SCIENTIFIC ABSTRACT TETERINA, M. P. - TIGRANYAN, R. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203310008-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

UNCLASSIFIE-D PROCESSING DATE-30OC-T70
-uKMATICN OF A POLYCONIJUA~ATED~IPULYMEK DURING THE THERMAL
DECCMPOSITIGN OF POLYACENAPHTHYLENt -U-,
AUTHOR-105)-MARKEVICH, L.N., BEYLIN,~S..I.r TETERNA, M.P.,, KARPACHEVA,
-G.P.s PULGOPLOSK* B.A.
CCUNTRY OF iNFCr-USSR
....;SOURCE-OCKL. AKAD. NAUK SSSR 1970s 191f2li 362-51
PATE, PUBLISHED--70
AREAS-CHEMISTRY
~~_._,TOPIC _TAG S-CONJUGATED POLYMER%, JHERMAL DECOMPOSITIONt NAPHTHALENE9
F~~.,.`.'.UAPHTHENE# POLYMER STRUCTUREv CHEMICAL.KINETICS,. PYROLYSIS
-CCNTROL MARkING-NO RESTRICTIONS.
;~~_'VdCUMENT CLASS-UNCLASSIFIED ...
~-_`PRDXY -REELIFRAME-2000/109?- -,;--UR/0020/70'/1'911002/0362/0365
STEP NO"
~,_:C IR C:ACC
ESSLON NO- AT6124749
UNCLASSAfFIED,

UNCLASSIFIED PROCESSING DATE' 30OCT70
ACCESSICN NO-AT0124749
ABSTRACT/EXTRACT--(U) GP-O-, ABSTRACT. THE THERMAL DKOMPN. OF
POLYACENAPHTHYL8NE III IN PHCL AND IN BULK STARTS AT 180DEGREES AND
335-45DEGREESP RESP* THE PRODUCTS CONTAIN ACENAPHTHENE, ACENJIPHTYLENE
(III A CONJUGATED POLYMER, BUT NO Hol ON THE BASIS OF IR AND EPR
SPECTROSCOPY THE POLYMER WAS ASSIGNED,STRUCTURE,!Illl IN EQUALS 5-7). THE
FORMATICN OF III INVOLVES THE SPLITfIWOFF,OFjI FROM I AND THE REDN.
OFIE WITH f. THE KINETICS OV I'MOLi.,WT. DECREASE DURING THE PYROLYSIS
IS DISCUSSED. FACILITY. SIN IM. TOPCHIEVA,
INM-~NE
MOSCOW* USSR.
UNCLASSIFI to

Ace. tlr_. Abstracting.Serviee:
IIPO024694 _cumim nsz
32267v Principles of the copolymerization
2,4-dirnethylstyrene under t in ence Organi
und 6nImedia.
s in hydrocarb 0
ieva~ M
Ser~ R 1969, L TIM' copoly
733-6 (Rws), I
hydrocirbon:
Ref. Code
les with
um corn.
Ln
[~In, of dienes
With styrene in
media, initiated -with ~rganoliihium
compds., there'j-4 at fint a ~ P maOmj~6rit P~lymn~, ~bf diene. and
only when the diene is exhauite& A'Wck of Oolystyr~,rie begins'to
form. . The behavior, of d.ie~es' %Zhl 1.4'-dimethylstyrqwe (1) in at-
tempted copolymn. was examd.' . ~,rhe kineti6 of co~.qlymn.! was
studied dilatometii~ally."%~Produtfs.,ivere analyzed b
y-jr s ec ros-
copy. The reactWity'iUk~'uvre:` t6r'butadiei Mane,
r, = 16.65, r2 =- 0.06jor is6pr6e',(M,);inhexane,,r .1
6,'cbain dif-
.0.09. The microstructure, 'of the bbfadi6he pait of.th
fered little from ther atructure'of'tbe~homcipolyrner~ No~~ effect of
uct was apparent.,
penultirnate st e. p i it a w-
um
poly n. of but ien acenap t 'the (11) ~ e Addn.
em
U! _oleo er mole of tli)~ ris
of ~a $man amt. 6f Ite 'in com-
lete inhibition of t epply n., uejo t b metallation * fJI with
M. Ladacki j
RE'EL/Fg,AME..

USSR
TETERINA, N.
"Multiplicative Stochastic Integrals.with Operator Coefficients"
Ukr. Mat. Zh. tics Journal), 1973,, Vol 25, No 3,
[Ukranian Mathema
419-423 (Translated from Reftrativnyy Zhurnal Kibernetika, No 10,
p
p
1973, Abstract No 10V102)
Translation: The existence of a multiplicative.stochastic integi-ai
with operator coefficients is proven. 'A linear stochastic equation is
produced for it. A number of pToperties ofa multipli.cative stochastic
integral with fixed and variable upper 'limit are formitlated. The ap-
plication of the multiplicative stochastic integral f6r representation
of the solution of the Cauchy problem for an operator parabolic second
order equation in the form of a continual integral is ~tudie'd.
~Authoils view
.17

1/1

Ace N-': Ref C o d 6: UP, 03r?
AT049047
FRIMAXY SOURCE Vestnik Oftall.mcdogiio 1970
Ur
pp
HEREDITARY DYSTROPHY OF THE iMACULA LUTEA 1RACED
IN FIVE GENERATIONS
P..
dy-
-iced in
preceded 'v achromasia and nictalapfia, was 'r, -
CuMv sTr7ohy gene-
d-lare' it e1 in 6 0 68
rztio'6s oi one pe-digree. 'this morbid carilition, having d,- d is f I ut f
off its me-mim-rc, In
the family und~er. examinazion -the transmis6i,_,n of this sign Occurred
after tht type-, "le rvono- and d"11"r-'Xic, N!ins being concordant for
the givf~q 1st-, se- In ihis saftl-.~ 11mily the w; I ~s
a!olg with illw ;I v"- Ul 11kWi
bers ~n co~nj%' m-
and"
C"I '01is mr-, an identicill, c-~.ur'e in di'fferc-nt of the pedigree
inbe.
but -n the macular remav- went risiensihie i in senile pt~~mts only. Ph
d ~ rr-caf invu;~ ~Ih ~
jndj~a!e t,1je'j Sio,
n 0 111"Mr_40'i 3T ion, e i i -. of ihe cc,.-tels kvje: in reuna. -
in- a Tair ad*~"anced stage r0ds are also Imniicated and 1111 epmces~ then ends with cc-cjtv.
'A L~oroug;i eX4rninat n of 'vision, A~_uld be efiect~'IiA in clase and remaie
iOn Of thi- 01-g3
re;a*"ives O~ pflents vvi~h achrGmaAa a-id ni;'Ialopia to arrive at cori-el"t recognition lof
hereditary njae1_11ar dvsirorh%- and Its early detuction, ihis being. o*f prime importance for
medico-ve-
80
08,33
3

'D 'PROCESSING DATE-t-,90%-100
UNICLASS
_-vlLtTY OF CYLINDRICAL,.'SHE,L~S OF FIBFRGL .ASS PLASTIC SUBJECTEU TO
CREt-RUNUER A PROLONGEU EXPOSURE, '10 EXTERNAL PRESSURE -U-
,AUTHOR-i02J-KIKAR0S, R.B., TETER'* G A
~CGIUNTRY OF INFO-USSR
~-SOURC.E--MEKHANIKA POLLMEROV, VQL-~6, JAN. 'FEB. 1910, P.:61-85
.-DATE PUSL ISHED-----70
'SUt
3JECT AREAS-MATERIALS, PHYSICS, MECH.., IND., CIVIL AND MARINE ENGR
'-l_PICJAG- CYLINDRIC SHELL STRUCTURE, F113ERGLASS C EP,',llYDROSTAjIC
-:-,:PRESSUREi NONLINEAR EQUATIONg SHEAR STRESS', DIGITAL COMPUTER
-CONTROLMARKIING-NO PESTRICTIONS
~-;1)66UJAENT CLASS-UNCLASSIFIED
bx a
Y EELIFRAIME-1992/1893 STEP NO -UR103741
c1KC--~ACCESSIGIN NO-APOLIZ373
UNC LASS IlF I ED

--7
UNCIL AS S.1 F I ED PROCESSING DATE--090CT70
C E. S S 10 ~N, NQ P 0 112 6 7 3
A07SfRACT/ri-_XTR--*l'-T--fU). GP-0- AoSTRACT., STUDY, OF THE BEHAVIOR OF A
CYLINDRICAL SHELL UNDER EFFECT1;,OF A PROLONGED JiY'DRoSTATIC PRE'sSURE,
'G.THL-GEOMETRICALLY NONLINEAR EQUATIONS SHE LS OF
U
S 1 N 0 FTHE THEORY OF L A
TIMUSHENKG TYPE. IN THES E SHELLS I T ~ IS POSSIOLE To 4AKE ALLOIjA!-~CE FOR
STRAINS DUE TO A TRANSVERSE, SHEAR. A SYSTEM u''f- MUNLIN'EAR UlFi~ERENTIAL
EQUATIONS , IS OBTAINED FOR DESCRIBING.'.THE CHM,3GES THL SYSTEM WHEN
SUdJECTED TO THE LOAD. SOLUTFUN.JS 06TATINEU GY IMCE~ANS OF A DIGITAL
THE CRMCAL TIMES FUk -)'A IN -D.
COAPUTER. DiFFERENT LOADIMG LLVf-.L, ARE W3 E
FACILITY: AKADEEMIIA
NAUK LWT V I 1590 1SSRj ~INSTI WT MEKHANIKI
RIGAv LATUAN SSR.
UNCLASSIFIED

USSR UDC 621.795.5:537.525
ETERS V. A~., STEFYUK, T. YU., R)TER YE. A., Physical-Mechanical Institute
e Ukrainlail SSR Academy of Sciences Vvov
"Device for Determining the Physical-Mdchanical Characteristics of Metals
Saturated with Gases in Glow Discharge
Kiev, Fiziko-Khimicheskaya Mekhanika MaterlalovD Vol~8, No 2, 1972, pp 90-91
hich was designed,and inaaufactured to per-
Abstract: A device is introduced wt
form studies of the mechanical properties; of metal ill the case of saturation
of them with gases in a broad temperature'-time interval. The basic assemblies
include the operating chamber, a~ vacuu mi :~syi;tem,. a loa.ding device, instruments
for.automatic recording of the stress-strain diagram,sii electric temperature
measurement and regulation system,, and~an electric sy.-,tem for measuring and
regulating the basic parameters of electric discharge. The device permits
ionization of the gas medium both by radioactive isot~)jen (if a rind ~ rudiation
and by electric discharge. Electric currents from 10,~'4 to 10-1 amps can be
obtained, and, the magnitude of the currents predetermines the degree of ioniza-
t1on and, cons eqixeritly, ~ the concentration of active gas particles on the surface
of the specimen. The electrical resista'nce can be m-_,zisured durin? the strain
process and by the electrical conductivity os a function of tb(-- degroe of
strain [I. A. Oding, et al., Izv. AN SSSR Metallurgiva goraole delo. Nos I and

.l: ~', 2/2,
-1 - 128 -
~--L - I

M-.0
te lo
-~-USSR
GU?,V-Vl(-,!I, S. m. NERODMIKO, M. POVOD, A TETERVAK. A. 77.
'417.
AS1,111S Institute of Elect4c Welding ~
meni; Ye i 0. Pdton
,
of
Academy ,
I
:GRISH1A4':--V- X4'J-F8kTIX6V' V. G.
, Sciences TJkrSSR.'1`-
,
FZTRIN' V. .
1
No, LEMOVICH R. M., Moscow

Equipment
for 'gelding C1
-iemitally-Active Refractory Metals in a
olled
-Contr High Purity Helitim Atmosphere".
Kiev, Avtomaticheskaya Svarka4, No 8 Aug 70, p r? 45-47

Abstr,
act: A description is given of etj uipme- n t
for ma n ual and
automatic electric welding of-:ref-ractory metals in a controlled
atmosphere of high-purity hellum. 'The equipmorit, T"Itich was
developed at the institute LC Weldi4--r i, >
of Eleetrd mend Yf-. 0. Pat
eQsurQ5 continuous control of:oxygen, nitrogen,:~and~water vapor
impurities and helium regneration. It-consists, o-2 a weldin"
chamber with a vacuum system;-~2) equipmentj for h,eliam purification
and 3) a thelium purity control system... A photograph and schn-matic
diaf,rnm 61' the install-ation are presen
ted., The wvU
Jing chatriber
(700 om in .
diameter, volume, npproxiniately 100,r). 1.) is made of

2/2

_,'~'-'2/3 . 015 UNCLASSIFIE D. PROCESSING DATE--160CT70
_'CJRC
-ACCESSION NG--AP0118116
:ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. A.THERMODYNAMIC STUDY OF C SUBAKPO
(1) PkODUCTION BASED ON AVAILABLE,DATA CLAIRFIED THE STEPS IN THE
-EVERAL DIFFERENT K
~pKoCESS OF FUSION OF CERTAIN P CONTG.:ORES 1AITH S
CO .MPDS~ THC GIBBS ENERGY DELTA G SUBT9_1 CALCDs BY USING THE
GIBBS-HELMHOLTZ EQUATION, EXPLAINS THE~~PKOBABILITY OF THE MANY POSS113LE
REACTIONS LEADING TO 1. WHEN USING CA SU83(00 SUB4) SUB2 (11) AS
STARTING ~MATERIAL, DELTA G SUST IS~LESS THAN 0 WITH THE FOLLOWING
,_-REAGENTS IN DECLINING ORDER OF REACTIVITY: K SUB2 Oi:K SUB2St K SUB2 CO
----.SU83,:K SUB2 SID SU63Y AND K SUB2 SO SUB3. BESTRESULTS WERE ACHIEVED
WITH K SUBZ CO SUB3 AT 10000EGREES WHEREBY K SUB3~ PO SUB4 IS FORMED
PRIMARILY AND IS CONVERTED BY AN EXCESS.OF 11 AT A HIGH REACTION RArE TO
1- CA SUBIO F SUB2 (PO SU64) SUB6 REACTS WITH K COMPOS. PRIMARILY WITH
FORMATION OF 11 A14D KF AND THEN I IS FORMED, WITH K SUB2 S AND K SUB2
TER THAN 0, A REACTION IS IMPROBABLE.
SID SUB3, DELTA G SUBT GREA
THERMODYNAMICS SHOW THAT ONLY THE REACTION BETWEEN I I ~ANO K SUB 2 0 Is
POSSIBLE. AT 1373DEGREES, 11 REACTS WITH K SUB2 CO SUB3 BECAUSE THE
~ESCAPE OF THE REACTION AND MIXING OF SID
OF CO SU82 SHIFTS THE EQUIL,
SUB2 0 VAPOR IMPEDES THE
:SUB2 ENHANCES THE PROCESS BY BINDING CAD, H
-,'REACTION, THE FOkMATICJN OF CN SUB4 P,SUB2 0 SUB9AS POSSIBLE
THERMODYNAMICALLY BUT IT DECOMPS* RAPIOLY WITH K SUaZ CO SUB3. IN THE
SYSTEM CA10;-P SUB2 0 505-S10 SU82# SEVERAL VARIArrONS OF SOLID SOLNS.
ARE~UEXISTENT. AS THE F-INAL kESULT OF FUSIONt IAND ITS SOLID SOLNS.
WITH ALPHA 11 Ort WITH K SUBZ SIO SUB3 ~OR THE SOLID SOLNS. OF ALPHA 11 IN
:_.~'...CA SILICATES ARE FORMED ALL OF WHICH AKE~SOL. IN CITRIC ACID.
--UNCL ASS IFJ, E 0--

USSR UDC: 661.14,7, :546A71221-1
TE"
GUGEL' B. M. MIKIIALEV, A. A.
low!
I'llays to Improve Phosphors for and 1")
iitu Television"
Sb. nauch. tr. VNII I Iyuminofordv i osobo veshchestv (Col.-
d -- - -
's cl -- - -----t --WIT-IT -
lecte c H t i f TE 171, 0 li-I s 0 t Ne - iij:(-711 ~,ET. Tll:~Fl~c IFO~~Ial Ch
Instittite of Phospho -s and Extra Pure ~Jatc 4-ils), 1971 v)p
pp 67-72 (fromi RZLh-KIiimj,ya3 No 7 Apr 72, Alb~tract No 71,174)
Lion: clic
e of 1u inls~-,Ont ~c- anl
'White con-,".1'sts of &-n~l
7
the J. n'I I en- - ~A in lar'-:tYr ir~
the--c il: a of a
3;J, I V, 2. 0~
In th-'s cazu, hmlllescenco in A.
rlomaluifcnnl Color OF tll%!!~ C)I) the I*n 0.
h
effect. it in to alval
?mtintain a -rc-n tl~!, cl-4~ -,,vence
rzedivm, and the

I.; I Ell! f'SING DATE--120CT70
UN C L AS oR06
".T ITLE--DETERMINAT ION OF '.44*45S TRAI SFER t(JE.f :)Ljk -A;%CTI-j%AL
7FIClENTS ING F
I '_; T I L L A T I P~ N - U -
LJT,"-.' , F, -0 3 R U D 0 V C,.YA., CHEKff('V, O.S., 4.~~ -XU v
CF INf-Q--USSR
S cJ KC 1:--K H IM TEKHNJL. T')PL. IIASEL 1976, 15131 34-7
DA T E'. PUEL ISHED - - - - - - -70
--S,u6i i: CT A:-~E AS--CHEM 1 S T KY
TAGS--MASS TkANSFERs rAS STATE:
rii.srILLATION#
ti% T 9Z _n LNA fl, I G 0 RE S TP. I CT I &N S
NT CIASS--UNCLASSIFIED
E L L/ F 11 A M U -- 19 92 /14 8 8 --UR/0365/40/ol 5/003/0934/0037
R STFP NO
I C A (T E S S 1 1.4 N'0--AP011~482
UNIC t. A S S I F I F 0

77
212 r) 17 L, N cC~ ssl !Fit D, P.-ROCE S S ID AT E 02 0C TT 0
ACCUSSIUN Ntl--AP0112482
--fU) GP-0- ABSTRACT THE RESISTANCC- TO ',',ASS TRANSFER
ABSTRACT/EXTRACT
FUR 3 M(XTS', TO 9E DISTO. ~44S *4 A I NL YI N
1THE VAPOR THE OF
T~lE PHASE RESISTA.NCE IN PLATE UJSTN~,C-OLUMNS 4A,-) 6A5ED ON A COIIPAFRLSW~
ur- THE 1ASS TRANSHR r-JEFFS. F0,17-2 ~YSTEIMS,: PROV~Di~D TFAT THE r-3,14TENT DF
OM- MIST.
' PONEN IN THE BINARY iAS LESS THAN OR E UAL T3 1PE ~E*~T. Tflf--
I
MFTtiJr; SHG
'WED THE ErFECT OF THE DISPERSfON COEFcF. AND CCULL) BE USE[) uq
'EAR EQUIL. UEPENJENCE4- GGEF.FS. 4ND Rt:
THE CASE OF LIN ESISTVJCE FfJR SOME
SYSTEMS AK.E GRAPHICALLY PRESENTED..
UNCLASS I FIED,

7777
US S YR
UDC. 621.128~.4(083.8) (47)
P
_N V. T., TEni OV A. 1~0~ and NIM-~TUILIN, N. F.
ERMETZ, V. A., SMIRNOVI
"Device for Automatic Level Adiiistrhent of Collodion~ Die of casting
Machine!'
USSR Author's Certificate No 2360481 Filed 9/07/66, Published 30/06/69
(from Referativnyy Zhurnal Avtomatitta,,.Teler-lelct-ianita I Vychislitel'-
naya Tekhnika, 11,To 2, 1970, Abstract 'No 2A507P by, M. A.)
Translation: This invention relates to -the are'a of:automatic regula-
tion of the level of licuid and yisbouss' media. i In contra-st to knowri
devices for automatic revulation.of,level using hydrostatic trans-
ducers, the device suggested:has increased reliability and staUlity
ID tj
of operation due to the introducrion of rigid n6gative feedback. A
diagram and description of.the device are pre'seated. One illastra-
tion.

USSR
.............
-Dac
inva-i ar~ INI e a z uz~
of 8. C;~
(j-,' .~hv*., n o t 11, tt; c~ o
Ir In-' r- m.
koplied 1?1 a-Ihemaz ic s, '_"bi1isi,Unve-_ _'o 2, -.on
MITI U
61 -cr Xo 7, jU1Y 19.70, Abst 0 T7_7L
Translat~ion: Lot (J",',Sjzj be a space: with a n,-asuro, and !.3"
be a set elez-fien-ts S o-P- Ifinite meai'Sure -le charnacter of ---,ace
is the lowest potvier m for 4rfaich. theve a Subset ol'
W T~ .
ilq~'ch is dense in meuric s-oace S iS .:n t. f I ~ P_, i;n
knot
P
"etzr` zable, connected ~3 C!,ll
a commact r oup w- lo - y
tZj j O~n of '.- 0 -,7
_6S a co-Min ~,h ~,: a
group G thore ar measLive zi wi
character 2'C-,/; here Ni i_- t7he nower- of gz-aup G, In thiz; a i c, I o
a--pace of C ontinmaat ions of Haar medsure in~ G of nLaximwii cha:oactor
21,_ is con,:t-T-ucted which has a nax~,Iram powoi, or an
arbitrary, locally comwaot a-comact ;group G. A. Styopin.

Acc. Nr. AP0029106- Ref . Code: UR 0246
PRIMART SOURCE:
Zhurnal Nevjxq~itologjj j Paikhiatrij, 1970,
Vol 70t Nr s PP
CORRELATIONS OF THE CLINICA1. PICTURE AND MORPHOLOGICAL BRAIN
CHANGES IN THE PRGPULSIVE,FORM OF~IEPILEPSY
:j
1. S. Tits F. erms4h0qua, N. A. SmWnava
On the basis of personal expeTfenceand literary data the authors discuss problems of
the morphological basis in propul5ive fornLs oftepilepsy. Cliiifco~. anatomical data are re-
ported of a case in a 9-year-old patient. The lethal outcome was due to bronchopneumonia.
--- --- d 'I is one oE the forms of dysontogene-
The convened ata demonstrated that propul'sive epi ~
sis ry is probably related to an organic
Mental immaturity so typical for his form of epi epsy t
brain insufficiency on the cerebellar-stem-subcortfeal nodes- - tortical leve! (motor and tempo-
the area of th, cerebel-
ral, and particularly in the speech zones). The depicted pathology in
lar system, as well as in the speech zones of the brain allow to under - stand the anatomo-7
functional basis of acute cerebellar ataxia,seen so often in propulslve~ -pilepiy. The mechanism
of propulsive attacks are also deterriiMd by changes ih the. subcortical-sietri and cerebellar
system.
617

USSR UDC.669.295.018.9(088.8)
TURKINA, A. N. ODOYEVSKIY, L. S., KHAZANtOVA, T. P. KAU1Q1OV.;.. G. Y,,,
M110SHKIN, X. F., TSISTYAKOV., Ye.. ~P. MLOV, A. C.,~ TRUBT-N, A, N., and
11master Alloy for Production of H,Lgh-Strength Titanium Alloys"
USSR Author's Certificate No 3090131,, filed 15/,07/69, published 20/09/71
-Zhui~ ~-M tallurgiya,'No 3,, 1972, Abstract
(Translated from Referativnyy ..nal~ e
No 3CI59P by G. Svodtseva)
Translation: A master alloy for the production of high-strengtli Ti alloys,
containing Mo, V, and Al. To incl-ease,sthe. quality of the:ingots produced,
includes Cr and Fe:vitffi~the:
'followring rel"tionsUps of components
1 -34, V 32-34, K! 18-22, Cr 6-8, Fe 5-T., The master alloy can
(in Mo 32
be produced either by direct smelting of the metals in an open induction
furnace or bv an aluminothermal method in a furnace.;
581-

USSR, UDC 539.8
SAVITSKIY, YEE. 11. Corresponding 1,11--mber Academy of Sciences LWRI BURMtINOV,
G. S. and.KUZIILISHCFXVp V. A., Institute of Iletallurgy
imeni. A. A. Baykov, Academy of, Sciences: USSR, Moscow,
nEffects of Thermocycling on Tungsten and Holybdenum'Alloy Single Crystals"
Moscow; Do)dady Akademii Nauk SSSR,, Vol.198, No.2, 1971, PP 373-376
Abstractt A review of data on the.thermocycling of single crystals of W
and Mo alloys indicates that alloyin,-, elements forminir, with the metal matrix
-(W or No) extensive ranges of solid solutions and increasing the solubility
of non-metallic inclusions (Partiedarly-C) in the sollid phase increase the-
stability of the structure and.characteristics of the~.alloya in thermo-
cycling. These alloying elements.cpzprise, in additibn to Re, the data
pertaining to which are rewrted'iwdet~U, the hexagg .hal metals of the VIII
group Ru arA Cs and possibly also 11mand Tc. On the other hand, alloying
elements which decrease the solubility-of.noh-m,-.taUic,inclusions and increase
their amount in an undissolved state. An ~ the;.metU, matr.47 exp'edl te destruction
of -the single- crystal. alloys In thi3riaocyoling. T11'.ese alloying elenents include
idtals oP the I - VI groups. .,The extent!to.uhich these regularities apply
to polycrystalline W and No should,be investigated experimentally.
an WINNI.M..". "1111"UNIN

USSR UBC 669.172:669.28
SAVITSKIY, Ye. M., BURKPILINOV, G. 111., TETYINEVA, T. T., ard UVIIISHCHEV, A.
"Influence of Thermal Cyclin I Treattment on-Tine Structure and Properties of
9
Molybdenum Single Crystals"
Monokristally Tugoplavlikh i Redkikh Metallov [Single. Crystals of Refractory
and Rare Metals -- Collection of:,Worksj,~ 14auka Press,~,1971, pp 119-124
Translation: The nature of the change in microstructure and properties of
molybdenum single crystals as a function: of the tivie of thernial cycling in an
atmosphere of heliun, in the 400-1,6000C temperature interval is studied. It
is demonstrated that structural changes,ar6 related to the occurrence of
two parallel processes: 1) annihilation of dislocations and coalescence of
subgrains; 2) multiplication and motion'~of deformation dislocations, order-
ing of these dislocations into nm,?. subgrains. . It is e'stablished that during
the first stages of thermal cycling,, the first process;~predominv_tes, while
later the second predominates. 6 Figures; 5 Bibliographic Referentes.

121661M Activation of merctiry by nucleo h1lic reagents.
Girect synthesis of o P
rganomercury -compounds. fro'In, mercury and
Pitt, K. I i
alkyl (aryl)hal ides, II i1 IM E_";Tevdo" k Ilutin
(USSR)-. Zh. 0 _71- 11. R941; MI, ,
K
. P. Wiric Russ).
as %Oslt, a~&Be~ activiato Hj in reac-
tion with alkyl or a 4 hidides and ~~synthj!sis of 6igranornercury
rl
compds. was develope& 6n this baiis. Shakiii~ 3~M g Bul and
20.1, g Eg in dry. Etop. 8 hr~ kaivi,4% Bul-lgl'j~ in. 115-17'.
PhCH:Cl, Hg, and -Nal.in MOH 8 hr. gave (PhCH02149i '55,/'0
PhCH2HgCl, in. 102-4*,,~nd'PfiCH2lfgl,'sepd, 6k extri. with
CECIS. P-O,_,xCS]i4CHi8r and Hg with Nal in MOH 60 hr gave
P-0-NCrH4ClIJfgBf and 6ecoft6spofirlingiodide_ !Sliakirig2.04
g Plif, 20.1 g Hgj 3.72~. g ~ Nal','an& 60 ml,dry EtOH gao~e 6%'
PhHgf. The toll ing'ykIds. 6V6r9anomercury_ 6) ipds
ow n were
formed in the reaction of 341 )kith Hg in HtOH iiitlz them indi-
~S 6, X
cated activators- NaCl 0 Nlag~, 1.5, Nal 4, KCN a250.
10; and Na:S 2.5%; in digi,yine with ' Nal the yield ij j) and
in (XTeOCH2)j it was 8.6%,

USSR M)C 681.325.54
Cq , I
MMIANIME, V. V., KAKICILASHVILI, Sh. D., DMAGAROV, Yu. A.,- .1K1,A DZE
and
LESELIDZE, D. V., CHRMCOZE, M.; I. ,jLUUg&YjjLA.L..G
LOBWANIME, V. V.
~'Optical Signal Adder"
USSIR Author's Certificate No 269606, filed.27 Jan 69,~published 28 Jul 70
(from RZh-Avtomatika, Telemekhanika i Vqchislitel'naylq~Tekhnika, No 6,
Jun 71, Abstract No 6 B185 P)
Translation: An optical signal adder for signals given in the 'orm of
pictures of rectangular shape is introduced.' The addez contains an optical
interferometer. It is distinguished by the fact that in order to improve
the light efficiency and insure addition~with respect to any modulus, the
expanding system for conversion ofthe light,pictures to a quadratic
matrix is located at its input, after which along the channels corresDond-
i-n& to the components there are a Dove prism and a system of rhombic prisms
with.sequentially decreasing height the number of which per unit is less
than the summation modulus. At the, output, of! the indicated channels there-
is an inter`:erence mixer followed by the compressing sytitem.
75

7~ 71,'. 7.
USSR UDC 632.95
TEVE EV, G. Kh. , GRINSHTEYN, Ye. I., KdFMAN, L.-P.
"'A Method of Obtaining $,O'-bis-(() O-diall,~ldichiop~osphoryl)-diethylene
Disulfides"
USSR Author's Certificate No 364623, class C 07 f 9/16, C 07c 149/12, filed
13, Oct 70, published I Mar 73 (from RZh-Khimiya, No i8 (H), Sep 73, Abstract
No-18 N448 P by 0. Ye. Yachmennikova)
Translation: 6,0'-bis-(O,O-dialkyldithiophosphoryl)-diethylene disulfides
bare obtained by the reaction of 0,0-dialkyl S-8-mereaptoethyl dithiophosphate
with a halogen in a solvent. For example 2.9 g of 1;2 is added in small
amounts to, a mixture of 5 g of 0,0--dimethyl S-0-mercaptoethyl dithiophosphate,
20 ml of C6H6, and 10 ml of water at aiitemperature of about 20' and intensively
stirred until the reaction mass becomes Slightly colored. iThe organic layer
Is washed with water (2 X 10 ml) and 4;g of, 8,a1-bis-,(0,0-dimethyldithio-
phosphoryl)-diethylene disulfide, u2OD:1.5985, d4 20 1.3690-is isolated.
0,01-bis-(O,G-dieth.-Idithiaphosphotyl)-diethylene disillfide, n20D 1.5680,
20
d
4 :1.2570,is obtained in a similar manner. Other examples are given in
which C12 and Br2 are used -instead.of I -f r oxidatiot~.
2 0

77~-
USSR UDC 547~26'118+547.279.1
JXaZLML,_Q. GRINSHTEYN, Ye. J., KO+FMANO L. P., SOKAL'SKIY, M. A.,
MTREM, V. G., and SINITSYNA, N. T
"Addition of S-3-Mercaptoethyl 0,0'-Dialkyl Dithiophos.phates to Substituted
Olefins".
Leningrad, Zhurnal Obshchey Khimii, Vol 42(103), No 2,!.Feb 72, pp 308-314
Abstract: It is shown that S-B-mercaptoethyl 0,0'-dialkyl dithiophosphates
add,to esters of maleic, acrylic and methacrylic acids; Ias well as to substi-
tuted amides of acrylic acid-irt the presence of catalysts -- salts of tran-
sition metals -- with formation of the corresponding substittited S-0-alkyl-
mercaptoethyl 0,0'-dialkyl dithiophosphatels- r Analyais the
addition reaction takes place Colitrainy to, Harkovnikov's rule, with the
formation of products which are 'unbrincheA'. in' the S-B-alkyl radical.

77
USSR UDc 632.95
T
VELEVO G KH., GRINSFITLTN~IrE. I. KOFMANI I. F.
E
"Method of Preparing Substituted S-Betaalkylmorcaptoethyl-O,O-Dial-
kyldithiophosphates"
USSR Author's Certificate No'250136,. filed i8,jul 68, published
13.Jan-70 (from RZE-Y 25 Sep 70 Abstract No 1511624,
himiya.
by 1. 14. Mil
Translation: Compounds with the general ~qrmula (RO)2P(S)SCH2CH23-
T
H(P-L) In
(H and RI " big alkyl, R" *4,GOO.A.I.Kj GOOH, CON112,
CONVIAlk, and C(76)N(Alk)2),'exhibiting~.inseeticidaI activity, are
prepared by tho reaction of 0,0-dittl4l-S-beta,,marca:-Ptoethyldithio-
phosphntos with halogenides of oarbo.-.ylie acida. To a mixturo of
0.12 mole CIC112COOMe and 0.092 mole: S-I be tn-mor~-. ap too thyl-0, 0- dime th-
yldi-thiophosphate in 30 ZI 061% iviadded O.I~Anple EL-IN in 1. 5 ml
C6116 at 2-50, mixed for 3 lirs::at about-,:200* allowed: to stand A,
for
12 tire, and after usual treatment., I is obtalwid (R Me, RI a H,
n 0
GOONe) (yield 17%o b. PO 135-3.40/ ii. 016 rn20D 1.5,3090
1/2

USSR UDO 681-3339519.2
TEVEROVSKIY, V. I., and IVLEV, Ao A.,
-------------------- __
-ocess"
"Device for Calculating the Variamee.of a Random P.,
USSR Authors' Certificate Ho 343273, Cl. - b-
G o6g 7/52, filed 23 Nov 70, Du
lished 6.Jul 72 (from Otkrytiya,J%obreteniya, Promynhlennyye Obraztsy,
Tovarnyye Znaki, No 20, 1972t~ O,i68)
Abstracti To provide for calculation:of the variance and root-mean-square
deviation of a process with non Ize;ro mean value, the~,device contains an addi-
tional counter, the inDtIt,Of WhOSa first digit is connected to the output of
a delay device,and setting lnpuj~s are connected to the output of the cycle
counter. The-outputs of the digii. flip-flops of the additional counter are
connected through the one's complement gates to the d,igit,inputs of the ac-
cumidator with a shift of one high!--orderposition. The input of the delay
device is connected through-aa OR circuit to the output of the pulse frequency
divider, whose input is connected to the input line of the device.
18
MEN=

USSR UDC: 621-317.6-89.66
a
TZUWV!~K V, V. D. AKI N)CHK !1;,: 1. K.
__TY, V I., GLADKO
quipment for Analyzing and Mlonitoringa Grqup of Quantum-Nechanical Time and
Frequency Standards"
na-ra "Metrolog a Y'radioelektron." Tezis~
Dok. Nauchno-tekhn. semi y, Ch. 2 (Repor's
of-the Scientific and Technical Seminar:on Metrology in Radio Electronics. Sum-
maries, Part 2), Moscow, 1970, PP 27-jOffrom RZh-Radioteklinika~ No 7, Jul 70,
Abstract ffo TA203)
Translation: To assure high metrological reliability of a grouped time and fre-
quency standard based on quantima-mechanical. oscillators, it is proposed that a
signal be shaped whose phase (frequency) is~the average of the phases (frequencies)
of the separate oscillators. It is: pointed outr that this :method is particularly
applicable to quantum-mechanical oscillators.in viev of the small frequency dif-
ference between oscillators of this kind.. In designing the averaging device, pro-
vision is made for periodic automatic plaase, control of the oscillators to bring the
phaser to that of the averaged signal. Information is g) ven on 'the equipment de-
veloped. E. L

Nucle ~ar'Scleiniie' d6i iNchnolozy
USSR UDC: 021-039-58,68:r--~9.6
DIBOBES 1. K. iGTYAZ-EV, V. A.. ?,,OISE=. XOSF
A! A.., ATZVI YU. I... S
Mi. V., -AmsROVSKry, Yr. 11., AU: V e, aurl SIMM, V, F.
-69)"
"Radiation Safety Standards (,MB
Eoscov, Atomnaya energiya, Vol. 28, 110 6., Tun 7 pp 463-467
Abstract: In August 1969 the Ministryof HealICh of the USSR approved the iladia-
diation Safety Standards (ZIRB-69) developed by the Necional Commtission. on Radiation
Protection. Recownendations of the International Commission of Radiolo~;icril Protec-
tion served an the basis for the new standards. These stanlarda cat the basic
per-
miscible levels for ionizing i-adiation &Iong.irith the permissible adi-tission of radio-
active Jsotopes into an organism.. This includes three cateigories of people: Category
A lncludin.~ service Personnel, CateGOX7 B Including specific individuals in the pop-
ulation who live In areas where the, perntinsible, ridiatiorl doses bray have bccn
exceeded and where radiation are checked, z and, Categorj C which Includes
the entire population with respect to estimatin5 a f;enetIcpJJ1v aignificant radia-
tion dosage* Me new standards are mandatory. for the entarprisas and establish-
=znts -of all ministries and agencies usir-G,~,Appl.-in-- pracvssin,",, transportInf:,
storing, and burying radioactive substan.,es and ioni-,lugrarUation sources. A
short summary is given of -the scientific basis which served as the framework for the
new standards. The new standards are diiofereatiated from the old. Tables are
-112

USSR ODC 0621.039-58
ILWAVET, A. A., DIBOBES, I. K. TEVER411m, YE. N., and:TEIY,11, Al. V.
"Dev,elopment of Approaches to R.-AOTBRcal Protection"
',,'o s c ow, Ak -231
adezd-ya Nauk SSSR, Atomnaya 13nerglya, Vol 28, No 3, Hai- 70, pp 225
foty used oy the
Abstract: A reviene, is made of the apgroa6hes to radiologic-al sa,
international Cmwassion or. Radiological Protection (ICII!, from J's inception in
P) , ~
1928 to the present. The revicivis ba':SC-d: entirely on the reccmmordationz and
publications of I.C.R.P. and does not 'contain any now material. The authors
'inis~ry of
state that the National Conzission on Radiolog4 al Protoctiorv o," 'he 2,,
C
Health USSR is constantly Feviewing raidiological s_,fety.;:st_-ndaxds and endeavor-
ing to bring Soviet practice into confprmity Ydth the reco=mn~ations of I.C.R.P.
and -with the standards of the 141"Gernationa'I ktomic Enox-d Agency. The revise-A
USSEL standards on radiolovical ProtectLon; are. scheduled:for PuIi4ication in 1970.
Orig. art. has: 10 references.
20

Hea'ti-.~&,.mbustio-n, Detonation
USSR UDC 621.039.587
BOGATYRIEVA, S. V., LEBEDEV, Yu.-Ye., M.IIAYEV,.A. I., TEVLIU, S. A.
Study of the Possibility of Aoplying Pomplexons in,Cooling Channels in the
'Presence of Radiation"
ver 1:
Tr. Mosk. energ. in-ta (Vorks of If os cow Pot, ingineering,Institute), 1972,
126, pp 24-27 (from RZh-50. Ya4ernyye~reaktory, No ll,~Nov 72, Abstract
No 11.50.36)
Translation: Solutions of compositions based an complexons can be used to
wash cooling channels if the radiatYon.doses are not too high. Active depo-
sits are partially washed off. The.presence of radiation accelerates processe-s
within the coolant that determine the development of a protective film on
pearlite steels. This maRes it possihl(!~ to, shorten the time for treating the
cbannels as compared with the time expended under ordinary methods. 1 ill.,
2 ref.

USSR UDC 678.06:661.183.123.3.01:53
TEVLINA. A.. S., AKIINAZ-AR.OVA, S., L. KHARIKOVA, T. P.', ZHUKOVA,.T. B., and
INS
AK, V. V.
"Homogeneous Anionic Membranes and'Their Properties"
Moscow, Plasticheskiye Massy, No- 21' 1573,. pp 15-~17
Abstract: A method for production of homogeneous anionic.membranes is
reported based on nitration of~grafte&6opolymers (styrene + divinylbenzene
+ copolymer of vinylidene.fluoride and hexafluoropropylene] with a mixture
of nitric and sulfuric acids,followed by reduction and alkylation. The
results of the effect of various~transformations on the electrochemical
and physical-mechanical properties of the membranes are reported. These
results were obtained by regression:and:correlationalarialyses. It was
established that homogeneous membranes ~sh(nra high chemical and thermal
stability and retain their properties:even in very aggressive media such
as sulfuric, hydrochloric or nitric acids..
1/1

2/2 014 UNCLAsstf I ED PkOCE�SING DATE-04DEC70
C.IRC AdCESSION NO--AT0139810
A8STJRACT/EXTRACT--(U) GP-0- ABSTRACT~, ITHEE PROBLQM OF PYELONEPHRITIS HAS
INCIPLE ONES lNiNERHROLOGY. 'CLINICAL, LABORATORY,
BECOME.ONE OF THE PRI
~,ROENTGENOLOGICAL AND MORPHOLOGICAL CHARACTERISTICS OF 5C) CHILDREN WITH
OUS PQ 14 WERE GLVEN. THE
AN.INFECTIU IN THE URINA,RV SYSTE,
INVES.T.IGATIONS CONDUCTED MADE IT POSSIBLEJO SINGLE OUT 3 GROUPS OF
-CHILDREN: THE FIRST GROUP INCLUDED CHILDREN (12) WITH-DiSTINCT CLINICAL
--AND ROENTGENOLOGICAL SIGNS OF PYELONE-PHRITIS, THE SECOND GROUP INCLUDED
CHILDREN (12) WITHOUT ROENTGENOLOGICAL'ISIGNS OF PYELONEPHRITIS AND
MINIMUM BIOCHEMICAL SHIFTS OF THE.~BLDOD, Vf,HO* WERE REGARDED AS PATIENTS
WITH 'AN INFECTION OF THE URINARY' sysrEm.. - -CHILDREN ~OF THE THIRO~ GROUP
(26)v IN WHOM IN SPITE OF THE NORMAL X RAY PICTURE OF THE KIDNEYS
~~`ALIJNGSIDE PROTEINURIA, LEUKOCYTURIA ANb.J3ACT1-RIURIA MARKED SHIFTS OF
,.:.,~PROTEIN, LIPID AND MUCOID METABOLISM, A. TENDENCY TOWARDS THE TUBULAR
~.-~UNcTION WE-RE OBSERVED, COULD BE REG4,ROED AS PATIENTS WITH THE INITIAL
AFFECTION OF YHE KIDNEYS' FACILITY: DEP,
~.~_~PEDIAT., CENT. INST. POSTGRADs
MED.t MO;COW, USSR.
VNCLASSIFIED

Naomi M~- --qua
4100042372
i Rub%
Acc. Nr,.
Ref. Code: 0 672
'Spectro2hotometric Chara-teristics~of the Jovian- !.Red SRat
(Abstract: "Optical Properttels~and StructuTe of the Jovian Atmosphere.
air
III. Speatrophotometric Characteristtc-s-of the Red~Spot,." by V. Gg~e%
Astro0hysical Institute, Academy of Sciemces Kazakh SSR;~ Mosc S rond-
micheskiv.-Vestnik,-Vol IV, No 1, 1970, PP 34-42)
Photometric and spectropLoi,,ometri. stWies. 6-41 change in the 'contrast
of the Red'Spot on Jupiter with approach.to the linib have shown that the
cbntrast-of the spot and,its chanj; with th oxetical computations
fo 1~ a semi-infinite atmosphere-.an6~ that the visibI6 phenomenon of the 1,'d
-gions,filled with
Sp' is a:sector of the atmosphere and the surr'
Olt ounding rL
aerospl but with properties differitig*somewhat froni: the properties of other
parc;u Of the atmosphere. During Fq.-bruary,-1969 the authar used an ASP-21
5paccrograph mounted on the 70-cm, MT-~B f t~r t3br-aining 17 specr ro-
grams of~the Red Spot.. At the tinw of cthe: survey tbe spot was near the
central meridian. Dispersion was 10.4, A/wira and replutio-z was about I A.
Measurements of the absorption bands dR- 6190 A and,rili-,,.6450 A failed to
ind nate any significant differe=