SCIENTIFIC ABSTRACT YEGOROV, O.M. - YEGOROV, YU.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203620019-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR UDC 621.377.622.25(088.8)(47):621..382.z3.011.222
RO
"An Immediate-~-Access Memory Unit"
USSR Author s Certificate, No 273285, Filed 25*Apr 69, Published 18 Nov 70
(from Referativnyy Zh-,:,rnal -- Avtomatika,!Teliamekhanika, i Vychislitel'naya
Tekhuika, No 8, 1971, Abstract No 8B258 P)
Translation: There is a well-known immediate-access memory unit which con--
tains; memory elements made from tunnel diodes. They,are- directly coupled
with pairs of number buses and connected via nonlinear elements to bit
lines. The memory unit also contains a read-out d ecoder andz read-in
decoder. Its shortcomings are that it.h.as'.wimall capacity and, in
'Addition, is critical with respect to the;divtrgence of':the parameters
-its parts and to changes in temperature. The m emory unit described
o
f
here differs in that it contains an,-additional read-out:decoder, a gener-
ator of bipolar voltage pulses, and a generator of bipolar, two-stage
voltage pulses. The outputs of the indicated:genaratorai which are made,
for example, in the form of d~Lode-transformer:multiplicaltion matrices, are
directly connected to the corresponding numberbuses. The output of the
~additional read-out decoder is connected to one ofrthe fnputs~ of the
-1/2

T77777-7-7
USSR UDC: 681.327.21.7
1,11ACHARASHVILI, Z. V., ~OBLUKOV, E. A.
"Reidy-Access Tunnel Diode Memory"
Institute of Electronics and Computer Engineering of the!'Llatv-'an SSR Academy
of Sciences, Riga, 1962, 10 pp (from RZh-Avtomatika; TeUmekhanika i vychis-
litelnaya tekhnika, No 9, Sep 70, Abstract. l4o'.9B407 DEP)i'
Translation: This article contains an investigation of a tunnel diode, ready-
access memory; a circuit in which the decoupling elemenc:,is a point-contact
germanium diode is used as the memory cell.: One functional assetably in the
form of flat micromodules 17.5 X 17.5 X 6.5 mm contains 8 memory cells. By
corresponding commutation of the output terminals of the flat.micromodules it
is possible to organize words (registers) with.any numberof bits. The struc.-
tural features of the memory cube, consisting of identical plate-arrays, axe
described. Sixteen words of 32 bits each and the last de,aoding step are ar-
ranged in each 200 X 300 mm array. For convenierce of assembly and disassembly
of the cube,, the plate-arrays are combined structurally by,paii:s into submodules.
The basic assemblies of the entire device are described,. ond the general char-
acteristics are.given.

-71 7 7
USSR LJDC 355-77
YEGOM
T Pt To I SHLUMOV 1. A. Iand ALABJNj if. I.,
Grazhdanskaya Oborona (Civil Defense), Moscow "Vysshaya: Shkola", 1970# 5114 PP
Translationt In the textbook information is given on the tasksi measuies,
and,organization of civil defensef the effect of veaponz~of rass destruction
on.hu==g buildinGs, and structuresp means of protecting the population from
weapons of raass destruction, the planning of civil defenseo fulfillment of
emergency restora-Uton work, and the organization of publIc txaining on the
problems of civil defense.
The book is intended for students of higher oduc&Uonza institutions,
Forewordi Taking into account the aggressive - policy caitied out by imperjzl-
Lat states and the ams race, the 00ommunist Party and tho Soviet Govenzent
show unflagging concern for strengthening'the:-nations dofensive might and
improving civil defense.
Civil defense is a system of statewide def en-se netwures &Uied at pro-
tection of the population, creation ofthe conditions necessax7 for stable
operation of national economic TIrOjects; izwtim of wax,. and, in case of the
use of weapons of mass destruction by the,e Of
nemy, at the,eaxrydnS out
zescue and inmediate emergency restoration,mck..
vai
Based on this promiset the basiatatka of instx :ion in higher edaca-
7

USSR
YEGOROV, P. T., et al.., CivJ-l Defense, ~.Ioscotrj "Vysshaya Shkola," 1970, 544' pp
tional institutions in the " Civil Defense" course consist of teaching the
stuclents -- future specialists - methods of protection from nuclear weapons,
and of teaching then how practically to inplement civil dofense measures
both in peacetime and wartinel and to fulfill the duties of conrwnders of
proEl"
forztions :~ox their instructional - J.09
The - pmsent textbook iras ircitten in accordance w1th the training progzaz
for students of higher educational institutions in the~.~ "Civi I Defense" course
arA is intended for students of the, nation'stechnical engineering and humani-
ties educational institutions, Besides~thiss it.can 43so be--used by sti;dents.
of_the other higher the:
VLL-006rSe Of, We
fte US ithe
of
.--t_-th*AWC_ w-,11c .1, t tutej;
ife-All oii dandidate of
0 ences ocen T.Y 15texs 19 2 fsections 1 and 27.
d and I. A. Shyyakhov (C~apteit 2 f'seotio and jJ7, 3, 4, 5,
9, and 10, and Docent N. 1. Alabinp teacher at the Moscou Technological
Institute of Light Industz7 and Candidate of Ifilitarl SoiencerS (ch&Dters 7
and,12). Dil.-Ision Director of the USSR Hinistry of Hig4er and Secaix1ary
Spocial Education G. A. Faxpoyt provided general auperviaion.
2h
102

USSR
YEGOROVI P. T.p et al.# Civil Defenzet Hoscout "Vysshaya Shkola," 1970, 544
Table of Contents
Page
Foreward
:Introduction 5
chapter. 1 -Civil Defense in Hualeax Hissile Waxfaxe 7
1. Nature of a possible future war 1 7
2. Tasks of Civil - Defense
14
Organizational Structure of Civil Defense
21
Mapter. 2 Cha~tacterlstics of. Nuclear. lie lap (from Materials of
on
s.
.
'Foreign Press). 44
I, Nuclear Arms
44
2. Foci 61 liucloax Destruction. aad R4dioactively Contaminated
Areas 83
Chemical, Weapons go
Biological Weapons 100
Chapter 3 ~ Dispersion and Evacuation 1-~ethods of Prqt~ctinLz the
Po ulation
p
iog
l Organization and Planning e Dispersion and Evacuation log
2t 2=uxing Dispersion and Evacuation i2l
aLtion
3, Implementing Dispersion and EvUeu,
129
317

711
USSR
YEGO-ROVI, P. T., et al., Civil Defenset 1,10
scow, "Vywhaya, Sh1colat" 1970, 544 pp
Chapter 4 Individual Nleans of Protection
1. Methods of P-rotecting Reopixatox~ Organs 133

,
2,116thods of P=tecting the Skin
,
~ 168
- i#
dhz~pter 5 Pioteactive Structures forii.Ci~n
e
fense 177
1. Designation and Classification of Xxotective Structures 177

'and R~ui
pmenV,
2 Shelterst, Their AzTan

78
-3. -Radiationproof Sheltersi Their Arxangftent and Equipment 206
40 Use of - Mines and fllinesbaft~ for,ShAt.6r 220
Rules'' for Using Sheilte= ZZ3
Chapter 6 Engineering and Teqhnical Civil Defense 1-leacures'Increas-
ing the Stability of Opexation of National Econoac Prqjects~ 234
Is- The,concept of Zones of Possibla~Deztruction in~ a, Nuclear
Explosion 235
2i, Planning and Building Cities. and Iniustrial Regi,'onz With
Consideratimfor.Civil Defense..:~*4 238
tho. Stability. 'of. -Opei-atim of Rati anal
Evaluation of
Ecoiiozda Projects with Raspect.to~Destruetiva.Facton 0 a Rucloax
245
4
103

Al H.:.

USSR
YEGOROV, P. T.# et al., Civil Defense, Moscow, "Vysshaya Shko -,1'
344
970, pp
4. Engineering and Technical H,easures Implemented.ait National

Economic P=jects 259
5j - Planning Engineering and Technical Ileasures 282
Chapter 7 Plahning.Civil Defense - Principles of PlannIng Civil
:Defmise at a National Economic Project
Designation.of a Civil Defense Plan atIational Pconomic
Projecta 285
Requirements hade on the, Civil Defense Plan'of a National

Economic Project 286

niti sw Man of a
al- Data for Worldng Out the Divil Defem
I
National Economic Project 288
Procedure for Working Out Approving and CorreAlng the
Civil:Defense Plan of a Rational n1conomiciProject 289
50 - Documents of the Civil Defeziso Plmn' of,, a Vati=4 Economic
Project and Their Storage 290
-Chapter 8 - Public Action Under Thrvat,of Enerq Attack and on Civil
Defense Signals. 297
Public Action Under Threat of Enemy Attack. 298
Public Action on Civil Defonza~Slg~als 308
51V

-il
1970P 544 pp
and
327
327
3jO
341
353
367
367
372
378
393
396
396
402
408

USSR
YEGOROVI P. T., et al., Civil Defense, hosoow "VysshE4a Shkola," 1970, 544 pp
4. Me-Ithods of Carxying Out Rescue Work
419
Organization -of Farty
' 447
:' Public
Cha r:12-: Teaching Civil Defe=6- to the 4154
1. ~Tasks and Goals of Civil Defense Instruction at. Natioria
Economde Projects 454
Z.: eivil~Defense Ttaining Frogmts 46o
.311 Requirements W e of Instruction.
4 -organizin and FlamAngIns etiz
9 tru on,:
464
;.5'. :ftej*-ring the Teacher ford
Studies~apd.worklng Out
'
E4ucational-Materials
467
of InSt=Ction
AMethods and Forms 468
Sprea~ng Infoxnation'About, Civil Def6MO 477
AppendiXes 479

7/7
MINIUM-1 ~Mpl

LMR ubc: 622.oll 43
VEGOROV- P-V- N-TRENBURG, R. K.
Determination of the Tensor of Total Stresses in th6 Field of Action of
itatio
Gravii nal and Tectonic Forces
Sb. nauch. tr. Kuzbas. Dolitekhn. in-ta (Collected Salentific I its of the
28
Kuznetsk Basin Polytechnic-al Institute),:,1970, Vro 2!~ pp 3:2-37 (from
BM-Hekhanika, N 7, Jul 71, Abstract No TV688)
Translatz n: Rock is trea-ted as an I
deb2ly. elastic rn~,-diu The naturall
vreight of the rack generates vertical and hotizontal
principal stresses vhich satisfIr the well k~ovn formula of A. N. Dinnik.
'ic we i ght of the rock, avd
where p is the Foi3son ratio, y is the specil I
R Is dep-Ith. 'Me principal tectonic stresses. in tho co~respc~pding xlulz'
system satis-Loy the analogous relationship:
120

PilOCESSENG DATE--27NOV70
03L Q,`4C L &S S I. F I E 1)
T-ITLE--COMPAR ISOIN' BFTWEEN THE Alj
GAENTED~ WAVE AND GR E E IN5FUNCTION MFTHODS
IN THE ZONE THEORY OF SOLIDS -U~
-~i.',AUTHOR-(04)-0YAKlN, V.V., YEGOROVI. R . ~j~&. ZYEZDIN, V.*K. SHIROKOVSKY, V.P.
-Mavsfsi~l ~
'C OUNT RY OF IN'FO--USSR
CE--FILIKA METALLOV I METALLOVE ENIE 29,~ (3), 579-;-483
SOUP MAR, 1970
PUBL ISHEO ------- 70
SUBJECT AREAS--PHYSICS, MATER I ALS
TOPIC TAGS--ELECTRON SPECTRUM WAVE FUNCTION, ENERGY BAND STRUCTURE,
METAL CRYSTAL, CALCULATION, GI RE N; FUNCTI.ON, VAft.[ATIONAL METHOD
ONT
ROL 14ARKING-NO RESTRICTIONS
'LASS--UNCLASSIFIED
-00CUMFNI C
~:~PROXY REEL/FRAME-3002/1819 STEP NO--:Ull 0 12 670 0 21 00 30 4 7 9f 0 4 83
_C IRC A CC E S S' VON NO--A.rl,1129187
UL. -,S S 1, F I.E. tl
.CLt

-212 031 UINIC L A S S I F'I E 0 iPROCESSUNG DATE-2-7NOV70
CIRC 4CCESSION NU--AP0129187
ABSTRACT4EXTRACT-1U) GP-0- ABSTRiICT.~ THE MATHE-MATICIL PROBLEM (IF
FlINDING THE ELE,CTROIl ENERGY SPECTRUM~AND WA V EFlJ',]cTl0`,NS (IF: METAL
CRYSIALS AND DERIVING THE ELECTRICAL AND OTHER P~'.),JPFRJIES FROM T;i_SF- IS
CONSIDEREG THEORE T IC ALLY IN T1,40 FORMS BASED ON THE AUGMEINITE-0 PLA;"JE ',,;AVE
A
ND GREEN$S FUINCTfON MFTHODS~ IRESP. '~IS PRO " -i E
P IT:~ VED THAI' IN BOTH T1
RELATIVESTIC AND NONRELATIVISTIC CASES BOTH METH,0.11S tMAY BE DER
!VEU FROM
A-SINGLE BASIC VARIATIONAL PRINCIPLE. &PME .01: T~,iE SINFLARITIES AND
PIFFERENCES,BETWEEN.THE TWO METHODS APE 01 SCUSSED.
U N C, LI F' I ED

LS S' o.Z 9r. J'~
01' '74 yS Cg Cor, and Oom:j of T:ioir
ciiloridc-z
"o 1, ja el 1"N" pp 2-
ZO S _^O' . k' N~.U- i-i-Aall, 'N
k bs. il r a cRcsults are Drosentcd of jjive5ui~'!_ations an 12a of
-41~1 01, p r Od u cj; ri-W al-Loys. T_-u
Vol ves G Cuni n 0-:7 h,3X C~IoriUe
'tion of t.,it) :;Cjlu"~ -Ioll b"I '11 _'ic The qxtant~*k~v of
intrpa'..cud. dji'uo ts-isa solutiOn its dtatenlinud, by. trlposi'Lionlof Lac, Out'i,
00,
a lloy. L; a rczult of cort-duc-~..-Itin of cialorldc.,i ani ',; u~j U Q'IIU :30
tion of U e products of a- tkLaaiu-:i s"jon;Ic; IS
Gt, u
_1'roz wibc"' iL iz nuz;:dble '~D rjiA ji~ot:; -,rilvh. a un.
-ai, iform a~ -iz~ Lion of al
L u Cs
cozponcnt. Licrc coiltent i ho: a iloy up ~ to 10 pe r c c, i r
tho tensilo sLren.:,th of wizil roduc_LJ on of d-ucT,-;2a iii
the 5tato. j'~ cc;-:~id~-Pablo effcc:t Q' -,m'
4. ~-rk nardundn- at room tcwii
turcs can bQ outaiucd by v.10an--r of huat t r oi Un. r... t, Olt

I I I I I1A 1 1. i
~030-~ UNCLASS&!Eb :'P1WCFSS'1NG DATE--list
:T_MF-_P.REPARATION OF TITANIUM TUNGSTEN ALLOYS aY COF~EDUCrION OF THE-Tq
.-CHLORIDES9 AND SOME MECHANICAL PROPERTI.ES-OF JHE ALLOYS -U-
~'_,fAUTHOR-MOYNOVY S.G.t REZNICHENKO# V.Av~SOLONINAt OoP.9 ULYAKOVAv %%I..?
~--YEGORQ
SSR
SCjURCE~__j
ZV. AKAD. NAUK SSSRv METALS 19709' (1)p 26-3Z..'
:
-AT
:"o E PUBL ISHr--D-----70
AREAS--MATERIALS
:.-..-.TOPIC TAGS--TITANrUM ALLOY, TUNGSTEN ALLOYp. MECHANICA,L. PROPERTYV CHLORIDE,
~-_~-BINAPY. ALLOYo.METAL HEAT TREATMENT*, MAGNESIUM
-:CPNT;tOL MARKING--NO RESTRICTIONS
-._~,OOCUMENT CLASS--UNCLASSIFIED
,-:PROXY REEL/FRAME--1988/0539 STEP N3--Ug/0370/70/000/001/0026/0032
CIRC ACCESSION ND--AP0105524
UNCLASS ff!_LF_D~::_

212, -t- 030 UNCLASSI FIED PROCESSING DATE--IISEP70
C fl~C ACCESSION NG--AP0105524
ABSTRACTIEXTRACT--(JJ) GP-0- ABSTRACT. A NEW METALLOTHFRMIC METHOD OF
"OBTAINING BINARY kl-W ALLOYS AND SOME OF THE~MECH '~ PROPERTIES or- THEsE
ALLOYS ARE OESCRIBEDe THE METHOD FUNIDAMENTALLYCONSISTS IN DISSOLVING
.,.-,..THE WCL SUB6 IN TICL SUR4 AND IN REDUCING THE SOL14. BY METALLIC THE
A14T. 13F WCL-.SUB6 DISSOLVED DcPENOS.OWTHE DESIRED~QUALITIES OF.THE
ALLOY. AFTER COREDN, OF-THE CHLPRIDES~.AND AFTER
YACUU,11 SEPN. OF THESE
OEACTION PRODUCTS-9 A TI TUBE ALLOYED- WITH! W IS F641,AE-0, FROM WHICH
GASINGS- C(JNTG*' AN EVENLY DISTR BUTED ALLOYING ELEMENT CAN BE OBTAINED.
`.8Y-lKREAStNG-THE W COUTENT TO .10PERCEUT-v,THE BREAKING STRENGTH OF: THE
-.TI ALLOY IS INCREASED. BY HE4T TREATMENT OF TKE Tt-WALLOYSt Ail
IMPORTANT IMPROVEMENT OF MECH. PROP ERT11 ES AT ROOM 41014P. CAN. BE OBTAINED.

UNCLASSIFIED PROCESSING DATE--160CT70
_'T. I- TLE--ST-ABILITY LOSS OF CYLINDRICAL SHELLS UNDER THE ACTION OF EXTERNAL
SURE -U`-1
_;::.YEGUROVS N
RT-OP,:l.,-,INF*&~ USSR'

_8~~PkIKLADNAIA MEKHANIKAv VOL;- 61 MAR*: 1970i
R
P :1 14~- 117
----MAR70
ATE PUBLISHED
AREAS-i-MECH.,
IND., CIVIL AND MAR.1 NE ENGR,
P;HYSICS
lJOPIC TAGS--CYLINDRIC SHELL STRUCTURE, REINFORCED SHELL STRUCTURE,-SHELL
_:'~.STRUCTURE- STA131LITY
CONTROL~M ARKING--NO RESTR ICT IONS
DOCUMENT CLASS--UNCLASSIFIED
REEL/FRAME--1995/0962 STEP NU--UR/0198 17,0/006/000/011410117

--AP01116372
:.C IRC ACC ESSION NO

USSR UDC 53T.591-15
A Y'EFIMOV N. N., )~OLOSOV, V. A., KORYAKIN,
VEMOV, S. N., YIECWZU
V- D.- KRASIL'N~OV, D. D., KMIM, A. I.I.MdMOVSKAYA, V. P., MAKSDIOV,
81 V., XMIEROVA, N. M., MOL'SKIY,, S. I. ~ ORLOV, ~V'. A., SLEPTSOV, I.M,
SIZOV, V. va, KHRISTIANSEN4 G B., and SHOSSUTDINOVA!, F. K.
"Preliminary Results of Recording Extensiye Showers on a Recording Array in
Yakuts)e'
Moscov, Izvestiya Akademii Nauk SSBR) Seriya Fizicheskaya, Vol 35, No 10,
Oct 71, pp 2098-2101
Abstract: &xperiments are described iwvhich attempts vere made at determin-
ing the energy spectrum, cormosition, and anisotropy.of cosmic rays within the
range of energy 1017 to 1016,ev. It is.des'ired to extend the range to cover
ev and above. of a particular interest are the .folloving problems: do
10
the rays.orriginate within the Galaxy or inmetagalactia regions, wbat is the
direction from which they arrive, and hov,Carenkov radiation produced by
them is distributed within the atmosphere. The t3st equipmnt consists of 13
recording points distributed over an area of 3 )alf, vj.'O a central. time con-
trol point. The output spectrum was m-.a8txmd over a. riod Of 2945 hours.
shovers. wers- noted during that pariodj with tho 41 un', faUlng within the
1~3

USSR
~VERNOVt S. N.., et al., Izvestiya Akademii Nauk SSSR, Beriya Fizicheskaya,
Vol 35, No 10, Oct 71, pp 2098-2101
array exea. The orientation of the axis was found by the "triangulation"
method
comparing the time of arrival of the showers at different recording
points. An analytic expression is given in the paper for the integral output
spectT of extensAve showers at sea level for the iifterval of N between
2 x 10 and 2 x 10P. The intensity, determined ifith:this formula, appears to
be 2 'to 3 times as great as recorded elzewhere.~ Distribution of derem%ov light
vUh respect to the shower axis waa determined by obaervations conducted on
clear, moonleBn nights. It was found to-be similar,to that of the primary
gw= quanta, but it decayed with the distance from the axis more slowly than
s (R-2,5 as dgainzt.R-3,*_3 for charged particles).
the amount of charged particle
Exami ion of the energy spectrum of primary Particles lead to the con-
elusion that the electromagnetic component is.responsible for 80% of it.
Dependence of primary energy on the-output,ff was established, and on the basis
of this relation the integral spectrum was connect-
computed.. The coefficient
ing.these.tvo ragnitudes was found to beAvice as big~ as the one previously
accepted elsewhere,
2/3
322

USSR uDc: 621.373.353(088.8)
LOMAYEV, Yu. I.
"A lobdulometer"
IfSSR Author's Certificate No 266o6T, filed 18,Dec 6T 'published 1 Jul 70
(from RZh-Eadiotekhnika, No 2,.Feb 711. abstract ,No 2A4oi P)
Translation: This Author's Certificate introduces a rj:~duloneter which
contains a precision voltage divider and' a commutator iiIhich alternately
switches in the complete and divided signalz~ To reduce -zodulometer error
due to limited resolution of the tube, the.gain of the.amplifier followi-ng
the commutator is increased to a value determined:by tha required precision
of the OSCillOSCODiC indicator. To -orevent overloading~of the device which
leads to addition~i error, a tracking bilateral,ampiit~U~6 cli-D
_per is con-
nected in the amplifier circuit betveen the cotmut4torsOnd the oscillo-
scopic indicator. E. L.
39

USSR UDC 519 214
YEG ROV, V. A.
"Certain Sufficient Conditions for the Repeated Logarithm 11M.le"
Teoriya Veroyatnostey i Mat. Statist. !Mcillved. Natich. _13'b~ [Theory of Probaibi litioss
artni, -1 Scientific~ Colic-ction], Ilo 5, 1970,
and IMathematical. Statistics. Indep, c n t a
6 ~
p_ (Translated fro-m IlefeTativuyy Zhunial Kiberntutika, No. 5, 1971,
P
S t r a C t "?0. 5V2G bY tile autilor)
Translation:, Let X13 X,,.,.be a sequejlCoLof independent randor, qllantiti,~s with
distribution functions Vl(x),,V, (X) ...respectively. 1.~_~t EXII 0, E-N. 11
In 1,2, . B4 E
Lsfy)-j (x
'a
it is proven that tile conditions
!P P ux..! >Y44 in In .9.) <
Li (aX., %
-USSR, UDC 519.214
-toy Wic S).
Nlat.~ Stptist, IN lived. I I
YEGOAOV, V. A., Teoriya Veroyatnostey i
No 3 ~~ 1970, pz), 62-68,

-C35
NC D PkOCESSING DATE:--~-20NIOV70
Bfu~[(,-IiAPHY -U"
AU;T-H0R-f02)-bURVlCh, G. I YE60ROV, V.A.*'
CUNTRY CF INF-0--USSR
E D I T S 1 iN S k~ I Y7-HURNAL
NO 31. 1970, R., 95
A)ATE- P U-6 L I Sf E- 0---- 7 C
S U 3 J E- G TA kL S --L I G L Gu I C AL AIN, DA&U ICAL SCIENCES~. BEHiiVIURAL j!k-ND SOCIAL
S Ll EN C ES
'6 b -14 L L
TCP.IC T,~G!;-AF-FiCH '11CIM ~iPACE MEL) IC INEi, I B L I OGRA RIHY P E R S (3,N
~Ci:# L-r-r it t~ vi .',T r~l I
-P R
GXY PEE L/FkAME-3006/0359 S T F
AL
LA: .0

:Z/ 3 0.-,5 k~--r-,CLASS I F IEO 0'ROCESSILMG DATE--,;0N0V70
C19C, ACC E SS I I Nul--APC 1` 14 8,
G11-0- S F PA C T _s,Vl;'-.TIGN AN~.; SP,~U i,.E)[Cl[.)Er 13ASED
VOIIEMALISM t~-'zAK[NIG US-E OF THE (%(.fQr-VLMU;~TS (IF
Phy(Jf_;LU(,Y L I CAL MEDICINE, HYGIEN
PHY I L! L OU NEI, BIOLOGY,
WlCf-bf-i I lKY 0 C Y 6 L i N T 6, A N P` CPk~N ENT SCUNT'FIC
LICS, HAS GRCm I N NO
DI SC f PL I 1'd A 5 1 E v ~, kY A' G F Kil,CWL E, UGP o IT INF-z" D' I T S OWN GLI I DE
BOOK
-L F A I 1 -6`1 G '41NIG L'ITH EACH DAY AT Tit": PRCSEINT r 11,11 E
THE f 0~., Of U 1S - f~ Q , *
EVE-P., FhE S.PEl*_ [AL!Sf SIUDY PiG A.RELATIVELY NAI, RGId. 1 1 RC LL OF QUESTIUNS
DOES NCT ALXAY.S Hi'VE "HE PLSSibil-ITY CF FGLLcWlAG ALL I HE PUBLICArIONS.
--AP~ Y
E D L1.1( J~;f%j_ Ili' T,-IL LA C', S T
TijEf~ EFt,j'l T H-L PU~5L C.,,~ T F A B I L. L.1 U: OR 1 11 )M
,4- I.Gr,*,,,_- A V 1 A 16 IN p I -.y S j C L S :A. 'A. S~,RGE)'.EV, SHuUL7) BE
-AEAS AF THE u'A~1!14 CF THE DEVELOPME -N I ~ I
WE L C G L) Wit- JF VIATION,
If4DIVI(,lU,'lLS SIUDRO (~Ul
_STI;.-4S OF THE INIr-LUE.NCt-_' OF VARIQUS FACTJRS 011
LIG Ut TH!
-HTS u[: SELFC1 ION, AND limlr,~G, TH,-
F
V.1 FAL ACT 1 V I I Y OF FIL IGHT OF i',ED PC AL WSEAVA V I UN, lJF ASSUR ING
THE Si&E.-TY i FLIGHIS, Tht:,SIE PR,06LDIS lkRE S"Uh-D _Y A t..,tkRGF
u E T A C, I-!~".iN t, F ~LILiliTIT'M WGlR;,,fFl_',,5 AND PHY~jIlA.A"S1. A,'~ L'VUR G I I,,",? 1.1 G
INMMMJ~ 01,1 lMt-IiuuRAPl-ISj HAHERIALS ijf~
sY,,,l,()0.sfA ),MkE 61-11,1(l KMLI.~Iff~:D 10N AVIANIO -N AND
SP `LE "i 0 1 NE -,,L'Lil - I'HE 0 It, UGR APHY
~10 THE SP~CJALISTS li'~ 'L I
UN-U E R CLV!Ee;j 1;~CILJOILS lf-': U R K S IN THI: ;_,IJS~SIAW LA:l.,G',jA(;I:_
i- 0Y 1 5, 1 c' 1'~ 6 7, 1 1 L G F 5253, ITuls, li
-i I r lilivi G~Dpif:- UOINE 13Y
U -~ UN , V I VULCHEK, L. A.
T 1 (L 6 L A S S f C I I S -NU"V I V . V . ~PASII
UR6LLI I. P., PEUPOV) ANO -NUMEIZOUS I.NV E S T I GA T I ON S i~ REGENT YEA,%.S.
u; t,c LAS S I F I E D

3 13 0- 3 UNCL AS Sl Fito PRGCE~SSING DA'rE--2(),%'OV7(,'
rHL GIVEN'

'USSR W~ 621-314-57
111V~11, ~V. A. F MISHMOVSKAYA., V. V.
flout
-put Voltage Regulation of An Autonomous Voltage Inverter with Pulse--Duration
Y
Ddkl. nauchno-tekhn. konferentsii Po itogam nauchno--isgle~i. rabot. za
gg-.Mosk. energ. in-t, 1970.g. Sekts. Elektron.,tekliniki.. Pcdsekts. Prom. elek-
troniki (Report of the Scientific--Technical Conference On the-Results of Scien-
tific--Research Work during 1966-1969..Yoscow Power ln6tit-ate, 1970. Electronic
Technology Section. Industrial Electronics Subsection), Mr~ncow, !969, pp 62-68
(from RZh--Elektronika i, Xeye ]2rimerienlye No 5,1 May 70, Abstract Ila 5B6CO)
Translation: It ic shown that a static version of an outp:at voltage regulator of
-an inverter with pulse-duration modulation is non-efficient. An astatic automatic
~coatrol system is faster acting and with the, approprIate.computation it is pos-
sible to assure that operation of output conversion,1ntegration, and dropping be
completed during a time not longer than the period of the settinG pulses for each.
The control time with the presence of filters; is considera%~ly above the period of
the fundamental frequency of the output voltage. Consequently, if the load
tolerates the presence of higher harmonics, and vith a reje4tion.of the filters,
it is permissible to accomplish regulation with the use of an astatic controller,
-3 ill- I.- R.
Now,

r
USSR UDC 613, 693
BONDAREV, Z. V., PAV OSOV, V. A.
and KOL
Cardiovascular Function in Airplane Crews IYuring Long' Flights"
Mascow,-Voyenno-Meditsinskly Zhurn.al, No 972, pp 65-67
Abstract: Study of cardiovascular changes in airplane crews during long
flights and short flights involving refueling in the air: rev~~aled a direct
correlation between the degree of stress present at a given stage of the
flight and the cardiovascular response. For example, 0.1c heart rate before
the engines were started was within normal,limits (68 to. 80 bents it minute)
but higher titan on nonflying days. At takeoff and landing the. heartbeats
of-the pilots increased to 120 to 150 comparea to 70 to .100 during the
flight and 60 to 33 after the flight4 As ~the plane approached general area
of the tanker, the pilots' heart rate averaged. 72 beats a minute, rising to
111 as the two planes neared and,to 140 during the.actual refueling (the
tensest-part of the flight), Analysis.*of the:P-Q and Q-T intenrals on
the electrocardiogram also revealed changes directly rel4ted to the degree
of stress present during the different situations encountered in. flight.

gy
USSR WC 55IM2,2051-311-21
P=Xk&--OV, G. G. NOV, V. N., TOATOVA9 A. V. j and
FIMPPOV I a A* ilf the,.Southera,~6"# 44ademy of
Sciences Uk5SR
"Oil Fields as.an Ecological Ifiche"
Moscow, Priroda, No 11, 1971, PP 75-78
Abstratti Observationa are nade on the foxnation, behavior, distribution and
composition of oil "aggxegateall collected from, the surface mid near-suxface
layers of the Gentrd~Z Atlxmt.lc during the 1970 cruise of the :tvn-,earch vessel
AkMomik Vornadskiy. Five size groups were d1stingix1sh%1j rangIng I om those
under I ma to 8 mn In Uanator, the lattor balrig the Diost numurou4, Vany
aro overgrown ifith porAphyton, blue-green nlgaa, diatoms', and cruataceanis,, By
noving freely over the water in response to vave and uindp thme oil aggn-
gates can serve as indicators of currenta aM jxoces:~ea (1,f horlzontal LAxing
of the ourface layors. Exporiments on the capaoity of the aggregates to
from 130awater ZI
concent=te cerium, rathenium, arA zinc ic-iffed ther to be
excellent adsorbents of these elements. This fact plLua~the pr*sence of bio-
genous elements on the surface of the agepv-g&V~s and ruaximin exposurs to lielit
and oxygen create favorable conlitions for the dsvelol=eat.of periphyton.

USSR UDC 5"19.257.-669.24
ZMMVSKIY, V. I., PYATYSHEV, L. L, ZA14ILUSKIY, Ye. P.
KONARDI, G. G. (Kali;Rngr ~.Moskovskaya Oblast)
Omethods of Evaluating the Mechanical Properties ard Struct-ural Strength of
Metal Materials at Low Temperatures"
:Kiev, Problemy Prochnosti, No 12, December 1�71, pp .26-29
Abstract: In the present article is briefly considered the state of the
question urltth respect to each test category-, previous4 co;ducted projects are
described, and problems concerning further developments are presented on the
basis of discussion. An analysis is given of the proc'6rdiures for deternaning
the mechanical characteristics of materials at temperatures down to 200 K
(tests for elongation, and tests for impact viscosity, -writh a-previously created
fatigue crack). Diagrams are presented for installations used in hydraulic
and pneumatic tests of containers at a temperature of,200 K. 6 figures.
3 references-.
167
low WN 11

Nr'. AP0646438-
Ref
o Code:
Us sp,.
LTC 537. 2;
Yascow,
t r n I 'Quo-
The
Lq V ta
Jet t
y
bibldo- re
7,' 5. 1'

USSR UDO 621.z8~.5.001.5
YEGORML -V - - - - -Candidato Of Technical Scianoos; UITMEWA, A..Kar Cazdidate C%'
LIII: 11R. L.F., Candidato of
J
Mtl
Tez~n I Sciences
*Device For Dstermiln3-tioa Of The Carrant-Voltage Charactoriatic Of A Phatoelootric
91qktroW�.Sikaj No 2, Feb 1972, pp 44-46
Abstracrt: Maluboda are considarc~d for determining, the reverea saturation current
10 and tha pura=ater A in the working region.of the cxxTrant-voltago characterie-
tit off silicon ph-otoalectri4 onara converters. The priiniplas ol" oparation and
the units of a functional schens aro, described. The soMme cantaino a logarith-
mic a=PlVier, stOrsgO devices, diviOlOn utllt,, solo-otiva aella, convorter or lo.7
10 into 10, digital presentation unit, and a cor=Astor, The deivico aevolopoa
makes it possible to determine ~he. param-etorz,l and I of" photoelectric or
era with an area from I to 4 ca in the intervals I 1' 1 10
1 . 101 a. The measurement error-ie~not more than 5 parewnt sad the measurezoat
t Jim does not erxeta 10 see. 4 fig-kraf.

UNC L f, S S I F I ii~()CE!~~ ING DATE-18SEP70
-T~
-ITLE-1-UNIVERSAL KEYED -U-
---AtJTAOR-(02)-KA9PUKHIN, G.P.; YEGOROVy, V:9 S.-.
'b-QN-TRi' 10F. INFO--USSR
-IYA I AVTOHATIZATSIYA PROIZVODSTVAt NO It
.-SbURCIE'. -Mri-SCOW. MEKHANIZATIS
PP 35-36
,~,.PATE- PUBLISHED - ----- 70
UBJECTAREAS-EL'ECTRONICS AND ELECTRICAL ENGR.
,~-"'TOPIC.TAGS--0tGITAL COMPUTER* PUNCHED CARDt AUTOMATIC COMPUTER
:PqOGRAMHINGt ALGORITHMIC LANGUAGE, BINARY CODE, ELECTR MAGNET C
o 1
~PULSMUMU ALGOL DIGITAL COMPUTER9 (UIALGOL60 LANGUAGEt (U)URAL
.:DIGITA-L COMPUTERt (UU1420 DIGITAL COMPUTERP U),~ ES142 DIGITAL COMPUTER
-CIONTROL MARKING-NIG RESTRICTIONS
DOCUMEUT CLASS-UUCLASSIPIEO
-QQXY:R=ELfFRAMF---1985/0243 STEP NO--UR/0118/7OiOOO/UOl/OO35/0036
-tlqC ACC ESSICIN NO--AP0100764
UNCLASS IFI~

--18SEP70
212 020 UNCLASSI FIED',' PRO,CESSING DATE
Cl RC.
-ACCESSION NO--AP0100764
THE KUU ALGOL IS
,~'ABSTRACT/EXTRACT-M GP-0- ABSTRACT. THEFUNCTION-OF
THE ACCUMULATION AND AUTOMATIC CODING OF. INPUT LANGUAGE SYMBOLS ON THE
BASIS OF THEALGORITHMIC LANGUAGE ALGOL 60~SUPPLEMENTEF) BY THE RUSSIAN
AND GqEEK ALPHABETS AS WELL AS BY 10ENTIFIERS OF STANDARD FUNCTIONS ANO
:THE NINE DIGIT BINARY CODE. 17 ALSO PUTS THEMp IN~JHE FORM OF
INPUT PERFORATOR AND THEN ON PERFORATED
ELECTRICAL PULSES, INTO THE
CARDS. ~. THESE LATTER ARE THE CAqDS IN THE INPUT PERFORATOR or- THE
--ELECTRONIC DIGITAL COMPUTER WITH WHICH THE.KUU ALGOL WORKS. THE BLOCK
.DIAGRA.14 OF THE KUU ALGOL IS GIVEN-AND 'IS ACCOMPANCED BY A VEPBAL
EXPLANATION OF. THE FUNCTIONS OF EACH BLOCK. THE.INFOMATION TO BE
.."TRANSFERRED TO THE PERFORATED CARD IS ACQUIRED BY PRESStNG KEYS ON THE
PANEL SW.I-T.Cll8OARD,- SHOWN 14 &.PHaTOGRAPH,- BEARJ N(.,:,THE- ENGR4VED
~,SYMBOLS OF THE ALGOL 60 LANGUAGt. WEIGHING 30 KG.ANO MEASURING 5,?o
TIMIES 430 TIMES 235 MMI THE INSTRUMENT IS CAPABLE OF WORKING WITH
I;UNIVERSAL DIGITAL COMPUTERS OF THE,"URA011 M-201 AND BESM 2 TYPES.
UNCLASSIFIED.

USSR uDc-: 621.396..96:6~1-3-fl,
MIMOV, V. I., NUZHD]21, V. M. YEGOROV, V. V OVCEMIIKOV, Ya. Yu.
"Ener&r Characteristics of a Signal Reflected from an,E~dended Bough Surface"
Tr. Mosk. aviats. in-ta ('Works of the Moacow Aviat-ion Institute), 19701
vyp. 208, Pp, 48-62 (from. M-Radiotekhnika,, Up 1. jan 71., Abstract No 1G28)
Translation: The authors consider the energy- characteristics of a reflected
signal as a function of the statistical properties of the reflecting surl ce,
,a
the.:velocity vector of the aircraft, radiation patterns of tho transmitting
and receiving antennas, and parwzeters -of'the,~ probing signal. The spectrum
of Dompler fluctuations at, the receiver output is calculated. n-ie indeter-
minacy function is found for the reflected signal. It is shovm that the
energy spectrum of the signall at the receiver output is a convolution of the
indeterminacy function of the probing 3ign&land the transition-srectral
characteristic of the surface. Six i-Ilustrations,,~bibli,,),,vraphy of three
tities. M- S.

:!I I IN 111.11: kil 7;:: 1* 1.1 1 :' ~:.- - j- ~
71-11.

IIIIIII JJA j.;
w! 7
0
n Ilazi
USSR UDC: 621.396.96.:527,623-:08:527.61
YEGOROV, V. V., ONOPRIYENKO, Ye 1.
"Arfalysis of Self-Contained Phase Type Radio Reaige Fi ders"
n
Tr. Mosk. aviats. in-ta (Works or thel-lorcow Aviation InstitijLte) 1970,
2-01, pp IN-142 Tfrom RM-Iladiotckhuikat No 12, Dei: 70, Ab5tract Tio
12G96)
Trtmslation: 'Ilie priper deu.13 with thoorlAical mi~Liyz5is ~)f alrborw~ niiase
t devices used for determining the distancear inclined rang
measurem2n e
to an,extended rough surface. The instrum ents operate on the two-rlock
principle of range measurement. Two, types of instruments are considered,
the difference being in choice of the. type of wdulmtI6~P an(L the method
of signa.1 -processing in the reception and measurement channels. The sta-
characteristics of the signal at the phase discriminator input are
analyzed. The relationship of the- averagq -voltage and -the spectral density
of fluctuations at the discriminator out ut'are discussed. Five il-lustr,-,-
P
tions,bibliography of six titles. Na.'S.'
1/1

~. 4. : ;; . .
i , I , 1 1 1 ! I . . 7
a .;I ; I I I 1 1111, 'A 11.1, Plil ~ 1 ;. i I I I . . ~ I :. I

212 014 UNCLA551 FlEo: PROCESSING DATE--040EC70
C -AP0140250
71RC ACCESSION N07
-AbSTRACT/EXTRACT--(U) GP-0- ABSTRACT. DRY PLATFORMIM; GASp CONTG. H 53.3
AND CH SUB4i C SUB2 H SU66, ANO~C SU83 H SUB8 46.T :YQL. *PERCENT WAS
HEATED TO 400DEGREES AND ITS S CONTENT (60 MG PE-11 Mi ORIME3 AS H SuB2 S
-AND ORG. S I WAS REMOVED AT 5 AT14 ON A CU-ZN CATALY!S'
r, THEN MIXED W(TH
1:3.5 STEAM AT 400DEGREESt PASSED THROUGH A CONVERSION FURNACE AN.D THEN
T.KROUGH TUBES CONTG. CATALYST GIAP-3. THE GAS CONVERTED /r 750oEGREES'
WAS COOLED TO 412DEGREES A14D ENTERED THE co CONVERTER, WHERE THE
REACTION, CO PLUS H SU62 0 FORMS AND IS: FORMED. FROV. CO SUB2 PLUS H SU82v
2.STAGES AT 430DEGREES., THE CONVERTER GAS WAS COOLED TO
~.2
-10DEGREES BY REANS OF A WASTE HEAT BOUL_ER*~ C0 S012 WAS REMOVED BY
-MONOETHANOLAMINE PURIFICATION, PFlM.:NPZv USSR.
AC1 Lj TY
UNCLASSIFIED
CAM~

..........
USSR uDc: 621-396.670-951
IVANOVA, 11. S., DOGDANOV, A. A. , '.E.SROPOV,. G. M.: OGAJ'IOVfi-, L. A., ZUy-kV,
F. K., ROIII ye - M.
YEGOI
OEM"
A FiberGlass-Reinforced Polarization Material"
Moscow, Ort~.nrtiya. izrAroteni-. a, Proi yshlenn:r~rc Obraztsy, Toiarny-yc. Znaki,
No 30, Oct 71, Author's Certificate No 317137, Division 11, filed 30 Sep 64,
Published 7 Oct 71, P 193
Translation: T is _.kuthor's Certi_-Picate introduces a fiberglass -rei nforced
o1arization m7te-1-ia-I based or, text-olit_- for antenna reflectors. As a
p
istinGuishing feature of the patent, the weight of:the refflecto-r is
d
reduced by adding; to the glass-textolite rein forceirient a layer of inetal-
lized glass fabric -.'nich contfins ,Fettlallized glaxss filanents in one of the
irections of -4-s structure (warp or 1reft). '-'lie glass filzi~rients consist
d
-ary glass: fibers coated with. a layer of metal. (r_-luminum or
of element
zinc) securcly bonded to the Class fiber sWrface.
-----------

j
USSR
-KOLESNIKj Ye. S~, MAKAROVA, S. B. PAKHOMOVA4 E. M., YEGOIWV
L.Ae.".
"Anomalies in Sorption in Phosphoric Acid Ionites"
Anomalii pri Sorbtsii na Fosfornokislykh Ionitakh [English.Version Above],
Moscow., 1971,13 pages (Translated from Refe-rativnyy ZhuTnal, Khimiya, No 2,
1972, Abstract No 2 B1415 Dep. by the author's).
Translation: It is demonstrated that.ordinary styrene bivinylbenzene phos-
-exchange:tequilibrium is
phate.resins; (I) have low Th capacity; t~eiiion
established very slowly; the Th diffusion factor in Iis. very low,
10 -11 cm,2/see. The Th distribution factor increases with increasing concen-
tration of nitric acid and dispersion, of: I. After contact with Th solutions,
I-reduces its capacity for many multiply chirged:ions. As swelling ability
increases, the rate of Th exchangeand capacity:of I for this ion increase
sharply. Assumptions are made ex
plaining theanomalous behavior of I for Th.
51
-0 in Mond

A
USSR UDC 669.245.018.440088.8)
S., MAC OV-, V. I., VOPONIN G U'POROV
PANASYUK, 1. 0., BRUSILOVSKIY,--B.
7
Y-lll-,I:,, 1. S., 1,LIMOV, L. YA., IOVIWVA, YE.- %-.7 - KON-IM.
AYA YE.
1XU1d1!,SKAYA, :1. A., 'NUL-NE-k, YE. C., MIKHAYLOV, I. A.:, -LUZ-ViViEV, YE. I.,
SIP10TKIN A. I., SOLDATMEN",O, V. A., SPILITSIN, R. I., SHAPIRO, S. 1M.
"Ni ckel-Ch ror2i um Base Alloy"
USSR Authorls Certificate '10 276418, Filed 2 Jun 69, Pulblished 16 Oct 70 (from
RM-Mletallurgivzi, No 4,, Atir 71, Abstract No~M66P)
Translation: The heat-resistant alloy has the follouinp, composition (in 20
C 0.03-0.1, Cr 30-40, U' 3-5.5, :to 2-4, Ti 0.5-1.5, Al 0 5-1.5, ',,b 0.5-1.5,
Cc 0.01-0.3, B 0.0031-0.008, INi, the rest. Ilie alloy has incr-eased heat re-
sistance and also the f ollo-oin- vieehani cal, an(I pjlysfcal~-chcmical m.-operties
at 1,1000: 65"', 1 kghlrw coefficient of
linear extavinion. 15,10 d C- S Increase in weipht. after 100 hours of heating
'2 orrosion--!res
at- 1,200* in the air 0.6 Z,/M It is C istant in a moist atmosphere
under tropical conditionr., in sea water, znd An the products of conbustion of
highly sulfurous fuel.

71: ..... ..
USSR UDC 621.039.538
BOIIYRE%T, G. N., VESELK]N , A. P. YEGOROV, Yu. A., YEKELYANOV, I. Ya.,
-ZHIRNOV, A. D., ORLOV, Yu. V., KON8T1W_TfOV,-7I;-.-V'.
"Study of the Shielding Problems on Water Cooled Water Moderated Research
Reactors"
V sb. Vopr. fiz. zashchity reaktorov (Problems in Reactor Safety Physics
Collection of Works), No. 5, Moscow, Atomizdat 1972 pp 235-250 (from
RZh-50. Yadernyye reaktory, No 51 May 723~ Abstract No.5.50.62)
'Translation: Several special installations were constructed to studv shield-
ing. The BSF and GTR installations were swimming pool reactors emp oying
Ila-rid 3 Mw neutrons, respectively, p I aced on moving bridges in large water
pools. The B-2 device on the BR-5 reactor was developed to study the laws
ofthe attenuation of y-quanta and reactor neutrons in the geometry of a
unidirectional beam; the materials to be studied or models of the shielding
were placed in a niche in the reactor shielding. A zero-power reactor was
intended for-studying processes in the shield directly adjacent to the
reactor core. The reactor was equipped with filters in one of the directions
making it possible to obtain an optimal relationship between the neutron and
-.0 11i9

-F- - ~;-
.Liz - , - I - :..: -- --- -~~; , ::
, -,. I i-C~ ~,;!, - ~ . : , ':
USSR

USSR UDC-621.039.538:539.125.5
VASIVYE%T, G. A., VESEIXIN, A. P., YEGOROV,,Yu. A., ORLOV, Yu. V.,
PANKRAT'YEV, Yu.. V. , PISKUNOV, V.,
~."Space-Energy Distribution of Reactor Neutrons in Meta.1 Hydrides"
V sb. Vopr. fiz. zashchity reaktorov (Problems in Reactor Safety Physics
Collection of Works), No. 4, Moscow,,Atomizdat, 1972, pp 91-105 (from
RZh-,50. Yadernyye reaktory, No 5,.,Mav 72,'Abstract No 5i50.58)
Translation: Current designs of the shielding of nuclear reactors include
hydrogen-containing materials, the Tresence of which in the shield makes it
possible to shorten the size of the shielding and reduce the contribution
to the power of the dose from neutrons of intermediate energies. Various
hydrogen-containing materials are used In the.shield: vater, polyethylene,
paraffin, concretes with an increased concentration of hydrogen such as
Serpentinite concrete, etc, Metal hydrides may also be included in such
materials. Metal hydrides bave.a high nuclear deazit-y of hydrogen, in some
cases exceeding the nuclear denslty~ of hydrogen water. . Tn studying the
passage of neutrons through metal.hydrideisione can shav'the perturbing
1/2

/Z 0-22 1
1311,0CE S 5 INGD LIDEC70:
L E AN
;ft-,gg
uuKCE IN: MC;PfiCLCGY EF T H. EQUIET ANPI RTURBED [ONJSPHERE
-PE (MURFULOGIIA
~-_SJC~KU I NC 11. VUZMLSriCHLr,.NUI ICNOSFERY)ti. A 7 C -3 5 0 e,4 16-13) ALMA-ATA,
_i~:-Df-TE PUELI5hLC----70
~U&JECT oARkAS--ASTR0N0 MY, ASTROPHYS'IC S, NAVIGATION'
JOPIC TAGS--AZI.MUTH,__,MULN* TELESC,GPEs. ELECTRONIC EQ01PMENT
~.~i:C6,s~TgLL M A k K I N G- -,N 0R E S TR I C T I CNs
butUMEINT CLASS--UNCLASSIFIED
~_PR3XY FICI-EJNG ---- F0701605029/811 STEP Nb
0--UR/0000/70/001/00DID154/1-'158
ClRC ACCESSICN NO--AT0141666
U -4C LA S S: I F I E

_'044 ~:SS DATE-- 110 00
GINCLAS~
I LE-A utVICE F G'~. I IN T f, U DU L 1 ~4 USOLAR IMAG~ES IN T i3 A COMPUTER -U-
T
AUT.14Uk--YEGLk0Vt M.A.
i'-CGUf'JRY LiF !~'Jt;--USSR
FJURL E--,-l0kPHC LCGY, UF THE QU I ET AN 0 PERTURUED 101N: SPHERE IMORFOLOGIIA
SPOKOING1 I ~,VGZ.`-llUSfiChtif-,NJl IJNUSFERY)l. (A70-350-84 1.6-13V EDITED BY S. E.
OAT E FUfjL IStlE0-----70
R 0, U M Y A S T R 0 P H Y 5 1 C S
S U W h C T APEAS-ELECTRUNICS ANI~ ELECTkICAL. E NG R AST~, Nk
SOLAR TELESCOPE,
CP tC TAG~>-SGLAR ACTIVITY, LUMINESCEN.C.Ev.SPIECTRUR,
'::~SPeCTROGkAPH, COMPUTER
''~.CCNTRCL MAR)-.ING--WG RESTRICTICNIS
MOCCUMENT CLASS-UNCLASSIFIED
-FILHE Nij--FD70/t.~95029/311 STEP NO--UR/0000/70/001/000/0149/0153
CIRC ACCESSION NG--AT0141687
iJNLLASSIF]EfJ-.

UNCLASSIFIED~ PROCESSING DATE--lIDEC70
21, 044
CIRC ACCESSICN NC--AT0141687
-ABSTRArT/EXTRACT-N) GP-0- ABSTRACT. DESCkIPTT0'%- OF PRLii-'OSEO DEVICE
A
WHICH MAKES IT POSSIELE TO REC1jRD SOLAR ACTIVITY,SYNCHRONOUSLY WITH
BOTHER VA&IABLES BEING MEASU.RED 11'4 A S:OL-AR SECTOR IN it FORM CONVENIENT
G
~FOR INTROLUCTIUN INTO COAPUTE9. THE, DEVICE 01-SCRI-51-C VIVES THE
SPECTRUM C-F EACH PUINT UF A SULA.~k IMAr
,f-,-IN SUCC~S;SIONI MEASURES THE
INTENSITY OF THE LUMINI-SCENCE IN EACKSECTION UF THE SPECTRUMY REcuplos
THE IAEASLRED INTENSITY VALUES ON MAGNULC~TAREi, AND INTRODUCES THESE
VALUES 11NIO.A CCV1PUTER. IT IS SOGGESTEll THAT. TH:E:ioF-VfCE EmPLOY~
'MECHAN111CAL SCANNING UF AN 'lMAGEl0BTAINf--D FROM A .SlI~'LARJELESCOPE IN
14 t4S
CU148INATIEN WITH A SPECTPGGRAPH., IT IS REC M-.'Dr-.D T AT THE TE- ITY
-OF,THE INDIVIDUAL SECTIONS OF THE SPECTRUM BE~ MEASILIAEO' BY
~~--'-'~,-..PHOTOIIULTIPLIERS WITH CUDING DEVICES, THE 0 -$IGNALS OF WHICH ARE
UTPUT
ON MAUNETIC TAPE.
U$".'C LA SS I F 16 0:

Simd~itions
USSR UDIC 577d4
~YU. I., and KRYUCMV, V. N.
R~V
"Formalization of Logical Conditions in Sectorial Planning Production Models"
V sb. ODtiMal'n. Dlanir. razvitiya I razmeshch. otrasley Drom-sti (Optimal
Planning of Industrial Sector Development and Siting -- Collection of goxks),
Part 11 Novosibirsk, 1972, PP 174o-186 (f~rom IM-blatema-tikal No 6. Jun '73,
Abstract No 6V583 by YU. FIMMELISHTEYNY
Translation$ In the formulation of optimization production problems in long-
term isectorial planning the need often arises for a formal description of
various logical conditions. The article considers a number.of cases where
the above-mentioned logical conditions.are to be~included in the set of con-
stiaints of a mIxed-integer problem in linear programmingl Le*,they have to
be written by means of linear constraints.-In which all or some of the vari-
ables must be whole numberse A production slectorial.model in a variant
statement Is taken as the base modelt Different variants av- given for
writing a logical condition which reflects the deriving of an economic effect
from the creation of a group of enterprises# ~Some other logical conditions
1/2

USSR
M-MOYEV, A. T., IR-AgMEV-S-M, V. S., Modeli-ravanlye protaesSOT Tospriyatiya
-1 raspoznavaniya svoystv ob"yektov pri dvushagovoy bazisnoy iyerarkhii,
1972, No 5562-73 Dep.
stage introduction of the concept of congruent recognition relaxes the
requirement for the trajectory to the level of coinciderce of only (k -a)
features, . where a is the maxi== coefficient of 7 distortion of similarity,
[and k] is the maximum pe-missible number of variable feetures which are
1ast in the series of abstract ordering. It is readily~ apparent that the
concept formulated in this way permits an artificial int6lllgence to recog-
zdze..a considerably greater. number-of object (events, conditions) than is
s 0
afforded-by a limited amount of instructional'material.
2/2 43

H.;" 1111111 I-IHI Hid! 1ILL L 1.1
USSR
AEGOROV, Yu. I., KRYUCHKOV, V. N.
IlFormalization of Logical Conditions in Production Modois of Branch Planning"
Optimalln. Planir. Razvitiya i Razmeshch. Otrasley Prom-sti Ch. I (Optimal
Planning of Development and Placement,of'Branches-of Ih,dustry, Part 3 --
Collection of Works), Novosibirsk, 1972,:pp 174-186 (Ti~anslated from
Referativnyy Zhurnal Kibernetika, No 6, 1973,.:Abstract No 6V583, by Yu.
Finkellshteyn).
Translation: in the statement of optimization production problems for future
branch planning, it is frequently necessary to describe various logical condi-
tions formally. A number of cases are studied when those logical conditions
are to be included in the set of limitations of a partially integer problem off
linear programming, i.e., should be written using.linear limitations in which
all or part of the variables must. be intt~gers. A production hr3nch model in
tho multiple version statement is taken as the ba-,,ic model. Various versions
of writing of logical conditions reflecting the achievement of an economic
savings by the creation of a group of enterprises:are p3-csented. Ccrtain other
logical conditions of triore genera.1 form are studied, ilLpartiCUlar, those which
are,a natural-generalization of fixed payments; a spe.cific exanple of formali-
zation of a logical condition for a problem of optimization of construction
1/2

1~, 1,11T 1~",

USSR UDC 539.374
BOGOYAVIENSKIY, K. N., YEGOROVI YU. I., YErimw, 1. A., KHOROSHAYLOV, V. G.
"On the Possibility of Cold Rolling of. E1437.BU A.1loy"
Tr. Leningr. politekhn. in-ta (Works of:Leningrad Polytechnical Institute),
1971, No. 322, pp.150-151 (from ,Zh-Mekhanika, No 12, Zec 71, Abstract No
12V596)
Translation- The results of a study to.determine the resistance to deformation
under conditions close to cold rolling are presented. The maximum possible
degree of deformation before destruction of the samples -under various load
conditions, contact friction, and various heat treatments was determined.
High plasticity is ensured after appropriate heat trea*tIment, making it possible
to~recommend the cold rolling method for obtaining afeather profile from the
E1437BU alloy. Authcrs' Abstract.

USSR uDc: 621-396.6-181,5
YEGOROV, Yu. L..
"On Certain Procedural Problems in Microelectronics"
Sb. nauch. tr. no -orobl. mikroelektron. Mosk. in-t elektron. tekhn. (Col-
lected Scientific Works on Problems of Microelectronics. Moscow Institute
of Electronic Technology), 1976, VY-P. 5, pp 218-228 (f3-om RZh-Radiotekh-
nika, No 6, Jur, 71, Abstract No 6V179)
Translation: The paver raises topical and interesting philosophical prob-
lems which may be solved on the basis of an investigation of the methods
Of mic al (philo-
roelectronics. Considering microelectronics from eener
sophical) viewpoints, the author comes to pureirpractical conclusions.
For instance, of considerable interest are,conclusions- on the advisability
of a systems. knproach to microcircuitg' tre~~iting- them'as an object with
gar =491
incomplete information. Inthis,re d it, is reco :nded that methods
ogous situations in science and
be Usdd'Which have been developed for'anal
technology
Resume.
q
119

USSR UDG 541.62+543-422+546.18
KATOLICHMO, V. I., YEGO&YL Yu BOROVTKOV,,YU.:Ya,, and GOLIK, G. A.,
Institute of Organic Chemistry Academy-of Sciences Uk)r3SR
"Study of the Conformation of Alkylphosphonic and Phosphoric Acid Esters"
Leningrad, Zhurnal Obshchey Khimii, Vol 43, No Ili Nov 73, pp, 2490-2497
Abstract: In a study conducted on dialkyl alkylphosphonates and trialkyl phos-
phates, the conformation was determined on the basis of dipole moments and tile
ratio of conformation isomers on.the basis of IR spectra. It vas establisbed
that the simplest dialkyl alkylphosphonates were present in a liquid phase
(solutions or melt) in the form of an-equilibrium mixture,of trans-gauche and
gauche-gauche conformation Isomerst.whiletrialkyl phosphates were present in
the form of a mixture of trans-trana-Cauche and gaucho-g.~iuche-rptucho isomers.
The energy difference of the isomer4 in the eqtlilibrium mixtures was less-than
0.5.kcal/mole. -In the case of asters viWlong alkyl chi
qins, more than two
conformation isomers were apparently present.

k .51
UR 0391
Xr. :AP0029509 Ref Code:
PRIMARY SOIJkE: Gigiyena Truda.i, Professional nyye Zabolevanaiya,
1970, Nr 11,
EFFECTIVENESS OF REALTn 2MEASURES JN THE PRODLT-C,-i 1()N OF SYNTHETIC
FATTY ACIDS X14D -A LCOHOLS
Su na, r y
The effectiveness of health Measures 1mplemented in the production of synthi~tic
'fatty acids and alcohols and recommended as th~ result of a stud's into ivorking condition
In previous years is assessed. Relatively simple s~leP5 enabled the conCentTllti,01115 Df M.XiO-115
substances in the atmosphere to reduce scores and hundred time5, the nalse facior.having
aziso been normalized to a considerable Went, Some.reduction of the sia~rate irivolving
temprary disability was registered Arriong workers. Microclimati~ conditions still conti-
nue to. be unfavourah-'se and demand further normalization.
REEUFRAMB~ .

USSR UDC 539.194 + 547.558.1
PEN'KOVSK.H, V. V., YROROV, Yu. P., and.'KHOUENK0, D. P., Institute of
Organic Chemistry, Acad. Se. Ukrainian SSR, Kiyev
"Electronic Structure of Cyclotriphospha;,~ened -and PhosphadiazinLes"
Kivev, Teoretichoskaya i Eksperimental'naya Khimiya, Vol 9, No 4, 1973,
445-450
Abstract: The Hofmannfs method was used to calculate energy properties and
the distribution of electron density of cyclotriphosphazenes and phospha-
diazines with various substituents.; Phosphonitrile chloride trimer is not
an aromatic,system; furthermore, no intracyclic P-P bonds.hava been observed.
The phosphodiazine molecules may be viewed as ?r-systems.based on the pyrimi-
dine group with participation of the.phosphorus atom; in this compound the
a- and it-electron density is shifted towards the pyrim~dine fragment. The
effect of substituents on the distribution of electronic,density in phosphorus
containing cycles has been discussed.
21

-XSSR LJDC 535-34,510.42041.8
BO;-MSKULT, I. YHEZOROV, YU. F., MAKOVET-jKlY, YU. P., Flu'vSITI, Yz-. V.,
and MPCHENKO, IT-.--G-.7-TnffUfu-te of Organic Chemlstryo,Academy of Sciences
USSR, Kiev
"Spectroscopical Investigation of the Reaction Mecbanism of FhoBphonlum
b
Salts with CarboVlic Acids in Solutions"
Kiyev Teoraticheskaya i Eksperimentallnaya Khimiya Vol 9, No 3, May-Jun
~P
P 350-356
Abstracts Intermolecular reactions of quiiernary phosphonilM salts
(C 'Hal- (Fal- I-, Bi", Gl-) with proton donor$ stronger than alcohols
8H17V
the carboxylic acids (,RCCOtf, IR Ccl , CF ) wex:e investigated in
CH3 3 3
C111 solutions by means of IR Speatroscopy. It bas been shoun that the
4
eaction occ=s th-rough the ' --ration of a complex with the H
A.0 -band, mrA that
it is irreversible. A mechanism for this.reaction has been proposed,
accordin6-Lto which a bal-ide anion of the salt is exch",,'ed for a carboxylate
anion. Since the rate of this process ls'symbatic. withithe p:mton donating
giR6 ~Q!". "19191131i 60MU

I .; ~i i
I I : .: '. 'i L! -1 IN.; 4 . -1k: .:! . -I I i I it. . i : I I:, ~ 1 , - ki,i, ~ Fw :i ; : ! : I ii ~ . L" - - t- ~ "Ii ! j r: , , ,
.;: W. Hl 1. 1 - J 11 -

Fomchenkov, V. M..* Application of the TsTS-19 Piczoceramic for
Shadrikov, 0. A. Ultrasonic Scanning of a Laser ream .......... 407.
Va-letsian, R. A., RoNtion of tile Lobes of the Reflection Pattern
Lebedeva, L. H., of Coherent Light on Rotation of the Reflecting
Samylkin, N. 1. Surfacer ........ ................. 1105
Arson 7cm, 1. 1. Study of the Statis*tical Properties of Varia-
tions of the Laser Field Intensity an Propagation
on d Ground.Route ............................ 412
Arsen'yan, T. L. , Analy)ikis of Random Variations of the Field
Semenov, A. A. Intensity in tbe Hirh-Frequencl, Part of the
Spectrum During Propai;~ Lion in the Troposphere 420
Gusev, V. C., study,of the rassage of Phase Modulatid and
Varaboyrhikov Amplitude Modulated 0pticAl Dand 91tuals

Through the At"sphere ....................... 425
Kilyutin, Yo. P.. experimental Study of Jaser Beau Preparation
H.
Lobkovs, L, in the Atmosphere .........1 429
Litvinova, To P. ,
Chi* ry akov 6. A.. B.
Lobkovs.* L. No Power Fluctuations of Laser. Radiation Caused by
a Turbulent Atnosphere ............. 435
Vlasav, G. 1. Laser Beam Videoinformation Transmission Range
Lavin, 1. It. in an Aqueous Hediurt ................. :: ...... 4413
Grain. V. No, Spatial and Tine Characteristics of Atmospheric
Kabanov. M. V. Notse in the Visible Range of the tpectrum ... 441
Vaytael, V, I., Holotraphic Recording Throurh Random iiedia ... 453
Khmelevtsov, So ~S.
SenItsvich, Do V,9 Frequency Stabilization of Laser rAission by
Lysakov, Ye. I., the Active Method with the Application of an
Oalrov, Yu. 11. Auxiliary Peterodyne ............... I .........
Experimental Measurement of the Natural Hadia-

Lon Line Ifidth of n Gas Laser with Coupled
~
4
Ypee Or Oscillations 11 ............... v ...... 46
5 getov, E. A.,
N zarov, A. U. Correlation Analysis of the Coherence of Laser
Emission .......................... I ..........
1.11.
-.0.!;.gatov, E. A., Laser floise During Operation of an Optical
eV' Hasarov, A. U. Quantum Amplifier ......................... 478
488

DAN
T E r- N N It A L SLAVON
ni,11 FSTC.-HT-21,,015-12
4"~d 7Z
VNGLISH TITLE: PROBLMS OF LASER BEAM DATA TlK-jS*lZSSIO'm
PROCEEDINGS OF THE 'FIRSI ALL-INION CONFERENCE, Kal"
SEPTLMBER 1966
4)Kf3fiN 'rtTtr; PROBLEM PERSDACHI 110`6111UTSIX LAZEMM IZLUCHr4jyzm
AUT)lr )Ri
. I~. A. DEXY.UGIN.. ST AL.
T(omlatcd (of FSTC by Acst
N 0 T I COE
Thv 0410-111% J
.this publicition havc been rrimslarcd as rrcwrtrc~d in the griginAl tcqt.
AtLlllp~ If-" bccr, owic to wrify the accuracy of any statts---c"tt 4:~ntairttd herein, TMi
I""Slatio" IS published with a millintum or Copy ciliting anvi OiSAXI pTCpatation in or8cr
V.%pv%liIv tht dl%selllinatiun or in(mination.
Aj,pmvQ(( Aw 14-bliv relvjkc. flittributimt itolin'tited.
i't

USSR UDC 541.67
JEGOROV, YU. P.,, KISILEIIKO, A. A.., and SHOKOL,. V. A.., Inatitute of Organic
A6a& Sc. UkrSSR, Kiyev;-~
IIIR-Spectra and Structure of Phosphorus Isocyanates"
Moscow, Zhurnal Stru-kturnoy Khimii, Vol 14 No, 2, Mar-Apr 73, pp 240-245
Abstract: Continuing the studies of the Characteristics of chemical structure
of phosphorus isocyanates, calculations have been carried out of the frequencies
and forms of norml. vibrations and the force field has been analyzed of a model
molecule C12P(O)NCO, the results being correlated with the IR spectral shifts
of the assymetric valence vibration frequency of the NCO group. An increase in
the force constant of the P-N bond andthe characteristics of the changes in the
IR spectra of phosphorus isocyanates can be.intdrpreted on the basis of the
participation of higher orbitals of the phosphorus atom in bond formations.
26
Mill! 11-11 T 4M r 11 4 ~r

T
USSR UDC 546.185
SHOKOL, V. A., GOLIK, G. A., LEVCHUK, Yu. N., Y,EqQR9V~-Yu. P., and DERKACH,
G. I. (deceased), Institute of Organic.Chemistry, Academy of Sciences,
"Acidolysis: of Reaction Products of Amidoesters of Allcylphosphonic Acids
With Phosphorus Pentachloride"
Leningrad, Zhurnal Obshchey Khimii, Vol 43 (105), No 4, Apr 73, pp 747-750
Abstract- Alkyldichlorophosphazo- and alkylaroxy--hloTo-phosphazodicbloro-
phosphonyls react with anhydrous formic acid yielding::alkyldichlorophos-
phazo- and alk-ylaroxychlorophosphazdchloroxyphosphonyls. Acidolysis of
trichlorophosphazotrichloromethylchlorophosphonyI yields the chloroanhydridp-
of N-dichlorophosphonylamidatrichloromethylphosphonic.acid., The structures
of the products were proposed on the basis of NMR31p and IR spectroscopic
data. All.of these products.are dense liquids soluble in benzene, dioxane,
acetone, insoluble in petroleum ether.
17
Ww"M11".
M11H

,47 ~71 i is-, 51
J`
USSR UDC 541-67 + 547-558-1
PENIKOVSKIY, V. V., JEGOROV, YU P., ZHKMOVA, 1. N., WMMM) A. P., and
SMMOM., A. K.., Institute of 0 iinic Chemistry,, Acad.13c. M:iGSR,.KJyev
"Distribution of Electronic Density in Anion Radicals Containing TriaryiVhos-
phazo Groups"
Kiyev, Teoreticheskaya i Eksperimentallnaya Xhimiya, Vol 9,, No 1, Jan-Feb 73,
i32--u6
Abstract: Eight anion radicals of the type (P-RC6't)~)2(P-lt'C6'tl~)pu-c6")tN')2-P
generated by the electrochemical method in acetonitrile have been studied by
means. of BPR. In all cases a split was noted on the p3l' nucleus indicating
W-electronic interaction of the P:H group, with p-nitrophenyl,nLsidue of the
anion radical. This effect can be explained only on the,basis of dliy-pX inter-
action. The effects of various electron donor and electron acceptor R and R1
on the disturibution of spin density has been compared. Qualitative explanation
of this effect has been -Droposed based on the mobility o.P -jr-electrons of the
imino-nitrogen and a direct polar conjugation,of the phosphazo.group with the
nitro group. The values of the splitting constants,at the p31 nucleus are not
c lated with the 6--constants of R and R!,,:
l7rre

~ j
USSR
UDC 541.67 + 547.558.1
-URCHEN
PEN'KOVSKIY, V. V., YEGOROV, Yu. _P~, I K0, R. I., and MAURTYNYUK, A. P.,
Institute of Organic Chemistry,-Acadeny of S 'ences Ukrainian SSR
"Electron Transfer From Phosphazoarenes to Acceptor Mol cules"
Leningrad, Zhurnal Obshchey Khimii, Vol 43 (105), No 12 Dec 73, pp 26~9-2642
Abstract: In the reactions of phosphazoarenes with tetracyanoethylene and
chloranil an electron transfer takes place-from the pho!~phazoarene molecule
to.the electron accepting one. The stable anion radicals formued have been
observed by means of EPR. The concentration~of paramagniatic centers in
the-systems studied increases with growing.alkalinity 6f!the phosphazo
com ounds.
~p

USSR UDC 541.67
FOINMENK0, E. A. hGORIOV, Y,. P., KORNUTA,~ P. P. (Institute of Organic
Chemistry, USSR Lcademy of Sciences,,.Kiev):
"Nuclear Quadrupole Resonance and Characteristics of Structure of Substi-
-tuted,Phosphapyrimidines'
Kiev Teoreticheskaya i Eksperimental'naya~Khimiya, Vol 9, No 5, Sep-Oct 73,
pp-635-641
Abstract: The electron structure of a new class of organophosphorus com-
pounds -- phosphagrimidines -- was studied. Data on the nuclear quadrupole
resonance of the Cl nuclei showed a cyclic structure of the molecules and
the additive nature of the transmission of7the;effect of:the substituent
on the electron.density distribution on the atoms of the chlorine group,
>, PC15. In accordance with the theory of Townes and Daily (J. Chem. Phys.
23: 118 (1955)), the degree of the multiplicity factor ahd ion formation
at the C-Cl bond was evaluated, and the significant effect of the ring
N atom on the degree of the multiplicity-factor at this bond was found.
Analysis.,of 31P nuclear quadrupole resonance data indicated that the P=N
bond of the ring is somewhat weaker,than in'triphosphonitrile chloride.

I ,:i!-.II I; - 1 j ; II ;i
USSR UDC 535.34:543.42:541.8
BOLDESKUL, 1. E,tLMROV. Yu. P., MA,KOVF,,T,SKII, Yu. P., kYL'TSEV, E. V.,
N. G. (Institute of Organic.Chemistry, UkrSSR Academy of
Sciences, Kiev)
"Inter-ion Oscillations in Phosphonium Salts Studied Uith Long-Wave M
Absorption Spectra"
Kiev,.Tecreticheskaya i Eksperimental'naya Khimiya, Vol 9, No 5, Sep-Oct
73i pp 668-672
Abstract: Long-wave IR spectroscopy was used to study the properties of
the inter-ion bond of tri- and tetra-alkyl phosphonium halides. Dipole-
dipole association of ion pairs -- phosphonium salts caused a decrease in
the elasticity of the earion-anion bond. In-tertiary.pbosphoaium salts
this bond was less strong than in the,corresponding amm6aium salts,
probably because the P-H group Isa.veakerproton donor !to the 11 bond
-than.is the N-R. The frequencies of-the Y catiou-anioa oscillation
iw the- quaternary phosphonitun And ammonium,~salts were the, same within
the limits of error of the determination.
32

USSR UDC 547.241
SHOKOL, V. A., GOLIK, G. A.,- LEVCHUK, Yu. N., YEGOROV, Yu. P.,,and
DERKACH, G. 1. (Deceased), Institute of OrganCc Niia~try, Academy of
sciences, UkrSSR
"Structure of the Reaction Products.of.Amidoesters of Alkylphosphonic
Acids With Phosphorus Pentachloride"
Leningrad, Zhurnal Obshchey Khimii, Vol 43(105), No 2, Feb 73, pp 267-274
Abstract: Reactions of phosphorus pentachloride with the amides of ethyl
and aryl esters of methyl-, chloromethyl-a-, dichloromethyl-, and trichloro-
methyl phosphoric acid were studied in an attempt to.deterinine under what
conditions isometic products could be obtained. Analyzing the products
by the IR, NM31p, and NMR IR spectroscopical,methodsi~ it was shown that
depending on the alkyl radicalattached~to.rhe phosphorus atom, the
reaction products could either be.trichloroohosphazoalkylchloro- and
alkylaroxyphosphonyls, or their isomers --_a~lkylc
lichl6rp- and alkyl-
Aroxychlorophosphazodichlorophosphonyls:or their-'mixture.

USSk UDC 541.579
YEGOROV Yu. P., KATOLICHENKO, V., I., BOROVIKOV, Yu. Ya., FESHCHIENKO, N. G.,
L~
T~SMMIY,,V. Ya., Institute of Organic Chemistry,:Academy of Sciences
Uk-rainian SSR, Kiev
"Dipole Moments of Phosphorus Acids Derivatives"
Kiev, Teoreticheskaya i Eksperimental'naya Khimiya, Vol 8, No 6, 1972, pp
-761-769
Abstract: The dipole moments (ij) of trialk-ylphosphines, trialkylphosphine
oxides, and esters of phosphorus acids were measured. .~ The electron density
and stereachemistry are examined.. The precise value of v for these mole-
-bonds (X=C 2+
cules permitted a new value for the moments:.of the P-X SP
C 3+, 0 Alkt,, =0-, Cl+, F+) Ito'be calculated. The data are given in two
SP
tables which show the intexrelationshipsamong the measured parameters
and,the literature values.
ISO'

USSR UDC 541.67
'OV
TARASEVICH, A., S., YU P
"The Problem of Estimating the p,--d Contribution of the Phosphorus Atom in
Symmetrically Substituted Phosphines"
Kiev, Teoreticheskaya i Eksperimentallnaya Khimiya, Vol 8, No 2, May-Ap-r,
1972, pp 235-238.
Abstract: The literature contains contradictory estimates of the number of
Ar electrons per P atom in phosphines. An earlier woriz which compared the
suitability of various atoms for ply 7d interactions.by means of IR spec-
troscopy showed that the reactivity decreases.in the ~equencc F > Cl > Br > I.
This article demonstrates that this same sequenco can be produced by the cal-
culation )-wthod of Lacher and Van Wazer, which has,jT:oduced -the opposite
result, by means of a slight modification. The authort; feel that their cor-
rections produced a more realistic relationship of the~valuds of n contribu-
tions of-phosphorus for symmetrically placed-phosphines'.

UDC 541.8
RYLITSEV, Ye. V. , TARAS,EVICti., A. S.
"Electron-Acceptor Properties of Four-Coordination Phosphorlis in Intermole-
cular Reactions"
Kiev, TeoretieliesRaya i Eksperimentallniya h
'himiya, Vol 8, No 2, Mar-Apr,
1972,, pp -175.'
169.
Abstract: Organic compounds containing four- coordination phosphorus with
phosphoryl, thiophosphoryl and imine bonds with the general -form P = X have
exceptionally high tendencies toward the formation Of 11101CCUlar complexes
and associates. This tendency of these compounds has 1~een related to the
uneven distribution of the charge in the, P =.X bond, to~-the significant trans-
fer of electron density to the M' - X- grcup , Althotigh i t~ has been pro-
sumed in tile literature that are fo-rined in which the
P atwii acts as an electron acceptor, no diract confirmation Itas ever been
presented. Tbo parpo-qc of the present work I!; to'lcoidlnii thts assumption
by studying tile Mechanis-las of intermolecular interaction -- the ft-rst stage
~in.the process of chemical conversion -- using a number of oxides (R P 0)
3
as examples. The studies were performed bk 111-spoctroscopy of the compounds
dissolved in cyclohexane with the electron donor compourds added to the solu-
tion, The studies confirmcd that organophosphorus compounds with tile four-
coordination phosphorus atom can.participate in the formation of molecular
aggregates by accepting electrons at this atom. If this intert.ction is thc
1/2

USSR UDC 541.65
NUZHDINA, Yu. A., and YEGOROV, Yu.,.~P IInstitute of Organic Chemistry Acad.
Sc. UkrSSR
"Structure and Spectra of the Phosphorylated Amides and Urethanes"
Moscow, Zhurnal Strukturnoy Khimii, Vol 13, No 1, Jan-Feb 72, pp 72-76
Abstract: Earlier studies have shown a shift in the IP spectra of the -NTHCO--
group of phosphorylated amides and urethanes as compare d to corresponding
alkyl compounds. The P-N valence vibration also appeared at.a higher fre-
quency. An assumption was made that,this was:due to the conjugation of an
unshared pair of electrons of the nitTogen,atom with th;r_- vacant 3d-orbital
of the phosphorus atom or by d7T-pT,-conjugation. The frequencies and forms
of the normal vibrations of fragments C12P(O)NHCOC' and:Cl2P(O)NHCOO' (C'
CC13, and 0' = OC113) were calculated as well as the distribution of the
potential energy along the actual vibrational.coordinates in an attempt to
find out whother the shifts in the vibrational frequencJ.Ps are due to clec-
tron shifts leading to a change in the f i6ld 6.f. a -molecule, or to a change
of kinematic parameters. It has been shown that the! electron density is
delocalized within the skeleton of the phosphorylated amides,, shif ting
.1/2

USSR Wo 541.67
TARASEVICHo A. S. and Ins itute of, Organto Chemistry
Academy of Sciences Ukro SSR9 JUey
31
"Deterinination by the P Nucloax Xapetic, Resonance~ Method of the Order of
..the P-H.Bondof Phosphazo Dezivatives"
Xievp Teoreticheskaya 1. Ekeperimental, n
naya tmVs, Vol 7, No 6# Nov-Doc 71,
PP 828431
Abstracti The method proposed by J. H. L*tchDr and J.R. Van Wazer (J. Chqn.
Phys., Vol 44, 815, 19661 vol 45, 2916, 2926i 1966) maz kpplied to the mole-
cules of 18 compounds WR"W"P-RB for which values of the abomical shift
31 P that follomed from nuclear mapatic rooonance determinationo were
available (cf. 31P Nuclear Magnetic Resonancep Chatter 2j Vol 5# Topics in
Phosphorus Chemistry, New York - London - Sydneys i967)'. On-the basis of the
experimental values of 31pt tho. p d cDntributions of the
substituents Rlp R", H!' at P as well:as of HA and .Ue.bx6er~P., of the V bond
P-N were doterminad for the compawAs in que4lan (tabU) The alectronoga-
tivities HR that were calculated satisfied the rule.~ 11H4X0.
4,for aso'stance in oxperimenta-1 lip in connOctiOn
Tho authors thank V. V. Man rk
with determinations of S -"Lp. 1/1
26

USSR WO 539A94
or,
Y11-
TARASMM, A. S., and Institute of, Organic Chemistry
ey
Academy. of Sciences Ukz.6
"A Theoretical Estimation of the Dipole Moments of Soae Phosphines with
Condleration of the p - d CoattibutioW.
-1y
Kiev# Teoreticheakaya i EkspeAmental'naya,Khimlyal Vol 7p no 6f Kov-Dec 71,
pp 747-751
Abstracts The dipole moments (30P)~of compounds F2 (2 HO Me$ Ft Cl)
3
were calculated by a procedure Uwad on H. HoMma I a mathcd (J. Chem. Phys.
Vol 39* 097, 1963). The values obtaified were In goott.agxeement with ext4ri-
Rental values of the 6-'Lpole moment for PH
.3 and PMS3 but mucli too high for
PF3and PM 3 On considering the contribution 6f the~~ p ?7, - d -~f conjugation,
values of (s#pld) were obtainad that wore in SatisfactoTy agreeuent with
exPerimen:tal values of the dipole soment1ar,all fo=,1;coxpowujs (table).

Ph4ogia'phio
USSR UDC 778.39:778.534.425
PAWSHIN
Yrop I. A., STEPANOV, B.I FABRIKOV, V. A.
"Photography on Magnetic Films of Large,Size
Moscow, Zhurnal nauchnoy i prikladnoy f9tografii i kinematografii, No. 6,
Nov/Dec 71, pp 443-445
Abstract: An experimental study to test the possibility of recording an optical
image of dimensions 50 x 50 =2 by low intensity light~pulses.(10-7 sec) on a
magnetic film with a band domain structure are described. The possibility of
applying thin ferromagnetic films with a-band domain'structure to photograph
objects in a pulsed irradiation regime was shown in 1969. Radiant energy
scattered from the surface of the objfllct to be photogNtIphed I:! recorded by
the magnetic film in the form of the distribution of abgles of rotation of
the domains in segments of the film with-a different dc-gree of- irradiation.
Nonselectivity of the magnetic films.to the radiation wavelength in the therma!
recording method makes it possible,to record images over a wide spectral range,
-including the infrared, and the sensitivit-
y oyer this whole range is comparable
1/2
USSR

j
YEGOROV, n1. P. et all 7
tografti, No. 6, Nov/Dec 71, pp 443-445
to the sensitivity of photograDhic films. In the 1969 study recordings were
made on an iron-nickel film of dimensions 15 X 15 MM2. The light source was
a neodymium glass laser in the free gqnerationregim~-_.witth a pulse length of
1 nsec and the image was visualized by a magnetic c6lloidq For practical
purposes it was of great interest to increase the dinensions of the recorded
image and to decrease the ex-oosure time. -A special technique to keep the
composition.of the iron-nickel alloy constant over the entire surface of the
glass substrate was developed that.kept the deviation of the composition in
the magnetic film from the composition~of the Initial alloy less than 0.21%.
To reduce exposure time a method of sequential recording of individual sec-
tions of the image was applied, the boundaries of which overlapped. The
rated heat diffusion from the exposed segments was large in comparison with
the repetition rate of the.pulses and therefore.the,cu.mulati,,~,e effect on the
overlap ing sections of the film was eliminated. A photo aph is given show-
gr
Ing the image on a 50 X 50 mm? film.

USSR UDC 543.253+541.138.3
PEW.'XOVSKIY, V. V., YEGOROV,.Yu. P., and SHAPOVAL, Gf S., Institute of
Oiganic Chemistry, x-&Mr--n--TkrTt1ftaw SSRt
"Electrochemical Reduction of Phosphaz6a'renes in Dim6thylformamide"
Ldningrad, Zhurnal Obshchey Khimii, Vol 41 (103), No.4, Apr 71, pp 738-742
Abstract: Electrochemical reduction of phosphazo compounds is a stepwise
process, characterized by several polarographic waves. The first stage of
th.0-electrochemical reduction of triphenylphosphazoarenes in dimethy1forma-
mi-de consists of the formation of anion free radicals~. The first functional
group to be reduced, when it is present in~the molecule, is the nitro group;
next the P.N bond is reduced, the reaction occurring -irreversibly. When
phosphazosulfinyl compounds are studied, the first to~be reduced after the
ni-tro group is the S:O bond, The electron ..effect of the triphenylphosphazo
or-.the sulfinyl groups may be affecting the-behavior of tile nitro group in
ortho- or reta- position with respect to tbe,~ second substituent durin& the
eldetrochemic-al reduction.

USSR
UDG'547.261127
BOROVIKOV, YU. YA., RYLITSEV, YE.N., BOLDESKUL, 1. YE., JLJ~~HFINXO..
N. ~ G. , MAKOVETSKIY, YU. P. , YEGORQ_Y,.,w..XUv-,Aw,,,,Inatituto of Organ c
C]5~erhstry, Kiev, Academy of 119~556ps:Ukrainiah SSR
"Dielkometric Study of Trialkylphosphine Deriliatives"
Leningradt Zhurnal Obahchoy Khimii, Vol 40, N 9, Sep 70,
0
pp 1957-1962
Abritract: A study of the interaction between the molecules of tri-
alkylphosphine oxides and their analogues in solutions by the
method of dielectric permeability is reported.. Triallry-1-phosphine
oxides, trioct7lpho3phine sulfide, -solonid:e, -tellurido and
tetraalicylphosphine iodide Tworo invastigaLed. ~ 11-1 waS dOtOrMin-3d
that ithe dipole noments and atomic. polarizatiohs of -the trialkyl-
pboaphino oxides depend on the longth of tho hydrocarbon cliain.
d1po1r,) rnmnnts nr
and -1;03 wilibin orpey.-Iiiiniltal orrov. Tri-
oetylphouphIne oxido and LoLraoGtylphosphlnu iodide are associatod
according to tho aritiparallal typo in.nolventzv 01, low dioloatria
1/2

1 ~ ... c,
it ; .~: Il. 1 ! . 11 i I it L J~,. h , 1.;;:, ! ~; :: i:I,D
... . - :J . 1, , ~ , ., - i , . ; i ~~ i ~* ,
. . - . 4 Hil, 6- 4 1 b. 1 w. ~ i .. A.. . , _
I ; I .. . .;. . : 1 11 11 1 1 11 1 . - ; I I

USSR U% 517-264118
SHOKOL, V. A., GOLIX, G. A., TSYBA, V. Top YEGO
DM'KACH,- G. - 11. (DEGEASED), Institute:of Org em-13try, Kiev,
Aca delay of Sciences Ukrainian 53H
oalkylphosphonic Acid Esters"
Phosphoaz
'himi No 8
LeAingrad, Zhurnal Obshchey h i, Vol 40 Aug 70,
Pp 16160-1691
'Abstract: Reaction of trialkylphospbites, triamidophonphi tea,
diall-yl- and dianidophosphonitesp, and, triphenylpho3~hine with tho
a-ides.of alkylphosphonic acid eaters 71olds eater's of phouphano-
alkylphosphonic acids -- compound3 with pesticidal activity. The
reaction in exothermia and occurs eadily at, rom: temperature either
In ether or In benzene. After evaporation of the.solvent, liquid
Phosphazophosphinyls are obtained. Depending on'hoating conditlons,
the, eaters of trialIql- and mothyldialk,71plioupha,-,oalli-yl-ohosphonic
acids rearrange into diesters of the,alicyldi.allto:,Vphouphazo-
hosphor1le acid or into entora of:Nalkyl-Nwdialkylplioi3phonowu,"Ldo--
P !r
-alkylphosphonIc acid, in all oaaes the zid6 px;oducts oonsist of the
112

-1. ~! , :1, -
. d ~ . . : ; - - t:
a i . I
I ~ ~-il ; 1
- , . 1 .11111: .-11111 1 .1 .1 : I ! : : . ..:.!
, ; I . :
;L!' i ~ 1~ ll~ i N ~ 1. 1 1 , i r :.

IG DATE---! INOV70
1/2 029 UINCLASSI.fl~-U t C E S,~*5, I IN
T I T L E-L_14 E-4 1 C_ A LSTA'UCTUKE OF ALPHAsO~-:TAiDIFLULkCjSTli;B,~i*.V'E.%- -J -
s YU.P . t Ki-RAiNOVSKIYl: V. A. t, YAGUPOLSKI Y IL.M.
AUTHOR
:.-:CCU,4Tr'lY 13 FV%F0--USSR
SIOURC E-- T E09 6KSP. K"'I'A. 1970i-61 9d: 4
~E PU31
SU3JECT .-'RY
'5 NAT 0 OR`
T OF I CTAC, ,A,k4[C COMPIJUND4 STI LB ENE UH-~JUGA'E 6UND '-'('ITE.'
OLECIJLA;~ SFRUCTURE,
IV; BU14ENE DERIVATIVE, i.jV SPI.ECTRUMI jil SPECTRUm, iiAj4t-,i
~1,w SPEC TRU;! CYCLIC GROUP
ZICLINTRO" MA R K I IN G-- NO RESTR
I CT 1011,4 5
DOC _UM e N TCLASS--Uhte'LASSIFIE0,
PROXY RFr_L/FRA,,lE--3002/I070 STEP NU-1-Ulk /03 ?9 1010116 01J'l /0J9011-394
C-1 qC ACCESSION W,--AP0128497
Woll, 1-11 S S I F I E 1)
------ -- ---- ---
Mal-_

~,'
1.1 It !] - - ,ill -
i I ;,I:~vvrar"Nril E

USSR UDO 621.)5,65.62-29,.7; 621-7,91.88~. 1
"Im,"luence Of AtmoBpherio Fluctuations On lieterodyne 'Recept Ion Ct Two-Frequency
Signslo In Optical Wavo Band"
~Radiotekhnika I elektronika, Vol XVII, No:6, June 1972, pp 1512-12,15
Abstract. The papar considere the effect of atmospheric fluctuations on the
operation of a heterodyne receiver of two-frequoncy optical. aignula. The block
diagram 61, cuch a receiver is didbiasaed. The oipal-te.-noifto vutio io calculat-
ed at the outfnat of tho receiver during,, pasva~,(- of - the eiEnal. b6um throijgh the
atmosphore and the dependence of thio rstio-,on the arei,a, of the input apert~are
-of the receiver le found. 5 fiz- 7 ref. Readived by od~.tora) 25 June 1971-
175

USSR UDC 546-8211.1.85:66.074.7
DRANITSINAT N. V., YEGOROV YU V and. FOMLIIqYKH V. YA., Ural
;j
Polytechnical I n s ti-nut-el-OWT7~', Kirov,~
"Application Synthesislof Ionites Based- on Titanium Phosphate"
Moscow, Neorganicheskiye Materialy, :Vol,6, No 12, Dec 70, pp,
:2178-2182
Abstract: Inorganic ion exchangers are synthesized on the basis
of titanium phosphate using the miieihod of applic'ation with ions of
trivalent Ce, Fle, and Cr. Their composition is studied as s
function of the conditions of their synthesis (pH of precipita-
tion, P205:TiO2 ratio in initiaLsolutions, inflaence of third
component). An -increase in~ specificity of the applied titanium
phosphateto ions of trival.pntelements is established. It is
demonst-rated that the titanium phos6hAte is.resi6tant to the
effects of corrosive media-..:.

USSR UDC'546.834'185-386:
SUKUMV, Yu.- I., YEGOROV, Yu:. V-...,,, and- PUSTONAEOV-, N....N.
"Synthesis and Composition. of Kloblum- Phosphate rbir.FNchange Resins"
Moscow., Zhurnal Neorganicheskoy Khimil, Vol- Nir 4, Apr 71, pp 1026-1030
Abstract: The material was synthesized- by a rapid.`mixing of an acid solu--
tion of sodium phosphate and basic solution of potassium niobate. The
amount of concentrated HC1 added. to. the- salution~: o:E di6ubstituted sodium
phosphate was governed by the-optimal pH require&- at-,the equilibrium point..
In the applicational synthesis the applicatmwas~ adddd! in the amount needed
to reach equilibrium in respect-to the agent beiu&.applied.: To-prevent
precipitation of Ce'", Fet r t' and- CrJA I' phcuphatea, the copreoipitation
was carried out in a medium iu which. these- phosphates- could -not precipi-
tate. To prevent copracipiLation. of -the appli-cator. phosphate with nioblum
phospt-Late, the third component was: added after.- precipitation of niobium
ain
phosphate. The gel obt, ed was left vve~r~ht fnr c letion of the
process. Then the material was datanted,.;ftItnred~-.dried and.milled, the
0-A-0.2 mm fraction being collected. ThO_~applicator w6s then washed out
with 0.5 N HCI until a negative test was.obtained for the applicator ions.
1/2
5r,

I . il-, .
~ 1 1 . :
. - ; ~;: , d'' ] J. 11.1 L, : ] I L 11 ~. L;2 i":: 1- 11 t I -. '!;;-
- i I..,, I I.;i i el ,l;; I _.i . : ! I I
2/2

UDC.421-375.8
VOLKLOV, V. G. ,
.2c ~tn'-!if-er of' Biopotentials With Liput Capacitance
O'n Ivaled.
-roi ib~oryf d1ya
V- 5b. _"Iel Orizi
(31actzonio Eouj-oreriz I'or lkieliroph*yp~o g Cal qrear(M~_
Olf ar+-x las), "T!I~aulca 1969, 22-i-.1,6 (fi~om R:Ih-
PP
Ic4--03, jibs ract 11o. LP2 00)
~~O::'Zazla -or amplifier o' b-opotentials
transist
is develazed s 4- gn a Iconversion a - %t a carrier frequency of
'Varica-_s are used as the~controjled elentents. The
o~atputv of -',',-he a=lifier made it possible to ob-
il-ai-n a hie~h degree ol" sN.7-=atry in the biopote-abial drain-off' cir-
cuits vit-111 res-ject to groLuid and the coafficien-V ot rejection of
s7nplvislc dist.:~rbance on the order of 60 db, In the case of sig-
nal frequency (0.2 -- 10,000 Hz), the amplifier shows high input
res;stance (at a frequency of 20 Hz Rbttr400 Ma~Lm-) which makes it
possible to use it for intraoellular drain-off'.. Tbe amplifier is
1/2

U S S R.
ekt boa, m7rof*izio
-ron. Pr- y, dl
1. issled.,
s-r--f t - megst-re uac'-C -,e;- th respac44
'eecD to dj:nect mirrent and
a: f--e:n - add.-'~:Ion,~ the =rmilfier is sparned 'by
~7-
Jor i. 'Lit u,, P
o-,pensat.L L olf v,4?, i aoitance and high
I= u- make it
possible to ume gla.9si juic ro oleot, rode s
or QZ'c-& in- Of with a .-esistance, down:to 40 510 iginal
article: 2 illustrations. resumed*: