SCIENTIFIC ABSTRACT ATANBAYEV, S.A. - ATTAROVA, I.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002200220009-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR
Y44FCHM, G. 1. Academician, and ATANTBAYEV. :5.-A Comr)uter Center of -the
C _k
Siberian Department. of the Academy of Scien es USSR Novosibirs -
"Certain Problems in 'Global' Regularization"
LIOSCOW, Doklady Akademii Nauk SSSR, Vol. 190, No. 3, 1970 pp 527-530
Abstract. If G is an ra-dimensional region with boundary ro and L2(G) denotes
-ion G with the
the space of all functions squared and summed over the reG
norm,
it 11 U (X. x X2. t < 71,
the following problem is considered in.the region Q:= G x [0, TI with the end
surface f ro x [0, T],
01 YU,
U (Z' Un (2)
where L is a linear,positive,definite differential operator of (2) of the (s-1)
1/3

USSR
M
A. G. 1., and.ATANBAYEV, S. A., Doklady Akaderid atr-
RCHU, i N SSSR, Vol. 190,
NO., 3 1970, pp 527-530
order and self-conjugate under the boundary conditions
T 2201) T, I( if) 0. (3)
This problem.is correct in the Tikhonov sense in a class,of solutions linearly
bounded with respect to t in the metric L2(G)., An appro:"Cimate solution of the
problem (1)-(3) has been made using alocal method of calculation in which equa-
tion (1) is replaced by the difference equation
(4)
W-1) At OW-1,
~k
where At TIM, U u(x, kAt) (k = 1, 2, and equation (4) is solved for
each fixed k. In this article, a global method of calculating is used to 'Lind
a.solution,and the idea of this method is,.tbe following:~ Assume that a dif-
inz-zoduced into the,region G with uniforri steps h. (i
.6.1m). Equation (1) is replaced by'the difference equation
2/3

-51:518
USSR UDO 5320 .5
XT
A1911 Donetsk
1.1 A!
Mumerical Investigation of the S er onic Flow in a Hydraulic
up s
Gun"
Moscow, Izvestiya Akademii Nauk USSR, Mekhanika Zhidkosti i Gaza,
No 1, Jan-Feb 73, PP 155-158
Abstract: The supersonic flow in a hydraulie.gun 3,ias investigated
-he.numerical method of characteristics with timed fixed pitch.
by t U
f
The flow is described by Lunctions of.gas dynamics in quasi-univa-
..riate formulation. Some presented results of.calculations are dis-
by reference to diagrams. Flow characteristics, particularly
the development of splittings-off, ar'e indicaited. In comparison
vrith a stationary outflow, minor pressure values are required to
obtain a snecific efflux velocity.- Reasons are given for the Drin-
cipal advantage of producing super-jets by nicans of a hydraulic
gun-, in comparison with a uulsed water jet.~Five figures, eleven
formulas, five bibliographic references,

USSR
''ATANOV,_L..K., KATMAN, A. K., VASIL'YEV, 'G. F., SAPRONOV, V. I., SILANVYEV,
P.-P.
"Single-Pole Transistor Flip-Flop"
USSR Authors' Certificate No 250997, Filed 14 May 1968,1 Published 3 January
11970 (Translated from Referativrtyy.Zhurnal Avtomatikai Telemekhanika i Vychis-
litel'naya Tekhnika, No 10, 1970, Abstract No 10BLIOP, by N.V.)
Translation: The flip-flop suggested differs in that the load resistors are
connected in series with tke source-drainjunctions of blocking single-pole
transistors, the gates of which are combined and connected to the control
Izziput. The substrate of the blocking transistors is isolated from the sub-
-,strata of the remaining flip-flop circuit.. This allows the speed of the
flip-flop,to be increased while decreasing the dissipated power. one
illustration.
6 MW "Ai IWI s~ggwi 44i W,11~6191!14 i~, 1 a; i~ 149 ;;~!;6 "0 w

USSR D21-317-335:621.317-738:531-787.084.2
AT*NaV-r~ A., VORUNOV, V. A.
"Dielectric Hiah Pressure Transducer"
Tr. Xetrol. in-Tov SSSR, Vyp. 104(164), [Works of Xetrological institutes of
USSR, No. 104(164)], PP 53-55 (translated from. Referativnry Zhurnal ~Ietrologiya
I izmeritelinaya Tekhnika, No. 4, Abstract No. 4.32.725, unsigned)
Translation: The design of a high pressure transducer C;onsisting of a coaxial
cylindrical condenser filled with the manometric fluid is described. Recording
-of pressures is based on the change in dielectric permiability of the fluid
w-ith pressure. In contrast to ordinary capacitive transducers, this dielectric
transducer has no elastic metal membrane an can be used for measurementof
high pressures on the order of 10.000 kg/crr' and higher.~ The dependence of the
electrical capacitants of the tran,~ducer on pressure is'established as a result
of calibration using an absolute piston manonoter.. Non-polar or slightly polar
fluids having low temperature coefficient of.dielectric perr_iabJ_lity ard~recom-
mended for usage as manometric fluids. ~The transducer.6an be used in systems
for automatic pressure regulation, since the output para meter:-- electrical
capacitance is used.in high-sensitivity resonance devices.. One illustration,
-four biblio. refs.

USSR UDC: 531.787
IVANOVA, le. M.
"Study 6F Manganin Resistance Manometers at High Pressures"
Tr. VNII Fiz.-Tekhn. i Radiotekhn. IZRICTeniv [Works of All Union Scientific
Research Institute for Physical -Technical and Electronic Measiirements], No 5
C35), 1971, pp 52-69 (translated ftom Referativnyy- Zhurnal MetTOlogiya i
Izmeritellnaya Tekhnika, No 2, ll_)I_Z, Abstract No 2.32~.686)
Translation: Results are presented from studies of the metrological charac-
teristics of a large group of identical ma.nganin resistance manometers. An
interpolation 6quation is produced, correct for. any manometer of the group in
the'pxessure intemral -up to 15,060 kg/cm2 with an error on.the order' of �0.5%.
It is demonstrated that one-time pressing of coils with a pressure on the order
of 28,000 kg/CM2 reduces the spread of pressure resistance coefficients by
a factor of 2. A number of manometers are cross chacklod at a pressure on the
ordOT of 28,000 kg/cm2. 4 figUTes; 4 tablds;' 3 biblio;refs-
I It. .lift I-,

PROCESSING DATE--30OCT70
015 UNCLASSIFIED
rITLE-- OUTPUT CHARACTERISTICS OF AWALLOYED JUNCTIOW:TRANSISTOR'BASED ON N
._!.ANDIUY ANTIMONIDE AT- 78DEGREESK -U-
.4UTHOR-(03)-GALAVANOV, V.V., RAVKOVq A.Vt ATARBEKOVP S.Go
tPUNTRY GF INFO-USSR
wSCURCE-_-RADIOTEKH. ELEKTRON* 1970t 15(4), 868
OATE, PUBLISHED---70
SUBJECT AR'EAS--ELECTRONICS AND ELECTRICALlNGR.,-PHYSICSv MECH.r IND.,
~CLV I L-AND MARINE ENGRi
'TOPIC:TAGS--ALLOY TRANSISTOR, JUNCTION TRANSISTOR, INDIUWANTIMONIDE,
MANUFACTURING PROCESS
_~6-NTROL-:MARKING-NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
pIRoxy RtELIFRAME-2000/2186 STEP NO--UR/0109170/015/004/0868/0868
CIRC ACCESSICh NO-7AP0125766
I C Li

USSR UDC 547.26'118
ATAVIN, A. S., TROFIMOV, B. A., GAVRILOVA, G. M., and KORATAYEVA, 1. M.
0_rrrut9k7M*itute of Organic Chemistry, Siberian Branch, Acad. Sc. USSR
"'Cyclization Occurring During Homolytic Addition of Dialkyl Phosphites to
-Divinyl Ethers of vic-Diols"
Leningrad, Zhurnal Obstichey Khimii, Vol 41 (103), No 4, Apr 71, pp, 804-810
Abstract: It has been shown that dialkyl phosphites reacted with divinyl
ethers of ethylene glycol, 1,2-propylene glycol, and 2,3-butylene glycol
in presence of benzoyl or tert-butyl peroxides or azoisobutyronitrile
produce methyl substituted 2-(dialkylphosphonemethyl,)-1,4-dioxanes rather
than the expected 6-alkoxvethyl phosphates. In addition to these 1:1
cyclic addition products, phosphorus-containing olig6mers were obtained
in 35-100% yield, depending on the ratio.of the reagents. In general,
the main course of the addition of dialkyl phosphites to divinyl ethers
~of vicinal diols under homolytic conditions is the telomerization of
ethers.

d
Acc N Abstra6ting Ser'vi "K
ef. Code:
AP
00.5 3454 CHEMICAL ABST4 (3,6,6

esi
110704b Vinyl ethers of halo alcohols. V, Synth of
rnew functional alkoxyethylenes by nucleophilic substitution of
the hal~geu. Atavi , A. ; Gusarov. A. V.; Tro mov. B- A.;
Shamarina. 1, ~.. ~tsk. LUst--Or-g. Khim~. Irkutsk, USSR).
_Z=rg. Khim--. 1970 , 6(2). 228-32 (Russ). The~reaction of
HtC:CHO(Cff0.X (P (X is Cl ~r*-Br) with KSQN gave 47-
65% H2C:CHO(CH2).SCN (n. is 2. 3, or 4). ~i Similarly, I
reacted with AcCI-12CO--Et to give 32.5 and 48.0% H2C:CHO-
(CH,).CHAcCO-,Et 1(n is, resp.,-2 or 4). The:reaction of I
with Et2NC(S)SK gave the previously unknown HC.CHO-
(CH2).'SC(S)NEt: (n is 2 or 4). NaCNT with I gave H..C:CHO-
(CH2).CN (n is 3 or 4) and Kaj,% with, I gavi 1112C:CHO-
CPJR
CH
S
j
12.
02
(
.

7
REEL/FRAME
1983.0479

'ICESSUNG DATE--17JUL7C'
UNCLASSFFIEE PRE
jlTL.E.-VJNYL ETbERS OF HALOALCOHCL I V G~
~L VE THCD FCk SYNTHEZ I Z ING
_
uTHOR-7-ShOSTAKOVSKlYt M.F., ATAVIN, A.S., TRCFlMG-V,' B.A., GUSAROV, A.V.,
V.P.
CCLNTRY OF-INFC--USSR
~SC,URCE--ZF. CESHCF. KHIM. 1970, 40(l)? 70-77
AT EPUBLISF.ED------70
SUBJECT AREAS-CFEMISTPY
TGP.IC TtGS-HALOGENATEC ORGANIC COMPOUND, ETHYLENE, ORGANIC PHC-SPHORUS

~,:,COIIJPOUND, GLYCCL, HETEROCYCLIC GXYGFN (31,
C POUNDi CHEIVICAL
SYNTHES I S,
LUCRINATED CRGANIC CCMFCUNO, BROMI'NATEE CRCAMIC COMPOUND
C-CNTROUMARK[NG--NC RESTRICTICNS
DOCUMENT CLASS- UNCLASSIFIET
PROXY PEEL/FRAVE--1990/13-'j2 STEP NC--UR/0079/70/OfiO/001/0070/0077
CIRC ACCESSI(h NC--APOC~i9502
Ul'-'C LA S S I F I F C.

~Acc. N Abstracting~Servf Ref. Code:
X40qg 02 ice:
5
CHEMICAU ABST.S 110 47

99938h Vinyl ethers of halbalcohols. IIV. General method
p'., rior synthesizing mon.ohaloAlkoxyethylene6. �hofita4oY4kjj, T&
--
- J
Trofimov, B. A.-.. Gusarov A V.; Ni
F. Atavin, A. S.;
t kitin,
1. -(Irlcutsic. Inst.
bko zato
A ~g~ . Urg bftim.,
KhInt., 1970, 4Ukl), -iU-I:kIeuss).
:jitsk, UbS ). Z
A synthesis of (haloalkoxy)ethylenes was developed from the
Arbazov rearrangemerit of vinyi6~yalk~l glk~61 phosphites.
Heating 100 g (CH2)i-(OH)2 and 10 k KOH underI0 ml tetrahy-
drofuran in an auto lave,4 hr'*at 120* gave 54% HtQ:CHO-L
c
(CH2)gOH,bi3g5a,-d2uO.89Z6,n2c~1.4460.' Treating 0.228 mole
vinyl glycol ether in 0.3 - olt pyridine 6d 200'm1 EtjO, with
M a
0.228 mole ph0sphorochloridite of a glycol at 15--~20* gave,after
removal of C4H54.HCI,. (1) (k, R', and R' given): (CH2)2, H,
0 lime
C11;U10ROV
0) 0ximalpi'd
,
0 0

1/3
REEL/ FRAME
19801342

IW 1-4615; (CH2);, H, Me, b, 88-7%
Me, b, 96-P. dO 1.1000, n
1.0730,1.4580; (CH2)4. H, Me,'b2.,105a, 1.0509'1.45M; (CH2)s,
AP0049502 H, Me, b2 135% LOSW, 1.4605, (CHg~, Ale, Me bt 87*, 1.0500,
(CHI)4* Ife.. Me, bi 105-9-0, 1.039V, YA595' (C-H-02-
1 A 577 2
CHMe, H. Me, bi 901-50, 1'.051L: 1.4520; ~ (CH2~-O(CH2). H,
Me. b? 145*. 1.1106,,1.4645,,-, (CHI),, -H,;Ib, 93- 1.17(35,
E.
1.4710; 11, b2 65*, ~ 1,1334, - 1.4614. 1 These wid'i 5 moics alkyl
halide heated in a sealed tube at.90~450*sever~k7h'gav' 20-8570
ir e
H2C:CHORX (R and X show'n):'- (cl-r~),, F.1ib. 790, 0.9745,
1.3860; (CH2)2.- Cl,:~ b. 1060,.1.0470, 1.4375, ~i (CH2)i',~ Br, b5i
1.4051 1A710; CH2CH2j 1, b~-r,71*, 1.7585,:! .5263~ (CH:t)j,
F, b. 95-80, 0.9534, 1.4003; (CH2)3, Cli b4~! 52-3", 1.0273,
1.4375; (CRO3, Br bi~' 550, 1.3484, 1.4705; 1 (CI12)3, 1. b9 54-50,
1.6368, 1.5193; Cl, bL' 6 _5 0..'0965, 1.4458;~ (CH.)4,
Br, b:s 72-30, 1.2860, L4710;' 1_bj 70-1.50,' 1.54 ,'1,
'14478; (CH2)o,
Br, b, 54-5*, 1.2049, 1.47008; (CHI)g', 1, 6i S4-6-,*" 1.3947,1.5015;
(CH,)2CHNIe, Dr, b~o 76-8',1.2671, 1.46-50; (Cli~)2CBNle, 1, b7
62-4% 1.5056. 1.5080; (CH-j)20(CH2)I, C1, bu,69-71', 1.1040,
198C-1343

1.4535; (CH:);O(CH:)2, Br, b~ 73-5*, 1.3564, 1.47,50; (CH2)10-
'AP0049502 (Cli,),, 1, b, 58-9 1.5893,~ 1.5139. Exchange of the, iodo
Members with KF gave the fluoro analogs: (CH,)2, F. described
abovt; (CI-103 Fi described ~ above; (CHt)#,: 14 j b. 115-20',
0.9272, 1.4045, Rearrilngement of I'JR - (Clit)j, RI =i: R2.
H] with li:C:CHCH2Br resulted in ring openingjonly and gave
H2C: CH CH!P(O)(OCH 2C-HtBr)O(CH2)t0CH:. CPA
(Pr0)2p0CI-l:CH20CH:CH* and Etl similarly kave
only the
open-chain H-C'CHO(CH2)2OP(O)~.Et)0Pr, b~ $7-9*, 1.0476,
1.4417. 111, bi 144-5', 1.3630,:1.4890, was obtlined ab6ve in
67(' yield. Reactio of 2 moles ' h1orohyd n"with 1 inoles
n c ri ~,
AcH and dry FICL at --~&~O' jave the requisite~~chloro, ethers,
which with 2.2 niole Et3N;, at this temp.,'then 5 hr at 80--90*,
gave the (haloalkoxylethylenes 112C: CHORX (R and X.Micown):
(CH2),. CI; Cl wid and (CHj)j~ Cl, described
above. Triethylene glycoland Br.with red P gave (BrCHICHI-
OCH:)* bi.s 103-50, 1.6638, 1.5010,: which with po~vd. KOH in it
Cu. vessel at 95--110' in partial.vac'u'o gave 1&5% 112C:CHO-
(CH2)~O(CH2)211r, described above. G. M.~ Kosolapoff ..6
19801344

USSR UDC 547.3"1+547.26'118
~TROFINMOV, B. A., NIKITIN, V. M., and,&TAY44ma", Irkutsk Institute of
Organic Chemistry, Siberian Department of the Academy of Sciences of the
USSR
"Vinyl Ethers Containing Trivalent Phosphorus. V. Particulars of Hydrolysis
of 2-(w-Vinylhydroxyalicoxy)-1,3,2-dioxaphospholans"
Leningrad, Zhurnal Obshchey Khimii, Vol 42(103), No 2, Feb 72, pp 346-350
Abstract; The authors studied the hydrolysis of a new group of five-membered
cyclic triorgano phosphites -_ 2-(w-vinylhydroxyalkyl)-1,3,2-dii3xaphospholans
-- in anIattempt to define more precisely the hydrolysis of molecules of this
type and to derive additional information on their reactivity as compared with
their acyclic analogs. It is found that 2-(w-vinylliydro-cyalkyl:1-1,3,2-diox-
aphospholans are hydrolyzed by the stoichiometric quantity of water, primari.y
with the ring intact, giving the corresponding alkylene phosphites regardless
of the presence or absence of substituents in the phospholan ring. The rate
of hydrolytic decay of five-membered cyclic triorganophosphites exceeds the
rate for acyclic analogs both on the stage of conversion to alkylene phosphites
and on the stage of conversion from aLkylene phosphites to monoorganophosphites.
It is proved that the first stage of the hydrolysis is autocatalytic, and
1/2

USSR UDC 547.26'118+547.371
TROFINW, A., XT-KITIN, V. -V., -ATAVT1N ~A. S., and KHIL'KO, M. Ya.
"Vinyl Esters Containing Trivalent Phosphorus. IV. Hydrolysis of Dialkyl
(w-Vinylhydrocyalkvl) Phosphites. Effect of the Vicinal Hydroxyl Group"
Leningrad, Zhurnal Obshchey Khimii, Vol 42(103), No 2, Feb 72, pp 342-346
Abstract: It is shown that uncatalized hydrolypis of d1alky](w-viny1hydrox-
yalkyl) phosphites goes through a stage of.formation of,dialkyl- and allcyl
(w-vinylhydroxyalk-yl) phosphites in a ratio determined both by the structure
of the initial triorganophosphite and by the conditions of the reaction. It
is proved that further hydrolysis of alkyl (0-vinylhydroxyalk-yl) phosphites
is limited by the decomposition of the viny1hydroxy group. It is shown that
the vicinal hydroxy radical is a specificaccelerator of- hydrolysis of alkyl
(0-hydroxyalkyl) phosphites.
1/1

Nr Abstraclting,~SerVice: Ref. Code
'0041853~ CHEMICAL ABST..
89688n Rearrangement in.the thiolysis of ~2-rnethyl-2-(by-
droxymethyl)-1,3-dioxolane. Trofimo-~. B - A. -
Mik-haleva'- A -I.; Lc
(Irkutsk.
Inst. Org.. Irkutsk-, :USSR).'-:Zh.' Org.-Kltbis. 1970,
1), 190-1 "(Russ). T f '2-inethyl-2-(hydrox3-
( lie reaction :o -
6
methyl)-l;33-dioxolane with RSH (R' := Pr..Or iso-BU) in acid,
inedium gave 5-10% (RS);,.CTNleCIf20Tl and 80-9VI (RS~-
CHCHMeSR. The expected --nornial" reaction. products
(RS)--CTMeCH-SR %V'ere notformed- CPJR
REEL/FWIE
19751134
19 h, 11. a i I., i;f QN 1; Uri

UNCLASSIFIED PROCESSING DAYE-30OCT70
113 011
~JITLE-REACTIUN OF l#3vDlCXOLAi%ES WITH ACETYLENE UNDER 10TSICCH REACTION
ONS -U-
C`GNDITI
~AUTHOR-05)-SHOSTAKOVSKIYP M.F.r ATAVINt A.S.t.TROF:IHOVs B.A., KOROSTOVA9
NEKRASOVA, L.P.
CUNTRY OF INFO-USSR
"SOURCE-IZV. AKAD. NAUK SSSR, SER., KHIM. 1970, f) 8--~73
_"'~DATE FUBLISHED~-70
SUBJECT AREAS-CHEMISTRY
TOPIC TAGS-COMPLEX-COMPOUNDs ACETYLENEr HYDROXYL RADICALs ETHER, DIOXANEv
'_L~CYCLIZATION, CYCLOHEXANE, CHEMICAL REACTION TEMPERATURE
MARKING-NO RESTRICTIONS
-DOCUMENT CLASS-U NCLASSIFIED
':PROXY REEL/FRAME--1999/176Z STEP NO--UR/0062/70/000100310668/Cj673
CIRC ACCESSION NO-AP0123562

r-_-2/3 -011 UNCLASSIFIED PROCESSINC,* DATE--3COCT70
".C I.RC ACCESSION NO-AP0123562
ABSTRAC,T/EXTRACT-(.U) GP-0- ABSTRACT. 1 3 D 10 XO L A.1%, E SREACT AT
-80-120DEGREES WITH TH ~2 AND GIVE LOW
MPLEk OF. C SUBZ H sur
E LOTSICH COI
:-..-~.YIELDS OF HYDR,OXYETHYL ETHERS OF ACETYLENIC HO COLIMPOSS. ~ F~,Cti .11R DAVA
WAS EVIDENT THAT IN A NO. OF CASES CYCLIZATION TO~lrltlDIOXANE OERIVS.
JOOK PLACE. 2,METHYL,1,3,DIOXDLANE (9 ML) AND REACTION PRODUCT OF
ETMGBR AND C SUB2 H SU82 (FROM 4.8 G MG)~GAVE AFT~R -3 Hk, UN A STEAM'
BATH IN MEPH 16.7PERCENT 3,METHYL*3,(2,HYDqDXYETHYL).,I,PROPYN;-:, B SUB24
141LAR REACTION.IN WHICH THE ORIGINAL COM
.68-71DEGREES; A St, PLEX WAS
i,-PREP0. AT 37-50DEGREES AND THE REACTION.WAS RUN IN A STREAM OF C. SU62 H
Z_ SUB2 2 HR AT REFLUX GAVE SEC-BU CELLOSOLVE, 8 SUB19 60-30EGREES. WHEN
ili: ~:_:_THE ABOVE REACTION WAS RUN IN THF THERE WAS FORMED AFTER 3 14R AT
1200EGREES CRUDE HC TRIPLE BOND CCHMEOCH,SU82 CH.SU82 GH, a SUB19
50-62DEGREES. 2,METHYLt2tETHYL,1,3#DIOXOLANE IN A SIMILAR REACTION
BOMPLETED BY HEATING 3 HP, AT 120DEGREES GAVE 18.ZPERCENT
3,METHYLt3,ETHYL,3,(2,HYDROXYETHYL)91,PROPYNE, 8 SUB15 82-50EGREES,
IMPURITIES, ALONG WITH 8.9PERCENT
B~SUBL 118-20DEGREES.
:`i.'--WHEN THE REACTICN WAS RUN IN A CONTINUED STREAM OF C SU82 H SUB2,
FINALLY AT 80DEGREES, IT GAVE 19PERCENT
29METHYL,2,ETIiYL,3,MF-THYLENEtl,4,UIOXOLANE MIXED WITH MEET SUB2 COCH
SU82 CH SUBZ OH. 8 SUB3 50-50EGREESs WHILE THE REACTION RUN 3 HR AT
0-50EGREES# THE 3 HR AT 100DEGREES IN MEPH GAVE MAINLY THE LAST ETHER
(IMPURE).

OIL ASSIFIED PROCESSING DATE--30OC170
UNCL
~~.'.CIRQ ACCESSION ND--AP0123562
-ABSTRACTIEXTRACT-PASSING C SUB2 H SU82 HA INTO E TJ4GBR' IN UT SUB2 0 A IN 0
TREATING THE MtXT. WITH 0.5MLE SPIR0(4*4,lLt4rDl0XONONANE IN MEP" GAVE
AFTER 3 F.;? 'AT 6C-95DE-GREES IS' 2PERCENT MIXED
-.1, ETHYL1 2, HYDROXY ETHOXYJ CYCLOPENTANE AND HOCH SUB2 CH 2 CET
SUB 0 (c
~-`SU35:Fv,SU3lG--CYCLQ) SUR2, B SU81 60~30EGREE-S4 AS DWELL AS SOME
_s(1 (ZthyDRuXyETHu! Y) 1,CYCLQPr:NTYNYL) ACETYLENE 8 SUBI 1.40-53DEGREES.
~.'SIXILARLY SPIRO 14.5% r1 s4v DIOXOD-CANE GAVE
I,E-THYL's lit ZtHYDFCXY,ETHOXY)CYCLGH4-:XAtIE, CONTG.
I -:ES; REINCTION
i2p.4'e'P-RGXYET!-OXY)C;YCLOY.EXA,%E,,~ 3 SUB3 U,9-90DEGRC.
'ACILITY.
RUK'AT' LOWER TEMP. ALSO GAVE THE:LATTER: PRODUCTS.
ITSK. INIST. GRG. KHfM., IRKUT.SK,' USSR,,.,
LRKL

on UNCLASSIF~IEJ) PROCCSSING DATE-20NOV70
'RTIARY j-',i'-IINES.
:~:-TITLE~-ROW!UAL P1~0VO,(3,YL FXCHANGE OF hYORG)',YETYL T
SYNTI,
I E S I S 1,11 FN, IfY[jR'JXYETfiYLf. PROPARGYLAM INES
~AUTHOF-(Cil-ll-t;l~'IT&Iyt--V~A, Z.T. F. f! ATAVIN, A. KASH I K
S HO STAKOVSK I V, i-1.
_T
V TRLFI,%,,CV, 41-I.A.
_CCUINTRY UF ljNFG--LSSR
'SGURC E-ZF. U~-G. KFisl;. 1970 6 t 5) 902-'a
E UHL IShEC -------- 70
T p
0
~-SUBJECT APEAS-CHEMISTRY
T L
.-TOP I L- 1AGS-BROMINA -0 COMWGUNDt TERT I tkY AM I N' G I JE M I CA L
'T I I k
-SYNTHESIS, ~Gf,,(~ANIC AU CUsN.11CUND, L OL' fl 0ZENC L)(-,RIVAT IVE
'CU)TROL "iAMKING-ING RESTRICTICNS
.~DGCUMCNT CL45S--UNCLASSIFIED
-PROXY REeL/FFAME--3CCo/I'233 STFP NO-UF/0-66170/0 /005/0~4120)90i3
!kc 4 1 F

. lki]Ct'~i S1: 1 G, DAT E---- NCIV 7 0
CLASS, IF I 1~6 J
xj
An-STi~'Ua THE LAI* f1 J111 UJ 2
Ch' SUE-2: u-, f.", -4 N, Dik r' P IEl I E N E T ET; C h SUE112; sub2l CH SUB2
2 Ch S,,.16-1, HOICH SUL- 2 C.H L; 6 Cil SUCie-' :CHCH SU6' CH
ICHCH su~ -
SUb2 UH, Ph, Lli SW32 Ch SubZ (NO W 1 1+1 lic TRIPLE HLONO GLH fIR
IN- Cli Li) FLH S(JU'. GAVC 70-9CPE--ACENT rmi-iic~i.:su~2 c,,i! stj42 olt-ijui suij2 c
TH HC
TRIPLE FC,\Fl CH ~1) HUIN'EVE-R, "l(CFl:SW3Z Of SU82 QH) SUB P E"A C TE U
-TRiPLE PBEND CCH SUa-2 6 i~ TO GIVE flGCli SU82 CH SU32~ N (Cil SUL12 C TRHPLE
c1l) SOB Ci;t,;PEFS 3ESIDES 1',t:YCLIC SUCH AS
BON E 2. A 1 6 3
SOM~ I tit:k-F- ALSO PtE!)t). By
'dzkE FORME-1).
REACTI~-~C, FC T.RIPL-E SUB2 i3k lilTifl-WHCH SJk2 CH SUB2 OH (R FQUALS
?:CHOCF~ SU6, ~Cli SUL2 P! ~Ctl SUC-2)
~HOMEtCh :SOE~2 Lli SU62' Criii LH ~IULI
FACILI TY:, IRKUTS: INSI. ORG. KHIM.~,, I R KLJ T SK uSSR.
K.
O~t,i, L ASS I F I E 0

'LA ' -D--
- - -- --- - UN( -- - ,

PROCESSING DATE--11SEPTO
1/2 010 UNCLASSIFIED
T ---SPLITTING OF AN ETHER BOND DURING _]L VIN -U-
ITLE Dlqc.VHYLENE GLYCL YLATION
-A UTHO R--.A,,,T AV S.t AMOSOVA, S.V.j VYLEGZHAN[No O-N-9 K_EYKO, V.V.t
_-JR OF B*Ao
I vp
COUNTRY OF INFO--USSR
AKAD. NAUK SSSR, SER. KHIM. 1970#'(1)v 449-52
.-DATE, PUBL ISHED ------- 70
SUBJECT -AREAS--CHEMISTRY
:JOPIC:TAGS--ETHYLENE GLYCOLt CHEMICAL BONOIN,(;i,,ETHERv ETHYLENE
CnNTROL MARKING--N0 RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
z~PROXY REEL/FRA4E--1987/1055 STEP NO--UFt/0062/7.0/000/001/0149/0152
CIRC ACCESSION NO--AP0104453
UNC LASS IF IED---------

2/2 010 UNCLASSIFIED PROCESSING DATE--11SEP70
CTRC-ACCESSION NO--AP0104453
:~~ABSTRAtT/EXTRACT-LU) GP-0- ABSTRACT. HEATING O(CH SUB2 CH SUB2 OH) SUB2
WITH KOH AND 'C- SUB2 H SUB2 2 HR AT 160DEGREES (17 ATM INITIALLY)
..GAVE 53PERCENT DIVINYL ETHER 4F THE GLYCOL,, 8 SUB13 890EGREES,, WHICH
WITH 1- PERCENT HCL REGENERATED THE PURE.GLYCOLt B~SU82 90-DEGREES.
HEATING I WITH KOH AT 165DEGREES IN C.SUB2 H SUB2 115 ATM INITIALLY) 3
GAVE, AFTER CHROMATOG. OF THE MIXT.J.8PERCENT (CH SUB2 OH) SUB2
~:::IDENTIFIED BY--SILYLATION. THUSt'DIETHYLENE GLYCOL IS CLEAVED BY KOH TO
ACH.SUB2 OH) SUB2...AND THE PROCESS IS ACCELERATED BY THE PRESENCE OF C
','~,SUB2 H. SUB2. - THE EFFECT-I S% POS-S I BLY CAUSED BY CL EAVAGE''DF- THE ETHER: - BOND
-:THROUGH.ACTIC)NIOF tHE ETHEREAL 0 AS A NUCLEOPHILEJN REACTION WITH C
SUBZ.__H~SUB2.AND~FORMING AN INTERMEOJATE SUCH AS tHOCH SUBZ CH SUL32) SUB2
0 PRIME-,POSITIVE CH:CH PRIME-NEGATIVE.
NELAS-S-l
U
l

USSR UDC 547'A1:538.27
KALABIN, G. A., ATAVIN L GAVRILOVA, G. M., TROPDTOV, B. A.,
and Correspondir4~'Mtft Wer 'o"
f the,Academy of Sciences USSR SHOSTAKOV-
~SKIYY, M. F., Irkutsk Institute of.Organic Chemistry, Irkutsk, Ea3t
Siberian Affiliate,.Siber-ian Department, Academy of Sciences USSR
"Structure of the Products Resulting From the Addition of Dialkyl-
phosphites to Divinyl Ethers of Gem-diols"
Moscow, Doklady Akade-m-ii Nauk SSSR, Vol 190, No Feb 70, D_D_ BLL9-852
Abstract: On the basis of PMR data the authors conclude that the
addizion of dialkylphosphites to 1.1-divinylhydroxyalkanes occurs
stereosDocifically yielding 1,3-dioxolanes with cis-oriented sub-st-1-
tuents at CL, and C5. The PMR spectra indicate absence of free rota-
tion.around,the P-C and C-C bonds in the (RO)2-P'(:O)-CH - fragment--
2C
furthormoro, the cycle is not planar.~ An assum-6tion is made that
one of the carbon atoirs of the cycle (0 or G Pticka out of the
pip-ne of luhze ring by an angle of more' bi n 09
3

I , ! 11 1 , 1 11 1 1 x I . I . ~ ~~. i a

USSR UDC 621.821.6t612.825-1i612.833-81
ATAYEV. 4.M., institute of Evolution-U7 Morphology and Animal Ecology,
Academy of -sciences L!SSR
"Interaction of Variations in Intensity of the External Electromagnetic Field
and the Intensity of Nervous Excitation in the Central Nervous System"
Moscow, Izvestiya Akademil. Hauk SSSR, Serlya Biologicheskaya, No 1, 1972,
Pp 119-134.
Abstracti The structural variability of the central nervous system is connected
with sequential phenomena which arrises during the process of acquiring new
adaptive forms of behavior. The existing theory of the formation of inter-
central channel morphophysiological connections during the formation of a
conditioned reflex is under disucersion, and the new idea ha:s been advanced
that the occurrence of structura1traces is caused by intracellular movements
sterotypically repeated in time and space. These movements are caused by
internal forces the nature of which is connected with the interaction of
electromagnetic phenomena on the subcollular molecularlevel. It is asswned
that as a result of an increase in excitability by reinforcement, reorienlla-
tion of the subsellular polar macromolecules of the neura.1 constellations
concerned takes place. A chango also takes place in the vector of the total
1/2

USSR
ATAYEV, if. I.,., Izvestiya Akademii Hauk SSSR, Seriya Biologicheskayay, No 1,
9172, pp l19-134
polar moment of the central nervous system which Is fixed in the polar memory
in the specific environment of the organism. 'Experimental.data, are presented
in this article aimed- at establishing the.correctness of the above-presented
assumptions by discovering the interaction of the external and internal elec-
tromagnetic oscillations with respect to the behavioral response reaction of
the animal. An electromagnetic field was used as the conditioning agent. The
conditioned reflex was developed in two.subjects differing sharply Ath respect
to level of cephalization -- molluscs (Planorbis corneus var. rubra) and cats.
The external electromagnetic field in the superlong.wave range can serve as a
ronditioning signal for the.adaptive-protective,reflex. The electromagnetic
field in the 20 to 100 hertz band was the most effective. These data indicate
that both in the case of lower and higher representatives of the animal world,
inthe mechanism of adaptive activity the largest pol4r macromolecules the
natural relaxation period of which is quite large are,primarily conerned.
2/2

Acc. Nr: Abstracting'
Service:.. Ref Code:
V003421Z CHEMICAL ABST. 7 -1
71248j Complexing in cupric nitr'Ate-2-methylblenzothiizole-
methanol and cupric nitrate-2-hydroxymethylbenzoth Ijuole-
r
Methanol systems- Sly~ftrenko, K. F.; Ateirtenko. AL - V.
Tekhnol- I-st. , c M.. :-M, 7-
(Kiev- n Pro
iveorg. K"-Z,.,n..1970, 15(11, 10t-11 (Russ). - It is contirmed spec-
troscopically that a 1:2 c`omplex (1), having an instability const.
of 4 X 10-6, is, formed between Cu(NO3)-. and 2-h-~droxybenzo-
thiazole (L)-in MeOH solus. Absorption niax.'of 1 (-14.W)
-1) correspond to d-d transition and'indicate di5-
and 10,800 cm
torted octahedral stnicture of 1. 1 is more stable: than an an-
alogous complex of Cu(NO3).- with 2-methylbbnzothiazole-
MeOR. HMJR
REEL/ FMME
- -op -c7f-----

_015 UNCLASSIFIED PRCCESSING D A T E2 7P40V 7 0
T I E!',J T S
.Tt-TLE--ANTIBIOTIC POLYRESISTANtf. STA.PitYLOCOCCAL CARRI,ER STATE jN PA
WITH TUBERCULOSIS ANO IN HE4LTHY PERS014S. -U-
L.A., ATOPEK, S . YXA"Y K A L Y U K ,~A .,N. S 0 KO L OV S K I Y ,
~CCUNTRY. OF INFO--USSR
t7SOURCE-PROBL TUBERK 48(l): 49-53. 1970
.DATE PUBLISHED ------- 70
AUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
ANTIBIOTIC~, DRUG RESISTANCE-
'TOPIC TAGS--TUBERCULOSIS, STAPHYLOCOCCUS,
,-CONTROL MARKING-NO RESTRICTIONS
DOCUMENT CLASS--U,"4CLAS5fFIED
-!PROXY REEL/FRAME--3006/0450 STEP NO--()R/0000/7()/044/0()I/C)O,(t-9/0053
_CIRC ACCESSIOIN Nf)--AP01342t8

~2,/ 2 015 UNCLASSIFIED PROCESSING DATE--2"l'OV70
..,_C'.,_,ACCESSION NO--AP0134218
--ABSTRA(T/EXTRACT--(U) GP-0- ABSTRACT BY TU3-E-RCULOUS PAT[ENTS
EXCRETION
-OF IYLOCOCCI AND ALSO THE STAPHYLOCOCCAL CARRIER STATE
ISTANT STAPf
POLYRES L
IN TUBERCULOUS PATIENTS, MFDICAL STAFF MEIMBERS AND HEALTHY PlERSOiNS
~i7i,OUTSIDE THE HOSPITAL WERE STUDIED. IN 'LOOKING I NT IJ THE CARRIER STATE
-PRO BL EM ,THE !TO ANTIBIOTICS WERE
STAPHYLOCOCCI CULTURES MOST RESISTNAT
IN THE GROUP OF PATIENTS, WERE LESS FPEQ()-N-rLY OfASERVED:INI THE
-MEDICAL STAFF GROUP AND EVEN LESS IN,HEALTHY PERSO~4s. IN THE CLINIC,
"THE POLYRESISTANT STAPHYLOCOCCAL CULTURES_.SHOWFD CbNSIOERA13LY HIGHER
~.RESTSll"ANCE LEVELS AND WERE MUCH MORE FREQUENT ( IN ~RR.5PERCEINT OF
-.PATIENTS AN/IN 66.9PERCEjNT OF THE,14EDICAL STAr-F MEMBERS) THAN WAS THE
~'.CASE IN HEALTHY SUBJECTS. IT 15 OBVIOUS THAT WITH~LEPIGTHY STAYS.IN
AEDICAL ESTABLISHMENTSAND LONG TERM MEDICATION AIDS THE OCCURRENCE OF
INTENSAVE CROSS TRAINSMISSION OF MICROBLAL FORMS RESISTANT To ANTIBIOTICS
:-!BOTH ON THE PART OF PATIENTS AND MEDICAL STAFF MEMBERS. BECAUSE:OF
iTHIS, MEDICAL PERSONNEL SHOULD BE SUBJECTED TO SPECIAL EXAMINATIONS, AND
_'PRIATE SANITARY
OF RESISTANT STAPHYLOCOCCI BE11NG EXCRETEDF APPRU
MEASURES SHOULD BE UNDERTAKEN. ~FACILITY: 9EP. EPIOEMIOLot N. R.
:GAMALEYA INST. EPIDEMIOL. MICROBIOL., MOSCOW, USSR.

USSR uDc: 681-327
YATf I KUDRYAVTSEV, 0. M. ,LITVPN, A. B. MALOVICHKO, V. V.
MUSATOV, I. F., PuKOV, N. P., YAROSIIEVSKIY, I. D.
"A Miultiple-Reel Tape Transport Mechanism for Memory Devices"
USSR Author's Certificate No 288051, filed 5 Aug 69, published 20 Apr 71
(from RZh-Avtomatika, Telemekhanika i Vychislitel'n--ya Tekhnika, No 10, Oct
71, Abstract No 1OB344 P)
Translation: Multiple-reel tape transport mechanisms for mehlory units are
known which contain a reel casette, reel drive spindles',~ find a drive for
moving the casette. A
-istinguishing feature of the described device is
arrangement of the reels in the casette by pairs in two groups coayially with
eachother and-with their drive spindles; and the casette contains a bracket
with guides for displacing t:,,ie casette along.the axis.of the spindles,which
are equipped with releasable cartridges containing cams for locating the
reels with internal tapers. Fastened to the reels are spring-loaded gear
sectors which engage in the initial state with geared rims fastened on the
casette housing. This speeds up data sampling and. improves the reliability
of the device. Two illustrations.
I/I

USSR UDC 681.327.66.002.72
E.. ANFMOV, M. A., VYUGIN, V. A., KOLOBASHKIN, N. I., LITVAN,
=VM'jAbT_ Ab.Wr.,
A. B_., blAZAN'KO, B. P., AND SOLOVYEV, V. A.
"Device for Checking Bunched Conductors"
USSR Author's Certificate No 277858, filed 27 May 69, published 6 Nov 70
(from R7h-Avtomatika, Telemekhanika i Vychislitel'naya'Tekhnika, No 6, Jun
71, Abstract No 6 B153 P)
Translation: A testing device containing a memory, coincidence circuit, and
a display circuit is well known. This device does not provide for automation
of control of bunched conductors during the manufacturing process. The pro-
posed device for similar purpose is distinguished by the fact that it con-
tains two ferrite cores with an open magnetic conductor, into one of which
wires corresponding to the code 'T' are introduced, and'into.the other, wires
corresponding to the code "0." These are the primary coils of transformers
the secondary windings of which are connected to the first input of each of
two coincidence circuits respectively. The second input of each coincidence
circuit is connected to the memory output, and their outputs are connected
to the interrogation device connected to the conductors:of the tested bunched
conductors and the interrogation current control circuit. The control of the
bunched conductors during the production process is automated in this wav.
There is I illustration.
69

USSR UDC::681.3-001.019.3
ATOV14Y-AJI. T. 0and ARSHAVSKIY, M. I.
X,
'"Diagnosing Defects of an Information Search Device Using External
Media"
Riga, Avtomatika i vychislitellnaya 'Teklinika, No 1, 1972, pp 32-36
Abstractt Because the problem of devising diagnostic tests for
automatons with memories is too complex to perinit setting up al-
gorithms that can be used by computers, the a:Lithors concentrate
on the problem of diagnosing defects in partial automatons widely
used in computer systems. The aea:rch~device they consider is
-part of a device for introducing information, :the basic problem
of which is to find) througi a shift in the information carrier, the address
deSC2,jp4 ion of'
block co.=unicated to the device by the Tcentral r=chine. A
this search device is given, toltether with a block diairram, and the operation
of its camonent parts analyzed. The system developed'by the atithors fox-
diagno3inr, the defect is described.

USSR UDC 681.326.658.562:533
ATOwff&N,__T. 0., and ARSHAVSKIY, M. I., Moscow Engineering Physics Institute
"A Device for Setting the Address,in the Peripheral Units of Digital
Computers"
!Moscow, Otkrytiya, izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,
No 23, Aug 71, Author's Certificate No 310249, Division G, filed 31 Jan
70, published 26 Jul 71, p 151
Translation: This Author's Certificate introduces a device for setting the
address in the peripheral units of digital computers. The device is based
on the use of pulse potential elements and contains flip-flops with counting
inputs, a ripple-through carry circuit with ripple-through carry ampl3ifiers,
and a circuit for setting up the initial code. As aidistinguishing feature
of the patent, the capability of localizing malfunctions is increased by
adding a test mode flip-flop and a group of differentiating diodes whose
potential inputs are tied together and connected to the one-output terminal
of the test mode flip-flov. The pulse inputs of the differentiating diodes
L -responding flip-flops
are connected to the zero-output terminals of the cor -
for the digital places, and the outputs of the differentiating diodes are
connected to the inpuL[j of the ripplo-through carry ImIP111fors of the ad-
jacent most signIficant digiL.
1/1

USSR UDC 548.736
ALIYEEV, Z. G., ATOVMY.Or, L. 0., and PONOMAREV, V. I., Branch of the Institute
of Chemical Physics, Academy of Sciences USSR
"Crystalline Structure of the Monohydrate of Pyrazine-1,3-dicarbonato-
carbonyltriphenylphosphine Rhodium (1)"
4oscov, Zhurnal Strukturnoy kliimii, Vol 14, No 4, Jul/Aug 73, pp 748-749
Abstract: X-ray structural analysis of the crystalline [Rh(pyrazine-2,3-
dicarbozilic. acid) (CO)pPh3)1 showed it to be of monoclinic syngony: a
11.200 + 0.005, b = 27.87-+ 0.01, c = 7.695 + 0.005 K,le = 99.5 + 0.1",
d = 1.~3_ g/cm3, Z = 4. The structure of a crystal consists of discrete
Manomaric molecules and water. The pyrazine-2,3-dicarboxylic acid forms a
flat five-membered ring with the metal atom. The Ph c 'bordination is flat,
quadratic, the carbonyl group beiug oriented trans to the oxygen atom of
the organic acid.

A/2 016 UNCLASSIFIED PROCESSING 0ATE--Z3jcr70
CHOICE OF A PRINCIPAL SCHEME:OF HIGHLY M031LE GAM,4A THERAPEUTIC
:APPARATUS -U-
'AUTHOR-(04)-~ATOV,TANY ~A F.? GORDON, V.1.1 DAVYUOVAI,I.A., L[TVANp A,Bs
-COUNTRY OF INFO--USSR
..-SOURCE--MEDITSINSKAYA RAOIOLk~ly~l 1970, VOL 15, NR~5, P.P 28-31
..DATE PUBLISHED ------- 70
_SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
'-TOPIC TAGS--IRRADIATION APPARATUS, MEDICAL APPARATUS't GAMMA RADIATION
MARKING--NO RESTRICTIONS,
DOCUMENT CLASS--UNCLASSIFIED
PkOXY REEL/FRAIRE-1998/0282 STEP NO--UR/0241/70/015/005/0028/0031
ACCESSION NO--AP01?0971
UNCLAWFIED

016 UNCLASSIFIED PROCESSING DATE--230CT70
CIRC ACCESSION NO--AP0120971
ABSTPACT/EXTPACT--(U) GP-0- ABSTRACT. THE PROPERTIES 0F A KINEMATIC
~PRINCIPAL SCHEME ARE A FACTOR DETERMINING THE QUALITY OF THE GAMMA
JHERAPEUTIC APPARATUS FOR MOBILE.IRRADIATIOW, THE ISSUE DISCUSSES
~KINEMATIC DIFFERENT GAfAMA APPARATUS AND ANALYZES THE INFLUENCE OF
PARAMETERS OF THE RADIATION HEADON THE TECHNICAL C~ARACTERISTICS OF
7~ APPARATUS A NEW SCHEIME OF MOUNTING OF MECHANISMS. OF THE RADIATIOq HEAL)
.~--lS.PROPOS;D AS A POSSIRILITY OF ESSENT'IAL IMPROVEAeNT OF THE DESIGN Of:
GAMMA.THERAPEUTIC APPARATUS FOR MOBILE IRRADIATION. FACILITY:
RADIOLOGICHESKiY INSTITUT MIN[STERSTVA
-~.":4DRAVOOKHRANENIYA RSFSR.
--UN C-L A-S-S-1-F-I E 0

I

012 UNCLASSIFIE'D PROCESSING DATE--090CT70
J-ITLE--FATTY ACID AND GLYCERIDE COMPOSITION OF BUTTtRFAT -U-
AuThOk-(03J-YAKUBOV, M.K., GLAI)KAYA,.V.F.t ATRAMENTOVA, V.G.
................
"COUNTRY OF INFO--USSR
~SOURCE-MOLOCH. PROM. 19709 31(2), 19-21
-VATE PUBL ISHED---70
SUBJECT AREAS-BIOLuGICAL AND MEDICAL SCIENCES
JOPIC TAGS-FATTY ACIDe FAT, FOOD ANALYS.IS, GLYCERIDE
CONTROL MARKING--NU RESTRICTIONS
.~DOCUMENT CLASS--UNCLASSIFIED
~PabXY REEL/FRAME-1993/OZ53 STEP NO--UR/0333/70/0311002/OLII'3/002I
CIRC ACCESSION NO-AP0113188
UNCLASSIFIED

-Z/Z olz UNCLASSIFIED PROCESSING DATE-090CT70
C IRICACCESSION NU-AP0113188
ABSTRACTIEXTRA CT-W) GP-0- ABSTRACT. BUTTERFAT CONTG. 23.65 ANIO 36.05
MOL. PERCENT UNSATD. ACIDS
OF Dl~~ ANO TRISAT01.
CONSISTE.0 MAINLY
GLYCERIDES. MUNUSATD. AND TRIUNSATD. GLYCERIDES WERENOT FOUND IN
INTERi FAT
W AND IN SUMMER FAT- ONLY: 8, 17 AND 0.31PERCENT RESP. , WERE
.
_~FOUND- FACELITY: KHARIKOV, POLITEKH. iNST. IM. LENINA, KHARKOV,
~:_USS R.I
UN CLASSIFIED

USSR UDC 6z?3-621.3!?1.6'25:621.'-:)~71/39
ATRAZHEY, 14. P., Candidate of Technical Sciences, IL1111, V. A., Cnamdidaate of
Technical E~~iErces, and MAR'Ffl, N. P.., Doctor of Technical Sciences
Bor'ba c Phdioelektronqvi.,ii Sredstvami (litilitary Electronics Countermeasijres),
Moscow, "Voyenizdat,' 1972, 2(2 pp
Translation: Annotation- This. book, written on the basis of unclassified
foreign sotirces, briefly characterizes the contemporary air defense status of tht-
capitalist countries and examnes countermeasure techniques in this defense.
The procedures for applying various types of active counterreasures are listed
and the gear they utilize is described. The methods. of~ obtaining passive jam-
ming, false tarfvets, and decoys are considered. The ba~,ic techniques for sur-
veillance of hostile electronics systeric are presented plong iith procedtires fom
appraising communicat ions cotiritermeasure effectiveness.
'IThe book JLs Intended for the broad circle of readem interested in the
fun(burientals of electrcnics countermeasares.
Candidate of Technical Sciences V. A. 111in ~wrote chanters 1-3 arid.
section 6 olf chapter It. Doctor of Technical Sciences IL P. Marlin wrote
chapters 4-61 and Candidate of Technical Sciences M. P. Atrazliev wrote c1LaT)te21S
7-9.
1hble of Contents: Page
Preface 3
1/5

UISSR
ATRAMEV, M. P. and _TL'TJ1, V. A., Bor'ba c Radioel-ektronnylyd. Sredstvaipd, 1972..
272, pp
Cha-ater 1. General Prirci-oles of E-mploying Electronics Systems in the
Military Ajr Defense of Capitalist COU11tries 6
-1. General Characterization of Air Defense 6
2. Radar Warning Stations 11

3. y ~darn
Target Direction, Range, and Velocit Traching.Ra
21
4. Peculiarities of Near-Suace Radiavrave Pro-paigation 36
5- Catepries of Electronics Countermeasures 310
Chapter I!. Active Electronics Measures Against Warning and Gui, dance
Ra-dar Stations 42
1. Continuous-1.1ave Noise Jwmning 2
2. Block Diagrai~,,,, of Conti mious-1-1eve Noise Jir_immerg 50

Narrowl-,an(l Spot With Noise 55
It. Palsed Jamming
5- Urbriodullated and Tone-Modulated Continuous-liave jar',-_mi_-,;' 6--.)
Chapter -III. Active Measures for Jarming Radar Stations riperatill.- ill
Autox-atic Tar,-,,at--Tracking Modes 66
1. Int=_rference S-_7gnals Madulated at the Antenna Scan 'Trem,,ency
of the Hostile Radar 6; 6
2/5 2. Jawviing Radars With Knoim Scan Frequencies
"h 72

USSR
-ronn,,nT.
ATRAZIPE. V, M. P. and ILI IN, V. A., Bor ba c Ra d i o e 1 e k Ld Sredstvami, 1- 72
272 pp
3- Noise Barrage Jamming at the Scan Fruq~uency
74
4. Jamming at the Lobing Freqixency
78
5- Jamming the Range Circuit of Pulsed Automatic Tracking
Radars (Range-Gate Stealers) 80
6. Jaming the Velocity Circuit of Continuous-Wave Autorkatic
Tracking Radars [Velocity-Gate Stealers] 85
Active Electronics Measures Against Control and Communications
Radio Links &8
.8. Sweepthrouj- -i Jamming 90
Chapter IV. Passi-v-c Electronics Countelmleasure 14athods 98
1. General Passive Janjnnina Characteristics Q5
2. Radio-wave Scattering by a Half -Wave Dipole (Chaff) and Long W'ire 99
3- 11ndiowave 8cattering Propertler, Of Ll Cl)ftff
Corridor 103
4. Using Chaff to Jam Warning and Guidance Radar Stations IG3
5. Using Chaff to Jam Target Direct Aon and Ran[:e Rstdar Tr, cking
Stations ii6
6. 1,44thods orL rrotectinG Radars Against Passive Jamming 124
3/5

USSR
ATRAZHEV, M. P. and n'IN, V. A., Bor'"ba c Pb4ioelektr)nn1wd Sredstvaird.1 2.
97
272 PP
7- Passive Deception of Reentry Warning Radars 131
8. Interference Noises Produced by a Jet Engine Wake 134
9. JaimmiDg Obtained by Bursts of Nuclear Ammunition 137
Chapter V. False Targets and Fx-dar Decoys 19 2
1. General Information Pbout Radar Decoys 152
2. The Radar Cross Section of Dacovs 15-8
3. False Targets Based on Plasma Formations 16?
'Chapter VI. Reducing the Radar Observability of an Object 165
1. Methods of Lcrwering an Ubject's Radar Cross Sect ,ion 165
2. Properties and Methods of Using Absorbing Coat~ nr's 16q

3.
LowerinB the Radar Cross Section Th 7h Proper Velricle Shapin-
rou ,
172
4. The Effect of a Plasivi Sheath an the RadAzr Cross S,~ction of all
object
Chapter VII. SQ1ectinir I/Qthols of Daar~troying nnd Jow.-minf, Electrordes,

1. Destroving ElectronicG Installations 1811
2. 'Elie Role of Comhat Formations and Evanive M,.-trieiiverin,-, 18,(

3- ,e,
Integrated ~Jso of Diverze ElectrorAct; Counterv s!;-
19,~
4/5
6,~

IISSR
ATRAMPI, M. P. and ILIIN, V. A., Bor'ba c Radioelektronnyini Sredstvamd, 1c,)72,
272 pp,
Chapter VIII. Electronics intelligence.Systems 194
1. General Knowled_~e A.1bout Electronics.intelligence Aids 191,
2. Data Obtained ThrouGh Electronics Sunreillance 197
3- Surveillance of Radio Signals 199
4. Separation of Signals 20-51
5- I-leaunring the Signal Carrier Frequency 208
W. 6. Mieassuring.the Direction of a Radiation Emitter 215
7. Yeasuring 1,11oditlation Ctaracteris tics 221
8. Fecordipg Systems
224
9. The Pange of Electronics Reemmaissance Coverage
10. Characteristics of Electronics Intelligence-Stations 233
Chapter IX. Bsti:mating the- Effectiveness of Electronics Counten~.,--asures 24o
1. The General Ccacept of Appraising Jar-i-ning Effectiveness 24o
2. Tactical Factors in Radio Jamming Effectiveness fai, Coordinated
Trcop end Weapons Control Channels 24o
3. Deteimiining the Zones for Jaanming Electronic Facilities 251
4. The Power Factor in Js.,.wirrr Effectiveness 264

Bibliograp.
hy P67
5 /5

V111-9A. PERMCTIOH OF T1115 STgUCV.'RC )6%0 IEOWNICAL STKLH=t Or SINCLE CRTS-
TALS OF 7119 distill" TYPE GROWN FROM A MELT 01) N04 'nil: VAPOR HIASE
lArticle by 1_.Ao Sinovey, D. V. Jsstru~hcllenko' 0. A, Fedr-rSn$,.Q. V. -Y_Lu~~ki
,

grata t int~tx roiu-r~
'har'kovt N.vosilitiss-k.'Itl jo' Protgo.-W
V
vodnl$,-vykh Kriatallov i Pienoksru~sian. IZ-17 .1mir, V47.1, p 110)
The Ainslie CdS And Use cr,qtaln Sr~t from a m-It under 111%ert gas
soure have the structure of vurtzito And ZnSe. We and Zn e have the strue-
pre _ T
tu r, otsiphalerite. Th~ otn 611mved-ainItIc crv&tA]4 of Zn.S have the structure
of--.p h4 letite Vilt they contain ~ large number of trTurfections cr~"necttd with
the at4tintical di9ordering and errors in the superpoottLon v! the atomic lx~
urn, 'Chr type of cr-fnt*l of ZnS single cryttals grown from the vapor ph*-.it a
determined by the aynthexis Conditions amd, above all. by the temperature.
The etching pictuTtA of different pInneq of ZnS aingle crv%t*L* Sre~m
from a melt and from the vapor phase are compored. A Ptudv was made of the
mictantrength characteriotica of single'AIISVI crystalo a" a functien of the
Crystal. otructure, the dtgTt. of its peritction and the lattite Parameters.
tt van demonatrate4. that alloying otngle Znl
cryatala with a-
itixturem (aluminum). stabilize% the vuttsits at ructu us and alloying vith
,
acceptor admIxtures (copper). the aphalvirlte structure. For alloyed single
clystAls. a study w4S made of th* amisetTopi of the sicrohardne.., and c,
c usions were drawn regarding th* 11110's of Plastic flov caused by the lodentor
of the aLLcrohardn*&a masister.

114

Q,

Phisical Properties
USSR UDC: 620.18:539.4.019.2
ATRQSHCIMK0, E. S., KOSOVICH, V. A.1 5.FDYKH, V. S., and SHORSHOROV, M. KH., Volgo-
gradl Moscow
Me Physico4lechanical Properties of Blanks Produced by Explosive Pressine'
Moscow, Fizika I Khimiya Obrabotki Materialov, No 51 Sep-Oct 73, pp 123-127
Abstract: The authors study the densityt electric conductivity, and hardness of
pressings after the explosive, matnixIess pressing of iron, nickel, and titanium
powder. It is shown that the physico-mechanical properties of pressings obtained
by explosive pressing m-e determined primarily by interparticle contacts with a
metallic bond. Simultan*eously the inadequate meta-Llic bond of the particles in the
briquets is indicatedl showing the necessity for the subsequent sintering of the
briquets.

VIII-2. MEMMISM OF THc accunua, or rnrk:s IN CRYSTALS rRVVM FKPI A C)6-
S&TUILATLU MELT
(Articlo byb, It. hLrrulls, Yll.,R. 0vtorovinuka-, V. V. Fishchli,l, L. l_,finvv~, i
and L. V,.Atr-jSjLS~nkO. All-UnItin Scit-ittific kv~earch ".n.,ttitute,of cr,-
talm, Khar'kov, Havanibirak, III Slr-r "1 1,10 go-t. I 5-=te-4 r,*.-
uprovotinikovykh krintAllov I Plenv~,j Hflsh., H-li juve 197.', r. 1,;;;

A atudv von made af
the physicAl procellAvq 4efitlij t
-
the per, fOr". tIan
,
In sinsle c"qtnim for C le r grmt1j from a,x"-atur^ted ~cjt. TtNv:,~J,~ Z A-
1
tjon and paturation of tile rallf VI Lill tilt! go" solution CvrTOnv"t&# Virir geRrt-
Rr
go Lion on the phana Interface and teproce,mem of rertmval of tht"r zr," 0i,erill.
dlep In the relt o6 a remult of diffumiun And convection are Inmx-.jc*tvd.
A
PtUdy W411 MLIC Of tllv prob1cm of tho occurrence of nucleating cChttz Of e
,,,
gas t)114141- fit tile CryStAlItlAtLon front And their effect Olt tit* rorv !r~clon
in tile Itnuld rilofte
Ilip morphology of pores In minP.10 Cr!,It&lm Of C4dMi= sultidt, zinc
sm1f1de And leucclampphlre wmi inveatigntr4l. In the.cmstAlo rorts Of arherica
Columar And drop shoot were observed. Studje% were leade of tit* problem of
tocetinn of the pore A during the protpam of high-ter-rerott=m Ce r-
toin problatm of the growth itinetice, 'of bubbles in the 7ft1t and the rolvarnr
parts in the cr7stel are discussed.
:

Th Atneral Is" of the occurrence of paroa, in sinitle trv*talx of a li_
a
C....,t
in; ionic compounds Xtown from a dissociating volt were fo%oad~

lob -

R

Rix
43

USSR -)LB. -5
UDC -,) L.
rl
L. P.
SYSOYEV, L. A. All Uri fo-Ta Sc i6lit 5 ~T~c~ e s: ~ercii ims `6-1-at a of
Single crystals, KhriarlI.,ov
"Single C2.-ystals Of 1n2T With
a Pro,3ressively va-:vYfn-
e3
of Deviatbio n Frorm Stoichibmetry"
Mosco-.-r, Neox-ganichesici -e Materialy )fly 70, pp 860-
Vol 6, 11.0 5,
864
Abst--ac~,-. The auth-o--rs studied alloys t-In c. a r e a o
homogen6a. -ystal'sarun
Ity us n. ;.es an
1e ci oa ~~ir; recul ts
-ied -h data 'Prov-1 7polycrystalline
obtaii
cryst""-1 T,.,ara obtained by,zone r. --, a -1 i r Tl-.o Its
L U
COrrG-"O1:iatCC-L T,hO b-on d-iagram plotted fr-cm, da'a.
UU
for the 1-n-Te sy-stem, closP to the ln2Tc--,. 3
4- *,. 4-
e-4 -M?Opert';-5 cif zi'orlz; c---l
in t,-,- emtii--a of the exist-aIncO Of 1r-2Te- are
4 d,- -
0 1 -r -p-7 4-.-, a, I *
U-
wit'-n- the a rz Dc~via-*- ~Dn--
1,2'y no ef cct tne c.-,
j, -f -t
-U`i~.-s of the doloct've phan-a o~' -In2TQ3.

us 13 R U DO, S, 7 C, 8 _5 0 9 7.
-C,
S17-,
%f. '77T.., -(:. I
-ANT IA
pi
S ute o4: e n v r Li's
C -3. -
CeMV OF Sciences, T V-' nrt SS:Z
Us e o EMULSIOZIS COE Or-lnosil-LCOL- COMDOUMdS PraC C el I
MIOSCOW, VOPrOSY -~Y- so -;,I Cf I 'o n, "I
abstract: ra-pIdly coa-,,ulati-- plnz-,ai o-, L:-
L
=-onn -thle bloc"', of7 L' L: m, a n d soule aai r-als
variety of cmul t~~
~om-e c-*,.--;c-s hor-~.C
-1. 0. Z M a
Lie P Fuzat-,
.Ln a reEriiacrator 4 C. Ti- plasma coa,~ul.eateif Lrd 4-,C
u, a. i2 Q. 'i
CO-LSLGL-en-Cy. ClOttill-1- tiMC -.-'I tCSt silc-,anc
-as considerably lon-er as comapred with CO;17--01
8-10, and more t-'Llan SO mirt -for hLlman, rp.Ms and I)L-ood, res-
p C- c -4city tests, pla-ma o b ii (,- dwt L t of
s2AI-cones was aa:--;ed ro cuLtures of Inuman er,,br,,-or--"c -n--w-d
c h c 'k e rab ro s In so-mic cases cell suspen,3io-IS dircctlj
'14co cs.
to test tub, cz, 'Croal te-d wi t-h s- n k T S o -f n i-- n 01
other s-Lmificant chann-us wcre noted in the ~isz~uo

025 UNCLASSIFIED: ~PROCESSING DATE--18SEP70
,]:.TITLE--USE OF EMULSIONS OF SILICO.ORGANIC COMPOUNDS, IN VIROLOGICAL
_u_
AUTHOR-(041-KRISTAPSON, M.Zli., RUMYANTSEVA N.P., REZNIYEKS, A.A., ATRENA,
Ks -
_~COUNTRY. OF INFO--USSR
.-SOURCE-VOPROSY VIRUSOLOGII, 1970, NR I? PP 116-120'
PUBLISHED------70
.,.SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
'TOPIC TAGS--TISSUE CULTURE, VIROLOGY, ORGANOSILICOWCOMPOUND, WHOLE BLOOD
:-C.ONTROL MARKING--NO RESTRICTIONS
.::DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--1987/0065 STEP NO--UR/0402/70/000/001/0116/0120
CIRC ACCESSION NO--AP0103745
UNCLASSIFIED

TI"ansporTazion RnCL UQnVeY.Ing
USSR uDc: 621.643
ATROSHCIMKO, L. S., VORONINA, S. M., Donetsk State University
"A Pipeline for Transporting Liquid Oxygen"
Moscaw, Otkrytiya, Izobreteniva, Pro=VshleallvVe Obraztsy,; Tovarnyye Znaki
No 10, Apr 72, Author's Certificate No 332284, Division. F, filed 27 Jul, 70,
published 14 Mar 72, pp 145-146
Translationt Ohis Author's Certificate introduces a pipeline for trans-
porting -liquid oxygen which consists of an inner heat-insulated tube end
an outer jacket. As a distinguishing feature of the patent, the liquid
oxygen is transferred without a pump by fitting the pipeline, with a mag-
netic circuit and an electric winding..
_j
LAIA

us S R TJDC 546.48'.,22:548.55:539.4
M
V. SYSOYEV, L., A., 0BUKHOVSK4 I YA. A., nd
K0SFEKL\Tj V. M1. All-Union Scientific Res
earch Insititute of Single
..Crystals
"Effect of the Orientation of the Second Phase on the Anisotropy
of Brittle Failure in Single Crystals of -,dS:Alloyed With Lithium"
Moscow, N'leorganicheskiye Materialy, Vol 6, No 11, Nov 70, pp
1917-10,21
Abstlract: A study was mad of the ariisotrop~ of brittle 'failure
in single crystals of cadmium-sulfide alloyed with lithium as a
function of concentration. A metallograptiic,:investig-atioa o1r
sections, the cleavage structure structure, and tk~e pattern of
brittle failure of the crystals around the impressions made by
microindentor loading showed that at:Li co'ncentrations of the
order of 0.5 10-2 wt-
/0 the.cleavage plane-of cadmium sulfide is
modified.. If nonimpurity CdS single crystals undergo cleavage
only along the I brittle failure
11003 or ti C~ planes, then
can otl-car in cadmium sulfide strongly alloyed with lithium only
alorw I.-Ine bar-al planca 1_1001 This cf`ccl~ is -:_-,;ociated dth
the r,(,',JTr(-ration of the second phase as plt-.itoc nrr,~~,alted in layers,
parDllcl to the ~. 00~-, planes of the mntriu was ex
per-om,~xrltally nhown that the plates are tho cLy~:i;--.und Li S'

USSR UDC 537-311-33:536.7
ATR03hCqENKO,
KOSHKIN, V. 14 and
L. V., All-Union Scientific Research
-Institute of Single CFYf7-s%r'
"Thermodynamic Study of Solubility of Impurities in Semiconductors
With Stoichiometric Vacancies"
Moscow, Izvestiya Akademii Nauk SSSR --.Neorganicheskiye 1,;aterialy,
Vol 6, No 4, Apr 70, PP 714-719
Abstract:, The article presents experimental data on the solubility of
a number of impurities (Bi, Sb, Mg, Cd, Zn, Cn) in Ga Te , as well as
2 3
.new data on In Te3-impurity constitution diagrams. The experimental
2
findings on the solubility ofimpurities in the'alpha phase of In Te
2 3
aad in Ga2Te3 were compared quantitatively with the thermodynamic mod-
ted by the authors et al. for the solubility of impurities
e1 construck,
I.and deviations from stoichiometry. The results confirm the thermody-
112

USSR
KOSHKIN, V. M., and ATROSHCHFAIKO, L. V., izvestiya Akademii Nauk SSSR
Neorganicheskiye Materialy, Vol 6, No 4, lft'Pr~70, PP 714-719
model. It is shown that the maximum solubility of the impuri-
ties, as well as constitution-diagram peculiarities are determined by
~the size factor of 1~he impurity. The.characteristic size of the im-
purity is determined by its atomic radius, which corresponds to the
nonionized state. Impurities in crystals with sroichiometric vacan-
cies are localized the latter, remaining in a nonionized state.
One of the measurements was made by V. K4 KOMAR

o1 --04DEC70
8 UNCLASSIFIED-_ -PROCESSING DATE,
13-ITLE-SINGLE CRYSTALS WIN SU82 TE:SU83.WlTH.A PROGRESSIVELY VARYING
~-"-:'MAGNITUDE OF DEVIATION FROM STOICHIOMETRY] _u
,,AUTHOR-(04)-GALCHINETSKIY, L.P.,.ATROSHCHENKO, L.V.I.KOSHKINt V*M4r
SOYEV?~L*A_p
SY
:,C0UNTRY:OFINFO--USSR
,'.SOURCE-IZV. SSSR. MOSCOWY NEORGANICHESKIYi~ZTERIALY, VOL 61 NO 5, MAY
0, PP 960-863
PUBLISHED----MAY70
_,.SUBJECT AREAS-CHEMISTRY, PHYSICS
TAGS--SINGLE CRYSTAL* INDIUM*CQMPOUNDt TELLURIDE, ELECTRIC PROPERTYP
PHYSTCAL PROPERTYr STOICHIOMETRYL~~
.-CONTROL'MARKING--NO RESTRICTIONS
"-PROXY REEL/FRAME-3005/1.534 STEP NO--UR/0363/7D/O(j6tOO5/086010863
,:61RC-ACCESSION NO--AP0133461
UNG LkSS If I E 0
Millmn" log

-70
-2/2 018 UNCLASSIFIED PROCESSING DATE--04DEG
'~,CIRC ACCESSION NO--AP0133461
.,ABSTRAC.T/EXTRACT--(U) GP-0- ABSTRACT, THE AUTHORS STUDIED ALLOYS IN THE
OF IN SU82 TE SUB3 HOMOGENEITV USINGiSINGLE CRYSTAL SAMPLES AND
,:,COMPARED THE RESULTS OBTAINED WITH DATA~FROM POLYC'RYSTALLINE IMATERIALS~
SINGLE CRYSTAL SAMPLES WERE OBTAINED BY ZONE -MELTING. THE RESULTS
:--.,_,.CORROBO,R.ATE&THE COMPOSITION,OXAGRAM PLOTTED FRO151"EARLIER OATA FOR THE
TE-T-SYSTEMt CLOSE TO THE COMPOUND,IN:SUB2 TE SU83. 11' WAS FURTHER
THAT PHYSICAL PROPERTIES OF.SINGLE, CRYSTALS'IN THE ENTIRE
RANGE .OF.THE EXISTENCE OF IN SUB2 TE SUB1,ARE: IDENTlICAL WITH THE
;~.~PROPERTIES OF-POLYCRYSTALLINE SAMPLES.-DEVIATIONS~FROM STIOCHIOMETRY
:SHOW-PRACTICALLY NO EFFECT ON THE.~ELECTRIC:.PROPERTJES OF THE DEFECTIVE
A-PHASE OF~IN:,:SUB2 TE SU63.
~FACILITY: ALL UNION SCIENTIFIC
RESEARCH INSTITUTE OF SINGLE CRYSTALSt~;KHARIKOV..l
UNCLASSs'FIEO

Acc. N Abstracting Service: Ref. Code-
ffPi9101521__ CHEMICAL ABST A
f- 113422u Kinetics of the conversion of methane by steam
under pressure. Atroshchenko, V. I.; Z,V~agintsev. G. L.
(USSR). Kht"j. JYr*FtT7-T,4,, v'_rhm+-1'�7o, ~ffk I ), Li6_ (R ss)
The catalytic conversion of sulfide-free natural gas in contact with
the, GIAP-3 catalyst was investigated at 873-1073*K, 4 1 atm.,
flow rates of 3000-50,000 vol./hr. and stearn,s~as ratios of
0.5-4.0: 1. The time needed to reach an equil. deg. of conver-
Sion of the C11, was 0.20-0.26 see. The rate'const., k, of the
reaction in the- presence of an occess of stcarn, cg., at 2:1
[40-C114 ratio wai practically independent,of the pressure
betweea 2 and 41 atm and'its value at 10-73'K was 31.6 atm/-
see; the eiiergy of activation of the reaction wa~ 90,300 JI'mole.
The relation between k and ~ temp., T, can be expressed by the
equati6nio.-k = 5.90 - (4720/T). At HzO: CHj ratios