SCIENTIFIC ABSTRACT YUROVA, L.N. - YUSFIN, YU.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203720001-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

V
USSR
YUROVA, L. N., et al., Fiz. 'Yadern. Reaktorov,:No 2, Moscow,
Atomizdat Press 1970, pp 3-10-(from,Re.ferativnyy z6urtial-
Yadernyye Reaktory, No 3, 1971, Abstract No 3:.5.0.76)
teristics (introduction of.absorbers or scattering agents in
homo-reneous or discrete form, etc.).. In the etitperiinent discussed,
the additional possibility is demohstrated ofahangfng the decay
constant by changing the position oflheteroyen~p-ities in tine
moderator with constant volume ratio.' This provides a method
foe studying the diffusion charzcteristics of,heterogeneous
systems or systems with Xocal heterogo-neities,-sinoe a new
experimental dependence appears-and,- consequed tly,:it can be
-compared..with various calculdtion methods'. 8figures, 7 biblio.
:refs.
2/2

USSR UDC 621.039.51
NAMOV, V. I., and YTJROVA, 1~.. N.
"Corrections to the Effective Resonance Integral With Large Steps in a fletero-
genous Lattice"
Fiz. Yadern.Reaktorov [Nuclear Reactor Physics Collection of works], No 2,
Moscow, Atomizdat Press 1970, pp 133-142,(translated1rom Referativnyy Zhurnal-
Yadernyye Reaktory, No 3, 1971, Abstract No 3.50.66)
Translation: In analyzing heterogeneous thermal neutron nuclear reactors it is
usually assumed that resonant capture in:the,block can be described using the
effective resonance integral in the Fermi moderation spectrum, this integral
being a function only of the composition and size of the block containing the res-
=s p1. c m nt of blocks
onent absorber, In actual lattices, due tathe.heterogene I e e
wh-tch are sources of fission neutrons,.the distribution of fast and resonant
neutrons may be heterogeneous across each cell, whil& the ,rpectrum in the block
in the high-energy area may differ.significantly from the Vermi spectrum. The
necessity of special analysis of the areIa of large lattice:steps in the analysis
of a resonant capture has been mentioned repeatedly in the literature; however,
the approximate estimates of the effect made for heavy water lattices have resulte-Z
in relatively slight correctiom in'the.area of actual lattice steps. Later data
1/2

USSR
NATMOV, V. I., and YUROVA iz. Yad-er Reaktorov, No 2,
970,
Moscow, Atomizdat Press, 1 pp'133_142~
for uranium-graphite lattices have indicated that,there is a
considerable effect related to the difference between the neu-
tron spectra and the Ferm-~spectra for this class of nuclear
reactors. In connection with-modern trends toward increasing
lattice step in uranium-graphite nuclear rea6tors and the nec-
essity of correct consideration of the number,of captures in
the_.uranium, this effect is quite important:and requires serious
S -nce of the spectrum
-study. Results of calculation on the influe
of fast neutrons on the reaponanee approximatLan;are presented
in this article. 3 figures; 2 tab le*s.,4biblio. refs.
2/2

USSR UDC 621.315.592
SOLMOYLVA, Y-13. V., KISTOVA, YE. M., WYMWIZOV, L. I., IGLITSYN,
M. I., KEVORKOV, It. N.
"Autocompensation of Donors in Gallium Arsenide and the GaAs P Solid Solution"
I-x x
Leningrad, Fizika i Tekhnika PoluproyodnLkov, Vol 6, No 3, 1972, pp 498-501
Abstract: A study was made of the autocampensation phenomonon (constancy of
the degree of compensation in a broad alloying range) detected in films of
GaAs P alloyed with Te and Se and GaAs alloyed witli Se. The dependence of
I-x x
the degree of compensation and the concentration of the compensating centers
in the neutral state was obtained as a function of the composition of the
solid salution. A deep level connected with compensating centers was detected,
and the dependence of its activation.onergy on the co position of the solid
solution wms determined.
The study was made in the entire composition of the solid soJution
and also in films of gallium a senide allo'yed with Se.r The temperature range
was expanded to 800' K. The degree of compensation in the GaAs 11 close with
I-x x
-ltermine by the
respact to Compoilitioll Lo Cap uras (IL d cur-;e for tho temperature
dependence of the charge carrier concentration by thel aam,~ procedure as used
113

USSR
YUROVA, YU. S., et at., Fizi~-a i Tekhnika Poluprovodnikoy, Vol 6, No 3, 1972,
pp 498-501
earlier [H. 1. Iglitsyn, et al., M, No 4, 230, 19701. Graphs are presented
shcuing the degree of compensntion-and the concentration of the compensating
defects in the neutral state as functions of the COMP sition of Galks P
I-X X
crystals, the concentration of the ionized detectors is a function of the elec-
tron concentration in the Mrrs: of GaAs. alloyed with Iiie, the temperature depen-
dence of, the charge carrier concentration in' the compi~nsated 5amplea of GaAs
I-N
and the dependence of the approximate activation energy of :the D' level on
the composition of the GaAsi P crystals. The diver4gence between the degree
--X X
of compensation observed in the GaAs crystals (K Pi 0.-5) and the value of K ob-
tained by extrapolating the function K(x) for the solid solution to x = 0 is
explained by the difference-between the gr(rith temperatures of these crystals
0 -K inM the previously ob-
--200*. The calculation of It from the value of L&S 1)
v
tained formula
N F, -r, lier
'~A v a
K
c
2/3

YUROVA, YE. S., et al., Fizika i Tekhnika Poluprovokikov, Vol 6, No 3, 1972,
pp 498-501
leads, to a value of the same order as the value of N in GaAs P determined
v I-x x
an leeat treatment of the crystals at a temperature cIdse to the growth teml)era-
ture of the GaAs films (1113 is -the concentration of thin compensating defects in
v
the neutral state, N is the effective density of the.states of the conduction
C
b anct., and E is the width of the f orbidd en band)
9
3/3

POCE~S-S[Nt :DATE--18SEP70
028
UNCLASSf VlED,
4"ll-Ttl" OMPENSATION OF DONORS IN A
GAAS SUBO TIMES2 P SUBO TIMESB SOLID
SOLUTION -u-
~"AUTHOR-,(04)-IGLITSYN, M.I.-I KISTOVA-, YE.M.#':RYTOVA, N.Str YUROVAt YEoS.
OUNTRY OF INFO--USSP
CE---FI7-. TEKH. POLUPROV. 1970, 4(.l) 230
"'GATE PUBL IS HED ------- 70
:~:~UPJECT AREAS--CHEMISTRY, PHYSICS-
,TOPIC TAGS--SOLID SOLUTION, ACTIVATION:ENERGY', CRYSTAL LATTICE VACANCY,
ZINCi TELLURIUMt SELENIUM, PHOSPHURUSt GALL[t)M ARSENIDE
-CU.N.TROL '4ARKING--Nn, kESTkICTIONS
CLASS--UNCLASSIFIE!)
WOXY REEL/FPAME--1989/0579 STEP NO--UR/0449/-17CJIOOtt/001/0230/0230
CIRC ACCrSSION N 0- A P 0 10 5 5 62
UNCLASSIFIED

21Z~ 028 UNCLASSIFIED PROCESSING DATE--IOSEP70
:CIRC'A0:ESSION NO--AP0105562
ACT/ EX TRACT-- (U I GP-0- A8STRACT. THE DEGREE OF COMPENSATION OF A
K SUBA-N SUSD) IN thl-TYPE GAAS SUBI NEGATIVEX P
DONOI 114PURITY (K EQUALS N
SUBX SOLID SOLNS. `.S CONST. FOR K EQUALS 0.7-0.9 AND Nt SUBO EQUALS 10
PRIME17 MINUS 10 PRIME19-CM PRIME3, AND DOES NOT DFP.END ON -POSSIBLE SMALL
SCALE DOPING BY TE# SEt ITE PLUS ZN)t OR.(SEIPLUS ZN). THE COMPENSATING
,-CENTERS~ARE SUPPOSED TO BE SINGLY C.HARGED LATTICE DE ECTS. THE
'ANNEALING OF-BOTH N TYPE AND P TYPE SAMPLES::.AT VARIOUS TEMPS. AND AT
~`ARIOUS PARTIAL PRESSURES OF AS SHOWED THAT THE;' cONCN. OF THESE OEFECTS
0,EPENDS EXPONENT IALLY ON TEMP.. WITH -AN 40T(VATION Eftl7ERGY OF 1.5 PLUS OR
-3 -WITH ~INCRE ASING A .S PARTIAL PRESSURE
KUS~ 04 __-EV AND THAT IT DECREASES,
CENTERS ARE PROBABLY ASSOCD* W:ITH:AS VACANCIESs

LIZ 023 UNCLASSIFIE0 PROCESSING 0ATE-3001CY70
TITLE--LATALL;LlTE REPRf.SSION OF Jt:NZYME SY14THESIS M MUTA14TS OF ESCHERICHIA
WITH A DEFECT IN THE CARBQHYDRIATE~IRANSPDRT SYSTEM -U-
.~-..AUTHOR-(04)-GERSHA,'iGVICK, V.N., YUROVITSKAYA N.V.. SAPRYKINA, T.P.v
I_~'.-CGUNTRY CF IM~C-USSR
WKCE-L-Ue%L. AKAD. NAUK SS5k 1970s, 190(5) 1-1232-,4
-~OATE- FUbLISHED----TO
..1'~-SUBJECi AREAS-BIOLOGICAL AND MEDICAL SCIENCES
TAGS-BACTERIA MUTATIONs ESCHERICHIA COLIP CULTURE MEDIUMI ENZYME1
'-.CARBOHYDRATE, BIOLOGIC TRANSPORT:
MARKING-NO RESTRICTIONS
CLASS-UNCLASSIFIED
WOXY REEL/FRAME-1999/0705 ~STEP N(,'--UR/0020/70/190/005/1232/1234
CIRC ACCESSIL114 ND--AT0122791
UNIL L A S S I f- I E o

.212 023 UNCLASSIFIED PROCESSING DATE-30OCT70
-CIRC ACCESSICN NG--AT0122791
.:Ac3STPACT/EXTJRACT--iU) GP-0- ABSTRACT. SYNTHESIS OF BETA GALACTOSIDASE BY
FAJtANT P-34 GRCJW-,,i IN A MEDIUM CONTG. ME THIOGALACrUSIGE WAS
E. COCI
TU 6E-33PERCENT UF NORMAL BY GLUCOSE. THI 5 1NDICATE-S THAT
GLUCGiE DIRECTLY REPRESSES THEENZYME OF THE LAC'OPERON AND THAT ITS
COMPETITIVE BLOCKING OF GALACTOSE,:TRAN,SPORr IS A SIECONDARY EFFECT, SINCE
,-THE P~C~Rk.AL GALACTOSE TRANSPORT SYSTEM 1S LACKING I-N P-34. GLUCOSE
-:~SLIGHTLY STIMULATE$ THE SYNTHESIS OF*TRYPTOPHANIASE AND SERINE DEAMINASE
'P~34- GROWN'IN MELIIA CONTG. TRYPTOPHAWAND SERI NE, RESP., ALTHOUGH IT
~'REPRESSES.,THE SYNTHE Sl S UF THESE ENLYMES. BY UNMUTATED E. COL I THUSv
THESE k.NZYMES ARE LESS SENSITIVE'TO GLUCOSE REPRESSION-THAN 15 DETA
GALAC TOSIDA SE FACILITY: INST.. ~EPIGEMIOL. 111KROBIOL. IM. GAMALEI,
U1411CLA SS I f I E D

4
USSR
&NDZIiAPARINE, 0. G., LOTTE, V. D", and YUROVSE".j...B.
"The Leukosis-Like Virus in Cell Cultures Transformed by Alood From Leukotic
Patients"
Moscow, Doklady Akademii Nauk SSSR, Vol 1906, No 1 ,1971, pp 217-219
Abstract: The viral etiology of human leukemia is postulated on the basis of
indirect data and analogy with leukemia in mammals and birds. Cultures of
human diploid cells (hdc), strain.WI-38, were Irioculated with blood and blood
elements from patients with acute hemocytablastosis and from healthy donors.
'In five cases out of nine, inoculations from acutely ill patients transformed
the culture; its cells acquired an epitheliol..character and lost their capacity
for contact growth inhibition. The altered hdc cultures differed from normal
ones in higher metabolic activity and higher growth poteintial. The altered
cells lost their former karyotype and changed into heteroplaid cells. Karyo-
logical analysis showed that cells of all~altered lines.:had two anomalous
marker chromosomes: a large submetacentered one, larger than Group A chromo-
somas; and a large acrocentric, larger than the acrocenP,ic chromosomes of
Group D. Trzulis plant a tion of altered cells into a hamster chc~ek Douch produced,
1.9

n~.
USSR
X-10ZHAPARIDZE, 0. G., et a!, Doklady Akademii;Nau.k SSSR, V61 196~, No 1, 1971,
pp 217-219
ia 45 cases out of 89, neoplasina of the epidermoid car,,Jnomia type, mixed. The
altered cultures consistently showed
v~ycopla:sma, which, wheri introduced into a
fresh hdc culture, did not alter the new culture New culturesvere frequently
transformed by acellular homogenates and ultrafiltrates df:the altered cells.
Under electron microscopy, cytoplasm,of a~
ItOred.cells showe,d.the presence of
membrane bodies of complex contour,. cotitainitig.virtia-like:i3trqctures- T~e
bodies tended to localize inthe perinucl"ar~area near, or, amons, the Golgi
complex. The bodies resembled mitochondria:or lysosome calls, but had one,
two, or three double contour sheaths,, of: which one or two~~formvd :internal
spiral structures. . The%. also cantained formitions of one doubIL- contour
sheath with-homogeneaus filament material,containing virAts-like particles,
which are described.in detail. At a.later stage in,the e.1ciperiments (40 min),
the membrane bodies and virus-like particles.wexe replaced by a small number
of immature, still-evolving forms and mature forms of leuLosis-like virus in
the extracellular space.and cell surface. The immature:call particles cor-
responded to type A vit-ja particles; while themature particles corresponded
to type C virus particles. The A-type particles formed oq the cell surface,
2/3

-_U
SSR
ANDZHAYARIDZE, 0. G., et al, Doklady Akademif Nauk SSSR,.Vol 196 No 1, 1971,
pp 217 219
and often later formed two virus particles in.an identical :area. Type C virus
particles are mature virus particles formed from~type,A particles through inner
structural charges. Type C virus particles were found in the extracellular
j space and often had an irregular form,. with an eccentric nucleotide, of varying
electron-optical density. Examination of controls and experimental cultures
-revealed no structures of the membranous type. Both cultures showed t1he
presence of many mature and dividing i~ycoplasmic bodies, as well as elementary
bodies 100 mij in,diameter forming an mycoplasmic surface. It was concluded
that hdc transformation seems to be associated with inoculation of this cul-
ture with formed elements and blood from patients with acute hemocytoblastomia.
'The nature of membrane bodies and the1r role in the alteration process remains
unclear, despite previous research.. The possibility!that~membrane bodies with
virus-like particles could be mycoplasma with elementary bodies is not ruled
ut.. The 1'eukosis-like virus isolated herein Altered cel.1s is similar mor-
0
we
hologically to those already isolated from -mice and birds, as ill as those
from humans, catst dogs, and caws.~,. It is possible that oi~ie or more agents
isolated in transformed cells is responsible for alterad 'V_Vltu~.,ea of human
diploid cells.
3/3
20

USSR LOC ~47-1.)1821
KCZT, A. N. , YUROVSKAZ&,Ji,--II-,-,_ NONWRIKOVA, T. V., and tPOTANINA, 0. 1., Moscow
&'-E-Fy~enl M. V. Lomonosov
Stale UnIve
"Chemistry of Indole, XXXIII. Pyridylethylatition of tbe,.N'H Group of Indole
Compounds"
Rigap KhWya Geterotsiklicbeskikh Soyedineniy, No 2j Fab 73, pp 207-212
Abstracti Direct pyridylethylation of pyrrole, of a serles of indole compounds,
of carbazole and catrboline was carrIed out taking advant-,tge of the abiliLy
of highly polar aprotonic solvents -- such as dimethylau-Ifoxicle fbilio-7-
to activate the ardon forming on the IIH grOUPAD Such an extent that evor:~n the
relatively poorly polarized bond in 3-vinylpyridine vas adequaitely activated
for the reaction to take place. The activation by DRSO is based on the fact
'that in absence of protonic solvents) when no,hydrogen bonds can form, the
anions being formed are solvated to a lesser degree andAherefore are more
reactive. The reaction goes especially well itben excesn 2-meth.61-5-vinyl-
pyridine is used, and the reaction mixture is heated tol:100-200 . hetallic
sodium or sodium ethoxide can be uzed as thebdlkaline r6agents.

.-W
cting erv Ref Code:
Acc. stra
N A
:S
AM049826 CHEMICAL ABST. /70
93943j RecrystallizatIOU, Of PIDWdered- grap~te from': the
Botogol deposit. Yurkovskii. i Psholkhkin. - 11. A.
(U,
'SL
, 1. Khi 77U~Tl I'N~-31 (Russ).' Tre
process of recrystil. bf powd-'native graphite, 7-10% ash co-iag.
oxides of Si? Fe, Ca. Mg, etc._Was studi-ed ai 2200-3000' by
x-ray and microscopic analyses. At'2210-24009 ctystals p'row
by absorption oi highly di-spersed pitides. ';The cryst.11i. are
siugle crystals. Above 2W crysLals.gfow by coalc'scence~lwid
condensation from the gas' pha,,e. Me6. growing.togeth~r of
sitnil~rly oriented crystallographic lanes also occurs. 'rile! (lis-
p
perston inereaSed above 2700'. j GDfR
13vt<
REEL/FR M: E
19f301148
0

USSR UDC: 536.581
,YURSHEVICH, V. V., GUrOVSKIY, 0. K., RANKIS, G. Zh.
"Laboratory Thermostat for the 68-6700 K Range. Methods of 'Measurement and
Stabilization of Temperature"
Vopr. Elektrodinamiki i Teorii Tsepey. Vyp. 6 [Problems of Electrodynamics
and the Theory of Circuits. 6th Edition -- Collection;6f Woi-ks), Riga,
1972, pp 103-112 (Translated.from Referativnyy Zhurnal:Metrologiya i
lzmeritellnaya Tekhnika, No 3, 19.73, Abstract No 3.32.840), 1)), V. S. K.
Translation; Structural diagrams are presented for tb'~rmostat for tem-
peratures below -196' C; from +10' to -1196* C; from +30 to -1000 C, as well
as structural diagrams of their parts (evaporator voltage regulator, mano-
stat). A platinum resistance thermometer made in the form of a spiral
placed in a capillary of Pyrex.gIass is~used to measure temperatures from
-1960 C to +4000 C. The thermal inertial of the thermometer is not over
0.5-0.8 s. The calibration of the. thermometer after aging is based on the
melting point of ice and the boiling point of water. The temperature measure-
merit error is not over :W.02' C. Stabilization of temperature in the -180 C
to +10* C interval is achieved by positional regulation and depends on the
intensity of the flow of liquid nitrogen,vapor, detern.iined by the power
dissipated by tho evaporator in a rtandard metal Dewar vessel Temperatures
1/2

." -. 2/2
- 101 -

USSR UDc.- 621.317.411.2
yuau~~ RANKIS G. Zh., GUTOVISKIY, 0. K.
"Investigation of the MaLmetic Spectra 'of Ferrites Over aW~Ide Range of
Frequencies and Temperatures"
Dokl. Vses. nauchno-tekhn. konferentsii 'no radiotekhn. izmtrreniY=- T.- 1 CEe-
ports of the All-Ulnian Scilezitific~ and Tecbunical Conference on Radio Engineer-
ing MIL-asurements. Vol. 1), Novosibirsk, 1970,. pp 153-154 (from RZh-,Radiotekh-
mllka, No 1, jan 71,_ Abstract No IA365)
Translation: A procedure and installation are develop6d for taking the
mmgaetic spectra of ferrites Ln the freauency range fror- 0.1 to 10,CQO 191z
and at -te=eratures f rcm -200 to +4001C. Measurements. were msde on toroidal
specimens for 50 Q coa~~dal line. A system is described for maintainirg
_e=eratur-, with a precision of �O-53C. On frequencies abo~n! `50 _%Mz, Der-
r_-ability -was measured vith respect to the input impedance ofa short-
-circuited section of coaxial line, while a Q-reter was! tised on frequencies
below 50 Miz. It vas found that the behipior of the npectru.1i Vor rdickel-
-zinc ferrit,ou chap.F", ratureo bol -1009 C: tl~e dia~pen;ion
at
trum changes to a triple dispersion spectrum., S. L

-f. Code;
Re
erv ce
Abst
W4980 CHUnCAL. ABST
10 10IS95q Effect of degmdation'c6nditions on the structure,
Plastoelastic, and physic6chem"i :~ TFO ,itiq -of ~ xftlaimbd
rubber. Vtomzdoqv~Aiit. F.-, Yurtsev 'a' ;._UNauch. Rid- lr~t.
4%
HAF.carbbn black) were, ad~jkted tb im"h.. dis, llirt6).
astoe astic, at
mech., and aq. degradationi and the;strucpire, pUir" U d
'physicomech. propezfles o.f the: reclaiinidiubber were ~t'wldied. 1r
-spectra of-the Sol. frutionslito-m the tetWhned i.ubbe'riMicatid
that the most intensive breakdown of &o6links iesulud! from 64.
degradation; The physiOni" h * ' rti of.th~ chal ad rub-
ac )r Wk
ber dev6fided 0 ilia of e ra; dion of
'gftv cra, 1 prlo~' Fe 1~tsee
RicilLimed rub er vin '3 An
K th
d by lowe a degr A ori te'
ring lont I t ;e-
bt 'ne ~d '3
t
was 0 4' in le leptokj
ty d gr dati n time,~and:b w ge. tille
ft
ducing e a 0 in. I CL
a proq'erSoften r. CKJR:
nd e 9 i dot
REEL/FRAME,
19801726

U DC 621-31-7-757
al:r
MMMEEV, Yu. T. YUR Voronezh.Polytechnic n*-,V~tute
"A Device for Automatic Detezmination of Integral Evaluations of Graphs"
1105 Cov, Otkr~rttiya. Izobreteniya, Proqvshlewn3rye Obraztsy,r Tovarnyye Zraki,
No 10, Apr 72, Author's Certificate No 332464,:Division G, fil-d 2 14"tr 70,
published Ih Mar 72, pp 196-197
Translation: '111is Author's Certificate.introduces. 1. Adevice for auto-
mattic deter m-n-ation of integral evaluations~ of graphs.Tbe device contains
a calibrated Valse frequency. generator, a pulse counter,:a Unit for step-
-by--step transport.of the record-Ing medium., and a progran block. Ule
input of the pulse countcr Is connected to the output of a diode circuit.
One ofthe inputs of the diode circuit is.connected to the output of a
unit.for input of the graph ordinates. As a distinguishing feature of
the patent, the -de-Ace is simplified and it-s functional "possibilities axe
extended by adding a block of digit: decoders, a digit-by-digit division
ca =-ter., ez-d a time delV circuit. The fir t group of itiputs of the block
of d1eit.decod-ers is cc=nected to the outputs of the prcsgram block. The
second grour, of inputs ic co=ecterl to the outputs of the di-;t-by-digit

)MriMV, Yu. T. R RMOIN, B. N. USSR Author's Certificate No 332464
division counter whose innut _i_- connecte-1 to the outnut of the callibrated
pulse frequency generator. The controlling output of the bloex of digit
decoders is connected to the input of the. unit for s.tep-by-step transport
of the recording medium. The digit-by-digit frequency oLitput is connected
to the second input of the diode circuit, and the set terminal is connected
4.
%o the outDut of the ti-ine delay circuit, which is connected to one of the
outputs of the unit for input of the graph ordinates, 2. A madification
ofthis device distinguished by the fact that the digit decoder contains
a flirp-flop urith separate inputs, an inverter, and it coincidence circuit.
n of the digit
One input of the flip-flop is con ected to the first inpjzt
deccoder, and the zecond input is connected to the output: of t1he coinci-
denc-e circuit. . One of the in-outs of the coincidence circuit Is connected
to the set line, and the second input is conriected~ to th-1 shifft input of
the decoder and to one of the inputs of a:three-input coincidence circuit.
The second inDut of this coincidence circuit is connected to the output of
the flip-flop and to the input of the inverter. Tlie third inbut is con-
nected to 41-h- eser-c-nd input. teminal, and the output of. the coincidence
-h ency line.
eircuit is conne.ct-ed to s dlgit-by-digit frequ
2/2
79

024 UNCLASSIFIED PROCESSING DATE--230CT70
FITLE--CO.4PLEX EQUIPMENT FOR LABORATORY~TESTS OF PNEUMATIC AND SOLID TYRES
_U_
AUTHOR-(04)-PETKOV-. B.r VALCEVYK iGALABOYv Jap VURUKOV# Vo
COUNTRY OF INFO--BULGARIA, USSR
'~Y
.SOURCC--MASHINOSTROENE# 1970t VOL 19, NR~4#~ 1567158
DATE PUBLISHED ------- 70
SUBJECT AREAS--MECH., IND., CIVIL AND MARINE ENGRt METHOOS AND EQUIPMENT
TOPIC TAGS--MOTOR VEHICLE TIREy TEST.METHODr STATIC TEST
C ON TR OL AARXING-NO RESTRICTIONS.
DOCUMENT CLASS--UNCLASSIFIEO
PROXY REEL/FRAME--1999/IT43 STEP NO--BU/9002170/019/0041015610158
1-61IRC ACCESSION NO--AP0123544

Z~ 2 IL 024 -UNCLASSIFIED PROCESSING DATE--230CT70
CIRC ACCESSION NO--AP0123544
AOSTRACT/EXTRACT--(U) GP-0- ABSTRACT9 THE COMPLEX EOUIPMENT OESCRIBED
W141CH IS USED IN THE TESTING OF. COMPACE AND PNEUMATIC TYRES PROVIDES FOR
CARRYING OUT CONPLETE INVESTIGATI.OWOF AUTOMOBILE AND ELECTRIC TRUCK
TYRES, BOTH UNDER LABORATORY AN FIELD CONDITIONS* THE RESULTS ARI-- GIVEN
OF STATIC AND D'VINAMIC TESTS OFTYRES DF,BULGARIAIN AND SOVIET
MANUFACTURE.
UNCLASSIFIEO

USSR UDC 621.~78.5,
BASSMIJ-141, A.S., 1-13RUSHEV, N.N.
flOutput Pareiratuerfi C-p C32 02 01hemical Lisor"
Kvantovava elel.-tronil"a (Quantlum El actrord.00) Al
p
Abstr-ct.: A. n inveetia.L3ULm wao made of the operution or a C. .1),+ 0,%. 11 o i 1
lasar with the objec'k of he Cau:jes
-laser -,t 60 co rimi ~i
emrL_y charactorstics. The tube with a lenf?~th o
0' 1-5 had !!-' O~Arut win-lo-r of Ca7P The resonitcr waF7, Vomiz~d Lrr t1,10 m-,fl
mirrors w-Ah a radius o1' cur-val,ijre of m. Chi t ru L c) r t h:~ -f %i ~i c n !-.,f acrcirtn-
lished sn 5 (_im, -in dllanleluor in om~ of' the ud,rror:~,, A
er coolrdby liqai-I wau uned ti-c,
palre. Initlaluit-,-.1 of th,:: reaction iwq by tin cl(.,ctric,~l
wl.th a dural-lon on tha ~~)%Jler of 1 mricronecond. CTJhr..
factors on the c-..itput of tla~. larjar wci~j n r-; r:
Overall rati.0 rj:' C92 wid 02t alid degri.~p oC hallu, -it io n
of It Y t, ut it mu) oP It liqu o a j. n!, d. ,I,
Qrayuvbp-iy Por itll.urt~ot in Lho work nti-_4 uoeful T )-L
Received by editore, 22 ;V!~y 1972'.
u7

._wlqo 3
X-12a AU'foh),LOY IfC 174 TME PROCESS OF EPITMIAL GPOWM OF SILICON C4% SLISSTRATES
UITH 1=13W LAYER ALLOYEU WITH ARrrNIC
[Article by A. 1. Stdorav~ R 1. Ytirur~~tns
o". trtstmll- I
i-11 Junt 1y I
Thin pApar wag lievot-1 to~- a-jrt%kj~ at the rr"*A3 at
epitilXtaf. Sr-th of silicon '04 sUbstrat- Ith a hidden I-Ver illl~r" -1:1.
arsenic.
It In Jemlonztrated Clint the -tranoport of arsenic fro-3 tilt hidZcn laver
introducem a n1rmEffennt contrilliltion In't-n he jayej.pr. t1t, q,,ItaI,
InI layer, (tV 101 atnm/cn3). The tran-irort. of the 44nixtu* rV Z,lItft rlace
-no
Mont Intel. ely in the :.direction of flow of the vdpar.goo mi.t Sv.
t 9
cmultn are premeated re%,a,,mtu4V of. th dt tributi~ft.of the *rlecifit
replatfince wit)l reapret to the surface of the,cricaital laver rtown CA pLatto
located n 41rect proxiihity-ju the 014te with a cositinueLw diffus,jon,laTer
of the Xtypm elloyed with mrstnic~~
The possible mchaniou,or sutualloying of the apitAX1,41, laver in d%%-
cuosad. ;Up"s of lialting trenapa rx a IE.the adaIXturq In tne technotojeel
~pr*a***:wjth ep(taxial growth of silicon are pv0poeid.

"t r4~"
026 UNCLASSIFIED PROCESSING DATE--30OCT70
,'TITLE-SEMICONOUCTOR PROPERTIES OF COGEAS SUB2-CDSNAS,,SUBZ SYSTEM GLASSES
-4UT~H'0~R-(04)-AKSEN0V, V.V.t PETROVt V*M.t XHARAKHORINs F-F-v YURIJSHKINt
..CCUNTRY OF INFO-USSR
U'RICE-IZV4 AKAD* NAUK SSSR, NEORG. METER. .1970,/141t 826-7
E PUBLA SHED---- 7 0
--D- T
:-SUBJECT AREAS-MATERIALS, PHYSICS
_10PIC TAGS-SEMICCNOUCTOR PROPERTY, A R S EN I DEs CADMIUA Col'WUNL), TIN
_'..'~'COMPGUND,, GERMANIUM COMPOUNDY PHOTOCCNOUCTIVITYv FORBIDDEN BAW, GLASS;
GOLD, 0PTiC PROPERTYt ELECTRIC PROPERTYi POLYCRYSTAL
'~OIJGNTROL MARKING-NO RESTRICTIONS
.06CUMENT CLAISS-UNCLASSIFTED
STEP NO--UR/0363/'10/006/00410826/0827
,PROXY REEL/FRAME-2000/1453
CIRC ACCESSICN NG-tW125084
UNCt.ASSIf IEV

'~2/2 026 UNCLASSIFIED PROCESSING DATE--30OCT70
:-C:IRC ACCESSICN NO-4P0125084
~ASSTRACTIEXTRACT--(U) GP-0- ABSTRACT. ANIATTEMPY WAS MADE TO PREP.
CRYST. AND VITRCOUS MATERIALS Of THE COMPN. CIISN SUBX GE SUBI-X AS SU32.
~_':_THE CRYST.'SAMPLES WERE PREPD* BY THE BRIDG14AN METHOD. rHE SAMPLES
WERE POLYCRYST. -':OR THE GIVEN GLASSES. VITRIFICATLON OCCURS ONLY AT 0
SMALLERITHAN G-R E
CUAL TO X SMALLER THAN,OR EQUAL TO '0.5. THE TEMP,
UEPENDENCE-OF THE ELEC. COND. OF SEVERAL SAMPLES AND THE RESP. WIDTH OF
-THE FORBIDDEN BAND WERE DETD. GLASSES OF THE COMPN. X LARGER THAN OR
-90UAL TO 0.20 WERE.MEASURED ONLY TO 500DEGREESK, INASMUCH AS AT HIGHER
-TE14PS. THEY CRYSTO. DURING THE HEASUREMENTSr WHICH RESULTED IN A SHARP
DECREASE IN THEIR ELEC. RESISTIVITY. SPECTRAL DISTi.1,1BUTION OF THE
ASSGRPTIGN CCEFF. FOR SAMPLES OF THICKNESS 15(~-300 141) WAS MEASURED AT
TEMP. WITHIN )'HE PHOTON ENERGY RANGE 0.2-0.75:EV. THE SPECTRAL
DISTRIBUT1014 DUkVES FOR THE PHOTUCONDo AT.R00M TEMP..WEILE VETO. ANO
-FOUND TO BE RATHER OIFFUSE AT 0.5-2,5 MUb NO'DIFFERENCE WAS OBSO. FOR
SPECTRAL DISTRIBUTION OF PHOTGCOND. OF SAMPLES!UNDOPED AND DOPED WITH 5
AT. PERCENT AU. A SLIGHT ADONL. MAX. OF PHOTOCONO,,~,AT SIMILAR TO 0.8 MU
WAS OBSDal-WHICH OBVIOUSLY MUST BE ATTRIBUTED TO THE PEbULIARITIES IN
'THE 'EAND STRUCTURE OF THE MATERIAL. THE WIDTH OF~THE FORBIDDEN BAND OF
Thr-:VI.TRE0US MATERIAL CDSN SUBX GE SUSL-X AS SUB2 ION THE BASIS OF
'-~~:_r-LEC.T_OPTICAL, AND PHOTOLLEC. MEASUREMENTSJ CONSIDERABLY EXCEEDS THE
r-ORRESPGNDING VALUE FOR THE CRYSTALp:WHICKAPPARENTLY ATTESTS TO A
CHANGE IN THE SHORT RANGE ORDER. THEICOMPN. DEPENDENCEOF THE WIDTH Of
JHE-FORBIDDEIN BAND HAS A MIN. NEAR X EQuALS0.30.
UNCLASSIFIED

d 4 11-
U 3 IS,
R UDC 661-1:537-311-33
V. V., PLETROV, V. I.I.I. KHARAKHORI.J, F., and YURUSUIN, B.
"Semiconductor Properties of CdGeA52 -CdSnAs 2 Syst em Glasses"
Moscow, Izvestiya Akademii Nauk SSSR I~ieor'ganicheskiye 111aterialy, Vol
.6, No 4, Apr 70, pp 826-827
rbstract: The authors attempted to obtain crystalline and vitreous
materials of the composition CdSnxGel-;e:'Is2- The crystalline specimens
Only ternar
were prepared by the Brid&man method y compounds them-
selves could be obtained as single crystals. Specimens of mixed com-
position were polycrystalline. Vitrification takes place only in the
interval 0 -- x < 0.5. The vitreousness, and hom6geneity of the speci-
mens underwent metallographic and x-ray* phase analyses. The tempera-
ture dependence of the electrical conductance of several vitreous spe-
al-Tens: Was determined, and the *spectral distribution of the absorption
coefficient of specimens 150-300 microns in wjdth was measured at
1/2

USSR
AKSENICIV, V. V., et al., Izvestiya kkademii Nauk S"SR Neorganiches-
kiye Materialy, Vol 0', No 4, Apr 70, pp 826-827
room temperature in the photon energy range of 0.2-0.75 ev. Trie
width of rhe forbidden zone of rhe vitreous maLerial (according Lo
electrical, optical and photoelectric measurement data) s-".gnificantly
exceeds the corl-esponding value for:the crystal which apparent.1y in-
dicates a change of short-range order. The wid th of. the forbidden
zone obtained from electrical measurement data exceeds the correspond-
~ing values obtained from optical and-,photoelectric measurements*
2
RUMP"
91WRIPM-6. -- MR; I I ff I I I - ffi- I H IMI. MR MI, I M-11 - F MANY -M WN

77~
USSR uDc: 669.295:620.1
PROKHODTSEVA$ L. V., DROZDOVSYIY, B. A* and
I ~Ul M~U No. V.
$#Anisotropy of Failure Characteristics Of Sheets From OT4 and OT4-1 Alloys"
Moscow, Tsvetny3re_jq~~all , No 3, Mar 72, ppj2-73
Abstract: This study concerns the presence of considerable "reverse"
anisotropy in sheets from OT4 and OT4-1 titanium allovs on the basis of
mechanical properties and failure characteristics. All failure character-
istics of lateral specimens from the experimental alloys appear to be much
higher than those of longitudinal, specimens-I Lateral:specimens of steel,
Al alloysand a number of Ti (a+13)- and B-alloys generally have lower
failure characteriatica than those exhibited by lox4gitudinal specimens.
This regularity, termed "reverse" anisotropy, for GTh and OIT4-1 alloys,
was.also found to be.typical of other Ti alloys (VT5-1, VT20, VT14, VT3-1)
as annealed. Annealing OT4-1 alloy above polymorphous; transformation
temperatures to obtain a large uniaxial grain eliminates the "reverself
anisotropy. The anisotropy of OT4 and Wh-l.allrxy sheets on the basis of
failure (impact bending) ia to a large extent related to thiL rubttantial
,difference in deformation values between lon,~Iltudinal 4ind transverse
1/2
M

- 49 ,

Radar
USSR uDc; 621-396,677-001.5
YUR'YEV, A. N.
"Synthesis of Artennas WTith I'llinimum Average Level of the Side Lobes in the
Polar Diagram"
Moscow, Radioteklinika i Elektronika, Vol. 17, No 11, Nov 72, 1,~p'2-21.,9-226o
Abstract: A method is proposed for synthesizing antenn:ris N-Ahich ensure
minim-um energy reception on the side ldbes.of the polarTattern from
spatially distributed intcrf-~7rer.Le for fixed valucs of Certain paraneters
of the systerm whoich determine its operating qi~ality. The micthod is base,"
on principles of varl-ationt-2 calcullus louding to nonhor"~;;.,-,eneouni inLegral
eqwxt-ions relati"re to the function.whic:h describer the distribut-1-m of thf-
field in the antlenna- aperture, The polar diagrpan, reo-IJI-4,3,111" tri-I-ni the syll-
thesis have a m-InJi.-i-omi average side lobe level, and in a: cert-,Lin st:,w~e
ensure the best mear-square approximatioz the of t
I in o n
a delta 'Junction. (additive -Dolar dlagrams) or. to -,ts de~rivnt-II'ves (dif-
ference polar. dliagrF=z) ,t-he degree of approximation being reg,,Ilated by
-ron I
requirements for reactivity of the system. F ~. t.-ie sianelpoint of the stt:.-
tistical theory of detect~lon, the synthesized systems ure in the
1/2

-77
USSR
YUR'"YEV, A. 11. , Radiot'ekbn E:Iektroji. Nlo 11, T",vv, 72, r)-- 22Ii9,-226o
case of operation against a backgrowid of a mixture of .0,,'Lterntil ntorrma,'-
interference distributed in the regior. of the. sj.di~ lob-s, auri
thermal noised. Examples are given of sypthesis of lin~-ar ayd,evniias Ea~d.
ure which form :addi'-ive Lmid sitbtractive rolar
antennas with a circular apert
diagrams.

USSR UDC 621.396.67.061
YUR__
"Problem of Synthesis of Realizable Antennas"
Moscow, Radiotekhnika I Elektronika, Vol XV1, No 5, May 1971, pp 718-725
Abstract: The relation between statistical and detetministic approaches to
the problem of synthesizing an antenna system is established, and the varia-
tion method of synthesizing realizable antennas the characteristics of which
are close to statistically optimal is investigated. The equivalence oi statis-
tical synthesis of optimal antenna systems desioned for oT)eration under noise
conditions and the variation method of s~,nthesis insuriLig ninii,,iun noise inten-
sity with given signal gain is demonstrated. The conditions imposed on the
statistical noise properties for which optimal antenna system'. are realizable
.are obtained. For cases where the optimal systems are unrealizable, a method
Is proposed for synthesizing realizable antennas Insuring the best signal/
./noise ratio fcr the adnissible-level of reactive power. An,ezample calcula-
tion of such a system Is presented.
optimal against a background of correlated
Antenna systems which are
noise have, as a rule, high reactivity. Such systems are related to the time
1/2

YUR'YEV, A. N., Radiotekhnika i Elektronika, Vol XMI, No 5, May 1971, pp 718-725
filters which are well-known in radar and are oDtimal against a background
of passive noise. Just as these filters, reactive antenna systens are e-x-
tremely unstable with respect to uncorrelated noise of the type of internal
receiver interference. It is especially important to consider this in dis-
crete systems (phased arrays). A second-type Fredholm integral equation is
presented for synthesis of realizable antenna systems. In addition to the
solution of this equation presented in the article:with.'an e_xponential correla-
tion.function, tabulated values of the equation are available for a correlation
function of the sin x/x type [Slepian, Pollak,.Bell System Techn. J., Vol lu,
No-1, 1961, page 43].
2/2
-20~_

'USSR UDC 621..396.677.001.5
KV1- A. N.
"Minimizing the Level of'Side Emission of Antennas With a Circular Aperture"
Moscow, Radiotekhnika i Elektronika, Vol 16, No 7. Jul:71, pp 1144-1151
Abstract: Methods of variational calculus proposed by.the author in a previ-
ous.paper (Radiotekhnika i Elektronika, Vol:12, Yo 12, 1967, p 2108) for
synthesis of linear antennas are applie&to minimizing the pm,,er of side
emission from antennas with a circular aperture. Side emission power is
understood to mean the sum of thepower radiated in the side lobes of the
radiation pattern and the reactive power~.t Antennas are considerdd which
minimize side emission power when one of the, following characteristics is
fi;.ed: input power, antenna gain in the direction of the maximum of the
radiation pattern, or slope of the directio 'a-finding characteristic of the
system. It was found that a system with minimum side emission power having
a given input power also satisfies the criterion of mbiimum side emission
power.with 'Fixed gain along the antenna axial directimi. Uhea the parameter
c is greater than 4 (where c1z,R, z. is the projection of the space frequercy
vector on the plane of the antenna, R is the radius of the anrenna aperture),
the syqtem dso i-aftofter, the criterion of mtnimtun aide emiasion power for

W
USSR
YUR'YEV, A. N., Radiotekhnika i Elektronika, Vol 16, No 7, Jul 71, pp 1144-
Ml
a given slope of the direction-finding characteristic. The relative level
of the side emission power for a.system. which is.opthnum in the sense of
these criteria at values of the parameter c:greater-than 4.5 is at least an
order of magnitude lower than the level-of side emission pcrwer of a system
wi.+-h a uniformly distributed field in the aperture.; A comparison with
analogous results for linear antennas found.in the previous paper cited
above shows that systems with a circular aperture have a higher relative
level of side emission power. On the other hand, the degree of dif f erence
between the basic parameters of systems'satisfying the:given criteria is
4igher in.the case of linear antennas:than for antennas with a circular
aperture.
2/2

&C040497
Ikef Code:
T P rZ S S-bz ~L 9
UJDC 621.396.67:70001.5
..USSR
EV.
Li N.
"S"thests of. Antennas with Minlmum,.Side. Lobes"
Mosiv37AN &SSR, Radiotekhnika;i,Ele~tro'-~ika Vol:JS, Jan 70, No I
Pp:
Calculus of variations is-iused for synthes-47s of alinear
antenna system, which minimizes~both-th'e,lateral~i-ad.,.ation and.the
reactive power at a given value,of one.of-the following character-
istics: input power; field intensity in-a givemdirection, and the
of the DF characteristic. :This makes it possible to
-the a erture for a
determine the,optimal field distribution in.
-,series of criteria. The results obtained at a given inpnt power
-and field intensity in the given direct-ion are Ipractically ideati-
cal, and the field intensity in the aperture is do-scribed by tKe
elongated wave spheroidal functions of the zero order-.: At the given
DF characteristic sharpness forthe qase:of small' values of the
J-

USSR UDC 621-396.677.001.5
"Synthesis of Antennas with Miriimu4i Side Lobest'
Mos AN SSSR, Radiotekhnika i Elektronika V61 15, Jan 70, No 1
PP 55!37
Abstract; Calculus of variations is used tor qynthesis of a littear
antenna system,'which minimizes both the lateral radiation and tile
reactive power at a given value of:one~of the folloiArig character-
istics: input power; ficId intensity in a given direction, and the
Istic This rnakes~ it possible to
shaproess of the DF character.L
determine the optimal field distribution in the. aperture for a
series of criteria. The results obta-~n d at a given input power
and field intensity in the given direction are Practically identi-
cal, and the field intensity in the"aperture Js described by the
elongated wave spheroidal functions of the zero,order. At the given
DF characteristic sharpness for the case-- of smaLl values of the
angular sector beyond whose limits the'antenna ~)ower is minimized,
the system has substantial differences. At a giveninput power
the DF characteristic of such a system is 34 percent sharper than
the DF characteristic of a system with a uniform field distribution
fti the ipert,tirip. or,,r. L 7

USSR uDo 6zi.596.67-005.1
viin IvL,,tr A ur
aConnection Between Synthesis Of Antennas On The BaeaIW k Given Directivity
Diagram And The Statistical Synthesis Of Syetema Of Spatial Processing Of A
Signal'
Radiotekhnika i elektronika, Vol XVII, No 6, June 1972, pp 1177-1182
Abutraott, An analogy is established between the problit'u" ef synthesis of an
antenna according t;j a opecified directional diagram and the problem of syn-
thesis of a system, optimum on a backgro-und.Iof noise, 6-x special processing of
a signal. Tt 4 a shown that with very co=on, conditions of signal detection,
ayntheBis of a statistically optimm system leads to eu
perdirective antennan.
A method is proposed for correction of optix= systems by applying limitations
either on the power input or on the -reactive power of the eystem. The f indings
'presented in the puper for the linear apartura of anantenna, can easily be ex-
tended to 'the case of an aperture of an arbitrary farm.'~~5 ref. Received by
editors, 13 April 1971.

. .... ... .........
USSR' UDC 621.762.27
YURIYEV B. P,t PRIVALOVA, A. M-t and ZABBLIN, I*' V-, 1enin,,c,,-rad
Polytechnic Institute
"The Production of Cobalt-Tungsten Powder by:Electrol.yoj3 of
Aquegus Solutions"
Kievy Poroshkovaya Metallurlpi at jTo 11(131),~Nov 73, pp 1-5
y
Abstract: A study vias nade of the process of electrolytic pro-
duction of W-CO alloys in -Dowderlike form from citrate solutions
containing Na2V'oa and COSOt with (NH
4)2SOA -md Na2SO4 additiois
by means of 'd an Co, coreduction on the c6thode widor conditiono
of diffusion
kinatieff. The effects of the current density, tho
ow-mary concentrationt and of the relationahip of C0804. ~Lnd Na2',704
concentrations in the solution, of plit citrate airid ammonium siil-
--he chen~ cal
fate aoncentrates, and of the current,efficiency and
composition of Co-1,11 povider *are investir-
ated. The current efficiency
increases with increasing total concentration'of W and Co Salts and
decreasing content of citrate in,the solution.The correlation of
7Y and Co salt concentrations in the solution influences primarily
1/2

USSR
YUR'YEV, B. F., et al., Poroshkovaya MetaUurgiya, No 11(131), NOV 73,
PP 1-5
the chemical composition of the~powder. By changmg this correla-
tion, the W-content in the alloy can bo'changed from 0-20 mass~*-
The optimum conditions of the electropre,::ip.itation of W-Co-Dowders
are determined. According to the X-ray structural analysis, they
represent solid solutions of W in hexagonal and cubic Co. Five
figures, one bibliographic referenc-ea
Z/Z
34

USSR UDC 621.762,274
GGLUBKOV, L. A., YUR-YEV B. P.
VIElectrolytic Method of Producing lrone-Nickel-Molybdenum Alloy in Dispersed
Form"
Kiev, Poroshkovaya Metallurgiya, No 8, Aug, 1972, pp 1-7.
Abstract: This work studies the conditions of production of a three com-
ponent Fe-Ni-Mo powder alloy. The design of the.electrolyzer and electri-
-W cal circuits are the same in principle,as described iii earlier works. One
difference is that the use of a solublemolybdenum anode was found to be
less suitable than the introductionlof hexavalent molybdenum to the solution
as the salt (NH 4)2 MOO 4' The method developed can produce povider alloys with
various contents of the components (molylbdenum concentratiop can vary from
0 to 15%, iron and nickel concentration, can var; without limit) . The elec-
trolyte developed is stable in operation and contains no organic complex-
forming agent; this allows electrolysis to be performed using several soluble
and insoluble anodes with separate regulation of current passing through
them. The influence of the electrolysis cond itions (D k) temperature, pH,
solution composition) on cathode current efficiency, chemical composition
and alloy structure is studied. It is established that under certain elec-
trolysis conditions, when the process of electrodeposition of all metals
1/2

USSR UDC 621.762.274~1
GOLUBKOV, L. A., YURIYEV, B. P., Kiev, Poroshkovaya Metallijrgiya, No 8,
Aug, 1972, pp 1-7.
occurs according to diffusion kinetics, the.composition of.the alloy pro-
duced depends on the composition of the solution. Th,e following optimal
electrolysis conditions were established for the production of a permalloy
powder alloy: electrolyte (in mol/l):~ FeSO -- 0,030, NiSO __ 0,160,
4 4
(NH4)2 MoO4-- 0.005-0,008, (NH 4 ) 2S+04 0.15, K2SO4 Na 2 so 4 __ 0.1-0.2.
2 Fe
In this case Dc = 2,000-3,000 a/m , temperature,20-2S% pil 2.5-2.7; D a
100-200 a/m 2 : DNi 100-200 a/M 2;D Pb 1,000-2,000 a/m 2; Dgri
a c
2 Fe Ni
50-7S a/m :1 5:27. The concentration of Mo(VI) is maintained by
a a
periodic addition of a solution of (NH MoO with pH 6-7.
~4~2. 4
2/2

TECHNICAL TRANSLATION'
FSTCAIT-23-i!)70-12
ENCLISH TITLE: PIASTICS IN TECIRMIDGI
FOREIGN ?IT1,Zr,VJAZTM55Y V TW--M
AUTWI; MORID YURIMICIT "VIYEV

SOURCES 11=170 PubI1xIdt=g, lt=.39, Mciecono 19'ro, P0 1-6f

Traftalated.for SM by Leo rttn",r IzzwVateal Redwood c1tY, ca.
te,
NOTICE

The concemi of this publicstion fisve bet" tranjUted as ftcsenzcd~ in the origitkj i
text Na
stucenlic his hten m4jc to ytrity the &c~4ty or any statement containva Zvi, Thi,
116flAition is p,;blll%td With a minimum or CM editing And graphics Pr4parblia" in order
to expedite the dilsernination of informstio". Kequests for AdjItionAl topits of this
flocument should be juldleeftJ to Deparim-st. A. NsfkwW TethAkil Ittl6virnallon Servies.
Spok4lieW. V4stla 32151. Approved (at VoWw ralassal distribution tjnllmt"d~

The %romendisua growth in p1tirtieis o,A-p%it to one h4illm;wk of o,kr
..ALrw%dt Owijite tire pi-Iduairg Grr!rttpr qi~antiti;-- 2' of plootIcs; thssn metnl-
lurgloul. warkera are omalting nonferrous matpxiala.
Parallmling the greater output. of plaoticvj tb-! atti.-tado or opeclfilietit
only " witirkla'n6i a'11*,Pilly xaluahle, a--.roploc~aisntv for natural
nhor~~;i auvply.. With ixprovisranta In the quali
It boenn to be realized that they nrc is-it intpr1or to vach nwe
later an their flold Or toOnOMiO(L11Y Bound A;Lpii-,Mtir1%R GVMtl:;. brcularle-1.
Plitfitlen brg= "to ~QIJM6 to the L6P isti6l",ioxot OnIy ithand of vulter, uvr~Ccr-
rous and precicuo metals, and so orx, but also atrrutg:y displacod cast ttrcxx
and Itcolt g1liall"Wood, mid clay. For bealdes low coart.mid high qual,,ity.
the utso *Lplanticu partially tech-vo
boazu aquipment pr~cldc-tiir,,.ty.
Millions of plastic cupe, lRnpohades,. scapdIctisio, pena, telqphoae. zeta,
and. Coton of machines, - television zeta, "mid radld' iicil~ir% Mve =01
Wooden and metal articlea. But this is noi ;xhat ovr t,,7ok in ab.-ut.
The author set out to recount misir04L about those uoea or plnotlcz'
viliete, they terve 'not merely ats watistitutts, even i! or -:14
In quii2ityj but,wittire they Pxe the enly -.~stqrxal- with unique Cc~mbinati-.-;s
Phyntento oh-rrtirsil, and.,iftechrusti-al rrerertirs on which nprlunt,--n
..d"Onds entirely.
The tendency to domantatritte the moat ujjolupkl~ thr wat Px.!t1.c
of placticti'applieutJona hae'Motint a a=e.h3t frag-nentary, ci4triloetn,; t7,~e
of lir,coantatiori. It uppeara that thiu lo liuvilable lit a WLA n1=1,ng twt
at rrobing.into detailed dq9triptionis of chrrAcal atru.-Wre atiA prorar*les
of~ plastio materialn, into specialized juestions of their uavu itt vacu a;vz-
Me tioldt but only at dtmonoLrotli-4 *1w i=tnvo iscuro of Wivir p~;4.en-tlal.
t
5
0 .he author deliberiptely 40e4 not exazine traditional flOldsk Of ;~183tisla
so# avinj thougb vxtrei*914. izpurtonto since he asomurses theae uzos to be
qu~lta fully co.'vqrod in thO Apgoimlice'd popular-ocien"fic litarst-4re.

."'od and Control (tmc) and R~air Servicts
Lt. Call. 14. V.,Iy.,, impt ... ring Toclult-l
'~rov-nt of wthols or contral ona plarMnr. i. provid"
for in tha rt f III, firective of the 21,th Coow~-a of ".o C-~;Lq for the
. t
five 7"Ar plan of 11avelopment of the nattcnol econ-Y of the tSSR f~
1971.1y,15 vill eon k~ibllt. to th~ --l1 .! and ul",
r-it, pna,,"~tt-n ~rriet~ney. M-y of the o1W, that -rha.l laillt-y :.-i~e
equimeant he- al-dy -d. rAirly bro,d n,- of !P-?C T" crill -
bility of Introducing euch nothq,,s in dictatod k-y tne feet tr4t the total
n-ba, or -~rnti=a or. cor-a-to -d.ls or In 116-MISme, o,e-617,
lend m, I. aey..,l th.--1. W.J-d dLt,.-t ;,iaW
or -it, ome -rdnd In aa ... r,-~ ~f
tell, 101- -11-.rdi-t6d .,.t!.na It .11 pl.nt
H.--' it," introd-tion of rrrc ; I a 1~horiou. ,W rather --vl-
h-. a-C.Ln evettit-Lom miat ftrat be ~t at the pt' '- of it It.
crz-lla- A z~ I.1 tu;!Z "'ira IIni- --
= :=. %= out aa, trA el~a
letn'lly Introd9Ctle the z1vtom. A-Ilsrr ct,n~ltion cuxlslst~ - Le-~iz-tbs
va't.ri.l and fACMICA2 b.-I r-17' C"~Jtorm' Comwic'Iti-ma e:l;ip-ott
and it.. IIk.. Alal, flWly, -Ih~r I- I, train -,*.
r-n-l in th- principles %no -t"olm Prd In drawing, up dL^.rra".
I*- ~iln-t -,J~g Ill.% '.1,1 in the of
we hZil, t.
a. a a broad -t,i-nelia . so.d -Lo..t-tIoP
the -1-- or the aulln pha~an of work in each Ilutlanit, They =zt 4110
knew the or the *.rvj... fnd oa(L-, .. -11
the prineIPIrv of . Liao- prorrarleD.g. and -th-ti-I ... lyi. III ad~.tion'
tilay ri-110 -t- thft w-thods of drawlto, ~~Tr diarr- ar.,f it-Ar
pl-to In ."I tl-,
Uee-f.lIyc." r- 11, tr"'I aa.e.t-d it!-. Indies-
tt". .1 tht. I. th. ~nt-d-tnr. tm% in
rIhn r, P.Ir f.cilLti...
Fint, th" oryant-oll trriol- f. 11 p--ml In It. %i,-17 and
practice of ln.it-l tn tk-o,l Ihi. tletoilg ~-- .111 ILM I- I
dadnjstraltl~o and cn-nd p-.r.oLntj of rd,it.l7 ti-A Fro-3-tim
rpcrtv# tcc~Vol-jvtm, d1bj,mtrhn-, and wnr'-re or the vintrol
:
culp.rt~t, Vlm~d V-h-r t-mina, s-lon Ill. em-
du~riw. workthp houre for 15 day,. At ... reLe- t7 the
p-'I~Jjtta ~f on, f t- aei~ntlfjl, ~.q-ftj' j"mttt.te' th-"
-in r-lure"or the daarr-tlc mthol f pl,rmti- and conlir"I, "0 tho
n re
ad,., ta,end rriri-.,-y or ohi. yata..,.
T,. t2*'jnj'l.. "a'j'n ... er'n':1.6,d itn an --InWo. 11 -MIr, each
trolln1mlo drew up P ltat of Operations for one or the prod,~rtlm Soctimi,
dre. . WWC end -d. liffe-lit emileul..tto.. fr~. It.
thor, we. -1. p at the p-livilt a ho,-ary-,-1t IKFC Ikn.
lop of two teel-I.gLetr. SnI t- Whniclats. Thl- II-TIACO,
lethat eharg*d with orgmizinr, all the prnparatory woril C11 Ihtmdq9Inff
0 a tjointly with the .1",cialista fron Vle inotit-Ate.
."I'lleld"th. ut-t-ding xPeri.nc.cl In thi. Area and, taking 4nt4 Acdount tile
*.cLfIC feature alf thoir own pImt, drew a iWPC (Jingram or the tachnoloricill
prm....
aQ

'j-919 1-1 )A
A%. the bogil.nW, of t4A proPVt in. vo.~Wtt-- that 0".11 -'
prvdue.t was bolrq! -;,.Ilod a', the plant. ra, special Co.. - hv7 IMA,
Cat.d an the dl.gr- tho -n- labo,1~ OvIrs-tono I. dUmantlins t.'w PrO4-~%,
th, or the d.mar.' -1 .. _U - AA' tbw
finishing aparatione carried out after the r.;s-To had boomm made.
V--d 40 - bttia in tp 17r-C dl.Fr- wu~ tha h-stL-C, '.7dr-La%4,
air, cartral. mvi -th" vyft.-. ~-t t= ." 'o-Y C.itil d.%. U. -S
Vol~' of . rp-41.11y dol.-~psd rare (List of wrk - 0. rsit-) tu
which. apart from Indicating the name of th. t-r:_1oAI*a1 poratton and the
ramVP Of it'# "&to*, %K* *tape and d~rm%Aco% of Ulm work ~ ladicato4. The
Ing of thL9 list was toned .79C to tho pr--=-'- vaa~ and
who warm "clsll.t. 1. -rtic.l.r
r1rat they dov"lopod %h6 W' C dla,,ras for a mail Wtt aaah a. a Cu*,
emotive, or 14boratur7, uhlrb was wu~jhr.- w~. ~u a d~txi)oo mo~laj a' walk
p4rrorzed t"rt. Tnaso alaqrcu v.re in* or~_Ztz~! 6~v~va f-r A
di*FrOA.
C-1,JnUr, ond c-rd~..tt~g tho ~f~C dl.- of t." -11 -1-m 1. -
of th. _0 _q~jas '~ ... of %h. rca f-t U-L '.A dlswt=-4
co.p".1tv Ivin di.,,r..' 1h, %Ia;.tMz: Mf
f- a-dJOIBIN7, or co.tlr~.. o".121 ~.t& V- thm
4r tl'~ en-tra wn yet-.
It h.M.14 b, wonti-d t"t -a drA'iar :'KC dtA~_ ao. or
",y Lrq-rtni, tMings is W .,I-,It -4t I-* ..Ao. At Una
pla,l' in q...%,jou -ch #)stc, of p.~Qdj Is ~-tg u- rt-.- _4FLt.r or
it. no-. 7~'q =It -,o wniz-11 Iho .0i. )ovl~tr'A IV de3ip-t~d I.,. ... -rm-
priate -0* rimt--. T1w -Wo af tto ~rk is tv~tw-' xi~ o'-'.t"I V~hvp
in *I"% of w-rk for it- o7skae-" for vt-vtl'
Itso on th. w.rX Its%, WC.Im'd III the, #".tt~h
'Mel 87st.m.
As a "-It of' the -1yeig f t. C..r-t.s. CI.C.. t% -as
that It. erittCal root. sq,,,what --6, t,,% ~'.--.d sn~ fRr an.
114~, Honro t1ho diserso hsd to,tot art!.%itod wttt rv"~dt 4,o trio erit.ria.
Of *ttam,' For thIl V,.i*~ M - d,- r po=-r I'M .
-41# of I c. - I hu,r. Fma, it a- to-_i -v',y the -.I- that tht
'k one mh- It 1. c.-M, a- %ht ~
.. reav"ev, Aoj let* baAj-jv!, Ord Ill jot-. of ~,k n_..17vV. Froot
the diu-- it " to -Aly- '.r. -p ~.4 0-4~'
If 't-C.-ary. the -.I- for th. t.mp1't'.'j r Cv'*rp%'-,x the
-Sl4bl. ltx;t. of tt- aue' z-h-k on -..he -,-.at Of ~h. --v
rrunt.
". t,,W~vtt. Jt.- -,.ad .t 1. -1%d vLty tZ
rwpatrr are *.J~ at only ova kt~,t at 1. . pl-t,
. _ or_"'.3 ~.% h. _k to
t.dh~jo,j"4t
or _1".
.r' 1,
tor-4 -t mul vo*embly It- ~,tro.j oz ~01.raj ~jndm cr ;-tucjs.
M-'.' it -.It ho 10 -,.k -'t v.e-
.in; th. .,I
lorl-I p,-', of r~p.!r s,.3 1,k!7K t~t, ~c.
r1.- of Inc-Lrr. pr.A.-t. to 12-.. ?~~ t~.'t r_"~ i~~ t7-
or certain Usetc ~.Ls "d c-,," -r% d.t.-Ine, _,t ~t-d In L%, t~-arr".
Tbb neoifting lobo, th-rv!oru, vam rtstricled t~
the v&thbIjah#tt t4canojorj~41 v,q~m,* t:wy we,, dj6,.Old o, S
dstAmifted soatian at the Mt dtarrax. In tk1a f.?,ey tcO~ J*-o
the UnifOrmitY of ths load cf the prrd,~tt~m tt-s. Thwy .1 nat forgot
W take into &CCO-nt the rtsd~,oo wttb.- -nlteh It I., prOcit.-.11y twap.
*ibis t4 sust.111 In. Pch.'1.1) -t 31-t. 1h. _"~' or t~'. vro4uctl- usams.
As-tng thA% each warX tam daily shnIt "rk ce, several articles, c~

J_99~41 Y,
k-"Ilp V_ -.t. lf _'l, t, ." d"n. on *ell
r",t.d v,7 th, ;-trotti-
It --4 in t- D,'PC dt.~"
. - th,
Or 'r "T.-1 I-, "I"Jil -p~l .-taty ar
-1 It
r. XP --at th. --0.4 1.
...' f., -p.l- -'! lh~ q'f -.v ~~ r" 4.6-b17. 44U
-r' la.1 *I the b.11. fit etr:;'~ ~tze dt.r,- IMI-tIni,
~f "11' w.11f 1. b-tro. -pstred.
A ;K'G ".'t ir", - . -.rv~ --
P',.%ti,, p-plr ml I-Irlzmp . rr"t MdAf W~ dil-IA11br, -4
fln'"Ir,g vp#rstIons In ~-if %iI! vLa fqd " tba
C-tr-I .".4-1 i.114saw;1Y Ow.
Ti- -p.;r In
d~y.. lka- A~-
--4 - , It-
t- 41W."t of kh. i"., ii Vltl_~ ~~t of
t-r* 0 1- _~-xttlrj -e tm -.ro~,r--.mcat, l.t. -
fIll t= J-"t~
=uwtril -~- -4 Or-1.0, V-7
C...4 V4.
r.. thl UTC ~V'7~-
ItA i.0 "-t=V.tv1 t. -at el-
ot
ml,
or 11, fr,. 1,,,i
IAlm 'l.~l 7,
'It a "'I~ "'f '14 44
rr
t1int
1-0
J.Olr~l k~ l1l 11~t
pmrTls. t~A ev_w"".tiln lio 'jl,"Am r'j vbetj~_*. N4
th. 9-4~oktlrl -q1t,l -It. F71t-n ~&P -A -4-1 O-f*t7 -t th* -r4
f~-- Tr.~
jt~. N, t.-,
f4r tr.-~ l.;Ird 0." 10
WAIJ In th*
1~4t tho C'.tj f~r ..'w' r.
1~nl :~
~r . h :"., . r . ., ~' _"J' ny v-wtima r~,,
d 11,,' .f .a ar.4 part., (). th. 111.414 or "It
r'~ l4 1
.11V it.- 0..4 1 il't PINAntlig #I y" ALI*
it$-rrom PM P"Pire Inrvr~tlllh Ar tf~ pt"t.
Th* iptrotooti, ot tn't t.j:,q4 f,,r -.%* dw.41t,
, "ni ,f % Iwo of
vloto~nta~t m .1.
1 . ,WO aaj~qor **q "dq on * pvCjbI for%; *1 W*Aj
of it r-arrol-rv detamiot U~A tSm to sslAf.1 irortsilt joij pr~."- e#" w

J-9964 LO
The docvneut namd to v#t do~ the d-14- Of 4-01VWany of 9 t..k to th7

c
p4rf rear and the data the pr.j.et -9 wMlsied i2 a -11 XL%,A4 4
M
tote
t"It. 31me all jolo. are jjv4,.d in a certain ardor in the notebook, t~v 41
foraman Can, ~Ilhovt uming t" DC~ diagram, nant=3 a task to a pe~fo-'
and C. "t"l t T e V.- *r hlfillvwt of Us pl-nnad Otb4p ck,.,,-
h
f..t.th
mw~ta I
tote,ol :Mabliax fOr 4Lfr-4 wtvi-aw. In tnsx. -Irt* ttj
blare notA, the 4ate the .-tablits m-e tumed In fox "Imir -d t~*
rvprlrs are toapl,Ie4. Th. reperts of foreman and the 6eciviona of
I tna
_11 -it C.-P,el I
lt are 0M.M4 In . special lofowk. 7h. --P

t:
:
a
,
r
2p dt r notes the repirt -I adj the" are sixii.alumni.17 need
:
the progrop. of .,rk -,I.
tha "rk sth.d.4it.
r..d Ln
Int"duti o of I" IMPC yet*. C.utrlb. .1 q".tly tov.rd
;
~
O"enis.tfon .
proluction At Un plant. n
plmt eanAtire vers ml.sa-d 5F
.Ili n' -.1, f,-tt.*% INt" iMtlf"t4l D"blAUX. "th
ir. t
"r ly by the cf.grom go:: the proeuctjoh f9raxam know* about III*
tctcl =I~ Or ..P,. 1. hf~ 81=2.tzo t2--- dL4-- a,.-,),.
%Pe gate Or 4.1 J,jjT .1 As-bILe. ..4 ph~k. for It is =
'Y to ooa mns In ath*r stop&. The f0"- Can - d.l.t.
;,Jor
I ..~~
ettitlon o c I.o c%-jsl do.ra
p
proc-tt~ tLee. There ... noe r ... a of
or *A:h porfomar for th-P wwtt~ =trwt&d to h1a.
A. a ros~Ajt of,L-. gmat --t of ~k-_ b7 the collective 14 lsit-
fteing the n"c vy2%,o., timy 0" .! the 1-,Cr%AAI, tAb*4
"0 P~pod to the pL"t. Tr.* total bawb4r of arliqlas boirw proc"~*'! 1 -,7
me t,'- - r.d~lced by one-nalf. :a additloo, d..Vita 0 marb.all
Pdr omd' ct -1.A, piaAt w
r Ion zl-a, th* tk-. of sta7:zf xrticloa at
by 30 Percent.
- - - - - - - - - - - - -

i i 14 ly"!CLAS S I F I E
T I T LE - - I A -? IT I n' Al- EVALUAT IONS F 11 Cl ~ IA 6 0 V EAN:l BFU.--ii FOR LA:A SHil'T ENIERGY
~WTHOR 0 21 - Wl I Tq I Y EV YU -YU. YURYEV,::M.S.
'COUNTRY OF INFO--USSR
SOURC---OPT. SPEKTROSK. 1970v all(:3) 159.1R
~:D AT EPUKISHED ------- 70
SUBJECT AREAS--PHYSICS
TOPIC TAGS--PHASE SHIFT, INTEGRAL! EQUATION,
0,11TRGL MARKING--NO RESTRICTIONS
o'DOCUMEN1 CLASS--UNCLASSIFIED
REELYFRANIE ~-3002/0120 ~S T L- PNO--k]R/00~it/70/0~iii/003105')1/05c)2
CIRC AC-CESSION NO--AP0127746
.11154 v Inrat guinn
,Rompfm

UNCL'ASSIFTEO 'PROCESSING DATE-11SEP70
lFT-JTLE--THE TREATMENT OF OPEN ASSOCIATED,INJURIES OF,:THEMAND AND FINGERS
_U_
zl::AUTROR--YERETSKAYA, M.F.9 KHARITONOV, R.O.p RY
--USSR
-COUNTRY OF INFO
KHIRURGII IMENI T, To GREKOVAt 1970'v VOL 104, NR 3, PP
-PUBLISHED ------- 70
-DATE'
ICAL
%,UBJECT, AREAS AND MED SCIENCES
,T,QPTC TAGS-PLASTIC SURGERY, nRTHOPEDIC SUPGERY* MEDICAL CAST, PLASTER,
~,,-_,PLASTIC
C ONTR 9L Mk-7KING--!N0 RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
PROXY REFL/FRAME-1986/0636 STEP NO--I,)R/O~)89/TO/104/003/00rj'-~/G-ri6~
rlIpc ACCESSION -"40--AP0102622
_5_.U_ELF_D_

212 015 UNCLASSIFIED PAOCESSINS DATP--IISEP70
IRC ACCESSIO% NO--AP0102622
ABSTRACT/EXTRACT~--(U) GP-0- ABSTRACT. IN THE PAPER THE STAGES OF
TREATMENTt FREQUENCY OF COMPUICATIONS AND PESTORATION' OF A DATIENITIS
CAPACITY FOR WORK IN 125 PATIENTS WITH 0,PFN ASSOCIATED I!qJlJR!ES ARE
AN4LYSFD. THE FREOUENCY nF COMPLICATIONS AFTER PRIMA.RY TQE::AT'4SNT Or-
SUCH rNJURIES MADE 46.4PERCENT.: THE,,R.ESULTS,OF, TREATMENT rIERE STU-JiEo
IN 55 PATIENTS. THE CONCLUSION.TS DRAWN ON THE NECESSITY FIF REVEALING
PATIENTS THAT NEFD PECONSTROCTIVE SURGERY'ON THE HANCYIN DUE COURSE. I N'
DESCRIBING THE TECHNIC AND OPTIMUM TE.R.MS OF PHYSICAL THERAPY IN
ASSOCIATED -HAND INJI"UP'l-ES THE IOEA'.0F RAtIONALITY TO SIJBSTITUTE AT
'S OF TREATMENT BULKY PLASTER SPLINTS.IN SUCH PATIE,
CERTAIN STAGE NTS BY
SMALL-PLAST.IC SPLINTS IS EMPH&SHED. ALSO GIREAT,NECESSITY OF PHYSICAL
LABOUR THERAPY IS STRESSED THAT.RENDERS IT PDSSIBIE To RESTORE

USSR UDC.669,293:541.943:669-977
SOKOLOVA, G. S., YUR'YEV, S. F.
"Interaction of Niobium with Gases at High. Temperatures and La.4 Pressures"
Metallovedenive --- V sb. (Physical Metallurgy -- collection of works) , No 14,
Leningrad, Sudoscroyeniye Press,-1970, pp 204-2222 (1fro,m Rzh-Metallurgiya, No
4, Apr 71, Abstract No 41781)
The results of studying the interaction of niobium with actiue
Translation-
gases are systematized. Me equilibrium conditions. in Nib-O, No-IN, Nb-C, and
Nb-11 systems are investigated. Problems emmectQd with th~~ kinatics ancl
mechanifn of Q-.~idaztion of niobium at high temperatixre.,~ ancl I-ov pressures ar-e
diocussed. Mere are 9 illustrations, .3 tablez,~.and a 116-enti-f biblioboxaphy.

UDC 621.391.2
USSR
-iWK!M, -A. H.
Accuracy.of Joint Estimation of the Carrier Frequency aind Direction of Arrival
of a Radio Signal"
Moscow, Radlotekhnika, i elek-tronika, Vol XVII, No 2, 1972, pp, 301-306
Abstract: The method of maximuza probability of the carrier frequency and di-
rection of arrival of a signal received against a backeround of norual noise
exponentially correlated in time and with respect to the antenna aperture
was used to investigate the- problemsof:accuracy of the estimation. The dif-
fe~-ence in error dispersions of joint and disjoint estimates is cspecially
noticeable whenrx using antennas with a large aperture in.the case of significant
'difference in the direction of arrival of the signal fron, the nornial to the
aperture. This situation can occur when using systems, with a synthesized
aperture when the observed target is located,at-a small angle ~o the synthesis
trajectory.

USSR UDC: 537.525.5
MUMS TJ.P,'Y-!--V, V. G.
'V, G. A. KAPLAN, V. B., MOMES, B ..,Ya. and.
11"Ire Discharge With a Strongly Ionized Cesium Plasma"
Leningrad, Zhurna-l Tekhniches~2y Fizikj, vol. 4.1, No. 2, 1971,
PP 453-456
Abstract: A description is !7iven of;1experimentatien involving an are
dischargle in cesium vapor at a presoure of 0.1 ~o 2 mm HG, with a
potential difference between electrodes of from: to 100 volts, and
at high current densities of from 10 to 100 a/cm~. The purl)ose of
th,;: experimentat ion wa,- to at,udy the characteri-tics of plasmas of
short, low-voltua-rf,~e arcs wit-h high currenit densiti~--s and, to invi3stli-
gate the possibili-111-y o-11* E;etting high disch-aa,,n*--:, cu'rrent donsities
with distributed thermoc-lect-onic emission from ~, c-athodt: ,%7ithout
transition .-o d-J;_sch,-arg;-;e with a cathode :~;Pot, vU1t-ar!1P(1-r(.! chrtr-
acterlotics ol' th(~ arc are plotti~~d, t1nd thO CUrr',:!11t
they evince are discusseci. T'h,.;. aut'hors of thic orief e., orlmuni cat icn
expr~~ss their ff---titL1dc- to B. 1. Teirkoll fr,,r devirlopin-, tht.,
trio. circuit, to V. i,. .1achkov, for preparing thir e.~.p..--rifflentai
ment, to 6. M. 'S-hkollnik, for ",the meas-Ureaen-It-'s, and
to -e. G. for his cowii~!nts. Th,.,y are tao
L ingrad Semiconductor !nstJ.1;u-te.

1/ 2 040 U-14CL As S IF ED Pkf)CESSING DATE--13NOV70
TITLE--;~ACIAL DISTRIBUT19N GF THE PARAMETERS OF THE PLASMA 4N A ~PLANE
-VERTER -U
THERMIUMIC ENERGY CON
AUTHQ~'-(G3)-0YUlHEVr G.A.v STARTSEVp YE.A** YURYEVI~ V.G.
couNTRY OF INFO--USSR
/276-42-
-,SOURCE-ZHURNAL TEKHNICHESKOI F1711KI, VOL ft0p ~FEB P 26-423
'DATE PUBLISHED---FE570
'.-SUBJECT A ON (NON--PROPULSfVE)
REAS-PHYSICS, ENERGY CONVERSI:
TOPIC TAC-S--DISTRIBUTION THEORY, THER14IONIC ENERGY ;CONtV.ERS TruN, RADICAL
-FLOW, PLASMA DYNAMICS, ELECTRONIC SHIELDING, iCUR.RENT DENSITY, CATHODE,
CE PLASIMA
lum
MARKING--NO RESTRICTIONS
N
D.OCUME, T GLASS--UNCLASSfFIED
-.~.-PROXY REEL/FRAME--1979/1555 STEP NO--UR/0057/-~'Ll/04,')?000/0426/04,-8
CIRC ACCESSION NO-AP0047883
UNCLASSIFIED

-----------
2/2 040 UNCLAS~SIFTED PROCESSING DATE-13NOV70
-AP0047883
CIRC ACCESS UON NO
-.,ABStRACT/EXTPACT--(U) GP-0- ABSTRACT. INVESTIGATIGN FjF THE RADIAL
DISTRIBUTION OF PLASMA PARAMETERS FOR THERMIONIC CONIVERTERS WITH AND
WITHOUT ELECTRODE (CATHODE ANDIANODE)l SHI EL DJNG BY PLANE SAPPHIRE RINGS.
IT IS SHOWN THAT FOR CURRENTS R A NG I NG. FROM 2T015 A--SQ CM, THE
BOLTZMANN FORMULA HOLDS FOR LOW BAND HIGH CESIUM P-RESSURES. ELECTRODE
SHIELDING DOES NOT EFFECT THE, RADIAL OISTRIBUTIL14. OF THE PLASMA
"DGE EFFECT ASSC
PARAMETERSt , AND,~ DOES NCT 0.1MINISH THE, ,.rIATED WITH THE
RADIAL DIFFUSION OF CARRIERS FROIN, THE GAP.- HOWEV~-R, SHIELDING HAS THE
THE INFLUENCE 'OF THEE LATERAL SURFACE OF
EFFECT OF APPRECIABLY REDUC ING
THE CATHODEll-WHICH OTHERWISE: WOULD EMIT ELECTR0NS,:I-NTG THE PLASMA. THIS
IMEANS THAT THE TRUE ELECTRON CURRENT b.EN!;:,lTY CANNOT BF~ RELIABLY
-L TERMINED WITHOUT ELECTRODE SHIELOING.
UNCLASSIFIED

USSR uDc: 621.385.633.1-001.5
V. I. DOBRYTICMNIKO, V. N., SIESTIPEROV, V~ A., NI=TULLIN, U. A.
YUR'YEV.-
Experimental Study of the Interaction Between S3mchrc-no-as Wa,;-es of an
Electron Stream and the 'Traveling Wave of an Electrodynamic Structure
Moscow, Radioteklmika i Elektronika, Vol 17"~No It, Apr 72, pp 830-634
Abstract: The paper presents the results of ail experimental study of 0-type
interaction between the synchronous waves of an electron stream and the field
of a special electrodynamic structure. An actual gain of 13 dB is attained
as well as an electron amplification factor of more than 20 dB. Quanti-
tative agreement is established teWeen the experimental ana tbeoretica3
curves for linear gain as a function of beamcurrent and nagnetic field
stren&.h.
:zr

.USSR 'UDC 632.954:633-17
-4UZA, V. S., Ukrainian Scientific Research Institute of Plant
Growing, Selection and Genetics imeni'Y,,,,&, IYUROPEV
"Experiment With sym-Triazine Derivatives on Ifillet Planti-n~,Tsll
Moscow, MUmiya v sellsicom khoaaystve, Ho ll~ 1971, -pp 45-46
Abstract: A study of the effect of some sym."triazine deri7a-
tives on the weeds and the croD is described. The soil of the
experimental lot Was weal.'17 leached, deeD chernozem with a humus
content of 6.2 Dercent. The -oredecossors to nillet in the area
'la; n h e
were corn for s1 -e (1967) a d.sunmer barley ~(1968-19610)
millet was so-,.-n. in wide .-o-,,s to facilitate i-.reed elimination.
The herbicides were apnlied during presQwing cultivation. ',he
estimr-tes, have sbown Antralzin rnd Fronazin tD I'E) MOOt OffOCUVO
whon anDlied in donan of 2-3 'Arg.ht) ana 2 '~g/hsq, respectively.
Simazin ai)nlied at 1 and 2 1,g/ha appears to be;fairi effective
Y
only a Dredomirance or young dicotyledonwis %iced plants.
The sodium salt of 2,4-D was effcctive~on dicotyledonous weed
only.

POOK107--dw
USSR UDC 621.372.5
TOLKALIN, L. N., KUKOL'NITSKIY, A .F., YUk'.YEV, YU. N.
Phase Filter with Corrected Characteristic!'
Vopr. radibtekhniki --V sWroblems of Radio Engineering collection of works),
Tula, Tula Polytechnical Institute, 1970, pp 98-105 (f.rora RZh-Radiotekhnika,
No.4, Apr 71, Abstract No 4A146).
Translation: The possibility of expanding the phase characteristic band of
a phase filter is investigated, Ifethods of :practical ;reali2ation of the f il-
ter with a corrected characteristic are~proposed, and ~the circuit elements are
presented.,

LINC LASS I F I F1.0 ?KOCEESSING DATE--02'ICT70
'T.ITLF_--THkRPAL OECOMPOSITIUN OF PR30.UCTS OF THE REACTI-IN OF ~jZONE WITH
CYC LOUL Er I N, s _U_
I iC, -7 - (.0 3) -A Z UMCI V SK I YS.D., YURYEVv -YU.Nvv TSYSKDVSKlY% V.K.
-UNTRY OF INFo--USSR
'5VURCE--lH* GRG. KPIM. 197r), 6(2i# :254-60
I)ATE PUF.L I SHE 0------- 70
I~$WJECT. AREAS--CHEMISTRY
TOPI-_ TAGS--T4ERMAL OFCOMPOSITION, OZONE? DICARBUXYLIC ACID, ALDE-11YOEs
HEXEN&, -CHEIIICAL REACTION MECHANISM-
OX,TR.G1, MARK I W-NO RESTRICTIONS
"DOCUMEN'T CLASS--UNCLASSIFIED
,.;.PRCjXY RE-EL/fRAME--1993/0214 STEP NtJ~--UR/0366/70/(I-J6/002/0254/0?bI
C IR C ACCLSSIGN NO-001131i3
UNCLASS IFIEO

212 0 IS UNCLA:SSIFIED PROCESSING DATE--0clJCT70
C-1 VIC ACCESSION NCI--AP0113153
::ABSTRACT/ FXTP ACT- (11) GP-0- A3STRACT. THE REACTTION OF 0 SL)33 WITH
CYCLUHEXENE (11 OR CYCLOOCTENE (11) GAVE POLYMER 1,G 0ZL)NIDES OF 1 0;: 1 1
UIA OF, I 11A, RESP. 1 1 N 95-6PEV.CEMT Y I ELDS AND 3-4PI:RCENT MO%V . ERIC
OZONIOCS (If! OR 1111, RFSP.). IN THE OZONIZATION OF 1,5,CYCLO9~TA0IE%f_-,
ONLY POLYMERIC OZONIOES WERE FORMED. ~rHERRAL DEC"MPIN. OF TFIF M ON 0 ki E .4 1 r
Ok PULY~WRIC UZONIDES GAVE THE.SAME PRODUCTS 401CARROXYLIC ACIOS-).
UIAL01HYDES, AND UIALDEHYDE CAPBOXYLIC ACIDS), WHECH DEMONSTRATED THC
CA.'CLIL NATURE OF BOTH TYPES OF OZONIDES. , THE. DECOMPIN, O~ I tBUTENE
OZONIDE GAVE ONLY AONDFUNCTIONAL PRODO CTS (HCH91, ACH, AND ACOH). THE
ACTIVATION ENERGY OF IA AND-IS THERMAL-I)ECOMPN. WAS 34 PLUS OR MINUS 1.5
KcAL-VIULE, I E-,. CLOSE YU THAT OF 1,HEXENE.. CJZONIDE~ (32 PLUs OR MINUS 2
eAL-MOLE). THE THERMAL DECOMPN. OF IAI AND 18 INV OLVED THE FJ~MATIO-lq OF
-.INTER"'EDIATE OLIGOMERM AND P0LYlJl'Ek'M PRODUCTS, SUCH AS OCHICH SUB2)
CHMME100H AND OCH(CH SUB2),SO64 CH(0ME)00(Ciil0H)(C" SU02) SUB4
CHIOME)OO) SUBN. THE MECHANISM OF PRODUCT.FORMATION WAS DISCUSSED.
UNCLASSIFIED
.w.
W~mm

JPRS 59775
10 August 1973 i
UDC 621.039.51
APPLrCATION OF A MODEL OF A POROUS. BODY VOR CALCULA71ON OP
THE-FIELP OF VELOCT'-ArES AND TEMPERATURES IN A REACTOR Cc=
jArtlCle by A.. P Inakov and 'Y obninak, Pabli-

cation FEI-2 f Inc., pfiysics
a titutf" Russian,
1971, 11 pages]
1. -thia-Wor?. m*iySiam-of differential oquationz
of hydraulica~'and heat titinafer for a reactor
core is considered, an a "porous body" with
anisotropic properties, which is solved, in.a.
linear approxi;nation for a c4se 16F small.devL-
a
ation f the geometry of the,channels.
In tho~ calculation Of the. hydraulic and thermal charac-
at e*chafigexi and core& of rea which are a
teristics of he ctors, I
system of rod -s,h aped,, TIM, 4 fuel elements) i~nd parallel chapels,
-
onnected between each other, it in 'inadequitli to
c
C onsider only
on. or i feiw channels. The presence of regular and random davia-
t
of the. system and in the distribution of
ions in the 96omatry
,
heat liberation leads to a redistribution of the flow rate.of
the coolant throughout the crone-section of the core and to,an
irregular preheating of tha.coolantjjjit2j.
As a, conzaquenco of thry largo numbur of connected than-
nals, the problem stated In a general forte turns out to be quite
cunibersome, The
M?,thodology.of statist1cal calculation of the
effect of deviat ohm of tba geometry an the scattering of the
.,
flow rate and temperature of the coolant in a case of cnnnected
channels gives characteristics of scattering that are connon. for
the entire myitem, without local variations, without a considers-
tion of the mixing of jets of the coolant and the spreading of
heat from the "hot' point 13).
this work, a system of differential equations of
1%
hydr..1
in solved for the system ain a whole, which makes it
possible to perform the analysis in a common form and to obtain

USSR

4.

USSR 610%':621 3 1 3.12 5 9 17 2 12
BOOL-SHOV, V. 1., DUBININ, A. A. OINITRIYEV, PC 11t TGS H
V
S. R., mvsmt~', V. A., IMATUSEVICHj YF. S.-,
TOP11`0 , V. Ya RE GUSIHE VSKI Y V. STIM SSY. I Y Yu. Ya., and
YURYEV, Yu. S.
"Phy'sical Investigation of the Targ t in an Electronuclear
e
Neutron Flux Generator"
Mos cow, Atomnaya Energiya, Vol 28, N, G51 4-~ay 70,,Pi) 3M-392
Abst ac"%,:
Fluxes "of thermial neu"*rons on the ordar o1- 1017-1()18
n/cm -sec open nev; possibilities for Investigations in mpny
areas of- science and tec;iholod-y.. There As great~ int-erest io
'Ube possibillt-Jor increasing neut
the study o-1 4luxes by
using~the process of riultiple meutron birth:upon i in la ra c t i o n
th en , r hea%y
of nuc)eons u1L. L
gies in the hundreds of: Mlel.'~-witl
nucsel- 151S artilcl.- nresents the results of experiments and
Calculations concerning the neutron-physical characteristics

USSR
ZOL SHO V V~ 1 DUB ATN' .1 N A A DM,1TR ME V V M. K A P C H I G A S H E V
f'.
S . p KO IN ' S H I IN' V. A. , 1,1ATUSEV! CH Y . F . S TO L ' f 'S I Y
V. P. TUP11110, V. Ya., REGUSHEVSKIY,~V. I . , STAVY55,1.',P.' , Yu. Ya .
YUR'YEV,:Yu. S., Mloscow, Atoiiintaya Enerqiya, Vol ~2B, No 5, M a y
M pp 383-392
b of the, target in an electronuclear device for tho goileratlion
of neutron fluxes. The yield of neu,trons a. n ddi,stribution of
the . n wm, b e r o reactions ir, a heavy t-arget a n dm ad e r a t o, are
measured. The space-enern dis.tribution~. of neutron -Flux in
Y II
the- moderator is calculated azL unn- accbmulation. af transuranium
Olemients in a systen, with high neutron -f I ux i s n-pitted.

1/2 034
TITLE--VAPOR PHASE RADIATION
--QXYGEN DURING IRRADIATION
~4,WfiljR-(0~0 TIM13FEYEV, V.D.j
Y E A
~.CCUNTRY OF INFO--USSR
UNCLASSIFIED~-, PROCESSING
THERMAL OXI-DATION OF' 8F_NzEtlE i3Y
ONS, _U_,:
BY PAST" ELECTP.
DATE--30OCT70
MOLECULAR
YUR 4t4v-ALAPISflEVSKAYAt Z.B., BORISOV*
ly

r7l
777
212 034 UNrLASSIFIE0 noCESSING DATE--30OCT70
-C*IRC ACCESS113N NO-AP0119492
_.AB-STRACT/EXTRACT--(U) GP-0- ABSTRACT. TITLE nocc:ss wAs sruDiED UNDER
DYNAMIC CONDITIONS OF L ATM AND 50-3000 MIL-HR AT, SMALLER THAN OR, EQUAL
TO 800DEGREES USING -ELECTRON ACCELERATOR& RUP-4-00-AND 0-16 (1,5 TIMES 10
EV-Clkl PRI.ME3-SECv,. RESi FGLLO~ BY
TO WEO
PRIME15 AND 1.6 TIMES PR I MEI 7t
THE CHROMATOGkAPHIC ANAL. OF THE~.PRODUCTS PHOHy PH SUB?i CRESOLSv CO AND
CO SUB29 IN RADIATION THERMAL OXIDN.~.~ (RTO),~ THE J)EPE~JDENCE OF PHOH
-YI.ELO 0 IN TEMP., C SUB6 H SU86: I-0-,SU62;RAT 10, TIME IOF CONTAC'I :I AND CONCIN.
"....OF -,ADDED CYCLO14EXII.NE WAS STUDIED AND COMPARED WITH THERMAL OXION. (TO)
UNDER THE SAME CONOITIONS. THE YIELD OF PHOH IN R~'O WAS ALWAYS HIGHER
THAN IN TOt THE M4X. PHOH CGNCN* BEING:4 VfT.PFRCENTO THE QUANTUM YIELD
WAS 40 MOLS.-100 EV AT MAX. CONCN.~ EFFECTIVE ACTIVATION ENERGY OF PHOH
FORMATION WAS 70 AND 49 KCAL-MOLE.FOR R.To AND.TO,.RjESP..(MEASURED IN
TEMP. INTERVAL 700-BOOEGREES), FACILITY:! NAUCH.-ISSLED.
F1 Z.-KHIM. lNSl'.,IM. KARPOVAt MOSCOW.r 0SISR"o
UNCLASSIFIED

UDC 547.5-12-13: %2- - 91.~3.-66.085.5
TDT0FMYEVj V. D. IYUR IYEV, j KLAPtSITINVSKAYA, !9. B. and BORISOV,
A tute imen! L. Ya.
YR. ScientifiS71R h ysico-Chemioal Insti,
4stry
V Moscow, State ComiLl.ttee f or: Chein-
11vapor Phase Radiation-Thermal Oxidation o1j. Benzene With Molecular
Oxygen Under Fast Elec,*Cron Irradiation",
Moscow, Neftekhimiya, Vol 10, No 1, Jan-Feb 70, pp 42-47
Abstract: The authors studied the radiation-thermal oxidation of
-SEEZ-ne with molecular oxygen in terms of the effect of temDerature
011 the yield of -phenol -- the yield increases with toz-noerature
increase; the effect of the ratio benzene:oxygen -- a trend towards
higher yields with more o7,vgen was observed; offoot of the coatl~ct
time -- inverse relationsh-J.D of the yield to ~ cont.Rat time. The yield
of Dhenol in this reaction was found to ~ba always higher thaun in the
thevmal ieaction, maximal yield being 4 weight-%,., The radiation-
chemical yield of phenol at maxbial concentration was 40 molecules
Der 100. ev of the absorbed radiation energy. ~ The' off ective one, gy
-of a-"--4vaiAon for the fomation of phenol was fotind to be 70 Kcq-l/
Mole'for the thermal process- ahd 49 Kcal/mole fox, the:rsdiation-
thermal i~roc es s at 700- 780o..

?12 - 026 UNCLASSIFIED. ~`ROCESSING DATE--IlSeDTO
C-IkC- ACCESSION- NO-AP0106105
Ga-0- ABSTRACT. .DISCUSSION OF T4 THERMAL STPESS
CQN.CEINTRATION -I~N 'AN INFINITE PLATE OF CONSTANT T41CXNESS WaAKENED 8Y A
HOLE WIT14 RGUNDED CORNERS. THE PLATE MATEPIAL is nqTH03TqODIC
WITH RESPECT TO ITS ELASTIC AND THERMAL PROPERuEs. THE DI',lFf4c.I0%S OF
THE~HDLE ARr- SMALL COMPARED TO THE AREA DF THE PLATE. THE PLATE IS FREE
OP SURFACE AND BODY FORCES. THE STRESSES ARE, INDUCED BY HEATING THE
FDGES OF THE HOLE. THE TEMPERATURE-IS CONSTA74T OVER THE- PLATE TqYCKNESS
-UN - CCMPLEX VA A L S
AND IS ZE90 AT INFINITY. ..THE A14ALYTIC r . C T I ONS: 0'r RT a E
OEFINING THE TEMOER&AT(I.RE AND STRFSS DISTRIBUTIDNS ARE OBTAINED IN THE
FORM OF~ A SERIES IN POWERS OF A SMALL P4RAMETER Cq.ARACTERIZI.NG THE
.:DEVIATION FROM A CIRCULAR HOLE. &FORMULAFOR STRESSES AT POINTS ON TIE
CONTOUR OF THE HOLE IS PROPOSED. THE RESULTS ARE TILLUSTR.ATF-0 BY A
PRACTICAL.EX,A-MPLF-o
'w
UNCLASSIFU0

T!
4L
Ace. Nr* Abstracting Setvice: Ref. Code:
A7*0049879 CHEMICAL ABST.6/10
too imms Metalation-.of dibenzenechromi'unt-lind ionle 6f its
homologs. X ' P tevchenko
A
(Inst; Elem rmdi R). DON.
M. ARWO
.4 ka ';SSR 19'(O~ 190M,-118-'!I;jChernT (R%zssi. Treat-
ing 4~3 g J3u!.: ~hr with, 0.67 g
diben7imechromium'(1),' ht, and adding 16 in], MCI
with ic-. coolint'jiVt'a,ilnall iint"isonil s, Mellh, and
eric xy ene
'~ t
12,4- taid 1,3,5-Me%C~Hj; '~~'46jlir reactiod! With aitoluene.
chromium (11) - an(I di-iix-%~Itn ruitim * all) gave- similar
ecilro
results., The Ist LVaton enlemOnly ttie benzene ring and the
M~ group is unaffectid in re&Won of II, 4he N4 Li atain enters
'the benzene ring 006winantlk alid,. bL soini U it dots attack
the Me group, fielding 1j2,4-ahd 1,3,5-NI
ejCgH;l as , well as
isomeric methylethyli3enzenei. The Nit groups directs the Li
atom to YtA- and ppositions of the~'ring. in Mieftion of Ill the
1.3,5-iwmtr is formed predominaitly alssso~ G: M. Koso~lapoff
REELIFRAME

VI-4d. COARACTERISTIC STILUCIVRAL DEFEMS IN DIAM-M
jAr;3,tIv b7 To. V. ~'Obqjfv. 0. F,
44-tbtrwk. a a
P61-,X. ~tdn~tk~~iLLr ~t~j i k, Rva.i.n.'U zl~71017V 74)
A StMT wn!-.%&dS at OT role of tills
- ~ I_ , ~ _ il _ _=t=
the prrp*Cti6 or~~ .Lz is 4.=Mwtrat~d v at 4 vatz=y, In, 6,41&molld
t?ve frectiventea. V- 10 th absorption
In 20 times kkeatir than V9. I "at -the dio Iocationt JwLth the
o1 a
*AS* tozoo'Antl defing ?.he mtur*,ot tt.* st-ray A" of the
dit--;M and the color Nioldt and at tha~~ olastIcAlAr deformed
opectorna_ ~*-r the- dla-166wtfoo apactr4 In .,-treat to the point ceaterm. broad
vtruttur*l%*% harAo *VJ "raCttristU. vhich are related to the trSusitSons
~Ctwvon the dtalocAt ioq Range. .. Ut tragen centers fami", tbo did' atilre
Attloophore at Were ratar4ad (by resonance
ott V41i:,4u,momiltrAted thAt:tlle ilpacifilmot, the laftrattion of
V the Alelocattofto wt ,ih the 71ujja t", plastic., pro arttaw
of Cho A iiWy -wAr, sAila 0: tLa Fo#*Iblo role of, the d0locations to
the totastion-du the @pier levals determining the p"partUs of,type XU at
1"lloss Olas 5 a latelcul don4t ConcontritLons C32 to natural and it in
synthetic 416mov:161.
strocture)
*to Pat*-
A canca. v#xnatIc
A r
v 313k Cttv*, lot VUR 2.8 wy Under S. cam.
7414 Inactive Caftw4vto to V7 mod T on hoettog
x 11 4200 end WSdiattoo (ultraviolet.
Active dv 4V"~ + dV+. Cwpatity for
tobigatIou d%,,Avao:.t318oOtCp*
of erretal.

EM
YUR-YEVA, V L
"One Problem in Longitudinal and Transverse Bending"
Tr. Kazan. Aviats. In-ta. [Works of KazIan Aviation Ins titut6j, 1971, No
139, pp 3-15, (Translated from Referativilyy huTnal, Mokhanika, No 10,
.1972, Abstract. No 10 V1123 by the author).
Translation: The strenoth and rig
of contact vires of a hyperboloidal
electrical plus are calculated. The forces pressing on, the wire, stresses
and strains in the cross sections of th-- -wire,: coil tact line length between
-ixed geometric dimensions o"
wire and plug, ,Lxial force in the wire with f
the hyperboloidal plug are determined. k. nufferical exa~iple is presented.
R119affil: Hn 11
UR

112 Oi7 U,.-?C L A S S I F VE D
FOR EVALU4iTING F F, E C T IN --- S J -4 A F I C,
A Z AS HEAT STABMDERS OF ETHYLENLP.:~CPYLEPIE C CK) L Y M
M
AUTH0P,-(01Z)-.KQiSAKGV, V.G., YURYEVSKAYA', I-,-
CGU,NTRY OF- INFFj-_USS.R
SCURCE--PLAST.-MASSY 19701 [2), 66-7
DATE P Ub L I S H E D-- ---- 70
UBJECT AREAS-
S -MATERIALSt CHC-MISTRY
LJHVLEN'a,~ KL P Y 1. [-,'IfpCOPLILYiAE" H M I C A L.
o
TA;l;S---AZ C D'A. P C. U N D
ST A 6 1 L I ER t Tt PIZ.MAL ST`t~(LITY
'4 A
C CN TRO L ,K I NG--'I", P. E S T R, I CT I (A S
-U0CU,,;ENT CLA S S-- 'PiC LA S S I F 1 0
S T 0
I. "a';
I 5MIRMILM mill

ON :~NJV70
UNCLASSI F114P
Z-fPC ACCESSION
T
GjP-0- 11-ilS T A A C rI HEEC, ];;IF- IZ
A
S i t-? zEi, s0 Fe T'll i Y y ~,L
14 L Ja, T ::-3
THE S TI!.i I L 11. T Lli A
REVERSIOLE F, i-MIEZ POSITIV~: OVER FE Pi- 3 P,0SIJI VF REDTK SYS Ti I N H
SU-332- Sk-) SkJFj4 Tj-E FitNAL VALUE OF THE~ PUTENNAU i"S .411"i OATA
-:703TAIN~-'-D BYA?1; L L I iNG Mt i 0 DA~- PLI--I'r,(JF MAX, ' ILt. ING fl;l~ V-S. P01'EiNTIAL
L
.INDICATED THAT T ti ~'-!D S TF F F. G T I V EIii EE- ~FU U -NID I N:~ANARA":,' OF
50-20G '4V, E. G E'j7YL A~No. P~
'IB E' 7ALE01YDE' P ANION
DIMETHYL AM 1140
JANILI
UNCLASSIFIED
HIRWAINKM

USSR
S
BASOV, H4 G., BASHIbY, A. S., IGOSHINp V. I.t ORAYEV UY, A. X., and
YMYSHEV, N. N
"Study of Vibrational Energy Transfer From OD to CO
2
Moscow, Pisma v Zhurnal -Eksperimenial'noy I Teoretichoskoy Flziki, vol A,
No 10, 20,No
Y 72t PP 551-555
Abstracts The article reports the first detection of effective energy trans-
port from -the OD radical to C02 moleculesp.res'tilting in the laser effect in a
mixture of 03, D2,and W2 at a ua-velength of 10.6 microns. A simple analytic
reaction model and the results of measuring the time characteristics of the
laser generation pulse are used to evaluate the rate constant for vibrational-
vibrational energy exchange betvaen OID,and C02.,I,The authois used two measure-
ment rethods -- according to the tima delays of generation il~ relative to the on-
set of initiation, and according to attenuation~of, the chtl*6ical laser genera-
tion zignal~ A laser tube 80 cm lon&,and 1.3 on,,in diamoter wa,.i used in the
experinent. Fumping was effected by two IFT, 20000 I=ps.
IN

TEC"MMICAL TRANSLATION'
TSTC-117-23- 1136-71
ENGLISH TITLE. Specifics of Interaction of Quasistable Laser Radiation
with Rttals
FOREIC!l TITLEt Ob 0sobermostyakh V~aizmdoy~stvjya.s yatalla;hi Rvazistisi*-
nttrnogo Izlucheniya L;~ziera
AL"MORt Zhiryalkve K; K. 'Fannibo
Y-
SouRdr: Zhurnal prilkladnoy makhaniki i taknicbeskoy
fizzlki. No. 3
1958,-pp. i26-2118
TranslAted for FSTC by LEO KWiLik ASSOCIATES
NOTICE
The contents ofthis publication have been translated as presented in the aricinal text. No
attempt hAs 6cen made to vcify the accuracy of any statement contained hocia. This
translation is published with a minimum ofcopy edi:in~and graphics ~preparatian in order
to expedite the Jimerninaiian of information. Rcqursts for additionAl copies of this
document should be addres5Qd to Dcpar;meni A, National Technical WOM12tion Service,
Sotinditid.Visizinia
This translation was acc=pllsbed from a sterox =a~nicript. Tlio graph-
ics were not reproducible, An atrefrpt , -.0 obtain the .oilrifisl graphics
yialded.nega,tive resulro. Th". tbir docuftient vist published as Is, In
order to make.it available on atimely basis.
q

I 71w radiation Of 2, Pulsed Can De zz:~IILJ to a solid undor free
~witlijut using q,modulation 4eviccs) in two Tncdcs.
depcntlip~~_,,,n the p;ir;vnvters of the resena-zor. 11he first zadej the ;o-calla:!
'J" .2
peak modc,~ ... i~'bc~n described in detail -.-n the li-erit=r.-?,.- Th ~tri~.cnci nede
tile quasist.142C (qua inLou, 0: bcon ~'gnirjcantly
loss charjct~~crl:51,k~., oscillugra,- 'of this sort of radiation
Fig.
This article: presents, resultr, of =perimcnis on the effects of quasi-
stable -radiazion on metals. Corparative arualysis of these rosuits with the
r
es it a!
U 5 of the actions of peak-typo radiLtion of the same.-ener" zind tot
pulse len;th but significantly different tisto conclude
that thore.ia-a quolitative differencia An the:=achanis~ of these
It As promisini.tb use quasistable, radiatic.k.n.,for.volding -and malting of
7
Fig. 1. Oscillopram of Q!_3si-
stable (Peik List) (3diax-.-nn of
a Pulsed Ruby Laser. Stanning
Rate 10' 4 Sec/cn,
1. The radiation of a laser opcrating acording to the traditonal
plan with u pinne-parallel Fibry.Fcrot resonator has a corplt'x strllc~U_e
with a total lengta of about 10-1 sec, cons-isring of a large nMber (on the
order of 102) of chaotically fomed short p-j!ses, so-called, 11 Their
duration 1,~ on the order of S.10-7 see, the r6pexiv*'on frequency is about
106 liz, thorefore, the power carried by each such ;Oak is one to two orders
higher thazi the moan powor of the entire pulse as a whole.

PROCESSlNG DATE---160CT70
023 UNCLASSIFI~
:TI,TLE--P0LYi4ER IZAT ION OF VINYL MONQMERS~ irq LAYER -OMPUUNDS OF
MONTMORILLON11TES .-U-
..,AUTHOR-(04)-ZAYTSC-V, NALYEVt V-D-t V~,RZHENko, A.I.
YU,S.t KISELp N.G.j YE
.-COUNTRY OF INFO--USSR
lS0URCE--KOLLOIDNYY ZHURNALv 19701 VOL.32y'NR 29 PP 2L3-217
JDATE. PUBLISHED ------- 70
-CHEMISTRY
~~UBJECT AREAS
--TOP,IC..TAGS--POLYMERIZATION, MONOMERt. V I NYL COMPOUNDt P E RO "'.3 0 E p M I Nl E RA L ,
"CHEMICAL STABILIZER
~CONTROL MARKING--NO RESTRICTIONS
~-DOCUMENT.CLASS--UNGLASSIFIED
-P,ROXY,REEL/FRAJ14E--1993/0402 STEP NO--.UR~/0069/70/0321OCt2/0213/0217
IRC, ACCESSION NO--AP0113320
UNCLASSIFIED

.2/2 023 UNCLASSIFIED OnCESSING 0ATE--160CT70
,CIRC ACCESSION NG--AP0113320
~,ABSTRACWEXTRACT---(U) GP-0- ABSTRACT. AISTUDY HAS BEEN MADE OF THE
-POLYMEPIZATLO(N OF VINYL MONOMERS IN LAYER COMPOUNDS OF MON T MUR I L L J,'-? I T E
'USED AS A STABILIZER OF MONOMER EMULSIONS. THE 0EPENDENCE OF THE CHANGE
.,IN THE INTERPLANAR SPACES IN MOINTMORILLONITE DURING POLYMERIZATION OF
VINYL MONOMERS BETiEEN ITS LAYERS ON THE POLARITY Of MONaMERS Ai,40 THE
NATURE OF PEROXIDE INITIATORS HAS BEEN STUDIED BY ROENTGENOGRAPHY.
APART FRGM STABILIZING MONGMER EMULSIONS9:8ENTONII'L- CLAYS SERVE AS SITES
-ONWHICH POLYMERS ARE FORMED ON THE SURFACE.AND BETtliEEN LAYERS OF
MONTMORILLONITE PARTICLES.
UNCLASSIFIIED

Ref coae: M 0069
Ace N 4e
36539,""
PRIMY, $0URCE Kolldidnyy' U a 1970' o1 32, Nr 1,
2h4rini
lip 136, ,
K
STUDY OF THE COLLOIDAL,4 ICHEMICAL~iFACTOI IS
OF BEAD POLYMERIZATION Of VINYL MONOMERS
EPPECT OF THE DISPERSING. AGENT (Pb~V1.kETHACIMLId A6'w) CEWRATION
A" NEUTRALIZA710M PEOREE.:ON,THE STABILIZATION OF STYRENEMAM09MULSUP4
ry rzhenk6, 1.~A. Ando r
Strmmary,
The studv of stabilization of styrene macroemulsion undergoing polymerization in
the presence of polymeffiacrylfc acid used asadispersing agent has shown that the de-
pendence of the stabilizing properties on the neutralization degree and concentration of
the polyacid is areadily accounted for by~ the conformation changed of the dispersing sgent
macromolecules in the ~4ution and by ihe variation of the,hydroilynamic conditions under
whkh bead polymerization is carried oul:
REELYEMIE
387~

USSR UDC 547.26'118.07
BABYAK, A. G.2 I and BOBNAROHUK,~ N. Dq~, L'vov Polytechnical
Institute and theQIRstitu"te Toq~miOrganic Chemistry of the Academy of Sciences
of the Ukrainian SSR
"Synthesis and Some Reactions of Substituted Pheny1ditext.-butylperoxy-
phosphazoethylenes"
Leningrad, Zhurnal Obshchey Kbimii, Vol 42(104), No 3,~bfar 72, pp 535-538
Abstract: Substituted phenylditert.-butylpero.%-yphosphazoethvlenes are
synthesized by the reaction of the sodium salt of tert.-butyl hydroperoxide
with substituted phenyldichlorophosphazoethylenes in an ether solution in
the presence of anhydrous sodium sulfites
call.,
R.>C-C-N=P; c1 + 2MaOOC(C113),3 2NaCl +
Coll.
OOC(Cl;3)3
W,. C-F,: R'= AMOCO; 110 = AMOCOl; CN. AMCO.
113

USSR
---BABYAK, A. G., et a-I., Zhurnal Obshchey.Khimii, Vol 42(104), No 3, Mar 72,
pp 535-538
The resultant oils do not distill in a vacuum and are readily soluble in
ether, benzene, acetone and chloroform, poorly solubli! in petroleum ether.
When treated with an equimolar quantity of water in alneut-ral medium,
substituted plienylditert.-butylpe-roxyphosphazoethylenes hydrolyze yielding
tert.-buty! peresters of substituted ethenyl.aiiidopheii)llphosphonic acids
and tert.-butyLhydroperoxides,
cells
C=G-N=P-0OC(CH3)3 +110H
C1115
C=C-N11- + (Clla)'Coolf (2)
RI=AIkOCO*,' R*=AlkOCO. CII.C0, CN: XCC4, C4
2/3
44

USSR
BABYAK, A. G., et al., Zhurnal Obshchey. Khimii, Vol 0(104), No 3, Mar 72,
'535
p. -338
p
The peresters; are thick, colored oils which are readily soluble in acetone
and chloroform, moderately soluble in ether-and benzene, and poorly soluble
in water. Treatment of substituted phenylditert.-butylperoa-~yphosphazo-
ethylenes with an equimolar quantity of glacial aceti6acid produces tert.-
-butyl peresters of substituted ethenylamidophenylphosphonic acids and
tert.-butylperacetate.
Coll$
:.~~'\C=C-N-P-OOC(CfT'j)3 +CIISCOOII C113-C
'\OoC(CII
\0oc(CII.)
R,
cc 15
+
C=C-NII-P