SCIENTIFIC ABSTRACT RAABEN, E. L. - RABINOVICH, M. KH.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202610016-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S~,
'INI
MSR
L A. G.
KkRI--SIMU G. 0. TUAMMI MUDOLEMY
"Optical Absorption Spectra of Hexavalent Chrcnium in Nitrate Glasses"
Minsk, Zhurnal Prikladnoy Spelctroskopii; January, 1971.; pp 8 2-5
-r heyav
A-POTRIACZ The on'%~ I abscrotion spect a of ale'Au lasses
i&th a col~illeznt o--:' 50 Zg N'0 -K-11 are studied. By vitians of exoerimental
data the molar eytincti on coefficient E and. -the oscillator strangth i' for
V the observed absorntion band at 27300 cm-' are .calculated. These are:
16200.# 0.774. The absorption band for 27300 cm in accordance
with the oscillator strength and the diagram of the Ballhausen, and idehr
2
molecular orbit,~.ls for tha tatrahedrl~l complex Or% J. Mol. 31'~,)ectro-©,

USSR
XARAPMAIN, G. 0., et al, Zhurnal Prikladnoy Spektro5kopii; January, 1971;
PP U -5
2, 342, 1958) is interpreted as corresponding to the orbital allo-,able trans-
ition 'AI_;N. (T:L with nonco"nnection tl(n) of the orbital i-rith the antibonding
orbital e~r(70. 1t, is shmm that the degre e of covaleiYr, bonding of the acti-
vator ligand in nitrate glasse3 is greater than in silicate glasses and that
the n-bonds play a significant role in tho.cemplexCr
OV
The article includes two equations,, one table,and t;-wo figures. There are
22 ref erences.
2/2
134 -

T-13. SPITAXIAL FIL43 OF ZINC OXIDE ON SAPFRIKE AM OTflZR SUBSTRATES
jUticle try S. A. Stallatov. R. A...-gaVaAsnov. A. -M.~
1VII.M " Protsts; an ;LGOL, i "~i ttikovykh
Krixtxllov I Pleaolto Ruvoinal 12-17 June, 1972. p 641
to the report reaoltv Vera prasantad wh1th Vera obtain*4 whau otu4yinz
-j' the Inttial vrwth statm4~ the .=icrccorphaet!~ ---d thm dxtec; 4tt~tmra of
s&uccrystatilas E-LISW of zinc oxide on MICA.'Mapphica, A*rftonlum sod gallium
arsenide. The films were grown by the netbod of choulcal transport uslos tho
following reectlonj Z-0 Za - HO
The measurements of the electrical conductivity and the 11411 4.1fect and their
tewparsture depandonce permitted us to obtain Information abo"t the concentration
of excess zinc atoms in the ZmQ film &vA its depa"ems an ths film ezLettat:L'au
and grovth rate.
la aufficiently jhtek u"re (:' to mlet4ma) . tho 141 mobillsy, of tht
.-Clec"Gass is 160-M /volt-sestj sad the ammass6radan la-Z-4.tolv CC3 (to C
na I

. . . . . . . . . .
1/2 017 UNCLASSIFIE0 prid-CESSiNG C)ATE--040EC70
iTITLE--STRUCTURE AND PROPERTIES OF ZINC OIDE SINGLLE.CRYSTAL LAYEPs -ti-
,AUTHOR-(03)-RA8ADANOVt R.A., SE141LETI)Vp S.A., MAGOMEO.DV, ZvAo
OF INFO--USSR
DURCE-FIZ. TVERD. TELA 197orKm5)t 1431-6
`D-ATE PUBLISHED------70
SUBJECT AREAS--PHYSICS, CHEMISTRY
TOPIC TAGS--SlNGLE CRYSTAL, ZINC OXIDEr ELECTRIC PROPIERTY, HALL EFF-,'rf,.
ELECTRON DIFFRACTION
:CONTROL MARKING--NO RESTRICTIONS
-DOCUMENT CLASS--UNCLASSIFIED
~;RROXY REELIFRA,14E--3005/0955- STEP NO--LIR/0181 I'M/ 1. 1431/41 (1-36
IRC ACCESSION NO--AP0133041
UNC L A S, I F_E

017 UNCLASSI:FIED. P 1~ 0 C E SS., 0 A T0Di:
_C70
CIRC ACCESSION NO-AP0133041
-I-ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE ELEC. PR03EIRTIES, AND Tii,~_:
PERFECTION OF THE STRUCTURE WERE INVESTIGATED OF SINGLE CRYSTAL FILMS 0'
-ZN0 GROWN FROM THE GASEOUS PHASE ON THE~PLANES OF Cl,F,,VAGE Of- MICA, Al
0 SU83, PLATES WITH (000t1 ORIENTAT[ONI IL120)v (1,31t)
AND ON THE 10001) FACE OF ZNO SINGLE CRYSTALS. THE FILM STRUCITURF '14AS
RELATED TO CONDITIONS OF ITS GROWTH ANb 1*0 THE ORIENTATION AND TR E A TME.-N T
OF THE SUBSTRATE. ELECTRON DIFFRACTION DIAGRAMS WXTH KEKUCHI LI0li_:S ANO
BANDSt AND PHOTOMICROGRAPHS SHOW A HIGH ~PERFECTION 01: THE: OBTAINED
FILMS. THE MOBILITY AND CONCN* OF ELECTRONS 'IN THE 11FTTER SPEC IM'EiNS AS
Llr % ARL leko
MEASURED BY THE HALL EFFECT AT qOObl TEMP... AND THE J. N TEMP.
IMES 10"PRIME16 AiND 0 TIMES 10 ?R11-IF-15
-AND 400 04 PRIMEZ V SEC AND 2.4 T It :11
CM PRIME NEGATIVE3. THE GIVEN METHOD FO~ PREPG, ZNG FIL,%JS ASSUJRE-_~ A
HIGH GROWTH RATE (SIMILAR TO 8 MU-IR1,144) AND GOOD REPRQDUCIBI~ITY.
FACILITY. INST, KRISTALLOGR* MOSCOW, USSR.
tj-,r LASS I F ID ---- --

USSR UDC 539.214;539.374
R-AMHEVSKAYA. K. V.
"Geometry of the Change in Shape of a Circular Thin Plate Fastened Around
the Edge Under Axisymmetric Deformation"
Tr. Mosk. aviats. in-ta (Works of Moscow Aviation Institute), 1972, No. 250,
pp 45-48 (from RZh-Mekhanika, No 3, Har 73,~ Abstract No 3V476)
Translation: The continuous process of the change in the shape of a part
under sheet stamping is considered as a topological (cont;Lnuoua and one-to-one)
transformation. If the deformation tensor field of the part can be determined
at any time 1", the deformation process can be considered as a continuous trans-
formation with respect to time of the Riemannian space given bv the metric
tensor field GaB imbedded in a three-dimensional Euclidean space. It is also
necessary to assign a second basic vector in the general case to achieve a
Riemannian space in the form of a surface of a Euclidean :-,pace, however addi-
tional conditions are imposed on the transformation of thL, surface tinder ai:i-
symmetric deformation of the part. It is sbo'wn here that the external goometry
of the surface is completely determined by the assignment of co-:~fficienLs of
JMIFMM Fjlhl.~,!

USSR
BABCHEVSKAYA, K. V., Tr. Mosk. aviats. in-ta, 1972, No. 250, pp 45-48
the metric surface tensor for the case of axisymmetric deformation of a thin
circular plate rigidly fastened along the edge.

mmlimmolmNiNg - E.
,ue ~ mmimum
I.- -j . V I . m4vppmc
'CE :EXE4T--D BY OCSAGE OF A
XPERULIENTAL STJoy U TfiE INFLUEN
L ~l
r t. T -.--14
-~--CHE?41CAL O~N THE I.NCIDENCE Alli) SITY.QF EXTRINSIC ALLE'GY -U-
O.G.t SARLOGOVA, S.G.j DUYEVAr L.A.v ZAGICULIN,
RAiEmt A.Sv
E Lli%YYE ZABOLEVANLYA, 19701 NR 6, PP
S.OU.I~CE--GIGIYENA TRU04 IPlbF sa
~OATE-PU3LISHEO ------- 70
:S.dBJECT Af)EAS-----,'I GLOG I CAL AND MEDICAL SCIENCES
J,OPIC TAGS--ALL~--i'~GIC..-DISEASEP SELECTIVE ORUG EFFECTv POISON EFFECT,
7'11'~~MEOICAL EXPERIMENT
CONTROL MARKING-NO RESTRICTIONS
00CUMIENT CLASS-UNCLAISSIF fc-0
'PROXY REFL/FRAM~--3004/0675 STEP NO--UR/0391/70/000/006/OOL9/0023
CIRC ACCESS'IGN !N0--AP01312P0

023 UNCLASSIFIED PROCESSM DATE-13NOV70
CIRC 4CCESSION NO--AP0131280
A8STi4ACT/'--XTRACT--(U) G?-O- ABSTRACT. A DIRECT RELATION BETWEEN A
SENSITIZ17 G DOSAGE A110 ALLERGIC ~::FFECT WAS BuOU,'HT 1,1~iTO EVID'INCE
FOLLOWING .4 STUDY OF EXTRINSIC ALLERGY TO 10 OCCUPATI(j,,I;.',L CHEMICAL
ALLERGENS TN, GuINEA PIGS. AS REGARDS THE '-IAJG-ilTY OF ASSAY ALLERGEt4lS
THIS RELATIONSHIP 010 NOT CONCERiN THE AREA OF TOXIC DOSES, SINCE
P!jl-SOi"41*4G IMPEDES THE DEVELOPMENT OF EXTRINSIC ALLERGY. S J.,'l E *,i E A K
ALLERGENS, Hr-WEV-:::Ri CAN PRODUCE AN INTENSIVF SENSITtZATION ALSO WHEN
SUPERIMPOSED CN POISONING. A QUESTION IS RAISED AS:TO THE
PRACTICALMLITY OF SETTING UP MAXIMUM PERMISSIGLE STANDARDS FOR CHEiMICAL
,~,.",ALLERGENS BY REFERIINIG TO THEIR SPECIFIC. EFFECT. FACILITY:
,INSTiTUT GIGIYEIN'Y TRUDA I PRUZABOLEVANNlY AM
INI SSSR.

1/2 012 UNCLASSIFIED PROCESSING DATE--04DEC70
TITLE--HIGH ENERGY PROTONS DURING THE ABSORPTION OF NUONS BY EMULSION
NUCLEI -U-
AUTHOR-103)-VAYSENBEF,Gi AO,,i KOLGANOVAr E.D., RABI~l, NO/,.
COUNTRY OF INFO--USSR
SOURCE--YAD. FIZ. 19701 11(4)t 830-9
-o[)ATE PUBLISHED ------- 70
SUBJECT AREAS--P4.YSICS
TOPIC TAGS--HIGH ENERGY PARTICLE# PROTONp MUONf PARTICLE:Al3SORPTION,
EMULSION, NUCLEUS
~~CQNTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
-PROXY REEL/FRAME--3007/1074 STEP NO--UR/0367/70/011/004/083010839
CIRC ACCESSION NO--AP0136494
R; CL-1 ill, I 3iihii AB21H I I

2/2 012 UNCLASSIFIED PROCESSING DATE-0,~DEC70
CIRC, ACCESSION NO--AP0136494
ABSTRAr-T/EXTRACT--(U) GP-0- ABSTRACT. THE SPECTRU14 OF RHO WITH ENERGIES
E SUSP, GREATER THAN OR EQUALSJO 25 MEV WAS INVESTIGATE[), THE RHO BEING
EMITTED FROM HEAVY NUCLEI OF AG, BR EMULSION OURr4G THE ABSORPTION OF
STOPPED NEG. MUONS. THE NOSa OF 'THE FASr SECONDARY RHO PER ONE
ABSORPTION ACT WERE 13.16 PLUS OR M[NUS 0.34) TIMES 10 PRIME NEGATIVE 4
AND (4.7 PLUS OR MINUS 1.1) TIMES 10 PAIME NEGATIVE 5 FOR THE E SUBP
VALUES GREATER THAN 25 AND GREATER THAN 40 MEV., RESP. THE BACKGROUND
FROM.THE PION STARS WAS CAREFULLY ANALYZED. -THE BACKGROUND FROM I PRONG
PION STARS WITH THE ENERGIES OF RHO GREATER THAN OR EQUALS TO 25 MEV AND
GREATER THAN OR EQUAL TO 40 MEV DOES NOT EXCEED 8,ANO-30PERCENT, RESP.
FACILITY: INST. TEOR. EKS~P. FIZZ, MOSCOWt USSR4
UNCLASSIFIE'D

Acc. Nr
AP0051160
Ref. Code:
1'103506k Biological pwification of waste waters (luring thC
production of bakees and nutrient yeasts. *ayLjnjj, -1.
F~Yme
;abi ~', (USSR). ?;!. Spin. Prom. 1~)70, 3"i I),
-c -.m prrx7edurc is butlined in
A 2 harnIvr systc
ich the v
te
as water is sulijected W a 01, fermeaustimi ;It, 3~5
aud a pff of 7.21' in the 2nd suge, so that the BOD, mihich o~igj-
nally is MY), will Income jowere(I to 93 for the waste. ivAter from
the fodder yeast productinn, and t 01 60 Ing 0/ 1. for the one fr't)tn
the baker's- yeast plant.. -o
Wtrtter Jacobs 11 ~j
REEL/FRAME
19811207
Imiff, M."

USSR UDO 621.'82.002
CHESN
GERMAN, YU. 1. , YEVSEYEV, YV, A., KABAKOV, VOL. ~,JW -CF.CV, TLI.A.
"Evaluation Cf The Effectiveness Of Clamped Contact Connections For Semiconductor
Power Davicea During Operation In A Regime Of Pulse Ovarlood By Forward Current"
Proobrazovatelln. tekhnika. Inform. nouchno-takhn. 9b. (Converter Technology.
nformation Scientific-Technical Collection), 1970, 210 pp 4-8 (from
I
1h_-Elektron1ka.i veye primenenize ~No:jlj :November 1970, Abstract No 1113395)
RZ
Transbation. In addition to the reduction of superheating, replacement of soldered
contacts by clamped contacts relieves the silicon wafer from thts thermoolectromotive
forces, which makes it possible to increase its overload copacity. The effectivoness
of Si-Clu and if-Cu clamped cortacts of.dissimilur fulfillment were evaluated in a
regime of pulse overload by a compurinan of the experimental and theoretical values
of the temperature of superheating of a p-n~junction in thot process of cooling "he
structure after the action of tin indiyJdual somisinusoidel pulea of forward current.
The overload capacity of devices with clamped contacts for~TT-2 t4ristors was
increased 1.4 times on the average In*compariaon with devicas having soldered can-
tacts and thermocompansators. ref. 0.1.

112 027 UNCL Ass I F I ED PRoCESSING DATE-27*410V70
TITLE--5LJTADlENE NITRILE RU33FRS -U-
AUTHOR-(05)-FfSHER, S.L., RAOCHENK01 I.f.r PER,41MOVy A.M. P0DcjLJ3-NYY,
I.YA., RAUrNERzolut, M.A.
COUNTRY dr d--6SSR
SOURCE--U.S.S.R. 256,250
08RAZTSY, TOVARNYE ZNAKI 19701
REFERENCE--OTKRYTIYA, IZOORET., PROM,
DATC PU13LISHEO--17MAR70
SUBJECT AREAS--MATERIALS
--NITRILE RUBBER, CHENICAL PATENT, COPOLYMEIIZATION, BUTAD',NEr
TOPIC TAGS
ACRYLONITRILE, SOAP, FROST# LOW TEMPERATURE EFFECT
CONTROL MARKING--NO RESTRICTIONS
OOCUMENT CLASS--UNCLASSIFI,cD
PROXY REEL/FRAME--3004/1789 STEP NO--UR/0482i7O/OOU/DOO/OOOO/GOJO
CIRC ACCESSION NO--AA0132055
u [..A s s r ID

212 027 UNCL ASS I F I ED PROCESSIAG DATE--27,Nr,1170
CIRC ACCESSION NO--AA0132055
ABSTkACT/EXTRACT-~U) GP-0- ABSTRACT* THE TITLE RUBBERS ARE ?iO,')tj '-L)
AQ. EMULSION COPOLYM. OF BUTADIENE WITH ACRYLONITRILF IN THE PRESENCE 10"~
FREE RADICAL TYPE INITIATORS, EMULSIFIERS COMPRISINIG SOAPS OF CARicXYLIC
ACIDS, AND S-CONTG. REGULATORS OF THE .40L. WT. AND OF THE MOL. "Ir.
OISTRIBUTION* TO IMPROVE THE FROST RESis,r)i,%icE OF TH-'-- RU66ERS, THE
REGULATORS ARE INTRODUCED IN THE F04M Or- AN EMULSION OR SUSPENSION
CONSISTING OF PRODUCTS OF ALK. SAPON. OF THE REGULATCR SOLN. IN 4 FA-TIT-
ACID, THE EMULSION OR SUSPENSION IS ADDED IN UNEQUAL PORTIONS DURING
THE COPOLYM. PROCESS.
UNCLASSIFIEO

7
UDC: C1,71A
FU
A. 17. ()VA K. H. '-Ij T" 1.,,
V, L
"Packet
f 0,- t he Ccmi,-uter"
V sb. VQtc!~fll
or 1,~orhs),
vyP. 7, Lenm-ra4,
-P 139-11;T (:;ro,
netika, 'To 6, ~,m 72, 'bstract !.o 6V538)
Trit -u S h'. t i C 71
cc-;si, Er a?) fcr pae-,
C
of r-co", Ile, ~ystcz-ui ir a
r of th-
SI%.-s-,~er: rorhed at Cr- -IC -; I ~:,r ~n
0-,, tnu Sd
De-ppartrzc-nt cf' L:c I E n c co.-[' the US51R. I acccrd;~Ilce w"th --is
Y!ACM, Z, - - L~ I
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c a file- Sup"I vc,-
2, -, - ~ - :.ds
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112
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Own

USS
BAK'01111T, V. N. e' rip. 7, Lening-rad, Leningrad
University, ;.1171, pp
Flowever, if external devices, changin e c apes
L v . -, g of viu= ti t
and so forth is required, ,;-upervisoryr pro,,~rmi siCnalc. to the operator
and prints out the rcq,,:~_~ot an the allillariur--t-4C printe-r a
-nt's r - is inter -,e0 -Lmerri cory
situation arisc-s in vh ch a cl~c --robler, - rupt I, t h c. s
program Print-s- a-i.:t stan-,lard -ir-Porrictic.-i on this interruptic.-, nerfca-L's th~~
next point of the arld retvxlls 'control to ti-4a, ,ram Of the
rr
proble:.3. All-ter n yl~-.,-, Cne supervISory program goes c'n to thc.
next point if L. -re has neen no svcc~al ino~truction to interrupt tliis cr&~!r.
the cc-:Muter, the supervisory ,~rcj- rf ~c
Cr , 1--rICI OUI- -'I)-.
tba Cu~tf, cl,-.,i-;~~I~:d ti-m,,~ in v, Sp(-..Cial I,er
time Of dny fcz, ..'Oe. rcvc.val. ~Cw;cns
O.L a job i ri accoria-.-ce ):il;li i-r-structlons: 2) lapse o.-:' req,.Icntol ti-ne; 3)
a situation lhas prif:en wjjiOt is not ~.)rovjdc.,3 for in 'Ghz! i
Uno
operation Of in llhc., pm-(~,Fcing, rr;~,-_ i i, d e s c r i. 1; c- d . in-
structiorts or, the Lupzrv_,_,cir'. prop
r L~;i ar given.

Ile 013 UNCL ASS IF I ED ~PROCESSING DATE-- 131NOV70
TITLF--DETEki"lNAVl0lN' (OF TH~ ENTHALPY OP VATER ELEC.TROCHEMI C AL
DESINTERGPATICN -U-
UT HO 1.
- (02)- K,4A',,.,A YE VYE 1. P AB I NI NA YE.P.
CCUNTRY OF INFO--USSR
SCURCE-IZVESTIYA SIBIRSKOGO OTDELENIY& AKADEM11 t%lAVK SSSRi NO 4, SERIYA
KHIMICHESKIKH NAUK, 1970, INR 29 PP 157-159
--DATE PUBLISHEO--70
SUBJECT AREAS-CHEMISTRY
JOPIC TAGS--E.NTHALPY, ELECTROCHEMISTRY, WATER
a:.C.C.4TR.GL MARKING-NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--1993/0569 STEP t4O---Lit~/0289/70./OOOJ'000/0157/0151)
CIRC ACCESSION NO--AP0113460
'LA:S"A;Fl0)
NG
U

212 013 UNC L AS S I F [ED PROCESSING DATE-131NOV70
CIRC ACCESSIC-N NG--AP0113460 i
ABSTRACT/EXTRACT-M GP-0- AS S T RAC T .THE Et%'rHALP,Y OF WATER
ELECTROCHEIMICAL DESINTEGRATION WAS ME'ASURED GY KEANS:LIF METALLIC
CALORIMETERt ELECTROLIZER WITHOUI .DIAPHRAGM* , FACILITY: IJIJISTITUT
NEORGANICHESKOY KHlMll SO AN SSSR., NOVOSEBIRSK.
UNCLASSIFIED

USSR
APONIKOVA, N. S.j DEMUEVA, V. F. LTTVIN, YU. A., RADIN'KIN, A. G.,
SAKOV, 1U. A.
"Superconductivity and the Structure of Titanium, Auoys with Ribbium Subjected
to Hydrostatic Pressures,of up to 120 kildbars"
Leningrad, Fizika Tverdogo tela, Vol 15, 1~o 4, 1973, PP 3.096-1101
Abstract: A study was made of the structure and superconducting properties of
Ti alloys with 10-90 atomic percent Nb subjected to pressures of up to 120
kilobars. Radiographic analysis indicated that in alloys with 10-and 20
atomic percent Nb under the effect of 30 and 50 kilobars of pressure, respec-
tively, an W-phase is formed and retained after loading in the metastable
state at P = I atmosphere. This is accompanied by a significaat drop in T c
of,the alloys. In an alloy with 10 atomic percent Nb after treatment all*
P = 120 kilobars in the metastable state, the structure of 1 w-phase was re-
corded. The structure and lattice parameters of the to-phase obtained as a
result of the pressure or ordinary heat treatment are similar; however, the
formation of the w-phase during heat treatment leads to a rise in T . A study
c
was made of the possible causes of the different effect on Tc of the processes
of formation of the (a--phase under pressure or during heat treatment. In alloys
with 30 and 40 atomic percent Nb, t~e P f~: 3.20 kilobar effect alvo, caim-ed a
.112

USSR UDO 536-42
ALYMOV, A. V., LAMM,, V. H., RABIN'KET A. G., and
SMIRNOVA, A. S., Institute of d Wof the Academy
of Sciences USSR
"Device for the Investigation of Phase Transitions Pressurized
up to 40 kbar in a 2-400 OX Interval"
Moscow, Pribory i Tekhnika Eksperimenta, No 1, Jan-Feb 72v
Pp 185-187
Abstract: A press desigaed for the investigation of supercon-
ductivity, compressibility, and. phase transitions of first and
second type of different materials under pressures 'up to 40 kbar
is described by reference to its layout. The design of the Dress
makes it possible to change 'the load on specimens smoothly and
reversibly from 0 to 2.5-3 tons in,a 2-400 RK , temperature in-
terval. Unlike the generally in.magnetic measuromenis under pres-
aure used beryllium bronze,-,tha higA,--~prassure:chamber~and -ounches-
7. mads'.~. of r the 6iv - 4dr-hNyxi c ~dioperjion.!-ha~denlng'
are. n
_:Zate3~i -ensilo-streng ap 0
a (HRO 59-60t -Ali t 200 kg/mm The
1/2

Ajyyjov A, v. et al Pribory i Teklmika Eksperimentas No I vJan-Feb 72,
185-187
pickups of the device register changes in the langth of speci-
mens by changIng load or temperaturef the developed power of the
press, and the susceptibility of" the specimen under pressure by
ch9nging temperature. The phase trai4pition curves of the RbI salt
imder pressure at 293, 77, and 4.2 "'K are shown. Four illustr. ,
one biblio. ref.
2/2

7
USSR UDC: 537-312.62
RABIWKIN G., KLISHANOVA, L. A., PRON INA, L. N.
"Concerning the Effect of Higb-Pressure Treatment on the Phase CornDosition
and Superconducting Properties of Zirenolum-Nibbium Alloys"
V sbt. Probl. sverkhvro-vodyashch. matterialov (Problems of Superconducting
p 141 -r m
Mater1als-collection of works), ~bscow, "NaukO., 1970, p_ -1117
RZh-Radiotekhnika, No 5, May 71, Abstract No.5D551)
Translation: The paper presents the results of a study of the temperatures
of transition to the superconducting state, critical fields and phase com-
position of alloys of zirconium with 2-40 atomic percent niobitni after they
have been subjected to high hydrostatic pressure treatment (35-6q, kbar).
It is found that just as in the case of pure zirconium., the application of
high pressure leads to the formation of an w-phase in alloys with 2-30 atomic
percent niobium although the w-phase is fixed by quenchinF, only in alloys
with 7-10 atomic percent niobium. The resultant hig,~h-pressure w-phase is
_detained in the s-oe*cimens after press-ure relief, the quantity of w-phase
increasing considerably in alloys with 7-10 atomic percent ni-obium. Alloying
of zircnoium with n--;obi,.:m reduces the pressure at which the w-phase arises
as compared with pure n1fobium. In all cases, the formation of hiFh-pressure,
W-phase in the alloys or a reduction in its quantity lowers the Tl,, widens
the termerature.range in which a transition to the superco-nducting state takes
place, and reduces Hk2. One illustration, one table, bibli-ography of nine
titles. Authors' abstract.

USSR UDC 669.296.5.n493.018.5.537.312.62.669.9S
RAMNIKIN,__A,,_G., KLISHANOVA, L. A., PRONINA, L. N.
lqhe Influence of Ifigh-Pressure Working on Phase Composition and Superconducting
Properties of Zirr-onitim-Niobium Alloys"
Probl. Sverkhprovodyashch. Materialov (Problems of Superconducting Materials --
Collection of Works), Moscow, Nauka Press, 1970, pp. 141-147. uranslated from
Refe-rativnyy Zhurnal Metallurgiya, No, 5, 1971, Abstract No. S 1792 by the
authors).
Translation; Results are presented from a study of the transition temperatures
Tcl.critical fields and phase composition of alloys of Zr with 2-40 at.% Nib after
treatment by high hydrostatic pressure (35-65 kbar). As is the case for pure Zr,
the application of high pressure results in the formation of an w phase in alloys
C,
with 2-30 at.?,,, Nb whereas during hardening the w phase is Fixed only in alloys
with 7-10 atA.Mj. The high-pressure u) phase is retained after removal of the
pressure in the i;pecinzens, its quantity increasing sJignificantly in alloys with
7-10 atA Nb. Alloying of Zr with niobium decreases the pressure at which the 1.0
phase is developed, In all case5 the formation of the hig~t-pressure &) phase
in the alloys or an increase in its quantity causes a reduction in Tc, an expan-
Sion of the temperature interval over which,the traimition occurs, and a decrease
in the value Of 11c2. 1 fig; I table; 9 biblio refs.

Oil UNCLASSIfIED PROCESSVIG DATE--27,NOV70
I.TLE-TANTALIV-1 lklJNrTllTRl0E PREPA-RATION -U-
UTHCR-(05)-!AERZHAN'0Vr A.G.7 fSlJTAK0V,.A.A.j, SHEKHTMAP4, V.SH.,
`:430ROVINSKAYA, I.P., RABINKINt A..,Go
0U.~fTRY--OF'-lNF0__USSR-_~----
OURCE--U.S.S.R. 264,365
F_FER.E!qCE--OTKRYTlYAt IZOBRET,t PROM. OBRAITSYr TOVARNYE ZNAKIt 1970
AT- EPUBLISHEL)--03MAR70
UBJECT AREAS--CHEMISTRY
0,Pl.C TAGS--TANTALUM CompouNor C"EmICAL PATENTr NITRIDE-
F,~qNTROL MARKING--NO RESTRICTIONS
~,DOCUMENT CLASS--UNCLASSIFIE0
ROXY REEL/FRAMF--3001/.1444 STEP NO--UR/0482/70/000/000/0000/0000
CIRC ACCESS10i'll N0--AA0126975
U.r-1 C LA S-S I F I E 0,

:-2/2 N Oil UNCLASSIFIED PROCESSrNG DATE--27,NOV70
2/2
-'RC ACC
JRC ACCESSION NO-AA0126975
At 8 S T P AC1
f
13STRACT/EXTRACT-M GP-0- ABSTRACT. CUBICALLY MCDIFIED TA MONOMITRIDE
IS pRE
IS PREPO. BY HEATING I-A IN N. FACILITY: FILIAL INSTITUTA
[
KHIMICHESKOY FILIKI AN SSSR.
-1 J N C LA S S-I F

USSR UDC 537.312.62(539.893)
RABIN'KIN, A. G., KLISHANOVA, L. A., and PRONINA, L. N.
"Influence of High Pressure Treatment on Phase Composition and Superconducting
Properties of Zirconium-Niobium Alloys"
Problemy Sverkbprovodyashchikh Materialov, [Problems of Super conducting
Materials -- Collection of Works), ffincow, Nauka Press, 1970, pp 141-147
Trmmlation: Results are presented from a study, of' the transition temperature,
critical fields,and phase composition of alloys of ZiTCOniwm with. 2-40 at.'O, Nb
after they. are. subjected to high. hydrostatic- pressure C35-65 kbar) .
Xt is demonstrated,that, as for pure Zr, the application of high pressure
results- in formation of an w phase in the alloys- with, 2-SO at.", Nb, whereas
annealing fixes the w phase only, in alloys itith 7-10 atA Nb. The high- pressure
w phase formed is retained in the specimens after pressure removal, its quantity
being significantly increased in alloYs with 7,10 at.% Nb. Al)oying of Zr witli
niobium decreas-es the pressure at which the w phase develops in comparison to
pure Zr. In all cases, the fornation of tU high prassure'w phase or the in-
-ion of the temperature
crease in its quantity causes a reduction In Tc, an expand,
interyal oyer which the transition to the superconducting state occurs,and a
decrease in the value of ff
c2*
I figure; I table; 9 biblio. refs.
1/1

Emit
PRIII~C. E 5 5 1 MG
1/2 G 04TE-- 13NOVTO
..TITLE-_PROPEkTIES ')F HIGH CHROMIUM WEAR RESISTANT CAST IRONS -U-
'AUTHOR-(32)-KANTEtN1K,-S.K., RAMNKIY, R.YA.
CCUNTRY OF INFO--USSR
SOU RCE--LITEIN 0 E P R G I ZVO D19 70, 4 1 t', 33-4
OATE PUt3LISHED ------- 70
-SUBJECT AAEAS-
-MAT6RIALS
-OPIC TAGS--CAST U,ON, PIPACT STRENGIIII, TENSILE li'~IONESS~ WEAR
T C
RESISTANT MsETAL, CI 04
HP 01UM, ALLUY/(U)ICHKH1.6MT CAI>T Ircf)N, 1,1) 1 CFlKH?8N2
CAST TRON, (U)MIKHL514Z CAST lkf.)Pf
CONTPOL MA;iU,'q"--N0 RESTRICTIONS
--OCCUMENT CLASS-UIMCLAS3SIFHO
PROXY kF-f.-_L/FRAME---jOoI',/1927 STEP t~0--UPiOI2~;/70/1*,)~),')/i)01/(j'033/003,i.
.-CIRC ACCESSION NC--AP0132189
ljn C LS S I F I E,.)
RMAIMIZOMM IRIMMORM M 9 fill.

212 030 UNCLASSIFIED P-~'.OCES:~ING DATE-13NOV70
CIRC ACCESSION NO-AP013-21,99
A8STR.ACT/EXTkACT--(U) (-)P-0- A B IS T R A C, TTHREE Kf,',t!L)S OF Wl'-A~,, ,:~ESISTiva CAST
IRONS :- lCHIKH28N SJ92, ICHvH15i',IZt AND ICI-110-11bAll (C: 2.7-3.0,
2.8-3.1f Sl 0.7-1.4, MUCH LPSS TH4N 1.02? i-'IJCH LES," THAlt L.0; I-IN 0.5-0.8,
0.5-0.91 mUCH LESS THAN I-0; Im 28-30, .1.2-18, 1 -5- 7.; Nf !.~-3.0,
MINUS; MG MINUS, 2.()-4.o, MINUSt vilMis, 0.5-1.0 4T.
141r-i Fl"'IN, A!10 IN
PERCEiNIT) '-i'ERE MEME0 IN A BASIG.FURNACE, DEOXIMI-0
CASE OF THE CAST lR0.%! ICHKH1611T ALLOYED ;41'fli TI. AF*TER'r4,V~-)-3- THE
FLU[,-')ITY :Sllr~INKAGEE-, M-NIEEAR- MNO Vi---;*I-.), BENDUNG* AN'D STRIENGri-is, AND
HA,-~UNESS ~-iERE DET0. THE LEAST SHRMKAG~E Allii) BIEST Ct7:t-lM'jArfQ!l
PR 0 P ER AL
"'TIES AND A-0VANTAGES HAO THE C ~,ST ICH~HL6MT. THE
-12 AS LESS RESISTANI's' WHILE THE UST ICH.Mil5MZ
CAST llWiN lCHKh28,' r4
4AS LESS ECONUM I r t~L TE~~SILE STPENIGTH !wAS ( IN. THF ORDER AS A,-'DVE)
40.7,r 42.9t 39.6; KG PER MA IMPACT STRE',NGTH WAS (1.44t O.,t-41
0.48 KG-M PER CM PRIME2. HARDfiESS wAS 555, .533, 606 HB KG PER IM"I
PRIME2.
UNC L A S S I F I E 0

Thermb#e_ ;).nicA Ireatment
USSR UDC 669.71:621.789.004,*
RABINOVICH, A. Kh.
Termomekhanici,eskaya Obrabotka Alyuminiyevykh Splavov (Thermomechanical
Treatment of Aluminum Alloys), Moscow, Izdatel'stvo "M,,:.shinostrr'yeniyt-_,"
1972, 161 pp
Translation of Annotation: An attempt was made to summarize in this book
the accumulated material on thermomechanical treatment of aluminum alloys.
This type of treatment is econo-adcal in many instances becau-qe it decreases
the production cycle of items, is less labor-consuming, and requires fewer
supplementary materials. Methods of combining deformation and heat treat-
ment of aluminum, alloys are also presented. The book is intended for en-
gineers and technicians dealing with the improvement of mechanical properties
of aluminum alloys and perfecting the technological processes of their treat-
ment. There are 13 tables, 74 figures, and 89 references in the book. It
was approved for publishing by the editorial board of the Bashkiriya NTO
Office of the Machine-Building Industry.
Translation of Table of Coatenta: Page
Introdu ction 3
1/5

USSR
RABINMCH, A. Kh., Termomeldianicheskaya Obrabotka Alyuminiyevykh Splavov,
Mosc(x,7, Izdatel'stvo "Mashin os troy eniye, 1972, 161 pp,
Page
Chapter 1. Low-Temperature Mechanical Treatment (LTMT) Combined
With Cold Deformation of Alloys lwediately,After
Annealing 11
1. Natural Aging After Cold Deformation 11
2. Artificial Aging After Cold Deformation 14
Chapter 2. Some Features of the Physical Phenomena Accompanying
LTMT Combined With Cold Deformation Immediately After
Annealing
21
1. Hereditary Effect of Deformation~on the Disintegration
of Supersaturated Solid Solutions 22
2. Direct Effect of Deformation on the Disintegration of
Supersaturated Solid Solutions 31
Chapter 3. MIT Combined With Cold Deformation of Naturally Aged
Alloys 44
1. Al Cu Mg Alloys 44
2/5
78

USSR
RIABINOVICH, A. Kh., Termomekhanicheskaya Obrabotka Alyuminiyevykh Splavov,
)4osc(,-
.4, Izdatel'stvo "Mashinostroyeniye,'~ 1972, 161 pp:
Page
2. Al - Cu - Li Alloys 48
3. Al - INg - Si Alloys 50
Chapter 4. Some Characteristics of the Physical Nature of the Phenomena
Accompanying LTMT Combined With Cold Defotvation of
Naturally Aged Ailoys*~~ 53
I.- Direct Effect of Deformati 54
on
2. Hereditary Effect of-Deformation 56
Chapter 5. Complex Methods of the Thermoinechaatcal Tre;-.itment of
Aluminum Allcys 64
1. LV4T Combined With Deformation Within the Temperature Range
Olf the Anomalous Change in Hechanical Proverti 64
2. LrIT Combined With Three Aging~ Reglmes 66
3. Multiple Mechano-Thermal Treatmez~t (MMTT) 69
Chapter 6. Application of LTMT to Increase Corrosion Stability and
Strength of Alloys Subjected to High Temperatures 72
315
UNION, EVE, MI-2.1 =- ff =qrr~"1111 ~~M'

USSR
WJ3]:NOVICH, A. Kh., Termoi-iiekhanicbeskaya Obrabotka Alyw1inlyevykii Splavov,
Moscow, Izdatel'stvo "Mashinostroyeniye,~' 1972, 161 pp
Page
1. Increase in Corrosion Stability, - 72
2. Application of LUIT.During Production of Parts for
High-~-Temperature Operation
75
3. Recommendations on the Applicability Of LRIT 90
Chapter 7. The Effect of UMT on Properties of Alloys 90
1. Pressing With Annealing at.the Pressing Stand 90
2. Hot Volumetric Stamping With Annealing After Stamping 95
3. Stability of Mechanical Propertias of Alloys After High-
Temperature 11echanical Treatment'(HTNT) 1.12
Chapter 8. Some Characteristics of the Physical Phenomena Taking
Place in Alloys During HTHT 125
1. The Effect of Deformation Temperature of Properties of
Alloys 127
2. Deformation Effect During HTMT 131
3. Structure of Alloys After HT4T 134
4/5
7~)

USSR
RABINOVICH., A. Kh., Termomekhanicheskaya Obrabotka Alyuminiyev3,kh Splavov,
Moscow, Izdatel'stvo "Mashinostroyeaiye,",1972, 161 pp
Page
4. Recommendations on the Applicability of HDIT 141
Chapter 9. Preliminary Thermomechanical Treatment (MIT) 149
1. Structural Stability After Deformation 149
2. Strengthening by Pressing of Semi-Finished Items 'Hade
of Thermally-Strengthened Alloys 150

ket Code':
Abstracting,~ Service:
EMICAL' ABS.
APOD48484 CH -T SPC)
C JOSISOP Pyro4ectda eve-et And spont~nerjus,jxlwriadtjon of
goddinium molybdate. Rabiii * . "ZI10IM2Y., 4- 1.
'riSWIGtraft W At -
(USSR). X y ZWOM-5 Mi, (Russ). -Tellap.
dependence of the (y - dPld.T) d:GdI0IOO,)*
single crystals was jneaoitred at'145,470". 1, W, is he remauent
polarization). The Crystals Nv~re gro%vn, by the Czo&rajs~d
method; disk-shaped sturnples . viere provided Wltli vaquurn-
deposited AgAlectrodes., The pyrW- m. cun~ent exhillits a temp.
hysteresis of 5-w-8*, around the Cui'k temp. V,) 'or 159*,' The
chmcter of the -y ys~ ternp. curve,can The altet~--d suhoa
reversibly after cooling i~'e sampkfrom 17V under, Ia
field of -5 k1w7cm., This is attributed to' the e4s
types of fmoelec. domains with 'differ-Wit sviitchj~g~. I
certain domains carinot be svitched by Oe elcc~ field-';~
pendencet of the A, w" obtained by integrating grapi
y vs. temp. curves, The P, is intetpreted as being I
contributions from both types of domaiai.
REEL/ FRME
W. 2
L CHIP. L"-
ically'.the
ie sum of
clogw J

USSR UDC: 531.36.001.24
RA,BINOVICH, B. 1.
'Amplitude Stabilization of Longitudinal Oscillations in a Con-
tainer of Space Equipment".
Moscow, Izvesti.ya A'Kademii nauk SSSR Energetika i trPnsrort,,
No, 5, 19 72, pp 1-415-138
Abstract: The problem dealt with. by this paper concerns oscilla-
tions along the longitudinal axis of a liquid-fueled rocket carry-
ing space research equipment. The analytic methad used is carried
over from an earlier paper by the author named above, ~published in
the same journal (Ob ~sioycbivosti kornusa
nositeley kcsmiches7. il,-h aniiara--oy -- Stability of onSitudinal Os--
cillations in a Carrier of Space Ecluipment -- 1-10 5, 1971) anct con-
siders a system of five equations describing small oscillations.
Vie-liquid in the fuel line is.considered as a syotem'with a single
'degree.of freedom, and.the container iTself as a system with a fi-
nite number of degrees of frP~'edom. Aela result of this analysis,
the areas of phase and ampl:Ltude stability and of dynEzic instati-
lity can be plotted in the plane of the charateteristic parameters
of the object. It is found that.the most effective means of

UDC: 531-36.001.24
R-OINOVICH, B. I., Izvestiya Akademi'i nauk SSSIR - Energetika i
transport, NTO 5, 1972, PP 135-1-38
ensuring amplitude stabilization is to reduce the oscillation fre-
quency of.the liquid in the fuel lines.,

USSR TJDC 531-30
RABINOVICH, B. I., ~bscow
""On Stability of 'Longitudinal Oscillations of the D~y of Space Vehicle
Carriers"
Mosc(rw, Energetika i Transport, No 5, SaaP-Oct 71, PP 104-107
Abstract: The disturbed motion. in direction of the longitudincl aris of the
body of carriers of space vehicles vas investieated ritil d-ue reEard for
tions of the lia-Itid in f~uel lin-es, the elastic deforratialt of tiria bc)d,.,r, and
vn
ardes of the poimr plant. The prnblem of dyntwic ctability of the clor~d
k
Oyaten body- 1i qu td-englne is formtUated aa a stritctunal stability problem of P-
le d L j
control. r4rber in the vicinity of two freven-cies er. ubich the irstability
I ' the
of the system usually develops. Tha dfnPjnic Stability limits oi . closed
system in space are discuased by refer-~ance to a diagrair, plot"Wd iu dimension-
less parametern on the basts of which a qualitative analyals of t-do instability
cases is presented. In the first case, the instability attLrtB on the frequency
of natiiral oscillations of the liquid in the manin of tho axidant and develops
on the frequency- of the first teone of xiatural oscillations of the body. In the

USSR
RABIWOVICH., B. I., Energetika i Transport, No 5, SeP-Oct 71, PP 104-107
second case, it starts and develops on a frequency close to vne rreqtiency of
natural oscillations of the liqAd in the main of the oxidant. One illustr',
ten formulas, nine biblio. refs.

546.821'28:67
USSR
RABINOVICHt B. S., RADOVSKIY, I Z. KOZLOV, F. N., SIDORENKO,
P. V., Ural io`lyte'chnical institute imeni
S. M. Kirov
"Electrical and Magnetic Properties of TiSi and TiSi
2
Moscow, Neo.rganicheskiye Materialy, -Vol 6, No. 12, Dec 70, pp 2202-2204
Abstract: The composition and structural characteristics of TiSi and TiSi2pre-
parates were studied chemically, metallographically, roentgenographically.and
densitometrically'. The data produced confirmed the single-phase and stolchio-
metric nature of the silicides, as, well as, the great complexity of their lattices.

USSR UDC 546.821'28:67
?. V~,qN S RADOVSKI Y, I, Z., KOZLOV, F. N., SIDORENKO,
OVI~'
A., and GELID, P. V., 'Ural Polytechnical Institute imeni
S. M. Kirov
'Tlectrical and Magnetic Properties of TiSi and TiSi 211
Moscow, Neorganicheskiye Raterialy, Vol 6, No 12, Doc 70., pp 2202-2204
Abstract: The composition and stinictural characteristics of TjSi and TiSj2 pre-
parates were studied chemically, metallographically, roentgenographicallyand
densitometrically. The data produced 6onfirmed the single-phase and stoichio-
metric nature of tile silicides, as. well as the great complexity of their lattices.

USSR UDC 669.71.472(088,8)
BALDOVSKIY, L.'A., VOLODCHEN11,0, V. 0., GREXHUKHIN, N. V., MELIKYANTS, R.-II.,
KITREYKIN, N. V., and RABINOVICH, B. V.
IlDevice for Sampling Melted Electrolyte"
USSR Author's Certificate No 271105, Filed 29111/68, Published 19/08/70
(Translated from Referativnyy Zhurnal-Metallurgiya, No 2, 1971, Abstract
No 2 G145 P)
Translation: A device for sampling a melted electrolyte, including a
spring-mounted perforated cup with a support rod, is presented. To in-
crease the effectiveness of its operation the outer surface of the cup
is wrapped with paper and contains a concentrically mounted cylinder,
equipped with cells mounced on a spiral and fastened to the supporting
rod by a quick-change joint such as a wedge.
1/1
19

u jj,"IC L A SS I F 160 PAUCESSING DArL-0NOV70
TITLE--LFFEGT OF A f4AGNETIC FIELD ON TNE FLUIDIrY OF MELYS AND THE FILLING
OF MOLDS -U-
AUTHO;~-02)-RABINOVIC B.V.t VOLKOVi V.M6
COUNTRY ~JF INFO--USSR
SOURCE-LITEINW'~ PRI,'IZV(-,j 1-970, (41, 46-7
DATE PUBLISHED ------- 70
~,SUBJECT V'40., CIVIL AND MARINE EiNIGR.
1.
TOPIC TAGS--i'lETAL CASTING, MAGNETIC F IELD, EFFECT, ASBUSTOS, CEMV4T,
MOLDIN,:; MIATERIAL, TljNt C t' 4 0
ZINC, COPPER ALLOYr ALWMINUM~ LL Y/( J)TS ALL Y
cONTROL 4ARKING--~NJ RESTRICTIONS
00CUMIENT CLASS--UNCLASSIFICED
r_--3004/1934
PROXY REEL/FRAiM STEP N
CIRC ACCESSION NO--AP0132196
UNCLASSI'f H0,

024 (J MC L A.S51 FfEf)~ PROCESSING DAl'E--13NOV70
CIRC PCCESSION INO--AP0132196 .1 1:
ABSTRACT/EXTRACT-M GP-0- A 5 S Tl-,tt C T THE FFASHBILITY elAS EXA~MD~ OF
'1 -1
~IMPROVJNG THE FILLI(N6 UF IGLIDS, ViAtIlE FROM ASdEST').3 CEiMENT 4iflH
ASBESTOS GR PLEXIGI-iNSS t WITH L W, METM-S SUCH ;IS SNI
ALLOY TSA-4 (AL 4,3t CU 0.67t-PO.2PERCENT, ZN RF-';Y)t -SILUMIN I
I I . 8 3 P ERCE :N T S 1 AN ORDERLY FI-Citl OF THE' METAL IN THE MiciLD C', )ULD fJE
MAI,~JAINED AND CONTROLLEu 16Y V,4RYJT4G TiiE MAGNETIC INDUCrilW1 FROM 1.5
TIMES 10 PRIME" INEGAT[VE-6 TO ?.Cj TifellES NEG~',FIVE6 GAUSS. T 14 0
F R E 0, U E ri C I E S 1E TRIED 50 AHD 50 riZ. - THE ELECTROit~AGNETIC METHOD G~
FILLIN-13 THE MOLDS WORKS BETTER WITIH LIGHT METALS AND TH,-:)SE HAVING GOOD
:eLEC. CON'D. 1SUCH AS SILU-XIN). - TW-- ACT,I,ON -';-F MF MAW-IC-71C FIELD ~41.TH
THE.FREQUENCY GF 5-00 HZ -~ESULTEU [14 HIGHER FLUIDITY OF rHE PirETAL AND
BETTER FILLING OF THE MUL0 CGIAIPARE~) TO THE ACTIGN 01: THE FIELD WITH A
FkEQUENCY 50 Hl. THIS EFFECT WAS P,!NJr3AaLY DUE TO L.1%kGER Al*,,,T. OF HEAT
EVOLVED.
UNCLASSIFIED.

USSR
UDC 621.316.019.3.003.1
CHERMN MIS, Ya. M., RABINIOVICH, D. M.
Irpr l4tV
oblems of Technical-Econor-ic Estimates of Mt-micipal Nentork Reliabi
V sb. Tekhn. progress v elektrosnabzh. gorodov (Technical Progress in Electric
Power Supply of the Cities -- collection of works), Ltningrad, Energiya Press,
1970, pp 204-2907 (from RZh-Elektrotekhnika i Energetilta, No 4, Apr 71, Ab-
stract No 4 Ye 304)
Translation: An effort is made at quantitative evaluation of the provisional
losses.from failure to deliver 1 kilowatt-hour in the residelitial sector of a
city. The results of questioning a large.-number of residential consumers are
used.
130

MSR UDC 8.74
BRANOVITSKIY, V. I., RABINOVICH, E. L.
."Problems of Classifying Computer Systems"
Novosibirsk, Vychisl. sistewj--sbornik (Computer Systems--collection of
works), vyp. 48, 1971, pp 3-15 (from EZh-Matematika, No 1, Jan 73, abstract
No IV780 by V. Mikheyev)
Translation: A classification of computer facilities is considered in which
three levels are distinguished which are,in turn,divided into stages. On
the upper level, all computer facilities are classified accordi 'lig to their
interdependence. and also according to their structural (and programing)
uniformity. Or. the middle level, stages of collectivization of the various
devices in the computers which make up the system are distinguished. On the
lower stage, all computer systems are divided according to the connections
between the devices which are part of theirmake-up" A computer system is
understood to mean any aggregate of computer facilities with more. than one
processor (inclUd4ng auxiliary processors) connected by data transmission
lines and centrally controlled. A processor is defined aa a set of computer
equipment (in the simplest case a part of a digital computer) designed for
1/4

UOSR
BRANOVITSKIY, V. I., PABINOVICH, E. L., Vychisl. sistemy, vyp. 48, 1971,
pp 3-15
processing information (including programming information) provided in the
algorithr. for solution of a problem; this processing- takes place after input
Of the initial data and the program for solution of the j.'roblem. An auxili-
ary processor is understood to mean a device designed fol some kind of auxili-
ary data processing: editing input and output data, solving central control
problems, etc. Computer systems are subdivided into: 1) indivisible com-
puter facilities, and 2) systms of computers. Indivisible computer facili-
ties are systems constructed on the basis of several processor-9 (including
auxiliary processors), none of which is capable of independent operation
separate from the system. SyGtems of computers-4re compifter facilities con-
structed on the basis of separate computers tin which each of the machines waking
up the system is capable of autonomouu operation. Evich 01' theso f3roups, in
turn,is divided into: homogeneous systems and heterogeneous system . A
homogeneous system is defined as a computer facility made up of sebv-eral
identical processors (or computers), not counting auxiliary machines. A
heterogeneous system is understood to mean a computer facility comprised of
several processors (or computers) of different types, not counting auxiliary
machines. Systems of homogeneous computers axe divided into: a) systems of
2/
37

U~SR
BRANOVITSYJY, V. I., RABINOVICH, E. L., Vychisl. sistemy, VYp- 48, 1971,
pp 3-15
computers with uniform software; b) systems,of computers with differing
software. Complexes are divided into two subclasses- a) complexes with
computers oriented toward solution of problems of definite classes; b) com-
plexes with computers oriented for different operating modes. All systems
of computers are divided into two classes: multiprocessor (multicomputer)
systems and single-processor systems. Single-processor systems are computer
facilities with a single central processor ar computer and one or more
auxiliary processors (or computers which handle auxiliary data processing).
On the next stage of classification, all systems are divided into two grou-ps:
with centralized access to the system by means of collecti7ized 1/0 devices;
and with access to the system only through the external devices of the com-
puters which comprise the system. The following groups of computer systems
are differentiated with respect to the kinds of connections between com-
puters (processorsl: 1) computer faci-lities-with data-coupled computers
(processors) in which the computers (processors) of the system can exchange
only functional information; 2) computer facilities with cemputers (proces-
sors) connected only with respect to control. The first group i.% subdivided
3/4

USSR
BRANOV17SKIY, V. I., RABINOVICH, F. L., Vyc~hisl. sistemy, vyp. 48, 19,T1,
pp 3-15
into: oriented computer facilities if transmission of information is pos-
sible only on one side -- from one computer (processor) to anotber; centra-
lized com-Puter facilities if transmission of functional Information is pos-
sible both ways; partially oriented computer facilities If the system includes
both oriented and unoriented subsystems. The second group is subdivided into:
directional computer facilities if control coupling is always oriented; nor-
directional computer facilities if control connections are unoriented. De-
pending on the constancy of their make-up as well as functional and control-
ling connections, computer facilities arre divided into: 1) computer facili-
ties with a fixed structure (if the make-up, all connections, and their ori-
entation remain unchanged during operation of the system); 2) computer facil-
ities with variable structure (if the make-up of the system, the functional
and controlling connections,and their orientation may very during o2eration
Of the system). Bibliography of ten titles.

BRANCIVITSKIY, V. I., RABINOVICH, E. L.
"Problems of Classification of Computer Systems"
Vychisl. Sistemy fComputer System -- Collection of Works], No 48, Novo-
sibirsk, 1971, pp 3-15 (Translated from~Referativnyy Zhurnal, Kibernetika,
No 1, 1973, Abstract No I V780 by V. Mikheyev) .
Translation: A classification of computer systems (CS) is studied, in
which three "levels,'! are distinguished,~divided, in turn, into stages,
At the first level, all CS are cla5sified according to their interdepen-
dence, as well as their structural (and program) homogencity. At the
middle level, stages of community of various computer devices included
in the system are separated. At the lower level, all computer systems
are divided as a function of the connections between the devius included
in their composition. A computer system refer;s to in), s~,,t of computer
devices with more than one processor (inclu 'ding supplementary processors),
connected by information transmission line:~ and controllc~d in it centraliZed
manner. The processor means a set of computer equipment (in the simplest
case, a portion of a digital computer) designed foi- procel-sing Of infOrIT43-
tion (including progran information) as called foi- by problem solving al-
gorithms; this processing occurs after the initial data arJ problum solv-
114

BMNOVITSKlY, V. 1. , RABINONFICH, E. L. ,Vyehisl. Sisti-.mv, No 49, Novosi-
birsk, 1971, pp 3-15.
ing algorithm are input. A supplementary processor lim"ans '-i (levice
designed for supplementary processing of information, such as: editing
of input and output information, solution of dispatchers problems, etc,
Computer systems are divided into: 1) indivisible CS; 2) systems of com-
puters. Indivisible CS refer to systems based on several processol's (ill-
cluding supplementary processors), when it is impossible for any of the
processors to operate separately from; the rest of the Systems of
computers refer to CS based on individual computers, wh,',11 indepciident
operation of each machine included In the eoinpositi~)n of 010 system is
possible. Each of t),,o,,je p
,I-ciups in turn is divided into: homogeneous sys-
tems and heterogeneous systens. A homogeneous system -re-fcrs to .1 CS, the
composition of which includes several identical processors (or coniiputcrs),
not including supplementary processors. A heterogeneous systein refers
to a CS, including several processors (or computers) of dillercrft tYj)eS'
not counting supplementary processors, In,systeiris of homogeneous computo-rs,
we distinguish; a) systems of computers with hoinogeneous software; b)
t o
systems of computers writh heterogeneous softwarc. Complexes include w
subclasses: a) complexes with computers oriented toward the performance
of tasks of definite t>Tes; b) complexes with conputers oricnted toward'
2/4
63

USSR
BRANOVITSKIY, V. I., RABINIOVICIf, E. L., Vychisl. Sisten,,y, No 48, Novosi-
birsk, 1971, pp 3-15.
various operating modes. All computer systems are divided into two c11550-1:
multiprocessor (multi-machine) and single-processor systems. Single-pro-
cessor systems consist of CS with central processor (or computer) and one
or more supplementary processors (or machines perforriin,- SUPT lernentary
P
information processing). In the next stage of classification, all systems
are divided into two groups: with centralized access to the syston, through
general input-output devices; i..,ith access to the system,only through tile
computers included in the system. System's can be divided into the follow-
ing groups of coT.9puter systems accoxding to types of corinections betWeCTI
computers (processors) : 1) CS with information connections between machines
(processors) , when the machines (processors) of the system can exchange
only functional info-nnation; 2) CS with machines (processors) coupled 011IN
by control. The first group, in turn, is subdivided intci: oriented CS,
if transmission of functional inforination is possible only in one direction
-- from one machine (processor) to another*, nonoriented CS, if transmission
of functional infoi-nation is possible in both directions; partially oriented
CS, if the syste7n has brith oriented a-nd unoriented subsystems. Tho second
group is divided into: directed CS, if the control couplin,as are always
oriented; undirected CS, if the.control couplings are oriented. Dependin.T
3/4

BRANOVITSKIY, V. I., RABINOVICII, E. L., Vychisl. Sistemy, No 48, Novosi-
birsk, 1971, pp 3-15.
on the constancy of the composition, as well as the functional and control
connections, CS are divided into: 1) CS with constant structure (if in
the process of functioning of the system, its compositions, all couplinc~s
and their orientation remain unchanged); 2) CS with variable structure
(if the composition in the system and the functional and control couplings,
he
as well as their orientations, can change during the functioning of t
system). 10 Biblio. Refs.
4/4
64

2- 034 UNCLASSIOUED PR0CE$iSINb DATE-30OCT-70
E----~ EFFECT CF TRAPS ON VOLT AMPERE CHARACTEPISTICS OF A P114IN PRIME
DIODE DURING THE BIUMOLECULAR 'RECOMBINATION OF CARRIERS IN A
46ikOR-163)-KARAGEORGIYALKALAYEVr P.M.# LEYOERMANt A-YU.r RA61NOV,1'~Wat_
NTRYOF INFO-USSR
SGukCE--lZV. AKAOo NAUK UZ8. SSRv SCR. FlZa MAT* NAUK 1970, 141219 47-52
-.-DATE. PUBLISHED-70
SUBJ~CT AREAS-ELECTRONICS AND ELECTRICAL ENGR.s PHYSICS
TOPIC TAGS--ELECTRCN TRAP, VOLT AMPERE CHARACTERISTIC, RECGMBINATION
SEMICONDUCTOR DIODE, CARRIEk DENSITY, HOLE MOBILITY
-CC-NTROL MARKING-NO RESTRICTIONS
_~.DOCUMENT CLASS-UNCLASSIFIED
PROXY REEL/FRAME-2000/1016 STEP NO--UR/0166/70/0141002/0047/0052
CIRC ACCESSIGN NO--AP0124675
UNC LA SS IF I E*D

212 03~- UNCLASSIFIED' PROCESSINUG DATE--30LICT70
CIRC ACCESSION NO-AP0124675
ABSTRACT/EXTRACT--(U) GP--O- ABSTRACT. THE EFFECT Of THE RRAPS ON IHE
CURRENT VOLTAGE CHARACTERISM OF THE STRUCTURE IS STUDLL-a ON THE
CON 0 1 T I ON THAT FHE RE-C,1PROCAL VALUE. Or- THE HOLE LIFE-TIM7:v TAU PRI14E
NEGATIVEI SUBPi INCREASE5 LINEARLY WITH NONEQUIL. HOLE GONGNm WHEN
BIMOL. RECOMBINATION TAKES PLACE. THE TRAPPING OF CURREW CARRIERS
CAUSES AN INCREASE IN TH EBIMOL. RECOMBINATION COEFFv AND THUS A
DECREASE IN MIN- HOLE CONCN- WHEN ALL TRAPS ARE FILLEDi THE BIMOL.
RECGM8114ATION WITH TAU SUBP EQUALS I-BN~BECOMES UNIMOL.r 141TH TAU SUf3P
..EOUALS I-BN SUBT, WHERE N-AND N-SUBT ARE CONCNS. 01:1CARRIERS AND TRAPS#
RESP- FACILITY: FIZ. TEKH. INST. IM. STARODUSTSEVA TASHKENT,
USSR.

Pulse Tectiniq4es'
USSR UDC: 621-396.963-325(088.8)
ZAGIROV, U. G., SPOKOYNYT, M. M., RAB114OVICH G. L., YAKUSEEV, Zh. F.
"A Device for Reception of Pulse Radio Signals"
USSR Author's Certificate No 267708, filed 1 May 67, published 4 Aug 70
(from RZh-Radiotekhnika, tic 5, May 71, Abstract No 5Dh2 P)
Translation: The proposed device contains an antenna pickup of azimuthal
marks, a reception modu2e, a module -for shaping a range origin pulse, a
threshold stage, an accumulator, an indicator of operability of the receptlon
channel, an input/output selector s-witeb, and a pilot signal shaper which
includes a pilot signal oscillator and a modulator. In order to keep a
constant check on the working capacity of the receiving de,rice directly fron
the maek. on the displwf for the range and amimuth operator, the device is
equipped with a stage for time coincidence OfLSignals from the outputs of
the threshold stage and the modulator of the pilot signal shaper; the nodu-
from 'he azimuthal mark pickup, through a switch
lator trigger yulses are sent
whose controlling input is connected to the output of the channel for shaping
the pulse of range orig~in througb the-delay line of the pilot signal shaper.

Ac.c. ef Code:
"rAO10. 7027,1stracting Service:
A, UR 0482
SovIiet,-Inventions illustrated, Section II Electrical, Derwent'j/~a
228073 TURNING,ONGLE OF aflAYT can be corrected by
- rythmic'ind. Oulsilorming n4tVork with
following set!-up., - In tfiO'tra6tiist*rLsed:system shown
here, the negative rythmic puives Aria.applied -to the.
base of the transistor,(1). Transistors 0' aad' Wr
are shut when correcting. pulse in, absent.The temperature
stabilisation.of the transistor (4) is.achieved by
the resistor (5) and the stabiliver (8).;
When the tranststor (2) it "cited by the
rytbmic pulses,t~e currentis passing,thr6ugh the
stabiliser (7), these pulacs are forped in the
transformer (9) and passed to the balonce,Line (U).
When a negative pulse arrives to the base (3),
it opens transistor (4),-whtciv shuntp* stabiliser (7).
'At a result in the tr&a#foMU,(9)';L$ formed a pulan
~of a larger amplitudeSthis.de-pends ~ the voltaSe of
on
the stabiliser (7).
REEL/FRAM.E
19900450-

199.0.04,51
-19",

POXM67

UZ. 621. )(~6,96)
u3s,
N, V. A., SOLINIKOV, 1. M., PUBIN'OVIC.H, G. L., YA Si V, h. F.
WPAU a S I
OA Device for Introducinu, Graphic Information:Into Analog Azimuth-Ranz-e Indi-
cators"
-ytiya, Izobrateniva, Fromys aztsy, Toy.-rnyve Znaki, o
Moscow, Qtki h1crLnyye O'br.
1970, Author's Certificate No 268514, filed 3 Apr 69, pp 43-44
Abstract: This author's certificate introduces a device for feeding; graphic in-
formation into analog azinuth-range ;*,ndicators. The unit contains an
mark pickup and an interrogation pulse shaper which consists of a shaper control
unit, shapors, a registar for control of electronic keys, electronic keyz and
an interrogation pulse decodor. Als* I.ncludorl in the deviao aro an amplifier
module, a code-to-tina zonvertGr, a -unit which a a -
hape. crapl.,ii(; ixifcjr;~ation pi,
and a calibratod range mark pickup. . As a distinguishing foature of tne pa~orlt,
the precision of plotting an electronic route map is improved and o-uration is
nven mory w, so a
trade more co. dent by adding, a range code,me. it who. inputs , ro con
lon pulse shaper to the azimuth rrark pick-up, -,;nilo
nected through the interragat.L
the outputs are connected througgh the: amplifier madule to the record inputs of
the code-to-time converter. Connected to the counter input of this converter is
the output of the calibrated range mark pickup.

PROCESSING DATE--18SEP70
010 UNCLASSI IED
-.TITLE--SOME PROBLEMS OF TERMINOLOGY RELATED TO EST.IMAT[ON OF QUALITY LEVEL
~-AUT4PR-(02)-V.ENIAl4INOV, YU.S.t RABINOVICH-i GoO.
OF. INFO--USSR
-SOURCF--STANGARTY I KACHESTVOp 1970t NR 2t PP,79-80
.~UATE PUBLISHED ------- 70
i'SUBJECT AREAS--BEHAVIORAL AND SOCIAL SCIENCES
TAGS--QUALITY CONTROLt INDUSTRIAL PRODUCTION? NATURAL LANGUAGE
C 014TROL f-t4RKI-%G--N0 RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
~.P_ROXY REEL/FRAME--1984/2034 STEP NO--UR/0422/70/000/002/0079/OOi3O
TRC ACCESSIDIN NO-AP0100"99
PAU.

UNCLAbSIFIZO
11
69

UDC- 621-317-757
GUREMCH, V. E. AGIT-OV, G. V. , BOEUKHOVICH, A. P., DLT-1-:TS, Ye. Ya., U67
NON101. G.~ V. - Len Ey
d Electric" -irfineering Institut a rm,
I ngra
Wo-fe--scr A. Bonch-BrWo%rich
ImenY
"An Analyzer of the Correlation Characteristics of a Puls~-.-Code Signal"
Moscow, Otle I7,obreteniva -~m~l ilennyye Obraz-i;sv Tovzrn re Znah-i,
_ysl
NO 9, Mar '.r2, ALthor's Certificate -Ho 33-1-322, Division G, .--iled 6 N-ov 6k,),
pW,)Iished 7 Max 72, p .13),
Ll C) f e
Translation: This Aw.hor's Uerti-ficate introduces: 1. An i~-n th
correlation characteristics of v puls2-coce si n,. al in systc.-:iz for data trans-
mission by lin-i-form CC.10S. lv-r.~ -1 -.r-, d--'-y
an a (1a
PUISC-S a pulse colinter.
a coincidence circuit, a of SYnchronizinr, u
As a distin-z~~zzhin.-, fe,,.ture of the natent, the device is c.~-Signed for sep-a-
rate ncasur=zt of the carrel&tion factor of two sig.-P-1 trc.,ins spaced by
the sane time intervall but located in different places of the code grollps.
Connected 'I~ztveen the outru-t of the coincidence circuit E-nd the innut of
the pulse cowiter is =-- additicnz-OL co-incidence circuit, whose controlling
input is conmected through an addi-tional controllable delay unit to the
1/2

LIFICIT, V. E. at al., USSR Author's CeAifica'ue No 331-2,22
aLPUL 011, :'V-urce Or pulses. 11IC'EfIcat-Ion of tl-Js
--tinguished by the fact that the effect which the degree of
;Lnalyzer di
has vn Lin,-, re:~u!L i~~ elinluated by U SI-Lt2U--!; SIL'-
nal co,'C rec'-f-litiron U-it -to the input cf the device. The
of t" rec(--itim de~'IrC Is COTllected through a che-nne! time separation
device to the innuts of -Lhresholei chrime! accu-mulators of a prodeterndned
--putr of charnel coincidence C;=Jj~
channQl tiin~ zcl arntion '-!-~-~vicc is can'rolled. from the scuirce of synchro-
ni7ing Me controll-in.- inpu-;s of the ch~mnel coincidmce circuits
arc connccl~::-- to th~., ~~utpvtz; of the co-respo-dirg accvmal-
letors, and the ouL+rjut -'ron the coiricidcl-ice aro fed to
the input of thle silcl.-U' control rrcup; cotaiter, the input of each
';'il i~n inverter to -07c re:;et cir-
cuit of thf-Z7 ucelmlul at"'r. Tle pulse . outputs :of the ellarrc.], ar-cunulators
are conneeLed to the input of the counter for the tottil ntni-Ler of silonce
:intervals-

pi~lse Techhique
USSR UDC 621-374
AGAF71, G. V. and ICH G. V.
IfEstimating the Interference Resistance Of Real Storage Elements of Pulse sigiials"
Moscow, Radiotekhnika, Vol 26, No 3, 15171, pp 53-57
Abstract, The authors propose a mthodology for calcu-1ating a generating function
for the probability of the first operation of a real storage element under the
effect of my of a set of code groups which result in exceeding the threshold.
Ibis ivas achieved by introducing a concept on critical points for a set of code
groups. The proposed methodology makes it possible to simplify ai&nificantly
the procedure for ca-1culatirg gerBratiq,; functions. The usan value w-id dispersion
of the number of tests Up to the first operation of the staxage element which
reacts to a set of code groups are reduced by approxiziately m and m2 times for
small values of p in comparison with the sa:,-,e characteristic a in the case of an
ideal storage element where p is the probability of the appearance of stat-3.9tical-
ly independent, identical pulses of the input signal with a determined cadence
interval. These results must be considered inestimating the interfereme resis-
tance of real storage elements for pulse signals. Original article: one figure3
10 formulas.. and seven bibliographic entries.

USSR vm: 621.373.431(088. fl)
RABINOVICF, V. FEDOROV, G. V.
"A denerator Which Produces Series of Pulses With Controllable Intervals
'Within the Series"
USSR Author's Certificate No 263661, filed 26 Sep 68, publiished 5 jun 70
(from RZh-Radiotekhnika, Ito 11, Nov 70, Abstract No lIG182 P)
Translation: This Author's Certificate introduces an Oscillator which
generates pulse trains with controllable intervals within a train. The
device contains a self oscillating, multivibrator which sets -the prif for a
series, a dipp oscillator which determines the length of a pulse series and
de
is.connected to an P21D circuit, and an accumulatox vice. To control the
length of intervals within a series, an inhibit circuit is connected to the
output of the MID circuit in parallel with the accumulator &vrice. The input
of the inhibit circuit is connected tU the output- of a slave multl *Tibrator
vhich is triggered by the output nignal of them: accumulator de'rice~

USSR UDC 621.373.43
RABINOVICH, G. V., FYODOROV, G. V.
"An Oscillator Which Generates Pulse Series with Controllatile Intervals Between
Pulses"
Moscow, Otkrytiva, Izobreteniya, Promyshlennyye Obraztsy, Tovarnyve Znalki, No 8,
10 Feb 70, p 36, Patent No 263661, Filed 26 Sep 69
-iich generates
Translation: This Author's Certi4icate introduces an oscillator wi
pulse series with controllable inte-rval!3 between pulses. The unit contains a
self-oscillating muitivibrator which secs the repetition frequency for the pulse
series, a kipp oscillator which determines the duration of the pulse series Lind
is connected to an &ND circuit, and an accumulator. The os,::il lator differs
because to-control the duration of intervals within a seriei;, a blocking circuit
is connected in parallel with the accumtUator to the output of th!i! AND gate.
The blockAng input of this circult- is connected to the output of a slave multi-
vibrator triggered by an output signal from t~e accumulator,
Tq
1 11.1.4

FROMEM5 OV UTITAnATION oF ;7m) atm-w, Tanml-M.1-j"

Sciancent mwcqw' Mlt~rjnj..Io .1. nichw4co- ~OunriAn. N. 11.
Pp
;~,rn vaudyIng tho ob.~ccti-- [,r~-=jen -vvrrln~i la th~ c" tn.
oconomy and ore~inioatlon of =toriui 4.nd lechnich! -r..Tr'kvt in rn-tlce,
.11 !nvnq*.'.A'ktoI'ft 11vto tile h1wh rat~n ~)f jmwth v-f the vol%imv~ cT
nup'ly znd agree that this rhennz~non tr f%j'ly An
dc~ulormtezit of w~rvhvjno enipply Is eh3n to many rei~it%nm# to
an lncroas-~ in tho norms of th-,o,-,gn rhi-Ment, the attvrp,~ by
to rechit" prcduction stocks, and 4 wv.~nlvr rf othur
Lho reoults of mz~rrh :onductnd c-var A f-riod or =~Y' seam, by Nilni
InotitUtc of i~;conmIc-.7 and Orgm-.11:ation of tatarlal
and Technical Siipplj. tho 0-Ion".4 c., tte an"
the UkraIntan SSR haln Supp"y AdpAMit=tI.Vn.zmru ttmt-th,-pr~portl~n of
th.) warahcuse To= ~r darlivamet, hani riot yot ptt;".'.i tho Otlnum'
icanootimlly 4'aztlfi~d lmporturca. in thr Ulkxuinlan Z`~I Main
Atiministration tho ~-nr~hmma traeo tur.%owor tn--r~xvoA. I 'r~ av4!',I hlillon
rul,luu in 1965 to 2,60) million rublen It 'rFO. t:~at 10, by 76 :wvr'~-tnl
(in ompdrmblo pricor,). atni 73 cf all Lbo worrkcr~ of It* ey~tpx
problems v~v~ifztr~ fT(" dv-j"~Ln' wI&"hCue*m' ans
btar~q of' 11-scale -holczalo traxle.
Tharoforoo It kn natureLl thi- th~ ~Irv~-Iej~iunt of tho
notwark, tind an Inertan, -':,, thm of i*,; are nd.'. or t~'
~,ntml ~r-k. of lmpr~lnx ~,tozlal uni t,vhnI.,:aI ~w.:;Av rvr

T:ds problent can be uolvcd tiucce~sfully only with a hIFh or
I chnici,] ocialmont of d.r-,I.~ an~ whIch tho-ald ba trannfo-,2ed
into Nlly n,~chanized enterprinan.
On
Lho as a raeult of new conntynctl~.n an~
o
b. varch qze arra of the t -rltorial Lo~'.o:; of thv -'SR M-'-)
'.;piay AxL.Inlztr-I.Irn in 15-6-1970 increased by 261," aqQAre netern. or
by ii~roant. 47 ;k
of el,,npd -rehoimem, -rcent. Tho mmur

0 "so
f hitniumn Incremsod bY 777 (bY 135 Percent) and fixed CAPIt-%, &In-t
dovblad.
3

ILI

An thQ material an,' tochnical tuo~ of nupp~!y and alep orrrv'izA-.ona
in ctlr~mothenndj th* problem of the ofrIcieticy of Capital Jnveetnontj~ h,,i
a rational utilization of the ca.;-Acitlos 7,-, Into o~-r*tion
becomes more and more aeut4.
M~mnuhjle, it hcK.14 be nottd thnt In the praCtiCal activity of
supply md ralor. t