SCIENTIFIC ABSTRACT VISHNEVSKIY, G. YE. - VISHNEYSKAYA, I. G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203520007-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR UDC 676,06-419.1;677,5217-01:53
HUI
Z
KOVA R. Ii, SUENSKIY, 0. F., and SKLYAROV,
A YU.
"Effect Which the Porosity, Concentiation andProperties of Components.
Have on the Thermal Conductivity of. Fiberglass~Flasticsll
''MOBCOW, Plasticheskiye Massy*,.No IV, Nov 70, pp 34-38
Abstract: The article presents the re3ults of formal analysis and
the use of Maxwell's electrothermal analogy fo-,t. the thermal conductivity
of dispersed media in studying theeffect of porosity, cracks, gas
inclusions and the mutual Arrongement of Oe flller~atnd binder
elements on the procesnes of them4l cooductivtfy in the primitive
cells of the structural elements of. fiberglaw',plastics. It was
found that two- and three-dimensional,~ttlectr.ot~,emat modeling can
be used to refind the results,of f6r,tmal analygl~'.O.

Single. ftystalis
USSR UDC: 5310-376:548.55
AKSELIROD, Ye. I., VISFJrEF"VrSKIY, I. I., bOBROVINSICAYA, Ye. R. , TAL'Y.AIISKAYA,
N. D., Ukrainian Scientific Fesearch Institute of Refractories, Khar'kov
"High-Temperature Creep of Corundum Single Crystals Subjected to Pure
Bending"
Moscow, Doklady Akademii Nauk SSSR, Vol. 213, No 2,.11 Nov 73, pp 331-334
Abstract: The authors study the mechanical behaxior of corundum single
crystals subjected to steady-state creep.under conditions,of stress.of the
pure bending type and forbidden basis sli in an effort- to obtain infor-
p
mation on the principles vtich govern plast-ic.flow in non- asis syste s on
the temperature interval of 1650-19TO'c (83-97,T- of the melting point). It
was found that the nature of steady-state creep in corundum single crystals
of zero orientation is the same as with deformAtion In thebasis plane.
The energies of creep activation.in corresponding'temperature intervals are
in close aereement. This confirms the .similarity of.treep mechanisms for
these orientations. At. the same.time,,there is a pronounced difference in
1/2

USSR
AKSELIROD, Ye.'I.et al., Doklady Akad7emii Nauk SSSR,~ Vol 213, No 2, 11
-33
4
Nov,73,,Pp 331
strain rates: at 19000C a tensile,- stress of 0.327 kg/mr-2 along an ayis
imking an angle of about 450 to the basis plane givesa creep rate of
1 4-10-5 s-1; in the zero-arientAtion- exp erim-~-nts the~samIe tempe'rature,
t;n times this tensile stre6s produced.a creep rateiol only 10 s
Since the dependence on stressIs the same (v- al)i the:creep rates under
equal tensions differ by a factor of'at least 10,7 The authors thank
A. K. Galagurya for taking partintheexperiments.
2/2
58

U S SR UDC: 666.6:6~0,174-05
AXSEEL IIRUCD, Ye. I. , VISIBIEVSKIY, I., IKOVAL133V, r' I., and TARtIS0V,
V. A.
"Machine -.Lor lvleasuring Hip
h-Teml)erature DefO'.-,i,-a'ion in Ceramic
Elare Bt:~nd .-Kethod
Materials by the
I-Ioscow, Za dskayva laboratdriya, ~.No.~ 1, 1971, pp 110-111
Abstract. The machine described in this avt-icie tests for creep,
at tem-erature-s uD to 10000 'C, densely sinter6d cea-amic sn-Iciriens
by subjecting them -,o a pure bend., The, ;-~;peciven is h-~-ated in a
sealed, wat-ar-cooled chamber in an,electric-resistarxe Ovell, and
-orm
is def . ed b,r a dynausometer conc-istiy~g of a spring of s-~ecisl
f 'he are of a circle ~ts dr--,~orma` cn is
steel in the s, je ol -L
measured at the center a.r.d. at two sup!)Ortine p6intsby three
indicators which can be r~~!d throu h r~
g a windou in th cha-mber
wall. The tem-perature of t-'he. specimen is measured at. its ce-n-
ter and its ends by twu calibrated tuagsten-rheiiium thermocoupli-,'S,
type V-16/20. .-~ dii-ram of ithe ma-chine, its parts identi-fi,-~d by
callouts, is given as well as curves of the creq, in ,~pecir.-~ons
made of polycrystalline corundum. The authorts! ara mo,mbers of the
Ukrainian Scientific Rese%arch Institute of Refractor Iliaterials.
-7777

N L S i I"ED' PRU'~%,*ESSMG DATE--18SEP70
C A s F
U
IN THE 141CR U84
rlTLE--JAHN TELLER EFFECT SU62 0S SPINEL -U-
,~'AUTHOR-(03)-VISHNEVSKIYY I.I.t ALA~~B.Gov, SKR1.1),AK, ~V.N.
OF I-l4FO--USSR
AKAD. NAUK SSSR, NEORG. MATER. 1970t 6(2)., 314-18
~.,DATE PUBL fSHED--------70
~,-'-.SUBJECT. AREAS-CHEIMISTRYt PHYSfcS
OPIC-TAGS--CRYSTAL LA rT TCE, STRUCTUREt NICKEL COMPO,UND, CHROMIUM COMPOUND,
OXIDEV. THERMAL CONDUCTIVITYi THMMAL EXPANSION
all, TR 0 LMARKING-NO RESTPICTIGNS-
DM- U-46 NT CLASS-UNCLASSIFIED
'-,J~Roxy: REEL/ FRAME-1 988/0566 STEP ~t4O--UR/03413/-'O',/006/002/C)314/0318
,,C~TRC.ACCESSION NO-Al"0105551
UNC LASS F I ED

i-- 212 021 UNCUASS I F [ED. ~PROCESSfNG OATE-18SEP70
CIRC ACCESSION NO-AP0105551 ': 7 . . ~ 1 1 ; I
1-~_-ARSTRACT/lEXTRACT-W) GP-0- ABSTRACT* THE CHANGF IN THE ~,jjrR SUB2 n SUB4
STRUCTURE, AS WELL AS IN ITS THERMAL COND. AND.THERMAL EXPANSION, DURING
THE TRA~NSITION FRO'i THE TETRAGONAL TO THE C U ib I C,PHASE WAS STUDIED. THE
SAMPLES WERE-PREPD. BY C0!ljVE,kJTl .ONAL CERANIC,TECHNOLOGY. THE
TRANS FORMA T 1 ON OF NICR SU82 1-4 SU64 FROM THE TETRAGONAL TO THE CUBIC
P
A AT 300DEGREES K. THE
HASE IS A IST ORDER TRANSITION,.ANWIT PROCEEDS---
CHANGEIN THE SP. VOL9 WAS SMALLER THAN.00001. THE THGJq'Kg'%L COND. FOR
NACER SU82 0,SUB4 WAS MEASURED AT,13G-9000EGREES Kv AND THE THERMAL
EXPANSION WAS-MEASURED AT-3509 2000DEGREES Ko THE MIN. ON THE CURVE
G THE TEMP. DEPENDENCE OF-, THERMAL 0.
SHOWIN%j W.R THE TRANSITION TEMP.
IS CAUSED BY THE PHONON LATTICE INTER4UION DUR I NG A CHANGE IN THE
SYMMET RY OF THE CRYSTAL LATTICE.,
"s, q
UNCLASSIFIED.

1/2~ .023 UNCLASSIFIEID PROtESSING D4TE--18SEP70
TlAt-THERMALEXPANSION OF MGFE,SUB?_:0.SUB4 AND MGCRSU.82 0 SUB4 SOLID
SOLUTIONS -U-
..AUTHOR-(0Z)-VISHNEVSKIY, ALAPINt,B*G*
C 0 U N'T 13 YOF tNFO--USSR.
-,.SOURCE--IZV,, AKAO. NAUK SSSRi NEOR G'. MATER4 1q70, ,'6(2)r 400-1
..DATE, PUBL ISHED ------- 70
f,~SUBJECT AREAS-NATERIALS
"
IC TAGS-CERAMIC MATERIAL,. THERMAL EXPANSIONi
T p
SOLID SOLUTION, X RAY
-UCTURE
ANALYSI S CRYSTAL LATTICF STR
CNT ROL MARK ING-Nt'.) RESTR ICT IONS
.bQCUMENT CLASS-UNCLASSIFIED
REE-L/FRAME--1988/0607
STEP NO--UR/036
3/70/006/002/0400/0401
C.t.RC ACCESSION NO-AP0105590
UNCLASSI~IED~

2/Z 023 UNCLASS1 FI'E,D PROCESSING DATE--18SEP70
CIRC ACCESS10h NO--AP0105590
~ABSTRACITI.EXTRACT-1U) -GP-;-O- ABSTRACTO .1MGFE. SU32(l NEGATIVEX) MINUS CR
SUB2X 0 SUB4~ SOLID SOLNS. '(WHERF X EQUALS Ot 0.3, 045t 0.7* AN D 1.0)y
-P D.F
PR E 3Y-CONVENTIONAL CERAMIC TECHNOLOGYP WER.E STUDIED BY H I Gli TEMP, X
RAY DILATUMETRY'. PRieR TO.THE MEASOREKNTS, THE SAMPLES WERE SUBJECTED
GREESC F011-5 HRI, WITH SUBSEQUENT
TO HOMOGENIZATION ANNEALING AT 1850DEIJ. i
SLOW COOLING ISIMILAR TO 30-50DEGREES-HR). THE LATTICE PARAMETERS WERE
ALSO DETD. THE NONLINEAM COURSE OF THE CURVES S,111OWIMG THE TEMP.
6EPENDENCE OF.THE LATTICE'PARAMETERS~ATI`ESTS TO AN INCREASE I&THE
THERMAL EXPANSION COEFF~ WITH TEMP. THE,THERMAL,"EXPANSION COEFF.
DECREASES MONOTONICALLY FROM 14GFE SU82 '0 SUBA TM~P. EQUALS 2020DEGREES
-...K).TO AGGR SU132 OlSUf34 (M.P.,EQUALS 24701DEGREES K). THE LATTICE
.'--~,'-PARAMETER' OF rHE-' SOLID SOLN'. CHIAINGE S'1'N~' THE, SAME DIRECT10N AS THE
THERMALEXPANSION COEFF,
IlNrt a~eiFtFn
aw
MR. W-10.11 Attil

USSR
mc. (-o.186.4
vi Y. 1. 1., TALIMMMYA, N . D. WYMMM., I. L., Mmainian Sci-entific
lResearch Ln uitufF of Refra-clories', Khar I k6v
"Change of the Ifterostructure of Polycryst-alline Qorundtm in.the Process of
High-Tempel-ature Creep"
Moscov, Doklady Idmdemii Na,,fli: SSSR 0
Vol 2022) t1o 5, 3-1 Fib 720~ pp l0)4S-loQ
Abstm- et: 'fhe most ext;~msively emplcrmd netaorl of pro,%o25irC rE~asur,=~ent
renults during the iDvt2c;timtion or creep (d-- f ormat i on in tii:,e) i
n
ana-kysis of 'Ove mlationships of a steady tLeformation i-,OA! tott~nrpcritim.- and
time. Inform-tion thus obtained p-~,rmits a Judgpi-eut to b--- rmndu contcerning th2
mechnnimmr, vhich cml~-rol creep. However, ~nterprctation.*f t,he ax-)-rimnntal
dat-n is subrotruritially co-i-iplicat-td by deviatdop- of th,., r~t-~,,jrtun?j st'ate of tLe
wat!~riul from its initial utate. In the p:~asent -work a st-,dy J;~
I u by
ve=-s of optical mic-roscope fncilitier,, of qbant~c of the p)1y,--,)-ystaJ.3A-,c struc-
tm--- of curz;xazbm that have boan texted for creep at, hiz~~,~h
Under test condlti,-)-, " tlie linear boundarier-are found t~j 1~2
becam-- distorted vith rocrycl.-allization. The huthors rjot,~u no un-adomin-Int
th oibly )Agratlon
movemnt of bo,,mdar~,;s wi' a rpecific curvature, .9.1though pos.
of the conva.,: boundary io preferent-JI.all., Three fiiLures. Eij;ht referenecs.

USSR
~UDC 539.121.72/75
I~ If., GAVRILYUK# V..I.If KUPRYASIIKINI V. T.1
LATYSHEV, G. D.1 MAKOVETSKIY-, YIU. and KBALOV, V. G., In-
of Nuclear Reseajoh. ~Academy of- S8iences, Uk-
rainian SSR
"Annihilation of,Positrons in Copper and Brass Subjected to
Different Heat Treatnents"
~J; Kiev, Ukrainskiy Fizicheski Zhurnal Vol 18~ 110 10 October
y
1973, pp 1599-1604
Abstracts. Using a high-resolution: magnetic spectroneterthe
authors find the distributions of the annihilation, quanta by
e
ne
ngy p(E) and the distribution of electron-i by impulses n
(P ) in samples of copper and bras's subjected to different
z
heat treatments. They find that for--the annealed samples of
copper and brass, broader distributions are produced for Q(E)
and n(p Ythan for the quenched ones., This effect may be
z
1/2

Photbolb-c'trie'.- ~'Bf feet
USSR UDG 621.~85.831 (088.8)
LAFSHIN, Y.G., RYYALIX, V*I., SOLYANIK, V.I., i~HRCMOV, V.P.
"Method For Determining The Pointof Impact On A Fhotooathodq Of Short Light
Pulses
USSR Authorta Certificate No 266082,filed 210ct 68, publishad 2 JulY 70 (from
RZh-Elektronika I. yeye primanen~ya,.Ho 2, Fobz-aary 197J., Ab6tract No 2A261P)
Translation; A method Is proposed, consisting ofthe dotermination of the time
of flight of photoolectrons, and difforin& from the known in increased precision,
attainable by the fact that the input chamber of the phptomultiplier is placed in
a crossed electrical and magnotio field (the~vsctor of the magnetic field in n-
te
sity lies in the plane of the photocathodb). 'Ahe resolving pr-wer is rV bands
per mm. ReS.

UNCLAASSI PROCESSING DAfE-13NOV70
JITLE-71SOCYANATES CF PHO-SPHOR-IC Aill) THIPIPHOSPHOR11c ArIllos -u-
L.[.,: rOLJDYAZHNNP-6. 0.1. v IH I Y 0 V D ERKACH,
OF INFO-USSR
'C E
S 06SHCH. KHIM. 1970, 40( 41 ,:~750-4
------- 70
DATEP UBL ISHED
4Rz4S-- CHEMISTRY, BtOLOGICAL AiN 0KEDI CALSC[ENCr-S
SUBJECT
TGP I CTAG-3--ORGAINIC -PFOSPHURUS COM POUNDt~ AMIDE, PHOSIPHORUS SQLFIOE,
INS ECT I C I DE - ORGAN I CISOCYANATE
CONTkOL Nr,--i*i,'j i~E-STR ICTIONS
OXY EE! 21 Vt3b F. tP
C I FIC. A CC E: 5 1 Ofl NO--~PO12;~1363
j,i;l Ir I E 0
LA SS
--------------- ------ -

USSR mc. 547~626,1i8
0.1., Tr -eased)
SMaFAY, L.I., YOLODYA2MTYY, -ON., and DEPIZACH, G.L (Dec-
Institute of Organic Chemistry, of Sciencep Ukradaiar, SSR
V,
"Tsocyanates of Phosphoaric and-Thiophosphoric jAcids. III"
Leningrad,, Zhurnal Obshchey'Khimiiv Vol 401 No 4, Apr 70, pp 750-754
Abstract: Isocyanates of phosphoric acids react. with hydrazoic acid
to -give,N-azidocarboaylphosphamides- The latter readily enter into
oxidative imination reactions with phosphines and phosphites to give
corresponding phosphazo compounds. Iso,cyanates~of phosphoric acid
esters interact with 6-caprolactam on beating in a benzene solution
to give X-phosphonocarbamoyl-F--caprolactamo,, Isocyanates of dialkyl-
thio- and dialkylphosphoric acid react.with alcohols (mercaptans) to
give N-phosphorylated urethanes and thiolurethanDs possessing high ia-
secticidal activityp both systemic and contact.,,iX. I* LIPTUGA~took
part in the work,

1/2 015 UNCLASSIFIED PROCESSIN3 ()4TE--11SEP7"0
TITLE-OXIDATIVE THERMAL DEORADATtOWOF SOME'OLIGUSILOXANES -U-
AUTHOR-SOBOLEVSKIY, M.V., CHERNYSHEVv E.A.9 LOTAREV-j bl.8.,tt VISHNEVSKIYI
PoN., NAZAROVA, D.V.
COUNTRY OF INFO--USSR
-:.,.`S.lOURCE 26-7
-PLASTO MASSY 1970p (2)p
DATE PUBLISHED ------- 70
SUBJECT AREAS--CHEMISTRY
,-,-~~'TOPTC TAGS -THERMAL DEGRAOATION9 OXIDATIONy SILOXANE, MOLECULAR STRUCTURE,
BENZENE DERIVATIVE
"CONTROL MARKING--NO RESTRICTIONS
._DOCUNENT CLASS-UNCLASSIFIED
."~_~*Rbu RFEL/FRAME--1987/1057 STEP NO--UR/0191/701000/002/0026/0027
~,-CtRC ACCESSION NO--AP0104455
UNCLASSIFIED

212 019 UNCLASSIFIED'' PROCESSING DATE--18SEP70
2
2
CIRC ACCESSION NO-AP0054125
A C'
RC
I
'ABSTRAC*r/EXTRACT--(U) GP-0- ARSTRACT. IN THE SUR.GICAL TREATMENT OF
ARA
S
B T,C~
BE;NIGN DISEASES OF THE BIL[ARY 'TRACT CHOLE00CHODUODENOSTOMY DURING THE
EN
r
LAST YEARS FIND EVER GREATER ATTENT10ii.is, THIS TECHNIQUE
L AST
WAS EMPLOYED IN
1 50P'
150 PATIENTS DURING 410 OPERATIONS ON THE COMMON'BILli. OUCT OUT OF THE
TOT AL
TOTAL 1300 SURGICAL INTE-RVENT-113NS FOR CHOLECYSTITIS AND ITS
.,COMPLICATIONS CHOLEOOCHOLITHIASISt.PANCREATI-TIS,ISTEt4oSlS OF THE PAPILLA
C 1.
CMPL
OF VATERP STENOSIS OF THE CHOLEDOCHUS SERVED At INDICATIONS TO THIS
F A
OPERATIONS, IN 141 PATIENTS-SUPRADfJQDENAL AND IN.9 PATIENTS
CHOLEDOCHODUDDEN05TOMY WAS-PERFORME.D.
SHOULD BE CARRIED:OUTIIN ACcORDANCE WITH STRICT
INDICATIONS DE-PENDING ON THE CHA-RACTER:OF PATHOLOOICAL CHANGES AND ON
CONDITIONS OF THE OPERATION, THE';,MAIN~OF :WHICH SHOULD BE THE FEASIBILITY
OF FOR14ING A WIDE ANASTOMOSIS.. THIS IS ACHIEVED~BY A SPECIAL OPERATIVE
-JECHNIQUE PROPOSED BY THE AUTHORSo IN 150 PATIENTS THE LETHALITY
'AMOUNTED TO 7.-3 PER CENT OF CASES* A:GOOD REMOTE RESULT WAS OBSERVEr., IN
76 PER CENT#,A SATISFACTORY, IN 21 PER CENT AND UNSATISFACTORY IN 3 PER
CENT OF CASES. IN.RESPECTIVE INDICATIONS,,AND,*PRIOP,ER OPERATIVE TECHNIQUE
F 0
CHOL . OCH00UODENOSTOMY YIELDS GOOD IM-14EDIATE AND R~EMOTE RESULTSt. AND
SHOULD WCONS-IDERED AS A NORMAL METHOD Of SURG.ICAII, INTERVENTION.ON THE
-BILIARY T
RACT.
UNCLASSIFI.&

7-777-7-7 1,
USSR UDC 62,1.31L.58
LAMYTSOV, V. A., BFMOV G. A VISHINEVSIUY, V. A.
"Investigation of a D-C Pulse C6.nverter With a Blocking Thyristor
Because of Oscillatory Characterof.Currenttt~~
Uva -oreobrazovat.. telchn.
Yiev, V sb. Us-Itroysi ((.,onverter Technology
'Devices _- collection of works), Vlo,~2, 1969, pp 260-267 (from
J"
RZK -- Elektronik-a i yeye~ primepq=hie, No 2,~ ~,Ieb 70, Abstract
No 2B522)
Abstract: A d-c converter.is considered wThi c hconsists of one
TE-yristor corniected in series with. a- coramitating choke coil; to
the-latter '-he followirZ is joined connected ~tzaong themselves
in parallel: the load which contains counter 6mff, zlesistance
pacitor and a counter-connected
and, inductance, a commwatating~ca
semiconductor diode. Differential equations are fox=lated and
solved -which describe th hangea of voltage and current. Curves
of cur.-ents and voltages are given and also~ t1ao
.characteristic
curvos of the converter. 4-ill. 3 r6.f I. RD
50

limps=,
-7
Acc. Ar. AP0029816- R,-f Code: UR 0475
PP 9V
-'PRLvAkRY SOURCE: Vrachebuoye Delo, 970 0 Nr
,A STUDY OF SERujtj pROTEINS,AND EV~LUATION OF, SOMP TISSUE
REACTIONS IN LYMPHWRANULOMATOSI.%~
'Vishriev~kf;T,. oliv)
Serum proteins have been studied by, means of pali~r clectrophoresis and i,-nmuno-
electrophorcsis,in agar gel in 30 pat .ients with jym0hog,,,nuIornaiesis
Results showed . dysproteinemia manifested in 'a 'reduction of the albumin content,
Increase of Alpha-1 and alpha-2 globulins and a tendency to an incre-se of gamma-
globulins tit later stages of the disease. No significant changes of the immunoglobulin
content have been found. It is suggested that dysproteinernia in lym~)llograjlulornatosi&
is of different nature than in malignant tumoiurs.
it

77- --1-
USSR UDC,532.517.2
DORFMAN, A. Sh., VISMEVSKIY If. K.:
"Boundary Layer in Non-Ne-dtonian Exponential Fluids with Arbitrary Pressure
Gradients"
Minsk, Inzhenerno-Fizicheskiy Zhurnal, Vol. 20, No. 3, I-Tar. 71, p. 398-404.
Abstract: The boundary layer eqLiations are solved for non-Nmtonian fluids
with an exponential rheological rule by A,seni-integral method based on simul-
tanaous solution of the equation of linea'riz,4,d motiomand an integral relation-
ship, Formulas and tables of coefficient,5 are presented for various powers of
non-Hcwtonian bt"havior of the fluid A, all,ow.i:np calculation of the shear stress
profiles with arbitrary disrdbution of volocity Qatsiile Om layer, 4,111! (fil-
..tribution of shear stress over -thd surfacill 01 a circuli:11, Cylinder at variolln
values of n is obtained. The position of, the stall ljoint on the cylinder is
calculated as a function of power n4
2-,7

- - - -- ~ - -- --- , - - . ". . _ _ ~ . - - -"":: - _~ --_ --~7-_~ -.........
009, UNCLAssi'FIED.: PROCESSING DATE--160CT70
1JTLE_a-El IM I NAT ION OF CERTAIN ~AUMIXITURES~ IN THE'PROCESS OF ISOLATION ANO
tHE141CIAL PURIIFICATION OF STREPTO'14YCIN -U-
~~.THOPL-400_130GATSKIYt M.A.., V I SHNEVSK'f Vl-i~/-AKHQNTOVAv L.F.1 BRUNS,
v,
COUNTRY:GF*INFO--USSR
IOURCE-ANTIB IOT IKI, 1970, VOL: 15 p:NR 59 :PP~ 406-411;
`64TE PUBLISHEO ------- ~-70
-AREAS--BIOLGG-ICAL -AftD--MEDI,CAL ~:SC-IENCES
PIC TAGS--STREPTOMYCIN, CHEMICALPURIFICATIONt FE.RMENTATION, CATIO14
EXCHANGE RESIN
'CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--1994/0154 STEP.NO-UR/0297/70/015/005/0406/0411
CIRC ACCESSION NO--AP0114550
UNCLASSIFIE0

2/2 009 UNCLASSIFIED PROCESSING DATE--160CT70
ACCESSION NO--AP0114550
-,ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE PROCESS OF ELIMINATION OF
ASCERTAIN ADMIXTURES, SUCH AS MAGNE.FlUM, STREPTIDINE AND STREPTOBIOZAMINE
PRESENT IN 5TREPTOMYCIN FERMENTATION.BROTH FILTRATES DURING THE
SORPTION 8 BOXYLIC GATIQN EXCHANGE:RESINS WAS STUDIED.
CAP
IT VAS SHOWN THAT THE EFFICACY OF,~ELIMINATION- OF THE ADMIXTURES :SORBED
-~~BY THE ~RESINS. DEPENDED ON THE SOLUTIG
X COMPOSITION USED FOP, THEIR
"'-75ORP;'TION. THE STAGE OF THE ADMIXTURE':SORPTION WA~ IM OV
ED
~~'--FACILITY-: KIEV,PLANT OF MEUICAL PREPARATIONS, NATIONAL INSTITUTE FOR
:MOSCOW.

USSR UDC 533.92:621.039.61
ALEKSIN, V. F., BIRYIJKOV, 0. V.,.VISHNEVETSKIY, V. PI., GEORGIYEVSKIY, A. V.,
-7 "'KITAY VS]a , L. KO OTOP,
GROT,.Yu. I., DIKIY, A. G., Z1SER-,V."`Ye E. Y KH N
P. I. POGOZHEV, D. P., PELE=.SKAYA,:':;.V. G., SERGE;~EV, Yu. F., SMIMOV,
V. G., SUPRUNENKO, V. A., TOLOK,':V.:t., :and TARAN.' :V. M.
"Development and Synthesis of the "Uragan" Stellarator and Investigation
of Magnetic Surfaces of High Shear"
Kiev, Fizika Plasmy i Problemy Upravlyayemogo Termoyadernogo Sinteza
(Plasma Physics and Problems,in Controlled Thermonuclear Synthesis --
collection of works) "Nattkova dumka,'.'_~o 3, 1972, pp 73-112
Abstract: After an initial section devoted to a review of the literature
an the magnetic surfaces of toroidal.stellarators and the principles of
stellarators in general, the authors analyze the "Uragan" specifically.
In particular, this paperis concerned with the problems involved in
choosing the parameters of the.magnetic.system for,the racetrack stel-
larator to obtain magnetic surfaces with high shear. This last term is
defined as the extent of crosaing of the:magnetic lines of force. The
synthesis and adjustment of the~magnqtic system are also examined, and
1/2
n nm ro M-. ra m wn i on, mg ---o w- -

_7
USSR
ALEKSIN, V. F., et a!., Fizika Plasmy i Problemy Uptairlyayemogo
Termoyadernogo Sinteza, "Nau6va dumIka," No 3, 1972, pp 73-112
the results are given of an investigation into the instrument's mag-netic
surfaces. Computations worked out on an electronic computer for the
design of the magnetic system,are described, and differences between the
"'Uragan" and the "Sirius" stellarators- are indicated. A comparative- table
of the parameters for various types of stellarator 'is given; it shot-is that
the."Uragan" is one of the:more.powerful thermonuclear machines, with a
'high shear value for its substantial 10-koersted magnetic field intensity.
-This- article is liberally. illustrated with photogrpphs and line drawings
raphy of, 51 titles:
and has a bibliog
2/2
65

USSR UDC 533.951.71.8
:iN GEORGIYEVSKIY A. V.
ALEKSOr, V. F., BIRYUKOV 0 X VI~Jyf=
GROT, Yu. I., DIKIY, A. Z ':Ye.~, KITAYEVSKIY, L. Kh., KONOTOP,
P. I., POGOZHEV, D. P., PELFIILIIINskk~~, V. G. SERGEYEV, Iti. F., SMIRNOV,
V. G.-, SUPRUNENKO, V. A., TOLOK V. T.,:TARAN, V.
"Development and Creation of the "Uragan" Stellarator Magnetic System and
Study of High-Shear Magnetic Surfaces"
Fiz. Plazmy i Probl. Upravl. Termoyader. Sinteza. Resp. Mezhved. Sb. [Plasma
Physics and Problems of Controlled-Thermonuclear Synthesis. Republic Inter-
departmental Collection], No-3,-1972, pp, 73-112, (Translated from Referativ-
nyy Zhurnal, Mekhanika, No 11, 1972, Abstract No 11 B178 by the aithor's).
Translation: This work is dedicated to the !study of thf! magnetic System of
the three-pass "Uragan" stellarator. A report is presentad oil the seloction
of the optimal parameters of the magnetic system Oi the stellarator. The
'111raaan" complex is briefly described. I Experimental studies of magnetic
surfaces using low-energy electron beams have shown that the "Uragan" stella-
rator with individually controllable cylinders produces closed magnetic
surfaces with high shear values r,.=0.109) and highir'otary conversion angle
112

USSR uDe 621.373-531
VISHMSKIYj, V. N. IZOKH3 V. V.,, and KUBASOY, Ao A.
"Manosecond Range %.Ise Shaper Based on Smiconductor Devices"
V-sb. Tunnelln. diody v -v eriti :tekhn. (Tunnel Diodes in Coraputer and
achislo i=
~f
Measurement Thchnology - collectfo~ ~.,:Riga, "Zinatne", 1972,, PP 23,7-223
(from IMM-Radkot0haika, No 11.4 Nov 72.1 Abstract No 11 G134)
Translation: The authors study the possibility of forming nanosecond duration
pulses from voltage differentialse Real shaper eircuits::are given based on tunnel
diodesS seatiaonductor diodes with charge a.ccumulation, and their combinations with
semiconductor -triodes. Comparative characteristics are presented for theshapers
-along with their experimental: data!* Resum6.
4-, 1. t:T-I,

2/2 007 U"11CLAS S I F I ED PROCESS ING DATE--20NOV70
C, IRC ACCESSIC14 NO-AT01133716
-A9S_fRA(;T/EXT9ALT---(U) ~GV-0- A6STRACT. THE ARTICLE AT TEM PTS TO EXPRESS
-1,_ANY IN -G,~ABLE AFFINiCk STRUCTURE AS A STRuCTuec- oErlu~EV ?,y AN ALGEBRA,
~U.Sli'sG RESULIS AND SYt~BULS OF AN EARLIER ARTICLE BY ~THE AUTHOR 014"
ROJECTIVE SPACES GENERATED, BY AFF14NOiRS. AN ALGEBRA OF
STRUCTURES OF Pi
PLURAL hbimBERS AND AiNALYTIC FUNCTIONS OVER IT ARE, AS WELL
.,AS A STPLCTUkE GENERATED BY AN AFFINOR WITH UNE E.I1,';ENVtALUE. THE SET OF
ADMIISSIBLE TRANSFCRMATIGNS UF rHE: SPACE OF: TURSICNI, FREF AFFINE
CONNECTILN A SUBN IS SIGM(if0HIC TO THE: 5E.T. GF TRANSFOXI-~,ATIONS Of- THE
-DIFFERENTIA3LE SPACE R Of MEASUREMENTS' OVER THE ALGEBPJ~ OF PLURAL
NU 14 B E K S', DE S I G NA T E 1) XSUdR CE PRIMEMMINUSI). ~ANY::INTEGRABLE AFFINOR
STRUCTURE GEINERATED EY AN AFFINOR :~OtNiE ELGNEV~LLJE IS, AT THE SAME
T IM Ec- A 5 1 VWCTUR E , L) E fl N ED B Y THE AL G, E BR V R I EPR I MEM M I NUs ISOME
TYPES OF CONNECTIONS, A.Nf) STRUCTURES
1) E F IN E UBY AN ARBITRARY AFFINOR 'ARE CONSIDEREbw
I A I I F I E 11

USSR UDC 513-015
1ISFINEVSKIY, V. V., Kazan,
"Af f inor Structures of Spaces of an Affine Connectionif
Kazan', Izvestiya Vysshikh Uchebnykh Zavedeniy 14atematika, No 1,
Jan 70, pp 12-23
Abstract: The article attempts to any Lntegrable affinor
structure as a structure defined by an algebra, using results and
.symbols of an earlier article by the author on structures of projec-
spaces generated by affinors.1 Anialgebra of:plural numbers and
analytic functions over it -are ---considered, as well, as. a structure
generated by an affinor with one eigenval:ue.:~ The"' set of admissible
-transformations of the space of:torsion-free affine cbnnection ~A
morphic to the set of tt rans-fdriiations, , of . t.44 dif f erent iable
is ISO
e al ia of Plur-1 numbers, d esignated
of measurements over th 7~i M
,~_-.,spa,ce, r
Any integrable. affinor structure generated by an af-
r
1/2

29
muguruff, mma mnm~mmmm

USSR UDC 541.182.2/.3:546.45
~VISHNEVSKIY. Ye. P., and MOSHKOVA, L.. 'P.
"Nomographic Method of Estimatipg.the Intensity of Aerosol Emanations VThen
Beryllium is,Heated"
Moscow, Gigiyena i Sanitariya, No 7, 1973, pp 84-8111
Abstract: When heated, beryllium evaporates and then condenses upon coming
into contact with the surrounding vold,airi Using- iormulas that take into
acccunt the temperature, thickness ofthe oxide fillit, and pressure of
saturated vapor, the authors prepared.a:nomogram that permits quick de-
termination of the intensity of-aerosol emanations at the various tempera-
ture levels to which beryllium may be-heated.: The procedure is illustrated
with. mo examples.

Be~ryljiilm:.
USSR uDo 669'.~(25-151
Leningrad
"The Intensity of Aerosol Separation on Heating Berylli&'
140scoW.F Izvestiya Akadewii Hauk USSR, Me,tally, No 5,.SeP-Oct 72, pp 205-200,
Abstract: An investigation was irade of the intensity of aerosol spearation on
heating beryllium in the 1000-13000C temp'erat-ire range. The effect of the
thickness of the oxide film on 'the saturation of beryllium vapors and the
thickness of the oxide film developing ov. heating beryllium specimens for 2
hrs are shown. The intensity of.bery-Uium separation iras found to be related
to diffusion through the layer of theioxide film whichiexerto the main resist-
ance.against vaporization of t4 metal in,air.. Four ftgures~
P
eleven formulas, one table,.seven bibliographic refereri'ces.

USSR Eme 612.oi9+6!2.273.2
LAUNRj, H. V. and. Institute of PhysiologY imeb-ni A. A. Bogomolets,
Academy of Sciences UkSSR
"Role of Respiration in Regulating Oxygen Parameters ia Yo, ng, Animals After
Exposvxe to Hypoxia"
Leningrad, Fiziologiche-skly Zhurnal SSSRI No 12, 1971, PP IfM-3-1,831
Abstracti Experiments with puppies 2- to 3-weeks oldf 1-5 to 2.5 and 5 to 6
months old and adult dogs given hypoxic; mixtures to breathe showed that
hypoxia resulted. in a srall Increase in the puppies' ventilation cozipared
with the older animals. It also , : the efficiency of ty--spiration in
metabolisro brought about a prolonged period.of stabilipation of the oxygen
paxazters, and prevented adequate, 0. saturation of tbe:blooi, despite the
comparatively lareze amotmt of 0 2 ventilated In the lungs andl alveoli and a
high paO 26 As the puppies aged, -the relationships between e;~ternal respiratory
function and oxygen demand improved and they became more resistant to dis-
ruption -by bypoxia. Slowing of the rhythm and- decrease, in intensity of
Vantilation Increazed the their role in
regulating bozeostasis in an:altdred gasoous'.radivn.
ME

55~
USSIR u-w: -153-14.046-5
mimm:-x, V. i-J, VISIBENTYAKOK, A. V., and WBRO-VINJI A. K.
"Ynfluence of Gases on Weldin- of Cavities during tb eRollin3, Process"
TZV. TLTZ, Cherzaaya- YetallurGiya,. No 6 ir,7o, pp 67-70
Abstract: Akvailable data indicate that the min reason fo--r- la-ver serai-;~'Uion
rimmed, sem`-ilied and killed g~eels is cont-aminatioR of -,ha`nkage cavities,
bubbles,and cracks of the ingot with various products. Sometimes, layer
separzation is accompanied by convexity of:the metal, with ffoi",azion of cavizies
filled with gas under sianificant pressure. This gas be separezed in the
shrinicaac cavity during crysl&alllization of the in-ot, and m-',-ht
of cavities. The influence of hydroaen, carbon dioxide iand nitiogen, the :rost
s found in these cavities, on the quality of velding was studied as
com. on gase
'unction of tem-Derature and defs-ree of deformation of gas-fillc-d specimens.
.1
*~s were created in steel type 3sp (0.201~ C, 0.17% Si, 0.56' 14n,
Arzificial cavitL
0. 020. S, 0.016- P, 0.05'. Cr, 0.04% Ni), occupying.2.5% of the volume of tlie
snec-.Lmen. It was established that the gases prevent welding of the metal.
Hioher auality weldina can be achieved with lower de-ree; of deformation of the
Z,
spec'. by increasing the teriperature of,the metal before rolling.

USSR UDC: 531-36
VIISIEIMIXOY, A. F.
of the Programmed,?Iotion of a 'Body
of Variable 17"ass"
Sb. Nauchn. rabot asD~- ntov. Un-t rtruzhbZ narodov im. Fatrisa
-iz. a-- er t (6ci,;i-rif4c I .ior':- of s-
Lur-aumby. --'a' ii. i yestes v.. a.
pirants. The Iiatrice Ijumumba University oil' Int',drnat-ionall -Wriend-
ship. Departrn,-~-Pt of` -Physics-!-~athematics and Xai~ural: -Sciences-
L I-io
colloction of vorks) 1970. 1-1
7, P-,~ 148-154 (from RZI---j:ekhani.'.-~a,
No. 2, -;,'eb 71, Abstr---..ct lic. 2;,109)
Tran-~lation: I'lle motion of a body of variable mass
in a unl,'Lorm, fiold undler tlie zwtion of a r.,*,-~oistiv.--, Iorce, th--
medimni, a function of t1qu velocit-y and he-Je!:ht, wid a 1, c- a. c I-I i- v E.-
force ;hich is alol--!
-V3 dir~lct~A alonj,, t4c, -v)nge~ft to the trajec-
tory of thc- body',; of maspi, b,,,.,a -JUIat curve.
-urbed moU n ~ehich are close, nroe
~'qt tion:~ of per4u v 0 -V6 s o m-,~! -rammed.
moven---Ats are derived. By Ee"Iting up the Lyaptu-~,cv function, suf
-Eicien~- con-;i-4ons -'~or the stability of '"ne proe-rammi-d motion o-F'
Q
-y-i
the body in a -t~inite time inter-val.are, secured. A. J., Xunitc

_/Z 036-- P.RbrESSING DATE_-040EC70
UNCLASSirimb~
TITLE- EFFECT OF EXTERNAL PRESSURE AND GAS SATURATION OF A METAL'ON THE
FORMIATIOk OF.GAS BUBBLES IN zA KILLE0 STEELANGOT u*
_~kUTHOR-(02)-AMDREYEVt V.I.* V.ISHNYAKOV, A%: V.
~~,COUNTRY OF INFO--USSR
-IZV VYSSH. Uf-_i!E:8, ZAVED., CHERN:.;MET. 1970,~: L3(4)p 91-6
OUIRC E
4.ATE PUBLISHED ------- 70
_SUBJECT AREAS--MATERIALS
TOPIC TAGS-_.'KILLED STEEL, INGOT CASTINGs METAL CON,rAANING GAS, METAL
~CRYSTALLIIATIONt, GAS PRESSUREv- ALI GY COMPOS.l.TI0N,4(,AR60Nr SILICONt
HYDROGEN' NITROGENt METAL P0ROS_fTY
C GNTR 0L MARKING--tNO RESTRICTIONS
,~DIOCUMENTCLASS-UNCLASSIFIED
.-PROXY REEL/FRAME-3005/081.1
STEP NO~--UR/0148/70'/013100tf/0091/0096
ACCESSION NO--AT0132905

:2/2 036
UNCLASSIFIED PROCESSI.NG DATE----04DEC70
~CIRC ACCESSION NO-AT01.32-905
GP-0- ABSTRACT. THE 'PREPN. FOR A DEI.NiSE
BUBBLE FREE INGOT DURING DEOXIDN. OF CAR.BONACEOUS !i"ETAL 3Y Sl HAVE BEEIN
STUDIED PREVIOUSLYt BUT ALTHOUGH. THE DEPENDENCE OF~i I'HE POSITION OF THE
BOUDNDARY BETWEEN THE REGIONS OF THE DENS E'.~ AND THE;~ RISI`NG IIIETAL ON THE
RELATION OF THE DEOXIDIZING CAPAalLtTIES OF- SI. All-D C W[THLIN THE ENTIRE
CRYSTN.- RANGE HAS BEEN ESTABLISHIE-0t THE.EFFECT OF. THE EXTERN4,L PpE~StiaE
~~.,~AND TNE STATE OF GAS SAT!N. OF T14E ST9c'L ON THE P05,11-ION OF I_hIS CURVE
HAVE NOT, BEEN TAKEN INTO CONSIDERATION. AT A C CONTENT OF
0.1.0-0. 16PERCENT' THE SI CONCN. NECESSARY FOR THF R* SING OF THE METAL
DOES NOT~ CHANGEv SINCE THE COMPN. 'OF THE MATRIX XOLN. VID T4E rEf-,P. IN
_11HIS REGION REMAIN CONST. WITHIN.THE O.A61-0.20PERCENT C RANGE THE CRIT.
..St CONTENT DECREASES WITH INC.REASING STATE OF GAS 84TN. AS A RESULT 01F
THISt THE DEGREE OF LIQUATION OF THE GASES IN THE MATRIX SOLN. 651ING 1"'t
_,_EQUIL. WITH FE, AND CONSEQUENTLY ALSO THEPARTIAL.9)FtESSURE OF H AND ?l
OF FE -IN fiif.S
'ABOVE THIS SOLNI. ALSO DECREASE. ALONG WITH THISi THE AMT*
REGION INCREASES IN THE HARDEN114G SOLN.. AND THE DEGREE OF C LIQUATION IN
THE MAXTRIC SOLN. ALSO SHARPLY INCREASE'S. '.FOR THF 0-20-0439PERCENT C
~REGION THE CRIT. CONCN. OF Sl SHARPLY UNCREASES AiSOCO. WITH INCREASED
..~-..LIQUATION OF Cr _Hv AND N IN THE.!MATRIX: SOLk. BEItic iLN EOUIL. WITH SOLID
:-FE AT .009-71-.35PERCENT C THE--,CRI:T-.- 411- r,.0NCN*CA-ljAtN DECREASES, WHICH IS
AdL E'--.DN- -:MELTS WIT14-:-INC-R -ASED! . CN. - !~FOR
NQT:I.CE il tdti.
:THE St I AL6 '.dkREA_~Ei, T E 0 T
V. E S HARMFUL
~..-,--,-r-0R-]F0RMATl0N OFIGAS:-BUBBLES ~~fAciul*'. SIB. MET# I'NST.v
NOVOKUZNETSKY USSR.

-112 017 U-NCLASSIIFIED PROCES:SING DATE-7-16OCT70
TITLE--EFFECT OF ELECTRON IRRADIATION ON. THE THERMAL DEconPOSITION OF
MOLYBDENUM I-.EXACARBONYL -U_
,,AUTHOR-(02)-VISHNYAK USIPOVr, K.A-
_~GUNTRY, OF INFO_-USSR
-.';S0URGE-FIZ. KHIM. OBRAB. MATeR. .1970, (1. 1151-2-
WTE PUBLI�HEO-
~XGNTRGL MARKIN,--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
.-PROXY REEL/FRAME--1996/0903 SUP NO--VR/0472/701000/001/0151/0152
~~CARC ACCESSION NO-AP011801?

'USSR UDC 621.3a2.002:539.234:539.
'216-22
PAVLOVA, Z. V., VISHNYAKOVAj Z.~ Pi, VINOGRADOV, G. B., and
VISHNYAKOV, B. A.
Production of Dielectric Films: of Titanium.Dioxidell
'Moscow, Neorganicheskiye Materialy, Vol 6, No 12, Dec 70,
pp 2207-2208
Abstract: TiO films were produced by the method of pyrolysis
2
of organotitanium compounds. Th e' str,ucture 'and composition
. f ila,
of the ts produced were tested by an~electronographic
method. Films were produced by pyrolysis oftetrabutoxy-
titaniuat (TBOT) in art atmosphere', of. nitrogen at 350-4500C. Sub-
straten used were Ge, Si, and NaCI., The qual.ity*of the film
a -nitial surface.
is greatly influenced by the cleinliness of the i.
Dust and dirt on the substrate produce pores.iand defects in the
film. The best properties were those of-. TJ*O films grown at a
cl~ ~HOOC with a nitrogen
substrate temperature of 350-4000 t
ev
,flow rate of 80
/hr.
7T - v M -7- TO

`_TT2_ 043 UNCLASSIFIED "PROCESSING DATE--27NOV70
TITLE--ELECTRON BEAM METHOD OF PRODUC ING THIN FILKS- FUM CHEMICAL
COMPOUINSIDS _U_
.:,AUTHOR-(02)-VISHNYAKOVv B.A., OSIPOVP KiA.~
OUNTRY OF INFO--USSR
-_,-5OUqCE--ELECTR0N BEAM METHOD OF PRODUCIN,G rHIN FILHS FROM CHEMICAL
C0,MPOUNDS (ELEKTRONNOLUCHEVOY METHOD POLUCHENIYA TONKIKH PLEMOK IZ
OAT EPUBLISHED ------- 70
1~.:-SUBJECT AREAS--CHEMISTRY, PHYSICSr MATERIALS
I TAGS--CARt)I0E, S E M I C G ND UC T 0 RIIATEIRJAL IREACTIOIN WIFTICSY GLO14
-01SCHARGEY DIELECTRIC MATERIALt.'6LECTRON BEAM'- METAL FILM
CGINTROL-MARKING--NO RESTRICTIONS
CLASS--UNCLASSIFIED
PROXY PFEL/FRAME--3003/1751 s f ENO--IJfi /0000/ 70/000/000/000 1/0 143
_C I RC ACCESSION NO--AM0130595

212 043 U~4CLA S S I FIED PROCESS[NG DATE--27NOV70
C-11RC ACCESSION NO-AM0130595
-'A8STRACT/EXTRACT--(U) GP-0- A3STRACT. TABLE OF c otm r c- t%l T CHAPTER 1.
EOIATE 13REAK 0 OW N (IF CHEMICAL COMPOUNDS 5.
ELECTRON BEAM METHOD OF IMMc
.:11-. PRODUCTION njF DIELECTRfC FILAS UNDER THE INFL0,FNCEtOF ELECTRONS AND
GLOW DISCHARGE 21. 111. PR9DUCTION OF, ME.TALLICt :SE-,'-lI(G.N0UCTOR XND
RGANIC COMPOUD,114S BY
CARBIDE FILMS 89. IV. BREAKDOWN OF H,ARO:INQi
ELECTRON HOMBARD.MENT 125. L I TERATUREt 136. THE 300K~ GIVES A OF-TAILED
REVIEW OF DOMESTIC AND V0REIGPl,INf WINS'
YESTIGAT :OF A; CONIPARATIVELY NEW
METHOD GF~PR IODUCING THIN' FILMS,:~ Cli-VkEAK DOWIN OF INITIAL CHEIMICAL
NC AF `0 1 A) T C --Y ELEC,rRON
COMPOUNDS OF VARIOUS SU13STA ES IS ACCOMPLI.S1 0 114'11E -LY f
BE A M THH.RETICAL MiNC[PLES OF TPE METHOD ARE PAl'-,ENTEi
LINE DIAGRAMS
ARE GIVEN OF THE, APPARAIUS NECESSARY.FOR ~ACCOIAPLIS14INIG -TNE PROCESS OF
BREAKDOWN OF COMPOUNDS XND PBECIPITATI-ON OF FILMS;:~ RESULTS OF
EXPERIME'NTAL WORK FOR THE PURPOSE OF PRODUCING BY~ 1"115, lif.:--THOD FILmS OF
VARIOUS MATERIALS ARE DESCRIBED IN DEETAIL.~: BASIC PhRAMETERS ARE
~PRESENJED OF THE KINETICS OF 'THE: PROCESS OF -PRECIPITAITON, ON WHICH
DcoFt-105 THE RATE OF FILM GROWTH. THE ~PUBLICATION ',,;AS WqITTEN FOR
E.
INVESTIGATORSt DESIGNERS, ENGINEERS, AND TECHNfCIANS, MIETAL PHYSfCISIS
AND OTHER SPECIALISTS GF VARIOUS 8RAiNCHES: OF INOUSI'RY 11JAISTRUMENT
MAKING, ELECTROVACUUMP CHEM ICAL i ETC. ) 9: AND AL-50 FOR TEACHERS AND
-.STtJOENTS OF CHEMICAL AND TECHNICAL. UNIV:E,RS.~TIES? STUDYING PRUBLEMS OF
-PA
10DUG INIG TH l-N F ILMS AND THE 19, PFAC Ti CA:L: Af."Pt I CA rl ON.
ED

14
USSR uw-62i.9-4i8:537.53
I.oc)4.14
VISIRIYAKOV B. A., and OSI-eW, Y. A.
"Cathode-Ray Yethod of Production of Min Films of Chem&cal Co-M-,)a,,Mds"
Elektronno-~uchevoy Metod Polucheniya Tonkikh PlenoK Iz Khimicheskikh
SoyedineMy (English Version Above], Moscow Nauka Press, 1970, 144 pages
Translation. This book presents an objective review of doinestic and foreign
v~-_stigations of the comparati-vely new method of production of thin films in
-P
2
Which the decomposition of the initial chemical compounds of various ma t e r ia Is
v L
is achieved directly by a beam, of electrons. Ilia theoretical 1, i ic p1 's of
tile method are outlined aind diagramus aTe presented of the devicas necessary for
the-application of the process of decomposition of c=pounds and precipitation
of films. The -results of cxpCTiMental work performed with.the puqose of
producing films of various ma-cerials by this inethod are described iii detai I.
The principal parameters of the kinetics-of the process of~precioitation which
-determin.6 the rate of film g
growth are presented~
This book is designed for researchers, designers, engipeers and technicians,
metal physicists and other specialists in various branches of industry

USSR
VISIMAKOV, B. AL., and OSIPOV,, K. A., Elektroano-Luchevoy Matod Polucheniya
Tonlkikh Plenok Iz KhirtcheskiXh Soyedineniy, 1970, 144 pagOs
(instrument building, electric-vacuttm, chemical., etc.) as w-011 as teachers and
students in chemical and technical colleges studying problems of the production
of-thin films and their practical applications . Fourteen ti.lbles; thirty
.~illustrations; 232 biblio.refs.
Table of Contencs
Chapter I. 'Method of Direct Decomposition of Chemical Compounds by a Bean
of Electrons . . . . . . . . . . . . .
1. VariousIllethods of Producing-Thin'Films.
E-vaporationi in a Vacuum0 ...Cwthode, 8t~utt rin (6),
Electron-lon Technology
2. Advantages and Disadvantages of the'Cathode Ray Method . . . . 10
Theoretical Principles of the 1.',ethbd- . . . . . . . 12
Equipment and Methodolo&v Used for Precipitation, off rLTArA Films 16
2/5

USSR 777-7
VMUTYAKOV, B. A., and OSIPWI K. A., Elektronno-Lachevoy. Me-tod Polucheniya
Tonkikh Plenok lz h1imicheskikh Soyedtneniy~ 1970, 144 pa~'Jes
Chapter M Production of Dielectric Films Under the influence: of
Electrons and Glow.Discharge 21
1. influence of Various Factors on the Process of For=tion
of Polymer and Iaorganiic Films . . . . .. . . . . . 21
Decomposition of Organox-etallic Compounds and Hydrideus , 23
Formation of Thin Hydrocarbon Films . . . . . . . . . . 40
2. 'Mechanis7m of Formation and Theory of Growth of Polymer
Films . . . . . . . . ... . . . . . . .. . . . . .

3.
Structure and Properties of Dielectric Films .. . . . . . 54
Polymer Films . . . . . . 54
Lnorganic Films . . . . . . . . . . . . .
71
4. 'Use of Various Films . . . . . . . . . . . . .. . ... . . 78
Chapter III. Production of 'Metallic, Semiconductor and Carbide Films. 89
3/5

USSR !~F
VISMAKOV, B. A., and OSIPOV, K. A.- Elektro=o-Luchevoy Metod Polucheniya
Tonkikh Plenok lz Khimicheskikh Soyedineniy, 1~10, 144 Pages

1. Films of Tin and Lead . . . . . . . . . . . . . . . .
2. Films of Silicon . . . 93
3. and Rhenium
Films Produced From Tungsten, Molybdenum
,
Carbonyls . . . 9S
4. Mass-SpectrometTic Study.of Decomposition of:.Oxgano-
metallic Compound Molecules:Updn Electron Impact. 105
5. Composition, Structure,~ Physical Properties,, and
Applications of Thin Films, 110
Tin Films . . . . . .. . . .. 110
junusten Carbonyl Films
0
Molybdenum Carbide Films. 113
Rhenium Films . . . . . . . . . . . . . . . . . . . . . 123
Chapter IV. Decomposition of Solid Inorganic Compounds by Electron

. . . . .. . . . .
Bombardment 12S
4/5

USSIR
VIS.WMOV) B. A., and OSIP91, K. A., Elektronno-Luchevoy t 0 d Polucheniya
Tonkikh Plenok 1z niricheskikh Soyedineniy 1970, 14-4 pages
1. Influence of Various Factors on Decomposition Process. 125
2. Blectronographic Investigation,of Decomposition Products 131
.5. Mechanism of Decomposition of Solid.Inorganic,Compounds. 153
Bibliography . . . . . . . . . . . . . ... . . . . . . . 136
5/5

USSR UDC 539.4
VISHNYAKOV. D. Ya.. PONTMiAREVA, N. A.
"rhe Effect of High-Speed Deformation on the Structure and Properties of
High-Strength Steels"
V sb. Teoriya i.prakt. vvsoko8korost. deformatsii metal. materialov (Theory
and Practice of High-Speed Deformations of Metal Materials~-- Collection of
Works), Moscai, 1971, pp 14-15 (from RZh4lekhanika, No 6, Jun 72, Abstract
No 6V1031)
Translation: The effect of the set of pulse loading, heating, and cooling
on the structure and properties of high-strength steel:3 is investigated.
The initial structure before def ormation was a martensite or sorbite of te:q-
pering and deformation was carried out by explosion in~ vater with degrees of
deformation up to 25%. It was f ound that - tbermo-impulse worKing a t a def orma-
tion rate of 225 m/sec and a 4egree of deformation of.2.5% leads to an in-
crease of 70 kg/mm2 in the strength limit while maintainIng high plasticity
(residual lengthening was 7.5% and relative contraction was 24.5%). It was
shown by metallographic, x-ray and electron microscope, methods that a 1minar
structure arises under the working and that there occur a decrease in the
1/2

USSR
VISHNYAKOV, D. Ya., PONOIIIAREVA, N. A., Teori2a i prakt. vy-gohoskorost.
deformatsii metal. materialoy, Moscow, 1971-9 pp, 14-1-5
width of the interfere-nee lines of the steel with thestructure of the
annealing martensite and an increase in the width of the- lines of the steel
with the structure of the annealing sorbite. There were observed an increase
in the di.mensions of the martensite plates, a change in the dimensions of
particles of the second phase, and the absence of deformation aging under
annealing after deformation. An explanation is advanced for changes in the
mechanical properties of high-strength steels under.impulse working that is
based on the structural changes, observed.,,- L. I..,M:Lrkii3.
2/2
128

USSR uDc 620~192-1.3:541.12.014
_KWINOS_D._M.:J; TUCITMSM,,, L. 1~. and VISIMMOV L~ II., Institute of
. -1 i, __-.) 'Al"
demy o Mn -e-s"I I. n ii a nSE: R
of Material Science, Aca
"Selection of a Matrix for a Com
posite ~Iapterial Wbich. Do-as I-lot Dissolve the
Reinforcing Fiber"
'Kiev, PoroshI~ovaya 1,,Ietallurgiya, ITO 5, May 73, PP 68-72
Abstract: On the basis of con,~cpts of alloy thermodynamics, the composition
of a multicomponent matrix of a composite material was calculated for a matrix
A
which does not dissolve single- component ~ reinforcine fibers. alculation was
made for the case when the matrix fortHe, a solutidn vith the fibers, wi'ri
limited solubility of the components, An experimental cl-.mc]k of one of the
calculated composition-3 of a four- con, ponent Bli-Cr-W-Al matrj-x,. reinforced with
tLngsten, f Ibers, conf irmed the correctnesr>~ of the obtainc-A relationships. The
erperimental check showed that the tun solved in the
gaten fibers were not dis
matrix after 100 hours of -annealing at..12000C. 2 fig-ores, 9 bibliouxaphic
references.

USSR MA
C 620,Wi.4036.4
KARF11103, D. M., TUGH1,16RIYj L. I., MIROSINNIKOVA, T.
K.~ and UMANKOV
L. R"Institute of Problems of Mlaterial. Science Academy of Sciences
Ukrainian SSR
"Calculation of the Thermal Expansion of Reinforced Retals"
Kiev, Poroshkovaya Metallurglya, No I, Jan 74, pp 80-84
Abstracti A method was proposed-for calculating
the thermal expansion of
compositesp reinforced by unidirectionally oriented fibers, in which one or
both of the .,laterials in the composite possesses plastic rathe:c 'than 61WItic
propertes. Tungsten wire of alloy Mu'160V (VZhgd) was used as Ithe experimental
th Its con-
material where the reinforcing fiber usea wt tungsten wire VA~wl
tent in VU93 varied, Tests shouea that pure tungst a has a very lou coefficient
of theml expansion and alloy VZhgd has a -relatively high coefficient between
0
300 arA 1'400
0 and Increases isith tomperatura. When reinforcad with VA
fibers# the theiiial expansion in not as high as for The unzvinforced alloy
ani starts decreasing betsfeen 700 and 9uuo(;, deperdIng on ~the VA content. The
reason for tnifi tfat at conparativoly low tomporatumo the xat:r1x has a yield
atran
gth hi~jj enough to cAurju subat&ntW -t6naile striesa u In tile tungsten

USSR
KARPINCS D. M. et al., Poroshkovaya HetaUurgiya, 11o i, Jan 74, pp 80-84
fib3rs andp consequently, to cause aM tional tempoxnture d-oforhuation in the;~'.
At high temperatures the ratrix alesinilates an ideal plaztia body, its yield
strength remains small and, therefore, the coefficient of thermal expansion
of the composite is basically determiwd by the thexma- expencion of the fibers.
Thus, the matrix (VZh98) coefficient is Mater than tungsten (fibers) and
at low tempeiatures the coefficient incroasesp but as tsmparature rizes the
pure r-atrix becomes plastic, and the.coefficient is gov.i~rned.then by the
fibers, and the overall coefficient diminishes, Three fli&ures, one table#
five bibliographic refferonces.
2/2
10 -

Qompostte~~m,ateriais
USSR UDC-669.71:66,4.24.27.28
I PEIMELENTSEVA, L. N.,
KARPINOS, D. M., TUCHINSKIY, L. I., V MAX-OV
KLIMENKO, L. N., and DEYMONTOVICH, V~ B.,:,Kiev,
I'Effect of Alloying a Nickel Matrix With ~einforcing.;Metal Fibers on the
Structural Stability of Ni-W and Ni-Mo~Composites"
Moscow, Fizika i Khimiya Obrabotki Materialov, No 6,:Nov-Dec 72, pp 107-113
Abstract: The problem of creating structurally stable composites for the
Ni-W and.Ni-Mo system was examined. By alloying the nickel matrix with
tungsten up to the maximum saturation ofAbe nickel solid solution, rein-
forced tungsten fibers were obtained in which the fibers did not dissolve at
1000-12000C. At these temperatures the Ni-Mo composite was. not Go stable
because an intermetallic compoundis formed-at the fiber-matrix interface
and the maximum saturation. of the nickel. matrix with molybdenum does not
dissolution of the molybdenum fib rs. Four figures, 2 tables, and
prevent e
8 bibliographic references.

USSR LID C 621.771.13
POLUMLI, V. P. , V
Y6t, D. POTWIN, V. and CHUVILEK, V. P.,
Moscow Institute of Steels.
"Effect of the Temperature Conditions of Hot Rolling on Both Structure and
Mechanical Properties of 08 kp Steel"'
'Moscow, Izvestiya Vysshikh Uchebixykh Zavedeniy, Gherni~ya Metallurgiya,
?b 1.1971, pp 82-85
Abstract: This.study concerns the causes of quality impairinents of thin
hot-rolled strip up to 3 mm ifi . thickness designed to,be~ cold converted to
0.&-0.6 mm. The study involved the effect of temperature conditions of
hot rolling on the structure and mechanicaliproperties!of 08 1cp steel
strip rolled for 2.8 = undar four sets of temperature,;.canditions. Investi-
gation. of the strip along its length andiwidth has f-knid the!tantral
sections to have lower characteristics thaii.those~at4he. edges. The data
given here are therefore referred, to the ~mifldje sectioln'tt along the width.

Ansaysis WA Testing
USSR UDO 621-771 539.4
and ICJIAT'YEVA, YE-..G.o Moscow
VISHMMYt YA. D.s YLADIMIROV, S. A.,
aChange In the Dislocation Structure of Nickel and-Its AUcy with 20%
'Oobalt During High-Raduction Rol1w
Moscow, Filzika i Khimiya, Obrabotki Materialoy, No 4. Jul-,Kua 73, pp 93-9~?
Abstracts Samples of nickel and~nickel with 20% Co, deformed by rolling
at room, teape-rature with degrees of reduction fron 50 U 9091 were investi-
gated by x-ray diffraction analysizo Wculations of the fine structure
parameters were nade using a Nairi computer with the calculation error
amounting to for the magnitudes.of relative sea .n-squsre miorodeforma-
tions < S
~> . It was found that, in-Ithe course of cold rolling sawVles
crf,pure nickel and the Xi-Co alloy, a decreaso occurs in'the internal
stresses, for 6-65 and 75-80% deformtions ~which,leads o an "anomalous"
change Lr. the magnitwes of 1~00 . (microhardneIas),