SCIENTIFIC ABSTRACT ZARETSKIY, I.L. - ZARURINA, M.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203720017-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR UDC [621.377.622.25-181.48:621.382.323-416].003.13
SKVORTSOV, A. M., ZARETSKIY I. L., and NORICIN, L. M.
"Some Economic Problems of Planning, .,Designing: and Manufacturing Large Integrated
-Circuits from MOS-Transistors for Storage Devices"
Elektron. telthnika Nauch.-tekhn. sb. Mikroelektronika (Electronic Engineering.
Scientific and Technical Collection. Microelectronics),, 1970, vVp. 5 (26),
-ka i Vychislitel'n4ya Tekhnika, No 6,
pp 183-185 (from RZh-AvtomatikaTelemekhani
'-Jun-'71, Abstract No 6 B346)
Translation: A comparative estimate of the cost of various types of semiconduc-
ting memories is presented. The cost of the circuit as a,:whole and the specific
cost calculated per binary unit are investigated. The tesults of this eatimace
are presented for a memory of different capacity made of-14OS-transistors and
also for devices with a capacity of 1,000 bits executed 'in,the form of large
integrated circuits based on single crystalt; and mosaic integrated circuits using
a montage by the inverted crystal method. It1s demonstrated that an the modern
level- of development of technology, the specific cost of mosaic integrated cir-
cuits is 35 times.less than that of large;integrated circuits of the same
capacity. There are illustrations and a 5-entry bibliography.
1/1

USSR UDC 624.07:534.1
Za&E~TSKIY, L. B.
"Computer Study of the Dynamics of Impact-Oscillatory, Systems With One
Degree of Freedom"
Inioa Scientific
Tr. VNII stroit. i dor. mashinostr. (Works of the All-L
Research Institute of Construction and koad Machine Building), 1972, No. 58,
3V286)
pp 81-89 (from RZh-Mekhanika, No 3, Mar73, Abstract
Translation: A block diagram of an algorithm for obtaininly( a point represen-
tation, the study of which reduceu to the study of the. fjimrAelit ahock-oscil-
latory ~,ystum, is describeO. The otructure of the al,"rithn is indeps-ndent
of the specific form of the system since it can be app,Lied in the solution of
a wide range of problems in 6e dynamics, of shock-vibriation machines. Com-
puter data pertaining to the structure of' periodic regimes and to the stabi-
lity of working regimes under random variations in the parameters are given
as an example. 10 ref. Author's abstract.
25

USSR UDC -51
$$Methods of Determination of Unknoim Parameters of Production Processes at Milk
Industry Enterprises"
Tr, VNII Moloch. Prom-sti [Works oftAll-union ScieTitific,Research Institute of
the Milk Industry], No 28, pp 14-17 (Transiate&from Refe-rativnyy Zhurnal
Kibernetika, No 11, 1972, Abstract No IlV494, by the authors).
Translation: Methods of determination of pToduction activity indicators for an
enterprise are studied when the indicators.are not knowniat the moment of
decision making. Various methods of construction of prediction functions are
presented.
-26- - --- --

7-~
USSR UDC: S1
KARPILOVSKIY, Ye. B. faiALEPSKIY, L. D .
"Planning of Production Activity of Milk Industry Enterprises Using Mathematical
Economics Methods"
Tr. VNII Moloch. Prom-sti [Works of All-union Scientific:ReseaTch Institute of
the Milk Industry], No 28, pp 17-23 (Translated from Referativnyy Zhurnal
Kibernetika, No 11, 1972, Abstract No 11V495) by the authors)
Translation: A method is studied for construction of a mathematical model of a
milk plant. The task of operative planning of.the plant;using dynamic progr,~m-
is stated. The necessary recurrent relationships are produced.
Tr-

-7
USSR UDC 51
ZARETSKIY, L. S., KARPILOVSKIY, Yei B., MALEPSKIY, L. D.
'!Planning of the Production Activity of Ent6rprises of the Dairy Industry
Using Methods 'of Mathematical Economics":
Tr. VNII moloch. prom-sti. (Wor1rs of the'All-Unien Sciettific Research
Institute of the Dairy Industry), 1972, No .28, p -23 (fftmHh-
p 17~
Matematika, No 11, Nov 72, Abstract'No 11V495)
Translation: A technique for constructing a mathenatic 'ial model of a dairy
plant is discussed. The problem of operational control of the plant using
:dynamic programming is formulated, The necessary recur,rence.relationships
are derived.. Authors abstract.

Acc, Nr
Ref. Code: Q,)
UD 4,-,'t
AUTHOR-- 2ARETSXIX. B,
T I T LJF- - MACHINE TOOLS ARE CONTROLLED BY 01,11ND11
NEWS.PAPER-- VECHERNYAYA MOSKVA, MAY 21~ 1970, F 25 COLS 3-S
ABSTRACT- A I'll RA L M, 0 sT T H R E ZYEARS OF.RESEAR(:14 THE Pq0STITU"17 lFC,!l
-MY OF SCIENCES AND T'I-- liTTM;r30rR'3__
-CONTROL PROBLEMS OF T'(w- solin'r -ACADrr, L
PLANT HAVE DEVELOPED A FLUIDICS-BASE"l),
LING MACHINE TOO' S. ThE DEVICE fJAS IPEMONST RATED To Thm AUTim BY
PETR MAIMED I R OF THE PLANT.
Vi-AMN59 CHIEF DESIGNF
P% 7-
f Reel/Framp-

USSR UDC 669-715'?21to'20-193.4;621.785
KASSYURA, V. P., and ZAREISKIY, YB. 14.
"Effect of Weld-Ing and Heat Trdatment on.Blectrochenical Cb--=-acterlstics of
Avz6K AUqy"
Dokl. XXX Nauchno-tekhn. konferuntsii Mlosk. in-t- klilm, mash:Lnostr. (Papers
Presented at Thietieth Scientifl.c and Technical Cordler-ence of 1.1ascolf In.,;titute
of Cheaical Machinery), Vol 2, V~P. 1, I"Losc 255-956 (from RZh-
ows 1970, PP
MetallurgiYa, 110 3, Mar 71, Abstract Ho 31716. by V. Gerasimov)
Translationt The authors studied the elect-rochemical beha-vior of the AMT-,6*v1
alloy after hardening (450', 4 hr. air coolinC), harx1on:`Lrig and aE~ing (175 0, 100
hr) in neutral, acl-dp alkallne solutions of 1~n lfaiiO I and in -k.hc- same enviro-
nnents vith -,the addition of CL Aging- inpai= ~he brea!,down noterd-AU due
to segregation of the bet-L phase, the oxwe ain on whle,~h pcisesses reduced
protective properties. In an acid DiedIumthe betaphaso is P-n anode, which
leads to deterioration of the steady potential and az incrcas--~ In the anodic
process rate for all poten-tials. Heat treatmen.t has much. less of an effect
In an alkaline medium. The e2ectrochemica-1 chaxactaristics of P- weld and the
zone near the weld are studied..

USSR ig 41
UI)q: 620.
SIGALOVSKAYA, T. M., an~.ZARELS&
U"Ye. M*, Moscow Insti.tiite of Chemical
Machinery
"Tendency of AMg6 Alloy to Corrosion,Cracking"
Moscow, Zashchita Metallov, Vol. 6, no, jLd--A*a,,Y jo, I%p 428-420
Abstract: The dependence of alwaiium corrosion,rate and Potentials on pH
is correlated ;~~th a Pourbaix diagran (E., Detombe, M. Pourbmix, Corrosion,
1958, 14P 496 ) to study the tendency to corrosion tracking (TCC). The
data show that in strongly alkaline solutions the potential of Amg6 alloy
is very negative and the corrosion in total; corrosion crt~ckinK is observed
within pH:645-9.5 (depending on chlorine ion concentration), Within pJ1f
2.8--2.0, TCC slightly decreases. In strongly deid zolutto,ns the total
corrosion is followed by a high rate of corrosion cracking. The TCC of the
AMg6 alloy is typical of the left and central regiome of Pourbaix dingram
where It varios slightly (the chlo,,,,ina-ion concontration lif.%ing ~ohat4nt);
it is.not typical of the right parl. of the diagram despito the high corrosion
r
ate in both right and left parts -6f the diagram. 'Llie v~Llues of the pH of
the solution and:the stationary potential in themeelves affect the cracking
-corrosion much less th chlozrin4-ion-.cance4tration.

015 UNCLASSI'FIEU PROCESSI~G DATE--160CT70
EQUILIBRIUMS IN GE TE..A PRIMEII TE SYSTEM&-U-!.-
..UTHOR-(03)-NAGIYEVv V.A., ZARGAROVA~ M I GLAZOVs V.M.
[COUNTRY OF INFO--USSR
~.;.-'sOUkCE--lZV. AKAD. NAUK SSSRv NEGRG. 1970t 6(3i~-) 569-71
ATE-PUBLISHED ------- 70
.~:SUBJECT APCAS--CHEML&TRY, MATERIALS
--'--TOPIC TAGS--THERMAL ANALYSIS, GERMANIUM COMP OUND, ZINC COMPOUNDt MERCURY
COMPOUNOt PHASE DIAGRAM, TELLURIDE, PHASE EQUILIBRIUM
'CONTROL MARKING--NO RESTRICTIONS
,'DOCUMENT CLASS--UNCLASSIFIEO
.,.,PRO
XY-REEL/FRAME--1996/0697 STEP NO--U
R'0363/7010061003/0569/0541
7
CIRC ACCESSION NO--AP0118066
S-1 f::I ED
-UNCLAS, [

UNCLASSIFIED NG --160CT70
015 PROCESS It DATE
miCIRC ACCESSION NO-AP0118066
~_ABSTRACTIEXTRACT-Wj GP-0- ABSTRACT. THE PHASE EQUIL. A140 PHASE
-::DIAG-RAMS OF THE GETE A PRIME I I TE IA IS CA, HGt AND ZN) SYSTEMS WERE
.~_:,-STUDIED BY SUBJECTING A SERIES OF ALLOYS TO DTAP MICROSTRUCTURAL, AND X
AY'RHASE ANAL.. THE OTA CRUVES OF ALLOYS OF THESE SYSTEMS ARE
HARACTEPLIZED BY T4E PRESE14CE OF 3 (AND IN SOME CASES, 21 THEMAL
z:":~~EFFECTS~. THE PHASE DIAGRAMS ARE SIMILAR; THE INTERACTION OF T14.E HIGH
FORM OF GETE WITH ZNTE, COTE, OP HGTE IS DESCRIBED BY PHASE
OF THE EUTECTIC TYPE WIT14 A LIMITED SOLY.. it,' TH~.: SOLID STATE,
IN WHICH THE EUTECTIC TEMP. DECREASES REGULARLY AND THE EUTECTIC CoNcri.
1114CREASES IN THE A PRIMEI I TE SERIES BY THE CATIONIC subsrl TUTION WITH
THE NATURIE OF THE INTERACTION OF IHE LJ*,4 TEMP.
'JHE HEAVIER ELEMENT.-
OF GETE 'WITH ZNTE, CUTEi HE
PHASE . OR HGTE IS DESCRIBED BY Tl PHASE DIAGRAM
-OF THE EUTECTOIDAL TYPE 41TH A LIMITED SOLY. THE GLTE A PRIMEII TE
SECTIONS IN THER TERNARY GE A PRIMEII TE SYSTEMS ARC- QUASIBINARY AND ARE
.-CHARACTERIZED BY RELATIVELY SIMPLE PHASE VIAGRAMS. THE 'A PRIMEI 1 13
i;-'~PRIMEVI COMPOS. DISSOLVE IN GETE TO GREATER THAN OR EQUAL TO 1.5-2 MOLE
TERCENT. INTRODUCTION OF 0.5 MOLE PERCENT A PRI.,14EII TE:114FO GETE CONTG.
-..A ~2NO PHASE DUE TO DEVIATIONS FROM STOICHIOMETPY RESULTS lt4
61 SAPP EARANCE OF THE 2%t) PHASE. ALL THE.ALLOYS ARLE SINGLE PHASE AT
4.-5-1.5 MOLE PERCENT A PRIMEII TE. ;FACTL I TY:- MOSK. INST, STALI
SPLAVOV, Pll0SC0Wt USSR-

IJDC 621.315.592
MVEWYANOVA T. V., BAKUMENKO, V. L., ZARGAMMITS M. I'll. RU IATOV, L. N.1
IZZIN YU. S.
"Photoluminescence of the GaAs:Zn, Ge-GaAs:Ge p-n-Juhction"
Leningrad, Fizika i Tekhnika Poluprovodniko Vol 6 No 2 -380
1972, pp 376
Abstract: Results are presented f rom spectral microphotoluminescent investi-
gations of p-n-junctions obtained by diffusion of zlrc in' n-Lype GaAs alloyed
with -emaniun. Inasmuch as the results of investIgating the long wave com-
ponent of the photolu-,dinescence of these p-n-junctions iiia.4; discussed earlier
.(T..V. Aver'yanova, eL al,a ErP, No 5, 331, 19711, only :Ghe, shortwave part of
the emission (8,100-8,500 A) is ivestigated in the present- pa-por. All the
studies were perforru-d at a temperature of 77* 1". 'Flic photoluninencence was
observed from the shearing side WiLli re%pect to the cleavitige plaries p 1,000
-i decrease in the quan-
hours. The basic cause for the drop in sensitivity isi
tun elficiency of the photocathode which "fatigues." peak of the spectral
characteristic can be shifted to tbe shorter wave range. The current miiplifi-
cation coefficient of the dynode system does not changc in practice, The total
effect of the inductions for Moscow is 3-6 decibels. The atiplification coeffi-
cient of the dynode system is iucamplerely used, It j.p. limited by the Airodun',,
allwable Value of t.112 anode current of tbe pbotomultip-lier (100 wicroamp.0.
The application of a linear optico-meclianical automatic' leveicontrol circuit is
not justified. On the whole, during the operating process the photoreceiver
1/2

USSR UDO: 1+621 1.0&A:621
~21-395-74 .3-05 .3-013-7.001.24
GAYIV-rLLIIT, R. Asp and KOSTENYLO, N. V.
"Computing the Delet erious Effects of S ingle e Short-Circuiting
bi High~-Voltage Networks on Communications Cablcs"
Moscow* Izvestiya AN QSSR--~Bner tilm i trans2q;K`- No 1, 1972,
'PP 104-111-
~bstract: A method is developed of compirbing tht ~.'eleterious of-
-fects.of power networks carrying 110 kV and ol.'arating with
transformer neutrals at dead ground., in sin-gle-pl-sa short-
circuitinp,. The currents in such nel-vorks, amoi,,x'~~J n
m., to to a of
kiloamperes, pixt a heavy atreas on grounded circ , ~_to~ and oet up
magnetic fielde which galvm:Lically and inductivii-I'v affect nearby
communication cables. Although there are matbodli-i for Computing
these deleterious effects, tlb-,.y calculate the geil vanic ana induc-
tive effects separately, then sum thea up to ara:,:~7e at a very ap-
proximate result which does not take into account thd phase rela-
tions betwep-n the indiviftal components, This is avoided
in the present method, v-,hich. is baoed on the numorical~ integration
of a eyatem of inharaogeneouz differential equations -,jith the boun-
dai7 conditione accounted fmv. ~An example of holir the computation
isdone on the 111-1:Lnok-2211 compu-ter is giveni

USSR UDC 536.46:533.6
Z&RKO. V. Ye. MIKHEYEV, V. F., ORLOV~ S. V., KHELEVNOY, S. S., CHERTISHCHEN,
V. V.
4 110n the Characteristics of the Ignition of Gun Powder by 6 Hot Gas"
V sl~. Goreniye i vzryv (Combustion and Explosion -- Collection of Works),
Moscow, "Nauka", 1972, pp 34-37 (from M-Miakhanika, No I, Mar 73, Abstract
No 3B933)
Tr inslation: Combustion characteristics are investioated under conditions of
conductive and convective heat transfer from a-hot gas and the limits of aD-
plicability of the thermal theory are datermined. The objects of investioaticni
were nitroglycerine gun p(n4der and compressed nitrocellulose. It is shown that
there exists a region of condition in which ignition is detervined preferentialiy
by the parameters of ne solid-phase reactions for substances with a complex
reactinn mechanism (in the solid and gas phasez4). The preponderance of gas-
phase reactions is achieved under conditions of conductive beating by a rise in
Pressure (due to ballasting of the reaction mixture'by inert gas); under condi-
tions of convective heating it is due to intense escape.of gaseous products of
1/2

USSR
ZARKO, V. Ye., et al, Goreniye i vz~yv., Moscow "Nauka", 1972, p 34-37
P
the decomposition of the high-speed gas flow. The second raethod of heating
is~ less suitable f or the study of nitroglycerine.gunpowderg and other explo-
ives the melting temperature (softening, liquefication) ~of which is lower
--than. the ignition temperature. 5 ref.- Autbors'. abstract.:~

~_
2/2 7

USSR UDC:621..438.038.7:621.928.6
RYZIIKOV, S.V., ZAROSS.KlY. R. I .
"The Problem of 'Washing' the Air Entering a Harine Gas Turbine Engine
with Water"
-Sudostr. i Nlorsooruzh. Resp. Mezhved. Temat. Nauch.-T khn. Sb. (Ship-
e
artmental~ Thematic
building and Marine Structures. RepublicInterdep.
Scientific and Technical Collection], 1973, No 21, pp 412-46 (Translated
from Referativnyy Zhurnal Turbostroyeni.ye, No 11, 1973, Abstract No
11.49.136)
Translation; "Washing" of air, that is spraying of water into a stream
of air containing solid particles, causes. the parti.clev, to he absorbed
by drops of water, and also causes a film of liquid to.be formed on the
surface,,; of flic separatinly, elements In the air clearler, T o f a
viscous stream conV solid particles
aing around a sphere is studied. A
soluTion is produced on a Mir-I computer by -the method,of atoms, and the
capture factor is determined from the particle trajectories found. The
absorption of particles by drops of watermust belooked upon as the
fiTSt'stage in cleaning. The second stage consists of the separating
elementsin the air-cleaning devices. 2 Figures; 5 Biblio. Refs.
"M - ~--TM

USSR UDC: 51.621-391
ZAROVNYY, V. P.
"A Matrix Algoril
thm for Synthesizing Minimum Circuits of Linear Convo
lution Decoders"
Ifibernetika
Ptobl. peredachi inform., 1973, 9, No 1, 'PP 33-41 (from PZh-I
No 7. Jul 73, abstract No 7V464 the author.)
Translation: An algorithni is presented.for synthesizingcoding circuits
with minimum storage in accordance vith a code matrix:or the transfer
function of a linear convolution (recurrent)~code. The:o-oeration of the
algorithm is illustrated by examples. The results are extended to a
more general class of convolution codes.,

USSR UDC: 517.948-5
13.68:519.4
ZARUBIN, A. G.
"The Cauchy Problem for One Class of Non,sts-tionary Quasilinea-- Operator
Equations"
Tr. NII mat. Voronezh. un-ta Norks of the Scientific Reseaxch Institute of
Mathematics, Voronezh University) 1970,1 vyp:.. 1, pp 82790 (from RZh-Mate-
matika, No 5, MW Tl, Abstract No 5B947)
Translation: The author considers the Cauchy problem.
ul (1) + Ati (1) -Lw Bu (1) h (f), 4>0,
U(0)=U*:'
in Banach space E; where A is a linear coercive operator, B is a completely
-,continuous (nonlinear) oDerator which is either non-negative or sem1bounded
froifi. belov., The element usEZ!, where Zis asubspace of traces of the func-
tions 0 W EV,,'(0, T; E).

USSR mc 542.6t$54.6
ROZEK, A. M., HIKOLOTOVAt Z. I., KARTASHZVA, X~ A. ZAR211L.'I~ I., and
TETERINO E. C.
-phor or c
"The Relationship Between the Extraction Power of Neutral Phos us gani
Compounds:and Their Structure. III. The Effect of Anions, Extraction of
Uranyl Chloride"
Leningrad, Hadiokhimiyaj Vol 13, No 5s 1971p pp ?00-704
Abstracto Extraction of uranyl chloride was studied In series of neutral
phosphorusorganic compounds from tributylphosphate (TBP) to trioctylpho-~phine
oxide (TOPO) in the temperature range 0-700C. It was determined that
effective extraction constants are about 600 fold lowet:tban those of uxanyl
nitrate. This may be due to the fact that higher hydration of chloride ions
results in stronger forces keeping the uranyl,chloride in aqueous phase; also
the chloride-4on is bound nuchtighter to tba.uranium than atrate ion. A
~Unear..relationship was foun& between the-logaritbm of~extraction constants
:azid.-atruotural characteristics of the extracting 4entst total electronega-
ty,,, Taft onstants, Kabachnik constantel.IR frequency, etc. Heat effects
:oUthe extraction were measured and calculated from the tejap~!rature function
Of concentration constants, The:calculated effects do,:not correlate with

quip
Mleaswring, Testinr
Calibrating
USSR xw; ;UDC 528-517
ZARMIN# 13. 1., IMRULEV, D. P., KOTKOV, A. V.., CHERNMEW T. V.
"Mcperience in the Operational Use of the TD-2 Photoelemeterif
M Geodeziya i Kartogra4s.i
10SCOW ya, No 8, 1970, pp 13-19
Abstract: Series production of the TD-2 silrveying and geodetic phototelemeter
was started in 1969. This instrument differs fron the 'IT-1 phototelemeter only
with respect to small design improvements. Experitmntal i3pecimens of tile TD-type
phototelemeter have been tested in operation. The resultu of these tests are
genemlized and analyzed in the article. The TD-2 photatelemeter is extremely
re omm me ar
simple.in design and is-reliable in operation and can be~ c inded for as
ing initial triangulation sides up to 10-12 km long.

USSR LMC- 539.293.621-315-592
MISH, 1. Yu., MALYUTENKO, V. K., ZARUBIN D. N., Institute of Semicon-
ductors, Academy of Sciences off.thJ~r-M--.-
."'Possibilities for Using Cadmium Antimonide in Semiconductor Technology'!
Kiev, Poluprovodnikovaya Tekhn-Lka i hli?-Y-oelektronike. Resp. Yezhved. Sb.,
No 7, 1972, pp 66-73
Abstract: T71he paper cites the basic properties of cadmium antimonide, and
describes the technique for synthesizing this semiconductor compound. It
is,shown that cadmium antimonide single~crystals contiM.ning &ppropriate
dopants can be used to good effect as detectors ofinfrared.radiation at
wavelengths down to 3000 rim, and, as active elements in ser.1conductor
thermogenerators. A comparison of the parameters of conventional seari-
~b
conductor. devices with their CdSb ased*counterputs shows ii prondsing
future for use of this semiconduct rid. in in,,qtriaient mikirip
or compou

Instrum-enta -;-on &nd' Equipment
U01 S P, UDC 620.171.251.1
Z I. V YNITSKTY, A .G -KOVAVM-LjI,, B. I.,
NOVIKOV, N. V., ALEEKSYUK, M. I
NITLIKIN, 11. D., and ZkRLBIN, L. 1. , Klev
"Speelfics of Mechanical Tests of Structural Materials Over A Broad Range of
1-w Temperatures"
Kiev, Problemy Prochnosti, No 4, Apr 71, pp 20-26
Abstract: Methods and equipment for mechanical testing at lcv temperatures
used. at the Institute of Proble=Ls. of Strength oi the ~cide=y Qf Sciences
Ukrainian SSR are described. The equIpment is.used toI!F.,tudv the tenDerature
dependence of the r.-,echwnicLI properties o4 steals, alu-n-inu-i,.and ticanium
alloys. Equipment illustrated includes a device for twiate-n-Ince of tempera-
tures frQm 0 to -196'C, multiposftion clwaps for circul'r ;22id flat speci-ens,
the LTN-30 tensile res-t-ing device., allowing loads of up to 30 tons to be
applied at te=peratures dcrwn, to -269'K, a miniature. s~-miconductor thermometer,
the SZF-1 tensile testing machl.ne, equipped vith acha~ib,er -for testing at dc-~,n
to.-269'C, and an electromechanical tensometer. for me-asutement of linear and
angular displacements.

USSR UDC 557-~7511-;55
NEMISH, I.YU., MALYUTEN'40, VA., ZAELJBIN, L.N.
OPoesibility Of Uring Cadmium Antimonide In Semiconductor Technology"
PoluprovL-dn. tekhxi. i mikroelelt-troniks. Fesp. mezhved.sb~ (Semiconductor Tech-
nology ind Microelectronics. Republic. Interdepartmental GoIlection), 1972,
Issue 7, pp 66-77" (from RZh- Eleltroqika i I-eye Primeneniye, No 9, Sept 1,0'172,
Abstract No 9B40)
Translat-ion- The principal physical properties of cadMilAM anti=onido are pro-
nented and the technology of its preparation is described. It is Bhown that
single cryctals of Cd5b doped with appropriato impuritlab can b~ used succces-
ful1v as detectors of infrared radiation in the region & the wavvIengthe
micron, and as the active elements of semiconductor thermogenerstors. A
comparison of the parameters of known devicen.and their analogs besed on CdSb
show the prospects for use of the latter in constructiotj of semiconductor de-
:vices. 19 rof. Summary.

Sb. Nauch. tr. VNII lyurninoforov. i osobo chist. veshchostv
W__r_K
(Collected Scienti:Eic o -s..ot the All-Union Scieiitdfic Re-
search Institute of Phosphors and Extra Pure~SubsLances),
1971, vyp- 6, pp, 95-98 (from Mi-Viiriiyaa, No 15, Aug 72,
Abstract No 1SL187)
-Uness ct, ,id, rds
Translation: New r--thods ail-, proposed fai, rWcing pho. hor I)rij- L 'I
for the vreen, bll..~e and orange regimis of the spectrxii in the. form of pol~,ql-er
Mesa mothods aro alinplar an r reliable than
discs and flexible scriaQnn. 1I i d are
conventional mathods, and am suitable for all grades; of p?lusphors. Standardcz
based on Cll~ are exceptionally stable (25% bright-ness fall-aff in three years),
and also are diGtin- ished by. high brightviess, mochwilcal strength, aid. will
withst-and being kept for several days in:a ferrous sulfate dosim,-Aric r)olution
without losing brightness. Standards m-de with tritium are safe fron the
dosizetric standpoint and have high. im. chanical strerq;ti and, constant brightness
yield (drop in brightness onlY 34%An one year).
Vi-
32
'j-4~~ Q11

-cLASSIFEEO' PIIOCE$StNG DATP--160CT70
~112 016 uN
T
JTLE--E LAST I", AND I'll `STIC SCATTERING.OF PARTICLE's ANI) THE 1400EL OF AN
EXCITED CORE IN Tii~ Al ;:QUALS 25-35 RANGE -U-
_.z.UTH0R.-(G5)-ANTRGPO'4v A.YE.v PLAVKOt A.V.t LAR1151hi P.P,t KUDPYA5HL'jVv
;''V. I ORLQVw 0*.N.
,~CUUNTRY OF INFO--USSR
_~."tOURCE.--lZV. AKAD. NAUK SSSR* SER. FlZ.tp19?0v 34( 153-60
iJATE PU3Ll_SHE0------70
T ARN E AS-- PHY S 1 C S, N Ul_- L EA R S C I Eli C EA N. 0TECHNOLUGY
TOPIC TAGS--ELECTRON STRUCTURE, NUCLEAR MIODELP CXCITFI) Nlll,%t:'lJ';, ELASTIC
SCA T 1 E ik 1,14 G v. I IN IE: L A S T I C . S L A I If E R I N G fS UO 10 h1: S a T D f, il
MAGNUSIUM ISLYWIlL,
:SULFUR -ISOTOPC
CHLORINE ISOTOPE'
ONTRUL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
~'PRGXY REEL/FRAft--1988/0235 STEP NU--UIZ/0048/,Ii)fG3-4/00110153/0100
C. I R CACCESSION N10--AP0105311
-UNCLASSIFIED

UNCL ASS IF I ED PROCESSING OATE--160CT70
.-.I R CACCESS10% NO-AP0105311
A5Sl'KACT/-;'-:XTRACT--(U) GP-0- ABSTRACT. DATA AM: AW
4LYZED ON THE 'I.-LASTIC
-LASTIC SCATTERING OF Mr
AND I iN r PAK CLES WITH EXCITATJON OF LOWER LEVELS OF
PRIME23 NA, PRIIME24 14G, PRIME25 MGp PRIME-26 MG, PRIIME33 S, 34 S,
AND PRIME35 CL. ALSO, 0ATA OF MEASUREMENTS WITH SIMIt."IR TO
MEV P -~~kE INCLLJOICO. IT IS STU1011-:0 TO :WHAT' FXTE'Ni.rHE EXCITFi) CGRE MUJE,
T i i EMOST OFTEN USED MCDEL, IS SUITA61-F FOR THE DEliCKTIPTION OF THE
NATUPE OF L04 LEVELS OF ODD NUCLEE-1 OCCURRANG IN T~k-- REGIL)i%, OF A COMPLEIE
FILLIN OF THE ID-2S SHELL. A'r THE CENTIvR, or rm- bull, i. -LL 10
CHALV~S (PRIME23 fvAs Pit IME 25 MG): MiEk E THE DE FORM M I ON Oi: T F.
.SUBF IVE flE ~_OR
'OF UDD ~IUCLEI IS LARGF THE UNJERRELAT ION OF N~ JA ~~"ACMSX Y w I TH THE CORE
IS NOT SO LARGE AS TO AFFECT THE CHARACTERIST11 FEATURES OF TH"i EXCITED
CORE MODEL. IN ODD NUCLEI OCCURRING &T THE END OF .THE SUBSHELL 10
SUBFIVEHALVIS (PRIME27 AL) I[q.THE- SU13SHELL 2S SUBLYNEHALF (PRIME29 SI,
PRIMIE31 -P), AND AT THE BEGINNING OF THE. SUBSHELL 11) SkMTHR~EHALVES
(PRIME33 St PRIME35 CLI THE INTERACTION OF THE PAR~TICLE OR VACANCY WITH
THE CURE GOVERNS THE APPEARANCE OF THE CHARACTERES:TIC FEATURES OF THE
EXCITED CORE MODEL. IT OFFERS THE POSSIBILITY TU ~JSE THE LxClTED CORE
40DEL FOR THE ItIVESTIGATION OF tHE.-STRUCTURE OF THE EXCITED STATES OF
NUCLEI IN THIS REGION UF THE 10-ZS ~Sli fACI
ELL. LITY: LENINGRAD.
.-G0S.,UjNIV.i LENINGRADi USSR*

--itl" 029 UNCLASSIPI b: DAT E-- I 6OCT7 0
PROCESSING
'_'..r:_lTLE--ANALYSIS OF THE ELASTIC, ANO INELASTIC SCATTERING OF 6-.LIEV PROTONS
El UF AVERAGE ATOMIC WEIGHT -U-
Off- NUC L
A.YE.f VASILYEVi, S.Iot ORLOV,
.'-PLAVK0 A*V.
PLAVKG
C QU NTRY OF INFO--USSR
F I Zo 1970# 34( 2) '4:0'0- 8
,,_.~~SCURCE-IZV. AKAU. NAUK SSSR, SER.
PUBLISHED------70
AREAS--PHYSICS
SCATTERING,, ELASTIC SCATTERINGt INELASTIC
SCATTERING,
AA-i c
-NUCLEAR JMODELi SPIN ORB:I'r COUPLINGr P41CKEL ISOTOPE,
ITERING, CROSS :SECT.IONv CGRPCUND NUCLEUS~.
SCAS
_MAP T '4 S
TROL K 14 0 RES RICTIG,
0OCtj,4E,%T,-':CLASS--.-~-;U!4CLASS I F IED
PROXY RE-EL/FRAME.--l9a8/0245 STEP NU--L)R/0048/70/03-4/00210400/0408
CERC A C C E 5 5 "LiN N' 31 - -A P 0 1,015 3 2 0
------ UNC LAS, S I F Tic:* 0

Z13 029 UN C L A S F I Z FRtlt;ESSJNG DATE-16OCT70
zt -16, C A C C ES S 1 13 N NO-AP0105320
-:~?-G- 4 5 5 1 R 4, C T S E,' T r GIR F P WETH r-~Nc~ZGIrS
D
3-20 A E V t%AS STUD 1 0- TO OET. LIMITS LQ F 4 -1 P L 1 CA3 I L E r 0,-, T [it 0 1 S T OR T E
-WAVE M E TH~j,.) '.)UR 1 ING T 14E P S C A' T I Ei F,~ 1 374 Gr N' FIRINE5'I NE~',1111VE1134 Nf NUCL E 10
;k %'lFVZ0 IGY Til-E b-JMEV 'SCAl .'Kii4 ON PRIMIE!,-] Co,
El.UCI014TE EXPTL. kESULTIS 'i~l
C" Nd-LE1 AASE~
'PRIMESS NEGATIVE-6- hl, N 2 1 S TO m- 1- L 0 4 A V
n4c~ -F~S(Hr3JACK, ThtURYI NEGLLcrliv, rm' EFFECT OF
TH, PRIES AND i HAUSSEIR Ll
JljNTERFcRE;nCl:S 6;:Tl%PPN 01 SCATTERINIG!j UJAING THc'
~AOPLICATICN OF 7H= OPTICAL MOLIEL AND TnE DISTORTED: WAVE MUD1:1, SPIN
QRBITlJ`,L WEkE NEGL-EC-TED. k~ H E N C 0 NS 10 1: ~ 1..~v G T#tE VOL.
-4EE,',!,ENT 'WAS FOUND l!l!'TiiEEli EXPTL* AND
ABSUR-PT 1-~*. NLY,
THEORETICAL RESULTS I' 9`:--TG. !HE ELAST'C SCATTEQ INti, ~RQSS SECTION-. THE
t
DES1.1% I Ri-SULTS WEAE ACHI EVED 0,%lY BY SELECTING St.) I I'M31_ 1- PARAIME F~*RS F jR
ED
THE OPTICAL M:10"L. IN PRiME5asb0:N1 NUCLEI, A STRON" GEPENDENCEIWIS
I I 'A
-a FOR THE- ANGLE -)ISTRIBUTION OF :SCNTTERE0 P;~Xv' ENEkGlEs.
-VEKIFa L THE I R
-HE_DISTORTED iiAVE MOUEL ALSU PROPERLY DESr.RIa:k.S THL IN.LASTIC
J
SCATTERING OF 6-HEV P ON P,~IME6~ NI NUCLEI' BY US1141., PAkAMETERS OF THE
(lPtICAL POTENIJAL 06TAINLO 13Y 114E~ANAL4 01: THE ELA$1AC SGArTERING. THE
IF C0!APD. PROCESSES WAS VCRIFIED.~ MUST BE 1* A K I'N
~PRESENCE 0 fH I S F
ANTO ACCOUNT BY VARYUNG VARAM~ETERS OF T14E OPTICAL. POTENJIAL. THE SHAPE
OF THE AtikkV 01SIR16U110N FOR P WLTH CNERGIFS OF hlikGH( THIAN to MEY
UNCHANGED; HOWEVER, THE CA.USS $E-010145 ARC, SI-RUNGLY
NCR EAS-ED, 0.41NG, TO WINGS OF A WIDE RESONANCE MAX. WrIcesE. FOR".IATIO~l is
~`:.-.%.:ZONNECTED WITH AN ACTION OF THE COMPETITIVE P AND N CHANNELS DURING THE
OF THE C-600. NUCLEUS.
FIR

112 014 UNCLASS -IFI ED PROCESSING [)ATE--160CT70
ITITLE--FLASTIC AND INELASTIC SC AT TER I NG~ OFPROTONS DM &MAGNESIUM-24t AND
-26 -U-,
..AGNESIUM-25, AND MAGNESIUM
,7A0TH0R-(05)-ANTRUP0V, A.YE.v LARUELIN P' ,WLOV, 13*N,i PLAVKOt A,V.-,
SOROKI N, A. I
~`(;WITRY OF INIFO"USSR
SOURCE-NAUK, SSSR, SER. FIZ. 1970p 34(i)v 106-15
l_.DAT EP UBL IS HE 70
..StiBACT AREAS--PHYSICS, NUCLEAR SCIENCE AND TECHNOLOGY
tP'PIC TAGS--ELASTIC SCATTERING, INELASTIC SCATTERING't PROTON SCATTERING,
PIAGNESIUM ISUTOPEt ANGULAR OISTRIBUTLOW
AOL MARKING--NO RESTRICTICNS
~:IDDCUMENT CLASS--", 'CLASS IF I ED
:-PAOXY REEL/FRAAE--1988/0208 STEP iNO--UR/0048/70/034/001/0106/0115
"_rlRC ACCESSION NO--i"P01052764
UNCLASSIFlED,
_ml~ ow -------

2/ 2 UNCLAI SS IF I -e0 PR0CP-'--SIMG DATE-16OCT70
~,IRC ACCESST.'I% %-O__Apo 105-264
-l5STRACT/=-XTPACT--(UJ GP-0- ABSTRACT. THE ANGULAR DISTRIBUTIONS OF THE
ELASTIC AND INELASTIC SCATTERIN OF
'G TkE P ON PR11ME24 PlGt PRIME25 PIG AND
PRIME26 MG NUCLEI WERE MEASURED FOR THE ENERGIES 5.841 9.94, AND 6.03
MEV. 'ALL VAIL48LE DATA AdOUT THE SCATTERING OF P ON THESE NUCLEI WERE
CLASSIFIED AND SYSTEMI/-ED IN ORDER TO EXPLAIN THE CONTRIaUTICN oF
i
VARIOUS MECHANISMS IN THE PROCESS OF THE ELASTIC ANO INELASTIC
SCATTERING. FACILITY: LENIPIGkAD.. EGOS. UNIV- LENINGRAD, USSR.
t- j L u

Organ and Tissue.Transplantation
USSR
ZARUBIN, Yu.
"Will There Be Spare Heartj?"
-Moscow,-Trud, 17 Feb 71, p 4
Abstract: A visit to the Laboratorv of PolYmers of the Institute of Cardic-
vascular Surgery, Academy of Medical Sciences USSR, is described. After
tracing the history of the use of polymers:in medicine and discussing the
problem of developing artificial valves, the author tells of some of the
achievements of the Institute of Cardiovascuolar Sur~,exy and other Soviet
'ML
research -organizations in finding applications for polymers, se include:
an artificial muscle capable of changing shape uid contracting in a
e 0
s~iHn s lution;.