SCIENTIFIC ABSTRACT KUZMOVICH, V. V. - KUZNETSOV, F. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002201710011-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MONK AMM
Polymers~ 6d 1101~01erfzatlim
USSR UDC 54-126+566.56~-546.81
DUSHCIIENKO, V. P., BARANOVSKIY, V. H., KUZ'MOVICIL, V. Y., CIII-MORYAN, V. M.,
VYSOTSKAYA, V. N., and IVKINA, N. Cheudstry. iind
Chemistry of Water, Academy of Science Ultrainian SSR
"Thermophysical Properties of MetallopolVmers Derived Wrom T-narganic
fleteropolyacids"
Kiev, Ukrainskiy Khimicheskiy Zhurnal, Vol 37, No 6, Jimi 71, gip 618-620
Abstract: Coefficients of heat- and electroconducti.viny of capper xid 1:in
metallopolymers derived fram silicamolybdic and silicotungst:ic acids
studied as functions of temperature. The acids were riltduced by respectt-ve
metals employing a ratio of I electrons per acid zolcc,Ae. III 'ghly dis'~'! "~,L, 'I
metals were produced in aqueous aulutions of comple); blues bit electrolyLic
or chemical methods; the complexes were cougulateid an flie sqrface of
particles, and then the system was.treat 'bil with bari4r-~~i=ldfj or slycerille
at 2000C. The resulting pmidery metallop6lymrars %,ere ~,.anpzxii;iied 1-to tablet!3
and studied by the method of dynamic heating. It was Mha,7n tbat the inorg;u-ilc
base of these metallopolymers exhibits some crystallinij! Btructure. Metal
particles appear to be isolated from each other by lavilxr, of*' the Inorgaoic
1/2

USSR
DUSHCHENKO, V. P., et al., Ukrainskiv KhimlcheskLy ZlWrnal, Val 37, No 6,
Jun 71, pp 618-620
e:cnd f an (I
polymer. The relationship between the coefficient of heat uctivit-
temperature is analogous to the case of (:.rystalline piiLymerii- An Incr*aSe
in the concentration of metal in metallopolymers resul.ts in different in-
creases of the coefficient of heat conductivity, depei~4ing jon the polywer.
2/2

M. M I I. Hat I a] 111161 1 1 Ham Hill I I to151
T 1
USSR UDC 54-l24!'+5 46,724-661. 88
DUBININ, V. N., SHEVTSOVA. A. F., IVKIKA, 11. k., and
NATANSON, E. M., Institute of Physics and Tmstitute of CoLloi-d Chemiscry
and the Chemistry of Water, Academy of Scienceis Mr. SSR
"Application of the Moessbauer Effect for the Study of the. Cozliciaition or-
Metal Polymers Derived from Inorgwic Polymara"
Kiev, Ukrainskiy Khimicheskiy Zhurnal, Vol 36, No 12, Dvc 70, lip 1,290-1,299
Abstract: Ilie Moessbauer effect uras applied for the utul!ly of P"t-i and Sn poly-
mers derived from ailicomolybdic acid. Tho synthesis ol!' chest polymers has
been describuld elacwhare. The Hoomisbauar affact spliCLrit Of Lhil Foo polyi1ol!X0
exhibited a doublet indicating the presence of w3orphow, ki (W~jj. 1'resuJI14 ly
highly disperse crystalline beta-FoOOK or alpha-Fle0011 w;wi jpreimnt in the
polymers. A second doublet corresponded to interaction 6( col.11aidal metallic
Fe with the basis of the polymer. Ille mapitude oll thl-.4i doutjilet indticated
that the amount of Fe ~diich had reitcted vith tba polyner basi;v~ was 15 find
30%, respectively, for polymers prepared by cha electrotyclic motliod and thofse
prepared chemically. The spectra of Sa polymers comstitvited 41 superposition
1/2

....... .. ......
USSR
DUBININ, V. N., Ukral.nakiy XhLmicheakiy Zhurnal, Tal 36, No 12, Dec 70,
pp 1,298-1,299
of spectra typical for SnO and metallic Su# and o' a doijiblettirith paraneters
characteristic for Su dioxide and hydroxidP4 The rl'alatiwe contont of metallic
Su was approximately 10%.
2/2

USSR IM 11-21-3?5-82
LATYM, YU. M., and KUZ'MYCHOV, V. M-
"Effect of Giant laser Pulses oa Thin Metallic Wire"
wk Kharkiv. un-tu (Herald of Kharlkov Ualversity), 1973, No 92, Rx'10-
Vi-m
physics, vyp. 2, pp 86-89 (Ukrainian) (from IM-FUlkap No 1,1, Oct 73, Ab-
stract No 10D901 by V. N. $H.)
Translations For purposes of studying the porseltility of uv~bi.g thin neLalllc-
wires in a laser emission enex-gy meter, a study was na,'le of the effect of 3.
neodymium glass laser pulse on Ft wire 3 Micrors in d-Iiimetax, It was
that under the action of a giant emission pulrse the In(iroase In 14-~s elet-
trical resistanco is proportional to the incident enorj~y rIC-itil. ~ip to
ties catming failure of the wires The radiaticn i5tr.IM,rG a i!;Iack. -iiiZe
causes it to kink and stretch. The simultaneous decrei1se or a.!!no-,.t W!, In the
c-
electrical resistance of the wire in due'to tho d1ouppvNranno of ln-e=41
tions in the crystal lattice.
1/1

USSR VPC 681.327
FINOGEYEVA, G. G., KOVAL'S Ye. N., and KUZNE MKI?V,. P.
"Memory Element with 2-Aperture Transflu~o;Tvl
USSR Author's Certificate No 275142. Filed 7/02169, Pub4shtN! 6/10/70
(Translated from Referativnyy Zhurnal Anoinatika, Telovilmatant'ka L
Vychislitel'naya Tekhaika, No 5, 1971, Abstract No 51$21flOil)
Translation: Memory elements with 2-aperture traits f luxw.-s aitdit of rIjUirial
with a rectangular hysteresis loop, operating in the aaiN! of pjirtial switch-
in&, are well known. The basic shartcomin~ -of those el,~=ent:i ts the low
lineariEy of the accuruilation chdracturl8cle kf-f(fl) (t1 3,11 thli Hniplitud(I of
the pulse taken from the output wividing of thob trant9fluitor, H' IS the ntirber
of pulses recorded), which occurs as a renjilt of the naa-fdoa~i,l nectangularity
of the hysteresis loop of the magntItic matori4, the f1kid.te illmenqions of
the transfluxor, and other factors. The laftory eleventio sugil.eated differ
in that the output winding of the tranefluxor is aanxmcj-.,i!d tQ its load
through a quadrupole which is made as an intaSrating FICicircait with
changing time constant. This allovs linejarization of Ow: accumulation
characteristic. 3 figs.
1/1

. . ... .......... ..... .... .......

112 009
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l'ITLE-OLTERIMINAT kiN OF Tli~, HEAT OF HYuo~ATIGN 1-i f: (.011H41'

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SGURCE-USSR 263122l
REFEAE^ICF---fJTKRYTIYAs It )bf~i:l'sj PF,(1,3. ";WAA:lf:!lYj 1'1-;l Y A H 114Y i: 1'~'l I I') R),
PUBL ISHED-04FE3 70
.,SUBJECT ARE-AS-MATEKIALS
TOPIC TAGS-CEMENT, PATENT, HEAT OF: HURAT,la-0
C ON T a,ll I- HA K IG-NO
PkUXY
STLV N0---(Jrl/0,ill2,f

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UNCL ASS IF I E01i 1471-110011.1411
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XNALYZE0. T O INC~'EASE I* lt-~ fr:MP. AA16F. 1 3 1*- r I I F IS
FILLEO AITH fy',St 'MUCH AS "Ir "I' lk FIKLSET, Pk ;:SSURL N 1!
MEOW:1 IN TII E AW-CCLAVI: 4AINTA1.14LO AT A LL-Vl'.A. ItIL -I. 1t:
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DET0. THE U NKNOOIN -~UA'J I ry I S -.::UJ'D f-ROM HII: 1;11 F FE1 0'Jit: I I H I L S F.
C,-INSUMPTIONS FAC iL i ry TEPLOP~101:K l' ALL UNILik ~1; I F',~ il IF I C
RESEAR.Cii AND DC-SIG'i INSTINiTE.

1/2 041 UNCL AS,S IF I Cip,
jITLE-THE FIRE BIRD OF AERODYNAMICISTS
AUTHOR--KUZNECHIKOV, V.
COUNTRY OF INFO--USSR
',$,OURCE--P.RAVDA UKRAINY, JULY 24t 19701 P 4t COLS
DATE PUBLtSHED--24JUL70
PRICESIING DATE--2714OV70
1-16
:SljlJECT AREAS--PHYSICS, METHODS AND FQUIPMENT, Eimic'n4oNfus ANo ELH;T,(l(;AL
ENGR.
~TOPIC TAGS--OFSIGN BUREAU, WIND TM414FI, COMPUTER Al:)Pli~. 9 CAT 10h, AFROI)VI1.111CS
C'ONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--1999/Oq87 SFEP

17
2/2 041 UK L ASS IF I[ D PX()CES-9 1.1,G DATE-2711OV70
C tqC ACCESSION NO-ANOt22931
ARSTRACT/EXTRACT-M GP-0- ABSTI,',Ai(;l*. I'MANK!, TO THT AAD~ bY
ASANOVt THE DESIGN BUPEAU OF D. K. ANTONOV NOW HAS THE ~IRSI T~11,14FL
WHOSE TEST DATA ARE AV41LAIiLE IN THE F(INkm OF (;,~Aphli- Itli'lliOlATELY j-%J:Tj:zj
TESTING THE MODEL. rHc- IMMENSC SAVING~OF rltA(: HAS,W-Fi'l 11,10[ BY
LINKING THE WIND TUNNEL TO A ShALL C041)VTATION .4m) Ljy IN, I 1w ooc I
A CARD PUNCH THAT IS ACTIVArED 13Y THE A~.RLIDYNAMEC 111ALArlCli. If T-Mt, TivtJ
YEARS TO ELIMINATE MANUAL VtJ*ClfING 0f:- f,6HlAUlFAl 10HILF AT T144:
ANTONOV DESIGN BUREAUt THE AUTHOR Pl~T Q0 Vo KORE1,011"Iy, HEA0 OF THE
EXPERIMENTAL DEPARTMENTo NAIL XHAl4ITrJV1qHj HEliD (IF-14 OE'PUTMENTt ANIJ
'ASANOV, THE PRINCIPAL INVENTOR Of- THlE NCK $YSTEM.
a'- Lli I I L t

111111111milill 11.Elul
O~ C T70
1/2 031 UNCLASSMED P11.QCES',,;lNG OATC .3
TITLE--PROBLEM OF HUMAN TCLERANCE UNOCR THERMAL STRI~$SES __U_
'AUTHOk-(03)-GORODINSKIY, S.M., 6AVA0v G-V.p KUZNET:.Sti YF-..I,o
COUNTRY OF INFU--USSR
~SOURCE-KGSMICHESKAIA BIOLUGIIA I 4EDITSINAv VOL* 4p J,%tq6'-FE5o 110TUP P.
.30-34
;:,DATE PUBLISHED------70
.SUBJECT AREAS--BIOLOGICAL AND MEUICAL SCrIENGES
~:_rOPIC TAGS--THERMAL STRESS, 600Y TEMPERATURE# HUHAN JJHY$l0L0GY
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UhCLASSIFIE0
PROXY REEL/FRAME--1998/0289 STEP NO--UR/0453) P010010'000/0030/0034
__CIRC ACCESSIGN NO-APOi,'~o978

2/2 031 UNCLASSIFIED PKOC~~-!;!ilN(; UAT;-:--3rj,JCT70
CERC ACCESSION NO--AP0120978 i
4BSTRACTI/EXTRACT-11U) GP-0- MBSTRACT. DISCUSSION OF T:il* V24LUE ')F; WI.Rious
P4YSIOLOGICAL INDICES AS CRITERIA OF THE THERMAL $T'kE,j!j T(;LL-kAlicrz: GF
MAN. RECTAL TE41RERATURE IS FOUNU TO BHE AN INSUFFItIEN70 INF08;4411VE
CREITERION OF THER,'4AL MeSS TOI,ERANCE. A CL4)$(-R d~-~Lillllcllu Is
ESTABLISHED BETWEEN TOLERANCL- AND 7#4E THERMAL COM011101i Oi filE 1,00Y
SURFACE. IT IS ALSO SHOWN THAT THE MEA!V TEMPERAIQII~E QV: TMz 601Y 15 A
E. - 13Y
USEFUL CRITERION AND THAT THE TOLERANCi - CM BE VARIEU liLIBSTAM $ALLY
LOCALIZED COOLING OF PORTIONS OF THE BODYP

=--77
USSR UDC: 621.31T.37:1,
KUZITEETSKIY, S. S., CHMrXII, M. K.
"Classical Digital Methods of Memsuring Phase
V sb. Tonkiye =Rmitn. telhn. i
netic FiErm, Computer rec,~u-.rjiau w,,d Fadiltio InF*riceriLlIt~.- lftc1j.(~n ::,I'
Vol. 1), Krasnoyarsk, 1970, pp (from NZIi-fladiatI.-II t-ni*-~' !i, No 2, :'eb
Abstract No 2-A345)
TrEms'Lation: Methods of converting pbare tc ciotle ,.r7:-
a basis for the uroposed cla.,;~Aftcutiori. It is poiftij!tl thrLt th--,
extensively used phase motera am those with intemml fil lit
phase displacement to tizry,- intervals. ThIese mete4-s. ciiji bo. -ntc,
two groups: "single-period" and mmmlti~ple-p-ericd% 113je Oiw;ipzi are
broken down into subgroupi. BibliograpIly or nine titles. ;.K. L.

U SS R UDC 666.01:S42,65:666,117.9
KUZNETSOV, A. A., MAKAROV, A. P.
"Influence of Glassmaking Conditions on Photochromic N-opartles of Glass
Activated by Cerium!'
Optiko Mekhanicheskaya Promyshlennost', No 12, 1972, ;jp 37-38.
Abstract: The influence of manufacturing conditions i:m the properties of
photoch,romic glasses actiYated by cerl= is studied. It is ostabliihed
that the maximum Photochromic effect is Achkeyed in glasses juelted in flame
furnaces, where the necessary reducing onditions are provii,,Iod. Glassnaking
in a medium of nitrogen and argon, althqugh it provid(is go(xl reproducibility
of results, does not provide a high photochTomic effei:t, paxticularly W
the medium of nitrogan. The clear dependence of the photort-Aiomic effect on
the concentration of dissolved nitrogen in the glass lindiciaes that nitogen
effects photochromism.

------- T7 --
USSR U11C. 13,1-
SVETLICIM'YY, I. B., MARGOLIN, A. D., KU2,NETOOV, A. A.11 POXILM, P. F.,
PYBOV, V. G. ..i "-"I I
"Direct Method of Measuring the Acoustic Conduction of the 1hirning Fmrface
of Powder"
Fiz. aerodisners. cistem. Vlezhved. nauch, ab. (N,sicip of Aera(H5.perse
Systems. interdepartmental Sc entific CM:7-ecticn), 19~1'1, v:rj), 4, pp 84-92
(from RZh-Fizika, No 6, Jun 72, Abstract N4) 67h524)
Translation: A direct methcd Is developed for ni~ai3urlIng Conthle-
tivity of a burning "rface as the ratio of the changii in Q.!.~,. velocity of
outflow of combustion products fr= the.surface tc tfi-ii - remitire in th(!
P
., surface. The presamre 1141 Iter-,wireii by a
acoustic wave at the burning
electric transducer, and the acoustic velocity aL thi! turn[ng _,,tirface is
determined by an electromaerietic flowmeter aiystem w1t1% tra-noverse M-agnatic
field in a tube of circular cross section with insulated wiidTlr,. 'i:he high-
-temperature ionized prc