SCIENTIFIC ABSTRACT KHARITONOV, A.P. - KHARKEVICH, A.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002201310007-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

2/2 035 UNCLASSIFIED PROCESSING DArE--27NOV70
'CIRC ACCESSION NO--AP0126084
_.-~AASTRACUEXTRACT--(U) GP-0- ABSTRACT. 'ON, THE BASIS OF Atl ANAL. OF
VECTOR.S OF SIMULTANEOUSLY ACTING FORCE:St IT IS CONCLUDED THAT rHEY DO
NOT MATERIALLY AFFECT THE CORROSION AGING RSSISTAINICE OF STEEL 50.
-FACILITY: TUL. POLITEKH. INST.v TULAi.USsK.

USSR
XHARITPHO
"The Dynamics of an Apparatus, Oriented on a Luminary by Two.Power Gyroscopes
With 'Conical' Suspension"
Moscow, Mekhanika Tverdogo Tela, No 1, Jan-Feb 72, pp 14-24
Abstracti The paper deals with the dynamics of orientation with respect to
the direction of a luminaryl of an apparatus with lineax laws of con;rol of
the position of two power gyroscopes, Gyroscopes G-1 and G-2 are rounted in a
"conciaXI suspension, as described in Jacot, A. D. Liska, D. J., Control
Moment Gyros In Attitude Control (Journal of Spacecraft and Rockets, Vol 3
No 9, P 1313; Russian translation in Voprossy Raketnoy Telchnild , Vo 2, 19057~
and are kinematically intercoupled by a belt transmission. An investigation
is made of critical cases of stability with one and two zeroth roots of the
determining equation, which originate in the absence of an extenial damping
moment. It is shown that depending upon the coefficients in the law of control
and the character of the nonlinear te:rms,:the undisturbed position of' the appa-
ratus may be unstable# asymptotically stable, or it may possess speclal cases
of. Stability with various forms of stabl.1-tzed regimes. . Two figures, 5 references.

USSR
QARITQ~~. (Kiev)
IfThe Stability of a Craft in a Circular Orbit in the Case of
Stabilization by a Power Gyrounit with 'Conical' Suspension"
Moscow, Mekhanika Tverdogo Tela, No 4, Jul-Aug 70, pp 64-71
Abstract: The conditions of the ss7mptotie stability of a craft
in c1rcular orbit, with attitude control, by two gyroscopes with
11conioal" suspension, is determined.t' The stability:of the
craft in the critical case of one zero root is investigated.
An inequality is found, in the case of which, under the influence
of small constant perturbing moments$ the craft assumes a now
fixed attitude with respect to the orbital systam of coordinates.
Reference is made to a source of information with r4gard to the
_Use~of such.devices for space craft!orientation. k;,figures, 6
bibliographic entries.
'MIT0119 M,

USSR UDC 669.046-5
10M 1MUML-A, EV, I. I., MASLOVA, Yu. If., BU11UNA, A. F., and
BAMOVA, V. U.
"Out-of-Furnace Liquid Steel Degassing by Powder-Like Materials"
Moscow, V sb. .2ovremennyye problemy kachestva stali" NISiS) (Collection of
Works, Modern Problems of Steel Quality) (Moscow Institute of Steel and
Alloys), Izd-vo "Metallurgiya," No 61, 1970, pp 266-267
Translation of Abstract: Data are presented on liquid steel treatment by
solid powder-like materials whose boiling tenperatur~ is IOU-cr than that of
steel. Characteristics of the degassing:agent (sodium chloride).. of the
treated 20L steel, melted in a basic 5!-ton arc furnace, and of the pre-dried
gas carrier (carbon dioxide) are presented. The degree of degassing (47%)
vith a 1.5 kg/ton sodium chloride consumption is indicated. Consideration is
given to.the reduction of nonmetallic inclusions and to the improvement of
plastic properties in metal -refining by-sodium chloride. 4 tables.

I 11m
USSR UDC 620.179.16
KIKOFOROV, L. A., and KH ONOV A. V., Leningrad Electrotechnical Institute
Imeni. V. I. Ullyanov (Lenin
uSurface Wave Stimulation by an Ultrasonic Beam on the Liquid-Solid Medium
Intezface"
Sverdlovsk, Defektoskopiya, No 3., 1973, pp 45-53
Abstract: This article was devoted to solution uf the two-dimensionall problem
on surface wave stimulation with an ultrasonic beam in the case of a liquid wedge
(immersion variant, local bath, overflow detector, etc'.). Formulation of the
problem in two dimensions does not make,it possible to consider the diffraction
separation of the stimulated wave but it does yield the possibility to concen-
trate attention on the characteristics features of the beam conversion process
in the surface wave. 2 figures, bibliographic,roferences.
LA
118

miceilaheious
LISSR
YELYUTINO V. P., KOSTIKOV, V. I., and ONOV. &MV. Moscow Institute of
Steel and Alloys
"ThO Effect Of Surface Active Media on Free Surface Energy of pyrographitet,
Kosco-tt Doklady Akademil Nauk SSSR# Vol 2021 No Ig Jan-Feb 72p pp 106-108
AbstractL Surface active media lower free surface energy of solid bodies re-
aulting in a decrease of their strength. This study was aimed to give experi-
mental proof that the lowering of this strength is of the adsorptive nature
and that the strength of a solid body is directly connected to the surface
0
energy. The pyrographite studied was obtained at a temperature of 2100 and
calcined at 30000C for one hour. The surface active medium consisted of ethanol-
water mixture. Preliminarily it was shown that wator has no effect on the T
of the pyrographite, probably because it is incapable of wetting its surface.
On the other hand# addition of alcohol to water lowered the free surface energy
of pyrographi-te. The adsorption isotherm C was calculated from Gibbs equation
and was found to reach a maximum at 4.2 mole/i of ethanol concentration. To
find the relationship between the free surface energy an(L strength. a sample
of pyrographite was split in airt a 0.1 mm alit was mArked on its surface, and
the specimen immersed in water and in ethanol-water mixture. Again no effect
1/2
---------- -------

H W...
USSR
YnYUrINO V. P., et al., DokLady Akademii Nauk SSSRI Vol 202, No 1, Jan-Feb
72# pp 106-108
vas noted after water immersion, but the slit widened i=ediately in the
aqueous ethanol medium, Thus the adsorption nature of.the lowering of pyro-
graphites's surface energy under the influence of aqueous alcohol has been
shown experimentally.

USSR
____B.S., SIEPELIKOVA, L. V., SUKRANOV, G. B.
MARITONOV
"Combinatorial Problems in Computer Technology"
.Kombinatornyye Zadachi v V~ychislitel'noy Tekhnike (English version
above), Frunze, Him Press, 1973, 51 pp (Translated froin Referativ-nyy
Zhurnal Kibernetika, No 10, 1973'. Abstract No IOV320K)
Translation: Elements of the theory 6f mathematical.models of complete
and normalized n-groups are presented.~ The models of complete and nor-
malized groups of numbers allow clear representation of processes of
performance of arithmetic operations in --lectronic computers.
Three different algorithms for the performance of the operation
of multiplication in electronic computers are studied, and evaluations
are given of the application of these methods usin 'a tile theory of a
full n-group of numbers. Ali analyzer is designed for accelerated mul-
tiplication. The effectiveness of the analyzer is estimated as a func-
tion of the properties of the numbers with which the machine operates.

USSR
KHARITONOV, B. S. and SHEPELIKOVA, L. V.
"Calculation of the Mean Number of Addition-Subtraction Cycles Using the
Theory of the Full n-Group of Numbers"
Raschet Srednego Kolichestva Taktov Slozheniy-Vychitaniy s Ispol I zovaniyem
Teorii Poluoy n-Gruppy Chisel. [English ~Version Above] , Frunze, 1973, 6 pp
(Trwislated from Referativnyy Zhurnal Kibernetika, No 9, 1973, Abstract No
9V631 Dep).
Translation: Using the theory of the full n-groun of numbers, a method is
developed for calculation of the mean number of addition-subt-raction cycles
involved in the performance of multiplication operations in electronic com-
puters. The calculation is performed for. three different multiplication
algorithms: with analysis of each digit of a. factor, with analysis of two
digits and using sequences of zeros and ones. The data produced are compared
with the results of similar calculations.performed by M. A. Kartsev, Yu- V.
Gavrilov and A. N. Puchko using a different method.
Authois' view
ME M, R
.. .........

Glass and Ceramics
USSR UDC 666.018.83
BUDNIKOV, P. P., and KHARITONOV, F. Ya.
Keramicheskiye Materialy Dlya Agressivnykh Sred (Ceramic Materials for
Aggressive Media), Moscow, "Izdatel'stvo Literatury pa Stroitel'stvu,"
1971, 272 pages
Translation of Annotation: This book propounds the theory of corrosion of
d systematizes bibliographical data, and
ceramic materials, generalizes an
presents a description of the properties and resistance of the most widespread
ceramic materials in aggressive media. It describes the nature of the cor-
rosive effect of the media on materials, as well as the methods and results
of corrosion tests in acids, alkalis, metal melts and vapor, and other media.
This book is intended for engineering-technical and scientific personnel
connected with the development and utilization of installations with ag-
gressive media, as well as for specialists in the ceramic and chemical
industry, chemical machine building, and other industrial sectors dealing
with the development and application oUnew ceramic materials resistant to
the effect of aggressivemedia.
1/6

USSR
BUDNIKOV, P. P., and KHARITONOV. F. Ya., "Izdatel'stvo Literatury po Stroil-
tel'stvu," 1971, 272 pp
Table of Contents: Page
Foreword 3
Part I
Theory of Corrosion of Ceramic Materials in Aggressive Media
Chapter 1. Introduction to the Theory bf Corrosion 6
1. Terminology and General Concepts 6
2. The Classification of Corrosive Processes and Aggressive
Media 12
3. The Characteristics of the Structure of Electrolytic
Solutions. The Effect of the Medium's p1l 18
Chapter 2. The Effect of Some Factors on Corrosive Processes 26
.1. The Effect of Temperature and Pressure an Corrosive
Processes 29
2. The Effect of the Velocity of an Electrolytic Solution 36
3. Brittleness Under the Effect of,Aggressive Media 38
4. The Effect of Mechanical Factors~on the Corro-,;ive Process 44
5. Cavitation and Erosion
2/6

MOM
USSR
BUDNIKOV, P. P., and MLkRITONOV, F. Ya., "Izdatel'stvo Literatury po Stroi-
tellstvu." 1971, 272 pp
Chapter 3. The Effect of the Structural Characteristics of the
Elements of Machines, Apparatus, and Installations
from Ceramic Materials on the Corrosive Process 56
1. The Effect of the Wall Thickness and the Nature of the
Surface Treatment of the Material on the Rate of Corrosion 58
2. Contact Between Various Ceramic Materials and Metals. The
Characteristics of Welding and Joining of Parts 64
Chapter
1. 4. The Methods of Corrosion Tests
Static Tests 71
72
2. Dynamic Tests 74
3. An Evaluation of the Resistance of Materials 81
Part 11
Gas Corrosion of Ceramic Materials
Chapter 1. 'The Behavior of Ceramic Materials in Vactiwin 89
Chapter 2. The Interaction of Ceramic Materials With Inert Gases 97
1. Air, Argon, Nitrogen, and Helium:. 97
2. The Effect of Reducing Media on the Properties of
Ceramic Materials
6
111"tri &MIA. A-6N L i 41

BUDNIKOV, P. P., and KHARITONOV, F. Ya., "Izdatel'stvo Literatury po Stroi-
tel'stvu," 1971, 272 pp
Chapter 3. The Corrosion of Ceramic Materials On Contact With
Aggressive Gases
1. Combustion Products 112
2. The Interaction of Ceramic Materials With Chlorine 114
Chapter 4. The Permeability of Ceramic Materials for'Gases 123
Part. III
The Liquid Corrosion of Ceramic Materials
Chapter 1. Wetting 129
Miapter 2. The Physicochemical Laws of the Distribution of
Liquid Metal Over a Rigid Surface 138
Chapter 3. The Corrosion of Ceramic Materials in Water and

Water Vapor 142
The Solubility of Silica and Quartz 143
2. The Interaction of Ceramics on the Basis of Aluminum
Oxide With Water and Water Vapor 1.47
4/6

USSR.
BUDNIKOV, P. P., and KRARITONOV, F. Ya. "Izdatel'stvo Literatury po Stroi-
tel--.I:s'tvu," 1971, 272 pp
3.'. The Interaction of Ceramics on the Basis of Zirconium
Dioxide and Other Materials and Compounds With Water
and Water Vapor 157
4_ The Resistance of Vitreous Materials 163
51~. The Resistance of Multicomponent,Ceramic Materials in
Water Vavor 167
Chapter 4. The Corrosive Effect of Mineral Acids, Alkalis,
Nonelectrolytic Solutions, and Other Media 179
-
1-
The Acid-Resistance of Ceramic Materials and Classes 182
2 ~*., The Alkali-Resistance of Ceramic Xaterials and Classes 203
3.*- The.Corrosion of Ceramic Materials in Nonelectrolytes 212
4... The Corrosion of Ceramic Materials An Various 'I'ledia
.(Salt, Alcohol. and Other Fusions and Solutions) 217
Chapter. 5. Corrosion in Liquid Metals 222
1.1', The Corrosion of Ceramic Materials in Fused Sodium,
Potassium, and Their Alloys 224
2--. The Corrosion of Ceramic Materials in Fused Lithlum
and Cesium 232
5

USSR
BUDNIKOV, P. P. , and KILAIUTONOV, F. Ya., "Izdatel'stvo Literatury po Stroi-
teV-:stvu," 1971, 272 pp
3.'. The Corrosion of Ceramic Materials in Fused Lead, Bismuth,
and Their Alloys 241
4- The Corrosion of Ceramic Materials in Tin Fusions 248
Bfbl:Lography 251
6/6

TurbIue:.and:EngIue,DesIgn'
USSR UDC 534.1:62-251
PLOTNIKOV, A. M. and lalARITONOV, L. A.
"Some Features of Rotor Vibrations in Elastically Suspended Housings"
Moscow, Dinamika Gibk. Rotorov--Sbornik (The.Dynamics of Flexible Roters--
Collection of ArticleL), Nauka, 1972, pp 61-64 (from Referativnyy Zhurnal-
Aviatsionnyye i Rak-etnyye Dvigateli, No 1, 1973, Abstract No 1.34.27. Resume)
Translation: Some constructions, in particular aircraft engines, are essen-
tially distinguished by the fact that the elastically suspended engine housing
possesses considerable inertia; in this case the housing is connected to the
rotor only partially, i.e., the intrinsic rotation of the housing (undej: the
influence of the propeller moment) is absent. Differential e(juations of the
vibrations of such a systera are compiled and solved, vith account taken of
the indicated design feature, and the critical state of the shaft ducts is
investigated. Due to the absence of the intrinsic rotation of the housing
about the longitudinal axis, its moment of inertia about this axis does not
enter into the linear differential equations of the vibrations of the part.
The relationiships of the critical state of the shaft ducts to the relations
of the inertial characteristics of the system were obtained by electronic
computer.

USSR 1W 531-781-2-038
XUARMN3NOV) G. M., MITROVA.1 0. M.
'Error in the Measurement. of Static Defoymzmtjons, Caused by Urste-andin--acs of
the Theirml. Regina, by 1.1,zans of Couductor-Type miensore-31:3tors"
Kiev, Teplovyye Na-rnmzh. v Elen-entakh Konstruktsiy -- w"bomik (Therml.
Stresses in Struct~r~l Eleruents -- C0.1lection of Worlks), Hawk, ajrAm' NO 11,
1971, Drp 204-2005 (from Referantivnyy Zhiirnal, Matrologiyu i Iz!~iarltellnaya
Teldlinilral I-To 32, Dac 71, Abstrict NO 12-32,557)
Translation: The article dle,_ulz with error in tbo naasii~unlen-t of ctatic
ation3 wider conditionq. of -the rapid heating (Cooling;) of EL struct'-"Ire, "-7-ich
origirateu qs a consaqiien(-~ of t~ teii-perature differenco brAw#!!m th,,! teris,:)m~si,,-
tor rma-_l tht! 0~ the structure wilar the I'amson:--i" )r' as vol).
aa due to distortions of the ternm, erettitre field of the struct i-e by ,.o-
resirtor- 3 referem-s.
;MR:* !:CV1i 41:14 hIM iu;-H I flu'hli t-MIJ UklirIAIN t7 "RIMIN 0111-11 1-111

Oil UNICL ASS IF I ED PROCES1 ING DATE-20010V70
_,.,TITLE--DE-STkUCT1VE HYDRGGC~-4'ATIJN k;F TRIALKYLACYLOXYSILANES -U--
~'-'46r -(051-6i~LOTOV, CRLQVAj ToV., K HAR I TONOV N.P4 SH-NBER 14 ~N.,
HOR B*A., G,
B YE.A.
ATYAYEV,
-CCONTRY- :OF INFC-USSR
OURC E 08SHCF KHIM. 197Ct 40(41# 82.3
::DATE -PUbLISHEU---70
i,-"SUBJECT A
REAS-CHEM ISTRY
-JOPIC TAGS--HYGROGENATIGN# ORGANIC SILANE# 14ETAL CATALYS*ft CARBOXYL
~RADICAL, NICKELs CHRCV1IUM OXIDE
'._CCNTRCL.,MARKING--NQ RESTRICTIONS
.-:DOCUMENT CLASS-UNCLASSIFIED
:~_,RROXY REEL/FRAME--3002/1161 STEP NO--UR/0079/*FO/OetO/004/0823/0827
._C_IP.C__ACCESS1U1 ',A0_-AP0123533

'212 Oil UNCLA551FIED PROCESSING OATE--20NOV70
,-~CLRC ACCESSICN NO-AP0128583
C
ABSTRACT/EXTRACT-(U) GP-0- ABSTRACT. HYGROGENOLYSIS OF RSU83 SIO SUB42-
CR PRIMEL WITH R SELECTED FRO14 ME, ET OR PR AND R PRIME1 FROM ETP PRv
tsUp C SU85 H SUB11 OR C SU86 H SUB139 :AT 200-300DEGREES 20-250 ATM OVER
RANEY NIUR NI-CR OXIDE CATALYSTS OCCURS AT THE C--~-O BOND WITH
TRANSFORMATICN OCCURRING MAINLY AT THE CARBOXYL GROUP, THE DISILOXANE
PRODUCT IS FORMED BY CEHYORATION OF THE RESULTING R SU63 SIUH IN CONTACT
WITH THE ACID. THE PRIMARY ALC* AND CARBOXYLIC AIAD FORMED IN SUCH
TRANSFURMATILN5 AL50 REACT TO FORM ThE APPROPkIATI: ESTER. SATO.
HYDROCARBONS ARE ALSO FLIkIMEL), OWING TO: CATALYTI C~A.CJNVERS IONS OF THE
ALCS. ANC ACIDS OVER til CAT-`LYST AT SIMILAR TO 3000EGREES. THE REACTION
ALSO GAVE SCME CO, GO SU52, CH SU84 ANG VARIOUS U0410ENT[FIED OR TARRY
PRODUCTS. RESULTS OF MANY RUNS wERE TA~6LATED. THUS THE PRODUCTS
INCLUDED R PRIME1 He R PRIMEL CH SUB2-10k, .0, PRIMEI CC. SUB2 He R PRIME2
C0.;SU62 CH SU62 R PRIMEL AND WSUB3 S1),SU82 00 FACILITY:
LENINGRAD. COS. UNIV.9 LENINGRAD*t USSR$-
UK L A 55 1 F I E 0

MON3426
UR 0482
0
Soviet Inventions
Illustrate4, Sedtionj Chemical, Dervent
232080 F0141~M-CEHENT suspwszoy suitabae for
the .&0n oPprRective C113itings all
me-tale, cer4imic4ekLele,or:glaos or for~:glueina,
COUSIsts.af (in parts- ~by ~.01;. Portland xMment
W-50, polymetbyljheayleo' resin 1040.
organic solvent,for* tba reoin''5-75~ watew;.5-25
a fi erf~(mlck,,aBbestoa~:oxidbes
and optionally, 11
of chromium or zinc, atc).j:. Suttable.
solvents tacludw lover alcohols (miethanal, athawl
ete),, acetone,-.dLdx&n*, ot-the like, -k,thorauSh
mixing of the comiHments,:iesulta in theformatLon of
a suspension of bydrste&cement in a abin. of.the
resin - in the organic sol4qnt~ To form 4
coutinuous.coatins. the puspension"Is ap"Plied
onto the articl*.:.to be, prolteeted, and atibJected to
thermal treatment, at 80-2509-0 for,3-24. irs. The
-water-absorption of the coating after 24 hre. is'
19-761741

19761743
4

'010 UNCLASSIFIED PROCESSING OATE--IISEP70.
-TLE-REACTION OF SILANOILS WITH SILICATES U-
'.~,:AUTHOR-.KHARITONOVr Nop GLUSHKOVA, N.E..l Z"UKOVAf ;A.S.
....:COUNTRY OF INFO--USSR
-.SOURCE--IZV. AKAO. NAUK SSSR* NEORG. MATER. 19709 6tt)t 59-62
ISHED------T0
O.A T EPUBL
--'~SUBJECT AREAS--CHEMISTRY
-TAGS--DRGANOSILICON COMPOUNDw SILICATE# HYOROXYL RADICAL, ASBESTOS,
TOPIC
TALCt CONDENSATION REACTION
DECONTROL MARKING--NO RESTRICTIONS
'.'~~DnCUMENT CLASS--UNCLASSIFIED
STEP NO--UR/0363/701006/001/0059/1062
-,,PROXY REEL/FRAME--1987/1660
CIRC ACCESSION NO--AP0104882
Mom w1f

PROCESStNG DATE--11SEP70~
2/2 010 UNCLASSTFIED
CIqC ACCESSION NO-AP0104882
ABSTRACT/EXTRACT--~Ul GP-0- ABSTRACT. THE REACTION OF SKLANOLS (ET SUB3
SIOH-f PH SU83 SI1lHv PH SUB2 Sl-4EOHj P4 SUB2 SI(OHISIJ821 WITH MUSCOYITE,
CHRY.SOTILE ASBESTOSv AND TALC IN BOILING XYLENE (150DEGREES) WAS
-STUDIED. IN THE MAJORITY OF CASES. CONDENSATION TAKES PLACE BETWEEN THE
-SURFACE. HYDROXY GROUPS OF THE SILICATF:AND THE HYDROXY GR9UPS 01: THE
SILANOL.

Adsorption
USSR UDC*. 621-9-496:532-5L46;546.284
KROTIKOV V. A., TIM021,10LOVA, K. P.) IMARMONOV, N. P., and DENISOVAP, N. 1.L.)
Institute of Cheraistry of 5ilicates iro 11. V. Grebenshchikov, Leningrad, Academy
of Sciences USSR, and Leningrad State University imeni A. A. Zhdanov, Leningrad,
Ministry of Higher and Secondary Specialized Education RSFSR
"Preparation of Rigid, Chemically Resistant Porous Bodies on the Basis c" the Sys-
term Polyorganosiloxane-Quartz"
Leningrad, Zhurnal Prikladnoy Khimii, Vol 43, No 6, JW) 70, pp 1229-123L
Abstract: Rigid, chem ica-11,.- inert diaphrag= are essential- for the study OIL'
Th -1 nial of the. diazhrag.
phenomena involving I-,quid floir through fine pores. I e I p E"L9
must be rigid to preclude displacement of parts of the diapirragi under 'the effect
of liquid flo-w. Gylidrical diaphragms that fulfill th's condi -on were prepared
from quartz po-.der and organosilicon lacquer KO-815 (WV1 11066-64). Qt.artz powder
ifith particle diamete
rs of 16-44, h4-52, or 52-75 ~L was combined with the polyor-
ganosilcLxane in a ratio of 9:1 by weight, using a toluene solution of the polymer.
On evaporat~*on of the toluene, the mixture was subjected to cold pressing in a mold
(2000 kg/cm for 10 min for a cylinder with a d Pmeter of 30 mm. and height of
90-120 mm). The diaphragm was then kept at 280 for 3 hrs and calcined at 5500 for
1/2

USSR
KROTIKOV, V. A., et al, Zhurnal Prikladnoy Xhimii, Vol 10, No 6, Jun 70, pp 1229-
1234
24-72 hrs. KO-8157 (polyphenylsiloxane with a branched structure) decomposed during
the thermal treatment, forming SiO2 that cemented together the quartz. The total-
'h
porosity of the diaphragms was 20-30%. The mean pore radius, whilch increased wiu
the quartz particle size and with the length of the time of calcination, ranged
from 2.7 u (quartz particle size 16-44 jk , 48 hrs at 5500) to 6.1 ~t (quartz parti-
pro-
cle size ~2-75 u-, 72 hrs at 5500). The diaphragms were chamicalli stable to
longed boiling"in 0.01 N solutions of KC1.and HC1. Comparison of the electrokine-
tic characteristics (zeta potential and the coefficient of effectiveness clin KC1
solations) of the diaphragms and powdered quartz showed that Sj.0 derived from
2
KO-815 covered the quartz particles in the~form of a derise layer and that the suv-
face of this layer had a structure different from that of quartz.
2/2

............... .. ........
2 029 UNCL ASS I FIED VRocFsslNG DATE--230CT70
.-.TITLE--THER-MAL HARDENING OF COMPOSITIONS CONTAINING
POLY(METHYLPHONYISILOXANE) AND FINELY DISPERSED LAMINATED SILICATES -U-
~,,AUTHOR-105)-DENISOVAt N.Aav KROTIKOVv V..A,? KHARITONOVt N.P.r FILINAP
_~L.V., NEFEDOVv V.D*
,.,~~'COUNTRY OF INFO--USSR
SOURCE--IZV. AKAD. NAUK SSSR, NEORG. MATER. t9TOi-6(2), 362-7
DATE PUBLISHED ------- 70
~_:_SUBJECT AREAS--MATERIALS
_'JDPIC TAGS--HARDNESSt SILOXANEf LAMINATED PLASTICv TALCP ASBESTOSr
ALCOHOL* POLYMER CROSSLINKINGt THERMAL,EFFECT# BUTANOL
MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--1997/0623 STEP NO--UR/0363/70/006/002/036210367
CIRC ACCESSION NO---AP0119535
_U14CI A S 'S I F r F n

212 029 UNCLASSEFIE0 PROCESSING DATE---23()CT70
IN NO--AP0119535
CIRC ACCESSIL
ABSTRACTIEXTRACT-M GP-0- ABSTRACT. ORG. SIL!CATE COMPINSO CONTG.
POLYI.METHYLPHE,"JYLSILOXANE) (1) WERE HARDENED IN THE PkESENCE OF FINELY
DIVIDED MUSCOVITE, TALCi ASBESTOS, AND MONTMORILONITE (WHICH HAD 11EEN
TREATED WITH BOILING BUOHt OCTANOLt OR DECANOL AT tSO-300DEGREES). OTA
INCICATED THAT THE HYDROXIYLATED SURFACE OF THE LAMINATED SILICATES
REACTED WITH ALCS. ONLY AT LARGER THAN OR EQUAL TO 200-30DEGREES. THUS,
YHE SIOH GROUPS PARTICIPATED IN COA4DENSATICINS OCCURRING DURING THE
HARDENING.OF 1. THERMAL HARDENING OF I WITHOUT LAMINATED SILICATES
~PROCEFDED WELL ONLY AT LARGER THAN OR EQUALS TO 200-300DEGREES. THE
THERMAL HARDENING OF I WAS ACCOMPANIED BY EVOLUTION OF GASEOUS PHMEt C
SU136 H SUB6t-AND CO SUB2. A CROSSLINKtNG MECHANISM FOR THE HARDENING OF
I~WAS-PROPOSED. FACILLTY: INST. KH01. SI,LLKAT. IM.
GREBENSHCHIKOVA, LENtNGRADv USSR.,

:"'1/2 0 15 ONC LA S S I F'IE'D PROCESSING DATE--II-SEP70
::T.ITLE--THE TREATMENT OF OPEN ASSOCIATEDINJURIES or- THE HAND AND FfNGERS
u-
.:,-'AUTHOR--YERETSKAYAt M.F., KHARIT YURYEVt. P. V.
ZOUNTRY OF INI=O--USSR
-VESTNI-K KHIRURGII IMEN1 1. 1. GREKOVAr 1970, VOL 104, NR 3, PP
,_SOURCE
63-68
PUBLISHED ------- 70
_'~~SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
TAGS-PLASTIC SURGERY, ORTHOPEDIC SUPGERY, MEDICAL CAST, PLASTER,
PLASTIC
-~CGNTROL, JWZKING--N0 RESTRICTIONS
'.-DOCUMENT CLASS--UNCLASSIFIEO
.~:-PROXY REEL/FRA4E--1986/0636 STEP NO--UP/0589/7OflO4/OO3/OO53/0069
crRC ACCESSION N0--AP01026.22
ullrl

*GNVH axom
3H1 :10 SIN9W93S 03A'83S:lSd 341 iiv Ao gsn wnwixvw H-tip, -nims .,ivNoi ss3.4OVd,;.'-
3~MIS98 01 BIGISSOd 11 S~30N3b IVHI 03SS3blS Sl kdVb3H.L
'MISA-ld AD AIM303% IV3b9 OS-IV *(13ZISVHdW3 Sl SINI-IdS :)IISVld -I-IVWS-
A0 SIN3117d H3nS NI Slltl*IdS U9.LSVId ANIM IN9WIV9b! 30 MVIS NIV.Ld3:),
-L;! 3inifisuns 0-1 kil"MOI-Mi AG*V3Gl 3HI S3.1.dntNj ONY14,03.LVI:)Ossv
NI AdVdgHi IV~IJSAHd AD SW"d9l WflWlldO GNV 31NHO31 3H1 ON1911K)S30
NI stwin inC. NI, (INIIII ~Hl NO Ab3TKIS 3AI.L:)QdiSN033b G13N IVHI SIN31IVd
DNIlv3kab i6 AIISS3:)3,N ~Hl NO NMVbU Sl NOISM3NOO 31i.L 'SIN3liVd Ss hi
031CICU3 ~h3f, IN-:Iwivg~lj. AO st-Insalf 3HI 41N=30~Gd4~'942 3GVW S-gibnrtil HOM
j0 1%3V.'IV4-bl A~IVW]bd ~01JV 3N0lIV:)Ildi%0J =11) k3N3nG3'dA 3HI *GdSAIVNIV
-3bV S31Z!,lf',Nl CKVii (j31Vl3GSSV N4dO, 1411M SIN311Vd &ZI f4l NbUM ~IGJ A.Ll:)Vdtl3
S#IN31IVc V =IC NOliV~IOIS3b (INV SN(jllV3]ldhij3 AD A3,N9()0:3'dJ '.LN3WiV3U
20 S35VIS 3HI 'd3dVd 9H1 NI *1:)Vb.LSOY -0-drl. (rl)--.L3V?JiX3/.L3VbIS9V-.
ZZ9ZO104dV--QN- NOISS3,3:)v Odl:)
0Ld3SII--31VC t'jNJSS3D0Wd Cglz#ISSV-):)Nn sio Z/Z

USSR
TARASPIKO, V. V. and MRITTONOV T. 12,,, Institute of Radio Engineering and
F61actronies, USSR A emy of Scie=es
"Surface Magneto static Uaves in. Unlaxial Ferromagnetic Materials"
Moscow, Zhurnal Eksparimentalinay I Teareticheskoy Fiziki, Vol 60, No 6. Jun 71,
pp 2321-2330
Abstract: The authors find the spectrum or surface ma-Snetostatic waves in
semi-bourded unia-,-dal antiferromgnetic materials. They also find the regions
of existence of these waves in maganatic fields perpendicular and parallel to
the crystal surface for antiferronagnetic materials with magnetic anisotropy of
easy magnetization, axis and plane type. The authors give four schematics
depicting the regions of existence for surface and body -,.raves in antiferro-
magnetic materials. Figures 1-3. show the "easy axis" type; and Figure 4, the
fteasy plane" type. Detailed discussions are given for the frequencies of sur-
face waves in antiferromagnetic. traterials with magnetic anisotropy ,"Or both
Heasy axisu and "easy plane" types. These discussions are graphically pre-
sented by the a4ove 4 figures. Finally, the authors discuss in detail the fre-
aves in antifrorromagnetic materia-1-i wit'll weak ferro-
quencies of surface w,
magnetism. The articlLe contains 4 figures arA a bi1bliography of 7 titles.

2 040 UNCLA,SSIFItO PROCESSING DATE--04DEC70
-EFFECT OF POINT DEFECTS ON THE ENERGY SPECTRUM OF FERROELECTRICS
WITH A HYDROGEN BOND -U-
'AUTHOR-102)-TARASENKOI V.V., XHARITUNOVr~vof).
-.-:COUNTRY OF INFO--USSR
:,,~.:SOURCE--LENlNGRADt SOLID STATE PHYSICSY:FEGRUARY 1970, PP 333-342
.,DATE PUBL I SHED----- 70
in~
AREAS-PHYSICS
JOPIC TAGS--ATOMIC DEFECT, IMPURITY CENTER, ENERGY SPECTRUMP CRYSTAL
PQLARIZATIONp FERROELECTRIC MATERIALY. HYDROGEN BONDINIG, HYDROGEN ION,
HIGH FREQUENCYP DIELECTRIC'1SUSCEPTIBILITY
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
:-__PROXY REEL/FRAME--300110856 STEP NO--U.R/0181/70/009/000/033~'/03tt2
CIRC ACCESSION ND--AP0126527
UNCLASSIFIED

212 040 UNCLASSIFIE0 PROCESSING DATE--040EC70
-CIRC ACCESSION NO--AP0126527
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE ARTICLE CONCERNS THE 'EFFECT ~)F
POINT DEFECTS (IMPURITIES) ON THE ENERGY SPECTRUM [IF P~.)LARIZATMN WAVES
IN FERROELECTRICS WITH A HYDROGEN BOND, IN WHICH~ THE FORROELECrI,.1C PHASE
IS DETERMINED BY AN ORDERED ARRANGEMENT OF HYDROGEN I(INS. IT IS SHO',,*'N
THAT LOCAL AND QUASI LOCAL LEVELS OF POLARIZATION 0SCH.1-ATIONS OCCUR IN
SUCH CRYSTALS. THE HIGH FREQUENCY DIELECTRIC SUSCEPTLBILITY IS
CALCULATED, THE AUTHORS EXPRESS THEIR THANKS TO V. G. BAROYAKI-ITAR FOR
HIS,DISCUSSION OF THE WORK. THE ARTICLE INCLUDES 61 EQUATIONS AND 6
FIGURES. THERE ARE 17 REFERENCES. FACILITY: INSTITUTE OF RADIO
ENGINEERING AND ELECTRONICSr USSR ACADEMY OF SCIENCESi MOSCOW.
UNC LASS I FIED

7. ~;02 1- UNCLASSIF[Eb~ PROCE55ING DATE--IBSEP70
..f,!Ti~~_-EFFECT OF POINT DEFECTS ON
THE ENERGY SPECTRUM OF FERkOELECTRICS
'WITH HYDROGEN BONDS -U-
__AUTHOR_(,02)-KHARITONOVv V.D., TARASENKOV VOVS
C'_0-UNTRY OF, INFO--USSR'
SOURCE-FIZe TVERD, TELA 1970t, 12(2) 333-42
,DATE PUBLISHEO ------- 70
SUBJECT AREAS--ELECTRONICS AND ELECTPICAL ENGR.
TOPIC TAGS--ENERGY SPECTPUM, HYDROGEN BUNDING,
POLARIZATION9 FERROELECTRIG CRYSTALv
ONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIEO
OROXY
CRYSTAL POLARIZATIONt
OIELECTRIC SUSCEPTIBILITY
REEL/FRAME--1984/0065 STEP NO--UR/0181/70/012/002/0333/0342
CIRC ACC ESSION NO--AP0054863
S-1-F-I-E D

I--
212- 021 UNCLASSIFIED PROCESSING DATE--ISSEP70
CIRC ACCESSION NO--AP0054863
'ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE EFFECT 14AS CONSIOERED OF POINT
,...DEFECTS (IMPURITIES) ON THE ENERGY SPECTRUM OF POLARIZATION WAVES IN
:FERROELECS. WITH H 6ONDtNGp WHERE THE FERROELEC. PHASE IS DETD. BY
ORDERED DISTRIBUTION OF H IONS. IN SUCH CRYSTALSv:LOCAL AND QUASI LOCAL
-LEVELS OF POLARIZATION OSCILLATIONS ARE FORMED. THE HIGH-FREQUENCY
.'~-DIELEC* SUSCEPTIBILITY WAS CALCD.:-
17
ul 4 C LA -;-S-1-F- I

Electricity &:11-1agnetism
USSR
TARASENKO, V, V., MIARIT5OV, V. D. (Institute of Radio Engineering and Elec-
tronics, USSR AcadamT-of Sciences, Moscmr)
"Effect of Point Defects on the Energy Spectrum of Ferroel%~ct_rics with a Hydro-
gen Bond"
Leningrad, Solid Stat-e Physics, February 1970, pp 333-342
Abstract: The article concerns the effect of point defects (imnurities) on the
energy spectrum of polarization waves in ferroelec-Irics with a hydrogen bond, in
which the forroelectric phase is deteniiined by an orderud arrangement of hydrogen
ions. It.is shown that local and quasi-local levels of polarization oscillations
occur in such crystals. The high-frequency dielectric susceptibility is calcu-
IaLed.
The authors express their thanks to V. G. Bar'yakhLar for his discussion
of t1he work.
The article includes 61 equntions and 6 figures. Taere are 17 references,

ArE--20NOV70
112 Oil UNCLASSIFIED PROCESSING 0
~,.~JITLE--SJABILIZATICN UF POLYCAPROLALTAM u
R-(05)-SAIRNOVt L.N. i KHARITCNQVv V.M. v KLYUYEVt V-14.p SNEGEREVAr
THO
~F-P .-,, KkAVCHENAG, M.P.
INFL~-U55R
.~tCUNTPY (;F
SOURCE-U.S . S P . 263,13b
ZN:AKI, 1970,
--'.RF-1-:ERENCE--CTKRYTIYAi lLtjbkFT.t PROM. 0B.RAZr,SY, TUVARNYE
.;"-D,1AT.E PU13L IShED-04FE137C
J,-- SUJECT ARr'-1'S--ChE14 IS rf,Y
XT G p I c1' 1; 1S--Ch'1JIG/kL ~[Ahll-iLLRI CAPRUACTAM, CHL-141CAL PArr-i~jf, POLYINUL'LEAR
HYGROCAR36-A, hL-TFXiCY(,LAC NITI",OGEN LOMPOUND, HETEROCYCLIC SULFUR
COMPGUU, O!1GANCmLNTpLLI(; Gcf4poupju
-.CCNTRGL VARKING-NO RECOTrRICTICNS
OCLUMENT CLAS S-UNCLAS IF! F-0
0 STEP N(]--(JP,/0482/7-~)/O()Q/CCjU/OOQCI/'J'OC)O
-ROXY
c Oc m; Cks~ I ~-N o i

U iNC L ASSIFIED j'3R(3CESSI1,'JG DATE--20NGV7C
-212 Oil
C,IRC ACC E S-S 1 Clri ,-),o L 32 1 C9 i iSTRACT EPSILON CAPRULAGTAIII 1 5 POLYMU -
AUSTRtM/EXTRACT-M) GP-0- Ali
Xtif- PRE SENCE OF 0 -CO 1-1- 1-11'- PFRU-NT STABILIZER, 'j U Ci A SA Y CC L I c
T, L F
)mPo. OF FFE Floks~JLA I bR III -WjjEf(E ,I IS A GRotip 11 1 UR I I I Mu
VARIABLt VALENCE fo GIVC STAGLE POLYCPROLACTAMS. THESE MACROCYCLIG
p

USSR
QPAQQ_ . ; KUZIMP E. A.; EELGVP N, V. (Institute of Cryz5tallographyx
.~A
MR Academy of Sciences;.Gorlkiy PhysicerEngizeering Fesearch Institute)
"Determination of the Crystalline Structure of Sodium Bichromate %%07-21120"
Moscow,, Kristallografiya; Septmber-October, 1970; PP 0,h2-8
ABSTRACT: The authors determined the monoclinic cell and 'he space group of
aqueous sodium bichromate: a = 6.21; b = 10.90; a = 12.94 1; (3 = 95* --
Heavy atoms of chromium were found from an analysis of the three-dimerwional
Patterson function. Light atoma of sodim and orpen wire loo-alizfxI in a series
of three-dinensional syntheses of tho electron density, Tha structure is
characterized b7 77 independent position parameters. A crystallachamical de-
scription of the structure consiating of chains of sodima oatahadrons connected
in the frowrork by diortho groups of Or?07 is gtyen.

LDC 548.736
USSR
KHARITONOV, YU. A., KUZ'.-f11N, E. A., and BELOV, N. V., Academician, Institute
of Crysta 6gr=apy, Academy of Sciences USSR
2P
"Crystal Structure of Sodium Dichromate Na 0- 0
2 2 7
Moscow, Doklady Akadenii Nauk 59SR, Val 186, No L 1969, pp 96-98
Abstract: The article describes the results of an X-ray study of sodium
dichromate crystals grown from an aqueous solution with the following unit
cell parameters:
a 6. 21, b 10. 90, c: 12. 94 A; B Ov, a b o 0. ' 569
1 1.186.

UDC 549 .76
USSR
GOLOBACHEV, V. P., KUZIMIN, E. A., KHARITONOV, Yu. A. and BELOV, N. V. ,
Academician, Gorlkiy Research Ph sTIMItTeTradmcmal nsalk' r'l-iy State
titute at Go
y
University imeni N. I. Lobache,.skiy, Institute of Crys -tall ogr aphy o-f the
Academy of Sciences M.R, Moscow
"Crystalline Structure of Potassium Tetrachromate K2Crl,013"
Moscow, Doklady Akademii Nawk SSSR, Vol. 192, No. 6, 21 jun 70, pp 1272-12711
Abstract: K2Cr4OI3 crystals were grown from an aqueous solution,and two sam-
3 covered with a Drotective
ples 0.1 x 0.2 x 0.2 mm and 0.2 x 0.2 x 0.4 =3
celluloid film gave a good diffraction pattern. The parameters or an clementary
cell were: a = 8.71, b = 7.75,and c = 9.37 A; 6 = 931. The coordinates of the
basal atoms, 55 independent position parameters are given in a table. The
temperature correction for all atom was 1.3
1/2

USSR
GOLOBACHEV, V. F. , et al, Doklady Akademli Nauk SSSR, Val 192, No 6, 21 Jun
-1274
70, pp 1272
K2Cr4013, Coord-,nates c"L Basal Atoms
ATOM X!4 :'C' Ijb
Cri 0,441 0.439 0.335 OS 0,959 0,562 0,332

Cr%-
0.411
ft. I or,
0,102
()a 0 "
1.63
0.5M
323
(7r3 0.7.59 0 W 0 829 07 0,orlo 0, -, V4
.
Crt O.M5 0:429 0:383 Olt 0,1,19 0,6&3 O.-A
o
K, 0, 7qCj 0.405 0#101 Of 0,447 0,349 0,166

K2
0,079
0,892 , %"
0,-- 0 0 4u o'ni 0,466
01 0.9m 0,064 0.802
()()t
0 Oil
0 i~4n
750
0 0~f,70
0 j28 0,238
k)
309
4), 0 588 O'no . 12 .% .

0~
0:2&
().lo3
O.V~7
013
0 707
0 779 093
04
Oj 0,578 0.5fa 0.345
Six bridge distances were identified among the Cv-0 di stances:
Cr4 - 06 1,91, Cr, 06 1.;93, Cri 09 1,75,
Cr2 - 0o 1,96, Cr2-02 ==1-70, Cr3 -02= t,84, A.

1/2 009 UNCLASSIFIED :PROCESSING 0ATE_--27NQY70
GENERAL PROPERTIES OF fHREE, AND MOqE PARTICLE STATES "WITH
T
LARGE SPIN -U-
_~~._AUTHaR-(03)-KHARITONOVv Yu.l.r PEKER, L:.K~p SLIVv L,*A.
COUNTRY OF INFO--USSR
_~.~.,',SOURCE-PHYS. LETTERS (NETHERLANDS)i VOL. 318, NO. Po 277-9 (2 MARCH
.1970),_
"DATE-PUBLISHED ---- MAR70
BJECT AREAS--PHYSICS
sm
TAGS--PARTICLE PHYSICSs NUCLEAR S ,PIN
--rCNTROL ~4ARKING-NO RESTRICTIONS
CLASS--UNCLASSIFIED
PROXY REELIFRAME--1992/0658 STEP NO--i%IE/0000/70/0,',)0/005/0277/0279
C IRC ACCESSION N0l--AP01lL75L
I I F !E D

.212 009 UNCLASSIFIED PROCESSING DATE-27NOV10
:CIRC ACCESSION NO-AP0111751
~AIBSTRACWEXTRACT--((J) GP-0- ABSTRACT. THE PROPERTIES ARE CDNSID~RED OF
THE LEVELS ARISING FROM SPLITTING OF THE CONFIGURATIO'l (J PRIME3) CAOSED
ZY RESIDUAL INTERACTIONS. , THE DOUBLET~SPLITTING OF THE IJ PRIMEN SJ, J
_EQUALS ONE HALF) CONFIGURATION I.S SHOWN.TO OEPEN~b, ON THE SIRENGTH OF
'SINGLET FORGES AND TO BE PROPORT:ION4L;TO (2J:PLUZ$ I).: FACILITY:
ACAD& SCI* USSR- LENINGRAD.'
UNCLAaL-1 F I ED--

010 UNCLASSI Flki:. 'PAOCES,SING DATE--230CT70
-'ITLE"-GENERAL PROPERTIES OF THREE AND MORE PARTICLE STATES WITH LARGE
-U-
_!.'_AUTHOR_(03)-KHARITONOV, YU.I., PEKER, L'K., SLIV, L.A.
,,COUNTRY OF INFO-USSR
b-
~I~SIOURCE-PHYS. LETT. 9, 3111 277-9
JDATE PUBLISHED ------- 70
SUBJECT AREAS-PHYSICS
~~-'TOPIC TAGS-NUCLEAR ENERGY LEVEL, SPIN SYSTEM, MULTIPLET SPLITTING
~,._C0NTR0L.MARKlNG--N0 RESTRICTIONS
DOCUMENT CLASS--UNCLASSrFIED
..,.,PROXY REEL/PRAME--200011052 STEP
:CIRC ACCESSION NO--AP0124710
UNICLASS I F IE D

P.ROCESSUNG f)llTE--230CT70
~.2/2 010 UNCLASSIFir=u
!R-C ACCESSION NO-A-POIZ-4710-
',A5ST.RACTjr-XTR4CT--(U) GP-Q- AaSTRACT. CGNF:IGUR~TECINS -111: THE (J
TYPE ARE SPLIT bv RESIDUAL FORCES FORMING MULTIPLE-rs OF: LEVELS WITH
LNG --l-nA J SUBMIN. EQUALS THREE HALVE-5 r.:) j Slj MAX - A
SPINS J R4MG1, F V EQU Ls
.3J-3. THE DOUBLET SPLITTING OF THE (J ;NSJp J SUBI EQUALS ~',NE HALF)
DEPENDS ON THE STRFN"TH OF SINGLET F:DRC(-S AND IS
CONFIG.URATION L
-FE PHYS. rECH,
~PROPORTION AL TO ( 2i PLUS I I FACALITY: A. F. ICIF
~-:INST.t LENINGRAD, USSR.
UNCLASSEPIED-

1/2 016 UNCL ASS I FItO PROCESSING DATE--230CT70
TITLE
--BARKHAUSEN EFFECT IN' FERROELECTRICS DJRING CONTINUOUS X RAY
IRRADIATION -U-
AUTHOR-(02)-KOMLYAKOVA, N.S., KHARITUNOV, YU.N.
COUNTRY OF INFO--USSR
.~.,~.~SOURCE-IZV. VYSSH. UCHEB. ZAVED., FIZo
1970,:13(2), 158-60
.~,-PATE PUBLISHED ------- 70
,-,..SUBJECT AREAS--CHEMISTRY, PHYSICS
~i;TOPIC TAGS--X RAY IRRADIATION, FERROELECTRIC PkOPEPTY, F;:RROELEcri~ic
EFFECT, SULFATE, GLYCINE
,_,,~CGNTROL MARKING--NO RESTRICT(ONS
:'_DOCUMENT CLASS--UNCLASSIFIED
,PROXY REC'L/FRAME--1997/1405 STEP NC--UR/0139/*10/013/002/0158/0160
CIRC ACCESSION NO--AT0120198

212 016 UNCLASSIFIED PROCESSING DATE-230CT70
CIRC ACCESSION NO--AT0120198
ABSTRACTIEXTRACT--(U) GP-0- ABSTRACT. THE EFFECT OF THE DC-SE OF
CONTINUOUS IRRADIATION OF SEIGNETTE'S SALT AND TRIGLYCtNE SULI=ATE ON THE
TOTAL NO. GF JUMPS WAS STUDIED, THE M~CHANISM OF THE MODIFICATION OF
THE 00-MAI,47STRUCTURE IS DISCUSSED- THE ROLE OF ".JCRO,0EFECrS IS
EMPHASIZED. FACILITY: ABAKAN.,PEDlNs'r.t ABAKANv USSP#
UNC U-SS IF I-E-0-

:..1/2 020 UNCLASSIFIED PROCESSING DATE--30OCT70
TITLE-CORRELATIGN BETWEEN THE FIELO AT111E START OF 13ARKIIAUSEN
WSCONTINUI TIES AND THE CRITICAL FIELD OF POLARIZATION AND
~.'AUTHOR-(02)- Y'u-~'-lv KOMLYAKOVAv N.S.
C CUNTRY OF INFO--USSR
51GURC E- I Z V .VYSSH. UCHEO. ZAVED.v FIZ. L970p L3131, 130-1
-:.DATE PUBLISHED------70
SUBJECT AREAS-PHYSICS
TOPIC TAGS-ELECTRIC POLARIZATIONs FERROELECTRIC CRYSTALI ELECTRIC FIE!-D,
BARIUM TITANATE, GLYCLNE, SULFATE, SINGLE CRYSTAL PROPERTY
"CLN,TROL MAKKING--NO RESTRICTIONS
ZCCUMENT CLASS--UNCLASSIFIED
!PROXY REEL/FRAME--2000/LZ14
_C.19C ACC.C.SS(CN Nlf_,----AP012,'ttl6l3
STEP Nlo--UR/OL31)/70/01-'4/063/0131)/0131

PROCESSING 0AT-E--,20(jk-,T70
'212 020 UNCLASSIFIED
ACCESSION NO-AP0124868
ABSTRACT. THE DEPI-E-NDENCES G': if, IELL),
-zABSTPAr-T/EXTRACT--(U) GP-0 T-c F E
-RIT. FIEL", E
SUBST, OF ThE START OF BARKHUSEN DISCONTiNuirlES (IN Tlif:
SUBCR, OF PCLARIZATICN AND REPOLARIZATION WAS STUDIED )JITH SINGLE
CRYSTALS OF ROCHELLE SALTt rRIGLYCINE SULFATEj ANO FA F I TAINA T EFOR
ROCHELLEISALTt E SUBCR INCREASED LINEARLY WITH E SIJ13ST ftl BOTH
POLARIZATION AND REPOLARIZATION, FACILITY: ABAKAN. GUSPEDINST.,
ABAKANj-.USSR.
xr I

1jL0k'LnL" YY,
1/11& ?I
_

IN THE COMMITTEE FOR INVENTIONS AND DISCOVERIES
UNDER THE COUNCIL OF MINISTERS USSR
A Nauk SSSR, Husaian, VOL
11
r.
(Announcement; Moscow, 31
t
1

42, No Ll, November F 2
1
197
!j;3
3
;
P
Thu Committee has registered the fulLoving-scientific dia-
covorias t
KU_. _TS. Qr6N~SYAN, Y.IL.-Y.. LOSANOV, YU. A. LAZAREV,
'

1jA_0fV-.-K--
V - A.
CzechosLovak citizen J. ZVARAI V~, Y~:
1.
DEMIN. AND YU. P. KKARITONOV,
"ELEMENT NO. 105 OF MENDELLYEVIS PERIODIC SYSTEM,-
FormOlation of the discoverys EaperimentalLy AstabLiahod
~
teas the proviousLy unknown phenomenon or formation, ur. a chemi
o
element -with the ardinjil'number 105., An isotope or that elem
t
with- -.v hatr-Life T AJ 2 seconds was
1~2 u obtained during the ir
radiation of americ
um with neon n clei.
.
Priority or discovery -- 18 February 1970.
Certificate No. 114. Appli~cation No. 0T-7896.
The data obtained by the authors of the discovery are or
Groat 'scientific importance, as they show a divergence or the
experimentally determined radioactive properties of element
No. 105 from the previously predicted theoreticatLy on the
bnsis of known semi-empirical laws and require revision of tile
tter. The now experimental data relating to the sVnthe5i3 of
IQM?nt No. 103 indicate a real possibiLity or the detection of
heavier chemicat elements in nuclear reactions, for example,
No. 106, and permit much more confidently predicting the proper-,
ties 6r those elements.

179' -

371

USSR UDC 539.192/.19-'1+535.33/.34.01
SARUKHANOV, M. A., KHARITONOV, YU. YA.
"Normal Vibrations of Thionylomide Molecules"
V sb. Kolebatel'n. spektry v neorgan. khimii (Vibraticnal Spectra in inorganic
Chemistry -- Collection of Works), Mosccw, "Nauka," 1971, pp 310-313 (from. FZh-
Fizika, No 5, May 71, Abstract No 5D137)
Translation: The normal vibrations of thionylomide OSNH and deuterothionylomide
OSND molecules are analyzed. The force field and the shape of the vibrations is
calculated and their characteristic nature ib investigated.
73

how
12~~' 0 25~
UNCLASSI FIED P80CCSS DATE --- 090C,
rlLE-_-_pkE0ARATION AND SOME PKOPERCIES OF ZINC CYANAMIDL -U-
TliOR-(05)-GALCCHKINAt G.M., GORYUNOVA, N.A.v SEYFER, G.B.r VAYPOLIN,
6HARIT0NUV, YU.YA.
UNTRY
~RCE-IZV. AKAD.-NAU',, SSSR, NEORG. MATER0 A970, 613)v 486-9Z
~TE PUBL ISHED------70
IBJECT AREAS--CHEt41srRY
fPIC- TAGS-PHYSICAL CHEMISTRY PROPERTY, IR :SPECTRUM, ABSORPf ION SPEcTRut-1,
THERMAL-DECUMPOSITION, CYANAMIDE, ZINC COMPOUND
1-4TROL MARKING-NO RESTRICTIONS
CUMENT CLASS-UNCLASSIFIED
OXY VNELUFRAML-1994/1901 STEP t4O--UR/03o3/7O/(.l(;6/003/0436/0492
PC ACC[SS114i

UN C CA S S I f(ED F)ROCESSING DATE--09(,,CT70
IkC ACCESSION 1*40--AP01.15720
l4,Sr,9ACT/EXTP,,%CT--(U) CP-0- A b S T K-A C TDURING INVESTIGhTf0i'll or- THE
LN(GAC) SUz"~-; H SU82 ;,CN SfJ~'12 li SU-320Nil SW14 01-1 SYSTEM BY PHYS.
ANAL. lif-MIODS, THE Fdk'l',-`JlC,% zlic".. SU132 talD tri-451c Mi(cli)) sUB2 CH
~SL'b2 1-.'AS ESTA6LISHED. IN THe A3SENCE GF A IGAS EXCHANGE THE
JHERMIAL DEC6,";1N. OF INI~N SUb;)- PROLEEDS AT GRf-,ATER THAN 824~0t-zl',~tEES WITH
-JHE- EVOLUTI-u-N GF hAN0 THE V-0i\M AT IOIN, OF XIETALLIC ZN AtjD Fl".f-:E C. THE D.
.OF NOKMAL Z.*-,.iCN SU82 wAS DETD. TO BE 2.825 G-Cm P,4111-i---:3 AINID THE WIDTH OF
~7HE, FGR3Jf,-DE,N bAND WAS SIMULIAi~ TO 3.1 EV. THE B. AIISCRPrJON -SPEMN'A OF
NORNMAL CYAblAl-',IbES OF ZN AND C0 WERESTUI)IL:1). ATTESTING To IHE SYM.
.:~STRUGTURE Or' THE CYANAS'.11DE GROUP IN BOTH COMPOS. FACILITY: FIZ.
11-l' IOFFE, LENINGRADs USSR.
TEKH. INST.

UNCLASSIFIEC PROCESSING DATE--17JUL70
~TITLE--INFRAREC ABSCRPTIr-N SPECTRA OF TRITH N, ATE COMPLEXES OF ZINC -U-
AUTHOP:--Kf4A.RtTCVLlL-YU4YA.l TSINTCASZEv G.V.t TS VADZEv A.YU.
CCUNTRY'CF INFC--LSSR
q--'ztURCE--ZF. hECRG. XHIM. 19~o, 1512)v 390-4
A T E. FUFLISFEC ------- 7C
UBJECT'AREAS--CHEFISTRY
.TCP,IC TAGS- IR SPECTRLM, THIOCYANATEw ZINCt ZINC CCMPLEX, SODIUM COMPCVND#
CCPPCUNCt SELENIUR COV.PGUNCP MERCURY COMPOUND
.CCNTRG-L lvARKlhG--NC RESTRICTICNS
,CCCUMENT CLASS--LNCLASSIFFEC
PROXY REEL/FRAME--IS84/1269 S7EF NC--UR/0078/7010151002/0390/0394
CIRC ACCESSICK NC--AP0055940

Acc.
Nr: C055940- Abstraciing Se rvice:
CHEMICAL ABST. 4p- 70
Ref. Code.-
0
116336e Infrared absorption spectra of trithiocyanate corn-
plexes of zinc. Kharitonov, Yu. Va.; Tsintsadze, G~ V.;
Tsivadze. A. Vu. (Inst- Obshch. 'veorg. Khim ~ im. Kurnakova,
Aloscow, USSR;. Zh' N.Forg. Atirm.197u, 15TL,), ;iwj-4 Muss).
1r spectra of A1fZn(NTCS)jj.xH20 ~M = Na, K, Cs, NH4,
guanidinium, or 1/2 Ba wid x = J-4),and M'(NCX)2.nHtO (1)
(,Nl' = Zn, Cd. HK and X = S or SO am g6ven- An anM. of
their absorption, bands is tabulaited. The tris0hiLw-vanate)
complexes have bridged as weWas monodentate ~coor~inated
-CX groups~are bridged
via N) INCS groups. In I ccjmpd~-,~ 'N
with the exceptionlor they aresmonodentate.
Bridging INCS groups Nvere not c,dsd. in aq. solus. 11MIR
REEL/FWIE
fr .
1' J8412G9

2,V
Abstract. U4, C :_9ef. Cbde:
CHEMICAL ABST -71D US 0066
11416y Wrared actm-of tulc heza~ltes-
Vit 't dze
11UMnakov Inqt Gem
1 rm~317_ -
ftsid. Chem. Lell. 1970,:6(2), -19T-200' (Ent'). ' N14~ (NCS 6
nm'o' bLWZn(NCS)&j#HjO, an~ bf2NVjjjZn*(NCS)#Jnffj0 Im
and M' - Na, K, Cs, NH#+, C(N,[42)s+, and 0.5 Bit; n
were characterizid by ir spectra. ~. The position aftcl intensity
of the S(NCS) and.23(NCS) W& suggest that isbUliocyanate
groups, Znl%'CS, are present in 411 the complexes investigiatid.
According to their distorting iff~ci 6n~ [Zn(NCS)411- aui,ci2s in
the crystn. state, the following scqt.tence of cations is tentativOy
proposed. NH4+ < Na+ < K+ < C(NH,.)s+ < Cs+. In aq.
soIns., [Zn(NCS),1'- is predominately present in. the non-
dissoed. state., CJJN
44-1
REEL/FRME
19840826
7

Acc. Nr:
Abstracting'SOrvice: Ref Code:
CHEMICAL ABS T. to
116340b Infrared spectra of some zinc and nickel trithio-
cyauate complexes. Kharitonov.-A"u. Ya.; Tsint--adze G V.;
Tsivadze, A. YU. GVW9WK`7rnao~v1-2ist' Ge~-T~~r-
Moscow, USSR).
(rng). The ir spectra of MMI~NCS),.n H-0 QN1 Na, K, Cs,
NIH.+, C(NH,).,+, a-nd 0.5 Ba~p 'MI - Zu, Ni., x 0-4), and
Zn(NCS)t.2H:!G were investigati-ol in the cryst. state and in aq.
solns. The intense high frequeacyv?C.N) components at 2150-
70 em-*' were found forall the c6qiplo~xes studied, sugge,~ting the
existence of NCS bridges. Strong broad bands at 280--2100 and
2100-20 cm-' were obsd. for the Zrt and Ni complexei, resp.,
indicatini~ terminal NCS groups which are N-bonded. The
complexes studied. probably lm~e dinieric-tetralittdral )tructures
(I) in the cryst, state. The hi Igh frequency ;,(CN),coniponent in
SCN*-, M,,-NCS\M.O,NCSj2-
SO/ \NCS'~
I
the spectra of aq. solns. of the complexes was not obsol. indicating
that the thiocyanate bridges are broken in soln. CJJN
-toe
REEL/FRAME
1984084a

A/ 0-12 UNCLASS -Flfb;l
PRrl:.cSSV4G DATE-0~9` T70
_-TlTLE--INFRAk-ED ABS.JRPTIJN S?ECTRA OF AWLINE EARTH METAL
TETRATHWICYANATOZINCATES ANU TETRATH An'iATfS -U-
IJCYA.NATOC
-A,UT.1i,.-:,,-(031.-KriARITU14OV, YU.YA., TSINTADZEq G.V.t TS'IVADZE, A.YU.
~'COU; TPY OF [%NFCr--;JSSP
~-.SbUKCE- ZH. NEOku. KHIM. 197U, ISM, 710-14
AT FPULLISHED------70
SUBJECT AREAS--CHEMISTRY
_--TOPIC TAGS--ALKALINE EARTH METAL, CRYSTAL# COMPLEX CUIMPOUND, CYANATE,
~,.5,'m,THICYANATEv IR ABSORPTION SPECTRUM
C 0 N T A. C Li4ARKl%iG--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIEO
PROXY FZEEL/FFAME--lqq3/055fj, STEP NO--UR/0078/70/015/003/0710/0714
C 1,R CACCESSION ND--Af'0113447
_j TED

212 012 UNCLASSIFIED PROCES51NG DATE--020CT70
~'ClaC ACCESSIC-74-NO-AP011344T
_~ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE IR SPECTRA (IF SR(NCS) Sul-12
j2 0 AND M PARENTHESIS Z(NCS) SUB4 PARENTHESIS NH SJ32 3 IT) 'ki
~3H SUC
EQUAL MG, CA, SR, OR BA; Z EQUAL ZN OR CD, AND N EQUAL 1-4) WERE DETD.
.:-_Afif~ THEIR ABSOqPTION MAX. ARE TABULATED. THE TETRhTHIFICYANATES OF IN
ARE COORDINATED VIA N AND THOSE OF CD VIA S ATOMS+ IN THE CRYSr.
STATE, I (M EQUAL MG' Z EQUAL NZ)IAND ALL CD COMPLEXES HAD BRIDGING NC5
GPOUPS. BRIDGING WAS NOT OBSO. Ik S0LNS..SQ(NCS) SUF32.3H SUB2 0 HAD
-AS IN SOLN.
.,10MC NCS*GROUPS IN THE SOLID STATE-AS~WELL

112 022 UNICL ASS IF I ED PROCESSING DATE--230CT70
TITLE--VALENCE V13~,ATION F.4E4UENCIES AND,UISTRIBUTIJIN OF FLECTRON UE.NSITY
IN C014PLEX IRON CYANIDES -U-
,AUTHOR-(03)-NEKRAS0V, B.V., SEYFER, GOB*$ KHARITONOV, YU.YA.
~~,COUNTRY OF INFO--USSR
~:.SOURCE-IAV. AKAD. NAUK SSSRI SER. KHN. 19701 (21p 266-71
PUBLISHED ------- 70
SUBJECT AREAS--CHEMISTRY
~~_:_TOPIC TAGS--IRON COMPOUND, CYANIDEv FERROCYANIDEv ELECTRON DENSITY,
:CHEMICAL VALENCE, VIBRATION
'CONTROL MAPKiNG--N0 RESTRICTIONS
~DOCUMENT.CLASS-UNCLASSIFIED
--PROXY REEL/FRAME--1997/1509 STEP NO--UR/0062/70/000/0021026b/0271
CIRC ACCESSION NO--AP0120290

-2/2 022 UNCLASSIFIED PROCESSING OATE--23OCT7O
CIRC ACCESSION NO--AP0120290
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. TABLES ARE GIVEN FOR BOND
POLARITIES, ELECTRON AFFINITIES AND EFFECTIVE AT. CHARGES IN METAL
FERROCYANIDES OF THE COMMON METALS AND. METAL FERRICYANIOES OF THE SAME
METALS. WITH INCREASING ELECTRON AFFINITY IN THE INNER SPHERE CATIONt
THE C TRIPLE BGND N BOND ENERGY INCREASES ALMUST L1,N]EARLY, THUS
EXPLAINING THE NEARLY LINEAR INCREAS&OF IR BAND FREQUENCY OF THIS BOND.
A SIMILAR VARIATION WAS FOUND FOR THE FE-C BOND, BUT THE EFFECT WAS
LESS.PRONOUNCEDo FACILITY: INST*.UBSHCH.~ NEORG. KHIM' Im.
.-KURNAKOVAr. MOSCOW, USSR.
c -f ny -

1/2 032 UNCL ASS I t'-1 ED PROCESSING DATE--30OCT70
~.'.T IT LL- I Nff%AALD AdSORPTION SPeCTRA ANQ,'.5T.%VCTURE OF THE CLO PRIME2
P351TIVE CATIGN -U-
i AUTll!;&-(04)-K'ARELINt A.I., NIKITINAP Z. Kp K"AKI'r ~jgy, YU.YA.j
AGSGLCVSKlYt V.YA*
~-~~.~_..CGUNTKY Uf INFO--~--USSR
SOURCE-Zli. N-EOkG. KHIM. 1970* 1594)1 941-8
DATE PUBL IShE0---70
SUBJECT AREAS-ChEili IST RY
TOPIC TAGS--lk ABSORPTIONt CHLORINE COMPOUND, FLUORIDE
G C:l T R 0 Ll,lAFrING-fir_l RESTRICTIONS
DUCUM-EINT CLASS-UNCLASSIFIED
_~~PRLJXY
REELIFRAME-1999/12129 STEP NO--UR/0078/7D/015/004/094110948
-CIRC ACCESSICN NG--AP0123193
UNC-LA S S I f I E 0
MIll. MIAM Mar~."f
.14hl~

77
212 032 UNCLASS[FIED PROCESSING DATE-30OCT7C
r-IRC ACCESSLGN NL-J--APOIZ3193
AESTRACT/EXTRACT-W) GP-0- ABST"CT. THE IR SPECTRA GF CLO SUBZ BF
CLG SU52 SSF SUB6, A?4D CLO SW32 S6 SU53 F 5UB16 ARE GIVEN THE
-'ULATED. THE STUDY REVEA~S THAT CLO SUa2 PJRIM~---
ASSIGNMENT GiF MAX. IS TA~
POSITIVE HAS OCLO SIMILAR TO 119DEGREES, . ANAL OF;:NCRI-1.4L MODES OF
32 PRIME POSITIVE, ANO CLO
VIBRATIGN UF CLO SUBZ PRIME NEGATIVEt CLG SUI
IS GIVEN ANO THE kESULTS ARE COMPARED WITH EXPTL. DATA ON LLO SUB3
NEGATIVE, CLO SU64 PRIME NEGATIVE, ANU CLO PRIME NLGArIVE. THE
ZALCO. DELTAH DEGREES OF FORMATION (FROM, AT. SPECIES) OF CLO SUBZ PRIME
NEGATIVE, CLO SUB2r AND CLO SUB2 PRIME POSITIVE IS 114.5, 123, AND 167
KCAL-MGLEt KESP.
UNICIASSIFIED

1/2 029 UNCLASSIFIED PROCESSING DATE--04DEC70
.~._,TlTLE--lOW FREQUENCY VIBRATIONS OF RHOOIUM.FORMATE AND ACETATE -U-
..AUTHOR_;--(031-KHARITONOVv YU*YA.v MAZO# GvYA.7 KNYAZ,EVAt N.A.
.~-COUNTRY OF INFO--USSR
4,
OURCE--Zli. NEORG. KHIM- 19701 115(5)p 1440-1
'~";bATE PUBLISHED----70
:'.'.:.-SUBJECT AREAS--CHEMISTRY
TAGS--RHODIUM COMPOUND, FORMIC ACIDw ACETATEP IR SPECTRUMt RAMAN
SPECTRUM# VIBRATION FREQUENCY
-~tIONTROL MARKING--NO RESTRICTIONS
o"DOCUMENT CLASS-UNCLASSIFIED
REEL/FRAME--3008/0953 STEP NO--UR/0078/701OL5/005/1440/144L
CIRC ACCESSION NO--AP0137981
UNCLASSIFIED

2/2 02 9 UNCLASSIFIED PROCES~ING DATE--04DEC70
CIRC ACCESSION NO--AP0137981
ABSTRA CT/EXTRACT--(U) GP-0- ABSTRACT. LOW FREQUENCY IR ABSORPTION MAX.
OF RH SUB2 (HCG SUB2) SUB4 #2H SUB2 Or RHEDCO SUBZI SUB4 *2H SUB2 0, RV
~SU82 (HCO SUB2) SUB4 .20 SUB2 Or RH(ACO) SUB4 -2H SUB2 Or AND RH SUB2
(CD SUB3 CO SUB2) SUB4 .2H SUB2 0 ARE GIVEN. RAMAN VIBRATIONAL
FREQUENCIES OF.RH-RH BONDSt NOT PRESENT:, IN Iq SPECTRAr ARE AT 168 AND
~CNI PRIME NEGATIVE1. f AC I L I iT.Y: INST& OBSHCH. NEORG. KHIM.
IMO ~KURNAKOVAP MOSCOW, USSR,
UNCLASSIFIED

112 017 UNCLASStfitb PROCESSING DATE--30OCT70
.'.TI.TLE-ANALYSIS UF VALENCE VIBRATION FREQUENCIES OF:THE URANYL GROUP IN UO
-;--.SUB2 X SU85 AND UO SUB2 X SUB6 TYPE COMPLEXES -U-
,AUTHOR_t02J-KHARITGNOVv YU.YA.i KNYAZEvA,: N*Ao
,-,C.GUNTRY OF INiFO--USSR
OURCE-ZH. FIZ. KhIM. 1970, 44(3)t 577-81~
.~i.DATE PUBL ISHED----70
~.SUBJECT AREAS-CHEMISTRY
.TOPIC TAGS-URANIUM COMPOUND, COMPLEX CO.MPOUNDr VIBRATION FREQUENCY
ICCNTRCL MARKING-NO RESTRICT113NS
,~OOCUMENT CLASS-UNCLASSIFIED
:PROXY REEL/FRAME--200011619 STEP NO--UR/0076/70/044/003/0577/058L
_CIRC ACCESSION NO-AP0125241
UNCLA."SSIFIED

.~_--2/2 017 UNCLASSIFIED PROCESSING OATE--300CT7O
tIRC ACCESSION NQ--AP0125241
'ABSTRA-CTlEXTRACT--(UJ GP-0- ABSTRACT. THE EFFECT OF DIFFERENT
-'.~-~PARAMETERS# E.G. PASS OF LIGAND AND BOND LENGTH OF THE UL:lGANG BOND
VIBRATIONAL FREQUENCIE5 Of THE U0 SU62 PR4MEZ POS171VE GROUP WAS
STUDIED. FOR THESE COMPLEXES, AS F0R.TfiE.UO'SUa2 H SU84 r`YPEj WHERE
EQUALS LIGAND* THE FORCE CONST. OF THE ULiSUB2 PRIME2!POSITIVE GROUP,
~.Jb[- CALCD.-APPROX. BY CONSIDERING THE ISOLATED UO SU62PRIME2 POSITIVE
'GROUP. IT: V SUBS (UO SUBZJ IS UNKNOWN, THEN THE V.SUSAS 00 SU62)
.1fREQUENCY FOR UO 5US2 PRIME2 POSITIVE COMPLEXES, N EQUILS 5 OR 6s CAN
CCMPARATIVE EXAMN. OF THE U,O BOND, FACILITY: INST.
08SHCH. NEORG. KHIM. IM. KURNAKOVA, 140SCOWO USSR.
44
ON
X
CAN
BE

PROCESSING DATE--13NOV70
V 2 018 UNCLASSIFIED*
~CIRC ACCESSION NO--AP0123079
A 6 S T R A C T / E X T R A C T - - ( I J )GP-0- ABSTRACT. T FI EIR SPECTRA OF SOLID AND Au.
SOLNS. OF MCD(SCN) SU63 XH SUB2 0 (WHERE r EQUAL S:l NA t K v C S, NH SU34
C(NH ~U82) SUB3, AND ONE HALF BA AND WHERE X EQUALS 0-4) ARE GIVEN AND
THE ASSIGNMENTOF THEIR BANDS IS TABULATED. W I T ii rHE EXCEPTION CIF
SPECTRA OF CS SALTS WHICH SHOWED TERMINAL SCN ONLY v ALL THE REMAINING
SPECTRA OF SOLID SALTS PROVED THE PRESENCE OF BRIDGED ALGNG InITH
--,;,~~:-.TERMINAL SCN GROUPS. IN SOLN5. THE BRIDGE IS HYDROLYZED.
FACILITY: INST. OBSHCH. NEORG. KHIM., I M KURNAKOVA, MOSCO4, USSR.
UNCLASS I F It-

028. UNCLASSIFIED PROCESSING DATE-- 13icu
:~A,-ITLE'- ELECTRCUPTICAL PROPERTIES OF CUBIC ZXNC~SULFIDE CfWSTALS GROWN BY A
.-,. ,.~'-__-~-7HYDROTHERIMAL~ METHOD --U-
AUTHO.
q-(05-)_SHA46UROV* V.A.# KUZNETSOVt,V.Aot LUBACHEYPI'AON,-f KHARITONOVAr
v saskii rKov
dd M_ o
FlNFO--USSR
-KRISTALLOGRAFIYA 1970'1 15(2)t 302-71'':
OURCE-
-DATE PUBLISHED ------- 70
W., .:SUeJECT AREA S-*-PHYS IC S
_~'TOPIC TAGS--'ELECTROOPTIC EFFECTV-CRYSTALLJZATIONt~ ZINC SULFIDE, CRYSTAL
-GROWINGP LIGHT TfA4~MISSIONt CRYSTAL.IORtENTATION, LlGHT140DULATIOU
'~~'C'ONTROL MARKING--N0 RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
99611478 STEP NO--UR/0070,170/015/002/0302/0307

W2 028 UNCLASSI FIED PROCESSING DATE--13NOV70
ACCESSION NO-AP0116467
,',~.~;ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE CRYSTN, Of: CUBIC ZNS BY THE
.~,:~-'HYOROTHERMAL NETHOD WAS STUDIED UNDER THE CONDITIONS) USED BY R. LAUDISEj
:-ET AL.:--(1965), AND THE SPECTRAL DEPENDENCE IIAS STUDIED FOR THE LIGHT
THE HALF WAVE POTENTIALP AND ELECTROOPTICAL COEFFS. OF THE
:.~-,CRYSTALS,-~ THE DEVIATIONS WERE DETO. FROM OPTICAL ISOTROPY. CRYSTALS
IN THIS WAY CAN BE ORIENTED A55 REQUIRED~[N THE FORM OF
:-'RECTANGULAR PARALLELPIPEDS'OF SUFFICIENT.'SIZE.To CARRY (JUr
i-,-ELE.CTROOPTICAL STUDIES- THE CRYSTALS THAT'WERLORTAIINEP ARE SUITABLE
PRACTICAL USE IN LIGHT MODULATION OVER-THE RANCE OF A ELEIGTH 0
0o4-13 MU. FACILITY:. INST. KRUSTALLOGR., MOSCOW, USSR.
IED
UNCLASS11

USSR UDC 621-791-001-5:533-5:669.14+669-295
IAMWj, D. I., Doctor of Technical Sciences,, IMRII.QUM. Lg R.., Candidate of
Technical Sciences, and M&9LOVSKIY
V. A.,-Engineer
"Imestigation of Bonding Layer Strength in Titanium-Steel Bimetal 'Produced by
Vacuum Condensation of TitwAum"
Moscow., Svarochnoye Proizvodstvo, No 9, 1973, pp 26-27
Abstract: The change of banding strength of titanium and steel In relation to
the nature of surface purity of the steel base and the temperature of its heat-
ing at the time of titanium condensation was examined and results from struc-
tural studies of the titanium contact regions are presented. Steel 08kp, 0.1 mm
thick, was used as the base metal which was washed in organic solvents prior to
plactennint in a UNV-2M-1 vacuum unit. The,titanium was vaporized with the aid
of an electron-beam vaporizer from water-cooled copper c.Tucible. Bonding
strength was determined by the method of normal tear. Bonding strengths -were
fbund to be, for an unannealed base metal, 0.1 kgf/=? with the base metal
temperature at 50 and 900C, 1.4, 1.6., 2.1, and 2-3 kgf/rm? at base metal tem-
paratures of 120, 200, 300j, and 370%' respectively.. and pvater than 18 kgf/=i2
In the 400-80CPC inter-ral. In an cases in t1to 400-8000C interval,, tear occurred
1/2

O.Mi, M,
USSR
4-e
1AYNERt D. I., MARITONOVAt L. D.j and WILOVSKIYt V, A.j Sta. ciert-.1fic
Research and Procossing Non-Ferrous Iletals
"ON the Mothod of Determining the Adhesion of Titanium Coatings to Steel"
Hoscow, Zavociskaya laboratoriyar Vol 399 No 2r 1973P 18B-189
Abstract# The usual bmak-off method used for determIning the force required
to separate a metal coating from a aetal base is not applicable for the
determination of the bonding strength of titaniun coatings with the hase
because the oxide filn. inhibits the soldeeLng of titanitmi with the 1nv013ti(,'a-
tiorz pins. This is avolded in the described method by applying an additional
1-2,4f thick layer of copper on the titwAum coatinGso Thu process of titani=
and copper condensation in a vacuum of 1'.10-5-5-10 irai Jig an 10 x 10 inim
bimetal samples is discussea. Characterlstics of soldors I-ld strenjth pro-
perties of soldered joints are presented. One figure, one table.
ATL U-
Nilkk! 1A."1111

USSR UDC 620-193-27
MVA Y
FRMIV L. I.# and KOLOTYBXIN, YA. H., Scientific
Research Physicochemical insitute imeni L. Ya. Kar-povi
"Simulation of Pitting Corrosion Ultraviolet LighV'
Moscow, Zashchita Netallov, Vol 7, No 5, 1971t PP 594-599
Abstracitt In evaluating current concept of the spatial distribution of the
in the system metal (1) -- passiva-
-interphase tential difference
ting layer r?) -- solution (3), an the location in the system of the
barrier layer largely responsible.for impeding the dissolution, the effect
of ultraviolet light on pitting corrosion is of direct interest. Experiments
0 1-1
were conducted in a quartz cell at 20 with lJKhl8NlOT steel in 0.05 V 14011.
solution ("extremely high purity"), and the stmosphere wi.s purified nitrogen.
Electrodes cut from foil 0.1 mm) with a 1.4 =2 working surface were
-distilled water,
ground, degreased with ethyl alcohol, arA washed with twice
Using mercury lamps, the light flux intensity on each of the two working
2
eleetrode planes was 1.4 cal/cn , sec. Ultraviolet Illumination does not
_a) for polished electrodes
affect the pitting-forma-tion potential ( fp,t_:fo.
if stabilization is carried out at a potential of 0.2 v during a period of 5
or 40 minutes. Stabilization at a level of 0-5 v for 6 hours increased
26---

US.SR
FREYFIAHO L. I., et al., Zashchita Metallov, Vol 7s 110 5P 1971f PP 5914-599
(?pit-form by a, nuantity z 350 mv. A comr-arison was =Ae between daxk
and illumintalLed ~apt_form -as of pitting-
9'pit-form-dax-rd _,l) potenti,
formation for lXbl8N!OT steel in the 0.05 11 NaCl solution.
2 /2

USSR Urc 599-32:619
LEONOV, Yu. A., MARI and SAMINA, V. F., Biological Institute
Siberian Department Acad6my of Sciences USSR, Novosibirsk
"Sle.Red Cheeked Suslik and Its Significance in the Epizootiology of Omsk
Hemorrhagic Fever"
Novosibirsk, Izvestiya Sibirskogo Otdtileniya Akademli Nauk, sssn, seriya Diolog-
icheskikh Nauk, Vol 10, No 2, Aug To, pp 126-1.-_9
Abstract: A study was made of the habitat and distribution of the red-cheeked
suslik in Western Siberia and its role in the epizootiolQgy of Omsk (epidemic)
hemorrhagic fever. Studies begun in 1966 estaolished a high population density
of these rodents In Kararukskly Rayon of Novosibirskaya Oblast,, where the
oblast borders on Kazakhstan and Altay Kray, an area lon;3 known as a natural
focus of epidemic hemorrhagic fever. The SUalik usually nests in virgin steppe
3and . near watersheds, and on the periphery of birch-aspen gmveB. Serologi-
cal studies of susliks captured in this area showed the presence of antibodies
to the virus of Omsk hemorrhagic fever, which indicates the cixculation of the
virus in the rodent population. The commmicable character of the disease is
1/2

USSR
LEONOV, Yu. A., et al., Izvestiya 6ibirskogo Otdeleniya Akademii Nauk, SSSRI
Seriya Biologicheskikh Mauk,, Vol 10, No 2,~ Aug 70, pp 126-129
established. Ectoparasites (mainly Gamasidae) which live on sualiks and Infest
suslik nests in mass numbers were gahtered on the assumption that some species
-,ic fever.
of these parasites may serve as cerriers of the virus of E)msk hemorrhag
The-investigations have as yet failed to establish a definite connection between
the epizootoliogy of the disease aLd the presence of the suslik and its ecto-
parasities. Nevertheless, the large concentration of red-checked suslik in
the area, the considerable immunity of the,se rodents to the virus of Omsk
hemorrhagic fever, and the abundance of ectoparasites which rmy be assumed to
be virus carriers indicate that the sus3-ik nay play anItaport.Amt role in the
epizootiology of this disease.
2/2

USSR UDC 577.4:616.988.2ti(571.13)+576.858
VORDWYEVA, N. N. KHAR I OVAL N. Biological Institute,
'0 and KHADMIYEVA, T. M.
0-
Siberian Bra 10*Rzademy o Sciences USSR, Novosibirsk
n ch o f cademv or
"Ecological Relationships of the Virus of Omsk Hemorrhagic Fever with Aa-litlials in
a Natural Focus"
Novosibirsk, izvestiya Sibirskogo Otde'jeniya Akademii Nauk SSSR, Seriva Biolo-
aicheskikh Nauk, Vol 1, No 5, Apr 70, pp 98-102
Abstract: Circulation of hemorrhagic fever virus among various types of animals
inhabitants of a natural focus - the emergence of ecological links between
virus and animals, and elucidation of a possible nontransmit-ting mechanism Ifor
transfer of the infection in the natural focus were the --,Lr, of this studv. A
total of 890 small mammals of 13 species from seven regiorm in Lbe NovosibLrsk
area were examined. The blood of 705 small mammals of 13 spec;es and tha serum
of 1199 domestic animals were tested in the liemagglutinatLon inhibition test with
antigen from regional strains of Omsk hemorrhagic fever vLrus. Brain, blood,
urine, and internal organs of the animals were examined. The virus was isolated
on chick efdbryo fibroblasts, with subsequent intracerebraL Jin&fection of white
mice.
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USSR
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VOROBIYEVA, N. N., et al, Izvestiya Sibirskogo Otdeleniya U~~adonii e, - SSSR'
'Seriva Biologicheskikh Nauk, Vol 1, No 5, Apr 70, pp 98-102
To elucidate the possibilities of a nontransmitting mechanis-m for traugfer of
the infection, 56 muskrats were infected with the virus irt different ways, Six-
teen virus strains were isolated from muskrat brains, which indicates that the
disease is of viral etiology also in the Novosibirsk region. Seroloi;Ical evi-
dence established the presence of specific antibodies against hemorrhagic fever
virus in the blood of domestic animals and in 10 species of small mam-nals.
Ecological relationships exist between the virus and both wild and domestic
animals in natural foci. Tests involving infection of muskrats and water rats
with different doses of the virus, administered by the alimentary and inhala-
tion-moates, s,iowed that the muskrat is very sensitive to the virus, and that
water rats have a low sensitivity. Musk-rats may contaminaLe their environment
With the virus by excretion.
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UDC 615.285.7.015,151,
USSR
JIA ,S. I., Ins ti-~a te of Mledic I
XOShKDL,*u i. V., and KE4
Parasitology and Tropj,.!;,~j -,,'
Medicine imeni Ye. 11~ Ylartsinovskiy,
Ministry of Hlealth USSR
"Ethyl Cellulose as an Acrant to Prolong the Action oF Repellents.
Moscow, Mledits-Lnskaya Parazitologiya i Parazitarnyye Bolezni, 1,11o 2,
1970, pp 224-227
Abstract; The polymer ethyl cellulose wasc testell in the -as
a means OL extendin- the effective time of dietlnyl
five other repellents ngainst various mosquitoiL~s, includinf eledes
vexans and hedes hyrcanus. The results showed.that the a-dditlion
V-
o,1 ethyl cellulose in 1-5"No concentr tiona Zg4:LtLd to prolon, ,e
action of any o~ the repellents siien applied to rikin 0-~- cloth.
in tack-, whem added in hiyher concentrations