70P OP 85~-93
'ATE -PUBL I SHED ---- FEB70
~,:-SIJBJECT.AREAS-BEHAVIORAL AND SOCIAL SCIENCES, rIVIL AND
MECH., IND.,
--MARINE ENGR
I tOPIC TArs--GENERAL CONSTPUCtION,-AUTOMATIC CONTROL SYSTEM'
L ,A K I NO R r. S T -~'f C T I ON s
C,; U f: T CLA S S-UNCLA SS I f- I E 0
P k.1 X Y R. F; t-.L F R A M F- - 19 8 fj 0 8 3 7 STEP N 0- - UA 19 10 9 TO 3 0 0 P) 3 2 0 0 H 5 0 0 3
GIRC 'ACCESSION NCI--AP0105742
UN~LASSIFIEO

USSR
WC %1.15 51.6.287 547-539-162
ZDII U,A V. VAYNSHT ~lLiCBM01" YU. 1. , PhySiGOL Chemi-
Cal Institute i m- e-nT -L.a Por': Mobcowo
Sttte Committee for
Chemistry
"Radiation-Induced Synthesis of Perf-l,uoropheny~rhlc).rosilanes'I
L
mija YZsokikh Ph.
Moscow'.Khi era Vol 4, No 5, Sep-,Oot 70, PP 419-
.44
Abstract: The article describes re8ults ofa !itudy:of the radiation-
=duced synthesis of previously undescribed riel*hylpentafluorophenyl-
dichlorosi
*lane (CH)3C6P'5SiCl2 and peni;afluoroDl~enyltrichlorosilane
C6F5s'cl3 -- compouftda irhich are perfluorophenyl, analogs of rrmthyl-
phonyldichlorosilano and phenyltrichlorosilano synthesized by
A. V..ZDIIN, at al. The,radiation-induced:syntheni!i is based on
the inethod previously auggested by at al. for the cond()nga-
tion, reaction of hydridochlorosilanea with halogenated benzenes
under the action of ionizi= radiation bv a chain mechanism. The

USSR LDC 548.0:576.858
V TWITEYN B. Y.., MIYIIAYLOV,, A: M.
Some Properties of Synthesis of Projecting.Functions"
Moscow, Kristallografiya, Vol 17, NO 2,; 1972, pp 258-263
Abstract: A study was made of some of4,the properties of synthesis of project-
ing functions. A method is proposed for photosummation of the synthesis of
projectiag functions. The method is used.in electron.m-4croscopy to study the
three-dimensional structure of tiologi4;al mubjects. The method of
synth~esizing, projecting functions for reptoduction of p(r) [1). K. Vaynsliteyn,
Kris tallograftya, Vol 15, No 5, 894, 19.70;~ Dokl. AN SSSR, Vol 196, 11-372, 19711
is analyzed. Summation algebraically on a.discrete ntL't is considered,and
symmetry of the projection La(x Y and the function E(r) for reproduction of
p(r). is discussed. The double Fourier tran formatton method and the "algebraic
reconstruction rechnique" are compared. ~ Am synthesis. based on operations in
=--a space vith iftich clie nethod of syntheq,izing the projecting functions is
valid .-can be performed in such ~ a way thnthe desired functiora p(r) is reprodued
exactly, without .-bnckgroun&:J11.,-.-. e --:,e- a
.yn --rafiya,l Vol 17,
J9721
7-- - -7- -

USSR
UDC 548.1
VAYNSHTM B. X. ORLOV, S. S.
"Theory, -of Reproduction of Functions by their Projections"
7t.
Moscow, Kristallograftya, Vol 17, Ho 2,~ 1972, pp 253 '157
Abstract: A study was made of th.e reproduction of two- (linens ional functions
P(r) by synthesiS of the projecting functions E(r) and directly by the projec-
tions, L of the function o. -The transition 6 the Radon formulas and averaging
the projections are discussed. . Fourier transforms are used in deriving the
formulas and representing the functions Magrarms are presented for the re-
ciprocal space Z(S) and its cross.-section 4, (X the function K(x, R and
:1 011 2 max
smearing" of M) at the bisector. The image of the function h (xy).obtained
'0. 1) is a'
on an optical diffractometer (k~. I-so illustr4ted.
41
__I I M-1-11FIR IN

0 2 UNCLASS'IFIED PROCESSING DATE--20NOV70
TITLE--A KA~ '~',-T"GD FCP JETERMINING THE~GAPS SETWtENIHEAVY ATONS IN
14AC~-Cl,.GLECULES IN SfiLUTIUN, AINIJ I T Sra STVUYING GRAMICIDIN S
A U T H C~ i; - f G 3WriT i~ S U S F E IN 0 VN, I., FEYGIN,:~
L.At
CCUNTRY UF INFO--USSR
DGkL . 'KAD. NALK SSSR 11,970, V190 574-7
-DATE
___~,SU&JECT AkEAS--31OLOGICAL AND MEDICAL SCIENCES
-T IC TA- -MACROMOLECULE, X PAY STUDY ~14GLECCULAR ';TkUC-TtjRE, 1001NAIED
NIC CC.;-';FCUND, ORGANOMERCUTY- COMPONG, A NT 13 1IC
CkY S TAL L CGR;~PHY (U) G k44 I C 1 U I N,SANT 1 (3 1 Off G
COMCL MARKING-NO RESTRKTION S.
_:_~OGCUMENYJ CLASS--UN'LASSIFIED
~PROXY REZL/f-RAMFE-IS~j 71C1. 713 S I V~ V

PROCESSING DATE- "fJN0V7C
C. IRC ACCESS IrCti, fliu--ATO 103658
~ABSTRAII-.TIEXTRACT--(U) GP-0- ABSTRACT. I TIS POSSESLE~TO DET. YHE I~UTUAL
'tr: GF HE4VY ATGi~',S FO,-~ LIM11TING DISORDERED ',,-,YSTE,45 SUCH A
PUSITIf S SGLNS,
0 F P R L P16 L S . le H E N T t- E 1) 1 F FF,' A C I 10. NPIC TURE IS POLEIR AND CENTERE-o III THE
REGION & S -ALL ANGLES. THE tlETMOLI WAS C
'HLCK1,I) EXPTL FOk SOLPIS. OF
4, %MD ri-iE DISTANCE !~L-TWEE
MOiNE I UB2 SO SUB -F
SITION rjt-~.,THE M!X.p IS 9.4 ANGSTRO!4 WHICH
HEAVY MCLS., CALCD. Fc-'*.0Mi THE. P0 ~k
AGREES ~,TtTfi CKYSYzALLQC.RAPHi(~ DATA. FbRfl-Eflk, THE VIAS USED f-Olz
S 1000-GRMI IC I D IN~ )iYORG-CHLOa, I DE. AiNo
-G-Al
MEPCURIf f~ -~,ICIOIN fiYCRGCiiL0RI0E. THE' 01 Sl ANCES I`,ITAINED FAOM FHE MAX.
ARE 9.7 Ail.0 10.1~ ANGSli~GNI RE SP
UNCLASSIFIf:a

USSR
VAYNSHTEYN B. K., Corresponding Member of tine Academy of Sciences
A., and ,kBLOV, A. N-j Academician of the Academy of
Sciences 14oldavian SSR, Institute of Crystallography.of the Academy of
te of 'Applied Phy
-.,Sciences USSR, Moscow, Institu aiics of the Academy of
-ciences Moldavian SSR, Kishinev
"Electron-Diffraction Determination of Structure of DL-o~-Cupric
~Alaninate"
Moscow, Doklady Akademii Nauk SSSR, Vol 193, No 2, 1970, PP 330-332
'bstract: Continuing their study of copper salts of a-amino acids,
the authors describe the results of an electron-diffraction study of
the anhydrous copper salt of DL-O~-alanine Cu(H NGH(C11 )COO)
2 20 whi ch
is isolated in the form of very thin brittle~plates closely abutting
one another. Electron-dif fraction patterns from textured polycrystal
and point diffraction patterns were obtained on the EG electron- dif-
fraction camera of the lastittte of Grys:tallography, Academy of Sci-
ences USSR.

026 UNCLASSIFIED": PROCESSING DATE--3GOCT70
ITITLE-.x RAY DIFFRACTION STUDY QF~'~DERIVATIVES OF.TRYPSIN INHIBITED BY
FLUOROPHOSPHATE -U-
~YNSHTIEYNt 8.K.,'ARUTYUNYAN,,.E4G-i ZAYTSEVN V#N.q KURANOVA
AUTHOR..-(05)-g~A
I a-Pe v GREBE I - *.-I
1~1.1 .COUNTRY OF -114FO--USSR
DUR,CE-.-KRISTALLOGRAFIYA 1970t 1511) t 167-81
.'Z-D AT E PUBLISHED ------- 70
~__-SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
PPIC TAGS--TkYVSIN, PLATINUM ICOMPOUND, ~MEkCURY CDIPOUND, ENZYME ACTIVITY,
144HIGITION, FLUORINATED ORGANIC: COMPOVNDc ORGAN I C;- PHOSP HORUS COMPOUNDt X
RAY, DIFFRACTIOWANALYSIS.
ONTROL MARK I NG--NO RESTRICTIONS,
CLASS--UNCLASSIFIED
'~'_"PR-QXY_ REELIFRA,4E- 1991/0223 STE
-P NU--UR/0070/70/(,115/001/0161/(,\168
~-CIRC ACCESSION NO--AP0119219
UNCLASSIFIEV

212 026 UNC L 4 S S I FilE 1) PROCESSING DATE-MOCT70
,~-C I RC ACCESSION NO--AP0119219
~ABSTRACT/EXTRACT--(Ul GP-0- ABSTRACT. PT AND HG OEPIVS. OF TRYPSI.-% WERE
PREP0,-BY THE DIFFUSION METHODr AND THE: COORDINATES OF THE PT A NO HG
DETD. BY X RAY DIFFRACTION'. THE UNIT CELL
ATOMS IN THE CRYSTALS v;ERr-
PARAMETERS ARE,A 58.65 PLUS,OR MINUS 0001, B 67.05 PLUS Oi~ MINUS 0.01,
PT i E A
E )ERIV. AND
AND C EQUALS 54.75 PLUS OR MINUS 0.0Z ANGSTROM FOR TH: t
58t58 PLUS OR MINUS 0.02, 8 67.42 PLUS: Ok MINUS O~.02, AND C 54.75 PLUS
OR MINUS 0.02 ANGSTROM FOR THE HG DEREV. ~~THE AlAk. DEVIATIONS FkOM THE
PARAMETERS OF THE INITIAL TRYPS-IN UNIT ALL WERE 0,34 AND 0.06 ANGSTROM
FOR THE PT-AND-HG DERIVS.r AESP. THE,COORDINATESIOF THE HG ATOM WERE
DETD. TO BE X EOUALS 0.962, Y EQUALS. d.~0351 AND Z *.EQUALS 0.195. FOR PT,
-HOWEVERt CALCNS. YIELDED 2 VARIATIONS UF:THE r-OORD.INATeS.
FACILITY: INST. KRISTALLOGR.,, MOSCOWI~USSRZ
UNCLASSIFI.ED

PUBLICKrIONS
USSR
MOSKALENKO, Yu. Ye. and KAVYAN~ 1. 1.
Vnutricherepnoye Krovoobrashcheniye v'Usloviyakh Peregruzok i Nevesomosti:
(Intracranial Blood Circulation,Under Conditions of. Accelerations and
Weightlessness), Moscow, "Meditsina," 1971 280 pp
TABLE OF CONTENTS
rage
Preface 3
Introduction, 5
Chapter 1. System of Intracr
anial Blood Circulation and the
Gravitation Factor. 9
Period of early research into the cerebral blood circulation
under the effect of centrifugal,forc6s 9
Indirect proof of the effect of conditions of modified gravi-
tation on the intracranial blood circulation svstem 13
Direct experimental data concerning the q1tate of cTanial blood
circulaticn under conditions of amodified gravitational field 21
1/7

USSR
MOSKALMO, Yu. Ye., et al., Vnutricherepnoye Kravoobrashcheniye v Usloviyakh
Peregruzok 1 Neve-somosti: (Intracranial Blood Circulation Under Co nditions of
Accelerations and Weightlessness)., Moscow, "Meditsina,;" 1971, 280 pp
Page
Chapter II-. Certain Features in Intracranial Hemodynamir-s 28
Mechanisws in compensation of . changes of blood f illing'of
the brain's vascular system 28
Concerning the connection of hemodynamics and fluid dynamics
in the craniospinal cavity 34
-Pulse!.-type fluctuations. in: the intricr&a'al blood"circulation
system 40
Respiratory waves of blood saturaticq'-. of the brainland Intra-
cranial pressure 45
Biophysical structure of the intracranial blood circulation
system
47
Brief information concerning control of intracranial blood
circulation 54
2/7

USSR
MOSKALENKO, Yu. Ye., et al., Vnutricherepnoye Krovoobrashcheniye v Usloviyakh
Peregruzok i Nevesomosti: (Intracranial Blood Circulation Under Conditions of
Accelerations and Weightlessness), Moscow, "Meditsina,!" 1971, 280 pp
Page
Chapter TIL Procedural Approaches to a Study of Intracranial Blood
Circulation Under Conditions, of Modified. Gravitation 63
Techniques for evaluating the state, of-intracraniaA blood
circulation 64
Features in recording of intracranial pressure under conditions
of an experiment with animals;~ 69
Concerning an alectroplethysmographic evaluation of dynamics
involved in the brain's-bloodisaturation 72
Recording equipmentand research,technique so
Procedure for recording an intracranial electroplethysmogram 81
Technique for recording intracranial and intravascu lar pressure 89
Technique for preparation and conducting an experiment 94
3/7

USSR
MOSKALENKO, Yu. Ye.., et al., Vnutricherepnoye Krovoobrashcheniye v Usloviyakh
Peregruzok i Nevesomosti:
(Intracranial.Blood Circulation Under Conditions of
"Xeditsina~" 1971, 280 pp
Accelerations and Weightlessness), Moscow,,,
Processing of experimental data 98
Chapter IV. Intracranial Hemodynamics Under the Effect of
Longitudinal Accelerations! 1 2
q 10
Effect of longitudinal accelerations on the.cardiovascular
system
103
Dynamics of indexes of intracranial pulsation and'respiratory
waves involved in blood saturation ~of the brain ~arid intra-
cranial pressure during the effect of longitudinal accelerations 108
Effect of longitudinal accelerations on~variation in levels of
blood filling of the skull cavity and oflintracranial pressure 113
Concerning possible physiological mechanisms of active reactions
of cerebral vessels during the effect oflong-itudiual accelera-
tions
4/7
72

USSR
MSMENKO, Yu. Ye., et al., Vnutricherepnoye Krovoobrashcheniye v Usloviyakh
Peregruzok i Nevesomosti: (Intr2cran.iaIBlood Circulation Under Conditions of
Accelerations and Weightlessness),: Moscow, "Medi tsina,," 1971, 280 pp
Chapter V. Effect of Transverse Accelerations on Intracranial
Hemodynamics 135
General description of changes in the blood'circulation system
under the effect of transverse Accelerations 135
Dynamics.of intracranial pulsation during.the effect of trans-
verse aCcelerations 142
Dynamics of respiratory waves~in the Intracranial blood
ions 154
circulation system under the effect-iof transverse accelerat
Variation in levels of filling the Aiill cavity with blood and
in intracranial pressure under the effeer. of transi?erse
accelerations
160
Structural modifications in thevascular system of tlie brain
under the effect of transverse accelerations 172
517,

USSR
MOSKALENKO, Yu. Ye., et al., Vnutricherepnoye Krovoebrashchenive v Uslovivak-h
Peregruzok i Nevesomosti: (Intracranial Blood Circulation Under Conditions of
Accelerations and Weightlessness),,Moscow,,"Meditsina," 1971, 280 pp
Page
On the compensatory possibilities of the intracranial blood
circulation system under~cdnditions of transverse accelera-
tions 184
Chapter VI. Certain Aspects of the Effect of Conditilons of Weight-
~lessness on Intracranial Blood~Circulation 196
Reactions of the cardiovascular s~siem in a stat6 of weight-
lessness and during simulation of 'it 197
Certain symptoms in impairment of cerebral blood flow under
weightlessness conditions and during simulation of its actions 214
Experimental data on the state of intracranial blood circula-
tion under weightlessness conditions~and during its simulation 222
6/7.
73
Win -M
smar
IL ,m
111110 NIL goal?

USSR
MOMALNEK0, Yu. Ye., et al., Vnutxicher6pnoye Xrovoobrashcheniye v Usloviyakh
Peregruzok i Nevesomosti: (Intracranial Blood Circulation Under Conditions of
Accelerations and Weightlessness) , Moscow., '-"~Ieditsina,.It 1971, 280 pp
Page
Chapter VII. Cmcerning Problems of Protecting the Hu~aan Organism
Under Conditions~.of Accelerations and Weightlessness
Witt. Allowance for.Features:of theTunctioning of the
Intracranial Blood Circulatoiy..System 228
Mechanical means of shielding an organism from the effect of
G-forces and weightlessness 230
On the effectiveness of certain pharbacological agvnts utilized
for protection against the effect of~ G-forces and. Weighti-essness 238
Certain remakrs on the effectiveness of special types of
training for increasing resistance to the action of G-forces
and weightlessness on the orgafiism 241
249
Bibliography
7/7

UNCLASSf,FJED~ PROCESSING DATE--l3'40V70
TlTLE--rNl THF M E C HA N 15 M S C ON C E RINI ED A I TH OR I G I NOF, CSF. PRESsk'J'AE PULSE iAVES
YU*YE*, KISLYAKOV, N'U.YA.l VAYNSHTEYN, G,.B.
C CUNTRY OF I NF-12--USSR
5curKE--PIZI0L0GjlCHESKIY ZHURNAL Sl-,Si~ IMENf I .14.:!!SECHEN0VA, 1970, VOL 56~
NP 3 r PP 384-391
DAT PUFiL ISHED ------- 70
..SUBJ'-CT AREAS--BIOLOGICAL AND MEOICAL..SCIENCES
TOPIC TAGS-BRAIN, BLOOD CIRCULATION, ARTERY, HLOOD.VLESS[Lt OLOOD
PRESSUREP MATH-MtATIC ANALYSIS,
CONTROL' MA R K f NG--N 0RESTRICTIONS
00CUMENT CLASS-UINCLASSIFIED.
-,:-.PROXY RGEL/FRAME--3005/0372 -STEP Nb--UR/0239/70/056/003/0384/0391
CIRC A CC E S11111 N0--AP0132601
UNCLASSIFIED

-7:7
2/2 0 24- UNCLASSI FIED ~PRCCESSING OATE-13NOV70
CIRC ACCESSION NO-AP0132601
AaSYRACT/EXTRACT-N) GP-0- ABSTIRACT~~ TO EL UC 10 stT E THE t-,UESTION OF
v OR I G lt-t OF THE -1 NTRACRAiN I AL SCIF FIRES-SURE',: PUL,SE ~ WAVES "THE ME THOD OF
C
.,.:;_MATHEMAT I CAL SlIMULATION OF THE CERE BRAL . IRCULAIJON, WAS USED: , THE PULSE
WAVES OF SYSTE-MIC ARTERI'L ANO, VENGUS PRESSURE,7HE ELASTICITY OF CaAN10
SPINAL CAVITY ANO CERE6RAL VESSELS WERE: COIN SIDERED %S WELL AS THE
CEREBRO VASCULA~. FESISTAlirE. THE IMATHEMArIC.4-kL ~ANALYSIS OF PHA~E Ar4tf)
A' PLITUDE .C.GiRRELATIONS BEE
'TWEEN ALL THE REGISTERED PULSE WAVES SliOrIED
A
H ~T~ UN 0 E R NU IRMA L C OND I T I ON S TH E. C S F P R E S SLI R E P U L S E ~iA V ES i4 ER C M A f IN LY
T
FO'. K INCkEA$~D F-IGHT ARTEk[AL
C4---g BY AATE* IAL PULSATfONS, 4HILE:WITH
-PRESStJ?-P THE VIEN!OJUS PULSATIONS .
BECAME PR.EDGMINANT FACTOR.
'FAC I I TY 1. 1 - SECI
11ENOV'S INSTITUTE A R V PHYSIOLOGY A-No
3 1 OC f I EM I S T RY ACAD. SCI. LISSR#* LE-14 INGAAD
UN C L A S S I F E a