SCIENTIFIC ABSTRACT SHUVALOVA, T.I. - SHVARTS, S.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203010018-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1~.'11,./2 025 UINCL ASISlFieb PROCESSING OATE--I6OCT7O
.:TITLE--CHANGES IN ACID IN TISSUES OF
THE LEVEL AND METABOLISM OF ASCORBIC
~,:.'.:GUINEA PIGS UNDER THE EFFECT'Of HYDROCORTISONE -U-
-AUTHOR-(02)-SMIRNOVi M.I., SHUVALOVAI T41o
INFO--USSR
COUNTRYOF
-SOURCE--VOPROSY PITANlYixi, 1970, NP 3, PP 43-45
~DATE PUBLISHED ------- 70
SUBJ ECT_ARE AS--B-I 0 LOG-1, CAL AND MEDI,CAL SCI,ENCES
TAGS--ASCORBIC ACIOt METABOLISM, HYDROCORTISORE, AURENAL GLANDt
HEART, URINE, KIDNEYi LIVERv GUINEA PIG
~'.CCNTROL MARKING--NO RESTRICTIONS
I~OOCUMENT CLASS--UNCLASSIFIED 70/000/003/0043/0045
7
.-PROXY REEL/FRAME--1998/0009 STEP NO--UR/0244/
CIRC ACCESSION NO--AP0120707
______UlNc LASS I F-11 E

2/2 025 UNCLASS I r- IED PR6CESS'ING DATE--160CT70
ACCESSION Ntl--AP0120707
ABSTRACT[EXTRACT--(U) GP-0- ABSTRACT. THE OBJECT OF SUTOLES WAS THE
ASCORBIC ACID CUNTENT AND ITS METABOLISM IN THE TISSUES OF GUINEA PIGS
RECEIVING HYDRUCORTISONE INTRAMUSCLILARLYt 15 MG PE9 DAY FOR THE DURATION
OF 10 DAYS. UNDER THE EFFECT OF PROTRACTED INTRODOCTION OF
HYDROCORTISONE THE ASCORBIC ACIO CONTENT DECLINED IN THE SUPRARENALS,
HEART AND URINE, BUT REMAINED STABLE IN THE KIDNEYS ANO LIVER.
ALSO FAILED TO AFFECT THE LEVEL OF DEHYDROASCURBIC AND
--DIKETOGULONIC ACIDS IN THE TISSUES ANDIURINE. FACILITY:
LABORATORIYA BICKHIMII VITAMINOV VSES.:N-1 INSTITUTA VITAMINOLOGII
MINISTERSTVA ZDRAVOOKHRANENIYA SSSRt.MDSCOW.

JIM
jj~'7
-e-
g' Stkvi
Acc. Nr
%- v-,~,e
AP0043136
PHEMICAL AB,STq
88113j Vitamin Es metabolism -etudied at v& 'dous s
the development of expenmeintal: diabetes~ . Shlt"1:110 -
swimov- ALI,. -0m, mr,
N
E. M~s-: Nauchjs5Ia,--L--qt. 'Iri
EndoVinol; !W70,
vookhz., Mosom, 717,5SM. ~WW.
lumiR
Ref. Code
0
aaes in
:
ICU),
~Itiififfi. 9# had ialrnost
a-81 (Ms no eff"t oti, the c4mtent
th I. f iuqar in the tiloud_~ut in-
of Yanthittenie tirid itt. e urine bt a
ereaOd the eicr~etioii 6f 4-owidWiik ia~id fromi I-W to :111) fg!,
day. indicating increased aceuinil-lation of vitan~irt 13,-: The
nce of B4-avitaininosis ~~Juriq-~ pyridoxizie diabefes in
appeara I
rabbits is a uit;que- forin or 61dogitious vitanl6l deficim-1-cy-
Metabolic charti(es duriog allox4a d1jibetes' evidit.,Itly involved
di5fUptiOn Of Wlivension R pyri(I(Aidq and j)yriflj)x1LI pho,,Phate
and incorporation Of tile latter into, the entyipic sy'lit~nn, molfiiig
in development of ilisrupted iey~tophan rmetabo~ism axid in-
tion andxel~ase of R-anthure-nic acid, BfjR
creased for m,
REEL/FRAME
:19176129119

Sh U", 4 A~f
Acc. Nr: - Abscracting Service:
#0499IGG
_ CHEMICAL ABST. 15-17,0
Ref. Code;
1144-eqd'l
(_951176k Lasing and specLral characteristics of some I)Wly-
methine dyes. lionch h IL NI
R;jz-Mnv.-. T, K. Tin%
__jOX;L 1: %~. (Us5r,). ~ UPr:*.!)-Pe4rMXk-1970, 2811), 100-4 kz7is).
M
Lasing was fol1wved for a series of polymethine dyes on excita-
tion by a ruby lawr. ,The absnrption and fluorescence band posi-
tions. stabiliry. and Oe Wative trimsfarmation coaffs. of the
pumping energy are tabulated. For cryptocyanine (1), dirar-
bocyanine (11), and Uicarbocyanine, the lasing characteristics are
giv-Ln. -he quantum yields atid fluorescencc spectra are al"nost
independent of the dielec- const. of. the soivent; the quantum
yields increase si-ith the soh-ent viscosity. The transform ation co-
cffs. of I and II in EtOH decrease with the no. of the excitation
pulse, when the laser emits several pulses In a flailt, proceVing
in-100.us". The degree of the.detrease depend4 on the Cteess,
of the excitation power of the laser over the threshold of theigen-
cration czcitation of the dye.
~E

USSR Instruments and Measureme .nts UDG 6 21.317.73:621.385.6
ANTROPOV, B. A., AINTROPOVA, L. lat., MAORGACHEVA, G. A., KOTOSONOV, N. V.,
SHUVAYEV, A. G., Voronezh State Uaiversity,i Gomel' Stat~~aive._~~ity-
TIP.roblem of Utilizing the 'Reluctance Effec .t to Measure Microwave Transmitting
Power"
Gor'kiy, Izvestiya vysshikh uchebnykh zavedeniy, Radlofizika, Val XV, No 9,
1972, pp 1393-1397
Abstract: The possibility of using reluctance sensors to measure the micro-
wave transmittir.- power is dLscussed, and experimental results are presented
U
.for the voltage caused by the -reluctance effect as a f6action of the trans-
adtting pawer on a frequency of 9;870 megahertz. The reluctance sensor, just
as the Hall sensor is an indicator of the microwave power flux density and is
a transmitting power meter. There is a good linear relation between the out-
put voltage taken from the sensor and the magnitude of the transmitting power
and the readings from a specimen depend on its position relative to the open
end of the wave guide: uhiell &lftnas the pokat nature of the specimen, that is
characterizes "he dependonce of iLs readingia on the nicrourave powrer distri-
bution and the low distortion introduced by the specineri into r-he microwave
Vc,)t.cr distribution. Borh che theoreftcal and experimental studies indicate
of crl.~atlng waLunrstera bm~ed on rcLucCztot:C1 qousors. with the

7! ......
USSR
ANTROPOV, B. A., et al., Izvestiya vysshikh uchebnykh zavedenty, Radiofizika,
Vol XV9 No 9, 1972, pp 1393-1397
following advantages over the power meters used at the present time: 1) low
inertia connected with the fact that the relaxation time of the current carriers
is _10-12 seconds as a -result of which it Is possible to use these devices to
measure the pulse power; 2) low diSSiDated power in the sensor operating in
the --transnitting power mode which makes it possible to measure high powe'r
levels; 3) simplicity of the measuring circuit.
2/2
28
41- man MIATIMB-1 M. RIMMI-I

r
R#)004431
Ref. Code: IA- R 0
Shuvayev., C,!_,
Measurement of Three-Divensional Radiation Patterns of 'JItra-Short-Wave
aud Short-Wave Antennas by Means of a Sounding Balloon (Imereniye prostranst-
-v i kv an~6nn pri pamoskichi shara-zonda)
.:vpwqkh diagramm iiapravlennesti uk
Moscow, Svyazl, 1970, 55 ppJSL.-1.946)
TABLE OF CON-TENTS:
Preface 3
Methods and Possible Versions in Measurements of the Hadia.tion Pattern by
Means of a Sounding Balloon 6
Xinematic Diagrams of the GUY :~Vstem of the Soundinly Ballbf)n 10
Equipment for Spatial Measurement of Antenna'Radiation Patternu :L6
Equipment 16
SouzWing-Ralloon Transmitter 16
Sounding-Balloon Antennas 20
Y3 FLeel/Frame
R k I . ma

AM044315
Angle ~ Gailges,
Receivers..
-Sheathing
Guys
Rega2ations in Operation of Balloons'for Compressed Air
Preparation, for Measurements
Measurpment of Amplitude Radiation Patterns
Investigation' of the Horizontal-Polarized Field in a Vertical Plane
Investigation of the Vertical-Polarined Field in a Vertica~. Plane
Investigation of Vertically. 'arid Horizontally Polarized Fi~jlds in a Horizontal
plane
Possible Versions -in Measurement of Radiation Patterns and'Otber Antenna Para-
meters
Measurement of Polarized Radiation Patterns
~,Nawxrerent ofAntenna Gain
Waasurement of Directlive Gain of Antennas
Messurem6nt, Errors
26
31
32*
34
35
35
37
40
45
45
47
47
49
50
53
15,770885

AM0044315
-measurements of radiation
The book deals with a new method and system for I
patterns of transmitting and receiving ultra-,short-wave and short-wave antennas
An various planes by means of a sound'ing balloon...
The booklet vill be of interest to, engineers and technicians working on
problems of tuning and measurenient of antennab.
1:9770686

USSR uDo 621.~91.2
T
KONSTAMINOVSKIY, A.G.,
00n The Physical Realization OP A Rectangalar Radio Falea Witb Quadrature
Phase Modulationt)
Radiotekhnike i elektronika, Vol XYII, No 6, June 1972, pp 1220-1223
Ab:~tract- Finite values of tne functions of phaoe (freTiency) modi.Alation at
the bcundaries of a valse are necessary for practical realization of quadrature
phase moiulation. The concept of a limitation parameter.-is introduced for
ansly-tical dater-mination of thgon, values. The interconv!ction of the limitatioll
ppramjion of o a side
paromotor with the modulation MIGx and -the dogree Of DU ~ 3
bond of tho signal apoctrum are shown, and ralations calaulatea un an oluctronic
computer are presented. An amplitude npactogmm of a reiAangplar radio Nlue
with & suppreesed lower aide band is showni fig. 2 re,.". Received by GditorO,
2-8 April 1971.
1/1

041 UNCLM,51
TITLE-SQUARE PULSE SPECTRUM IN QUAORATURE
':-,AUTHOR--SHU\FAYEVP V.A.
C OU N T RY OF l.'NF0--U.SSR
~,`SCURCE--MOSCOW, ~A0f'-j'Tl:-KH-NfKAI ELEKTkG4'.41KAi
DATE PUBL ISIHED -------- 70
.-mSUBJECT AREAS--'14VIGATION, ELEcrkcjlqlcs
-IPIC TAGS-Pi-iASE MG-DULATIGN, PULSE
,.T0
-RAt'-lfll,'4Gj
11GOULATIGH7 WtiPUTER PKCG.
HE()
PHASE
NO
7
PIR'0CES.SING UATE-13NOVS
MODULATION -U-
5p L970j Pp 967-969
ELECr;zic.!.,L-
ENG.R.
AND
A.*,IPL I TUDE ,AMPLJTUE;L~ t*~i~DJLAT-10i,i, PULSE
F9EQUENCY bANOo SIGNAL F~~ANSIAISSIOM
E STk I CT I GNS
,-:C0,slTR0L 14 AkK I NG-NO
DOC U' 9 t, -t
4ENT CLASS-UNCUSSIFIED
PROXY REEL/FRAME-3005/0579 STEP
,.CIRC ACCESSILIN M,,7j--AP0132749
Uh~j~ c Ls Z:,; - f F
L I

'Z/2 041- UNCLASSIFIEQ~ PROCESSING DATE-13NOV70
CIRC ACCESSION NO-AP0132749
ABSTRAcr/EXTRACT-M) GP-0- ABST-'~ACT. AN AN ALY S IS iS M140)(i OF THE FORli OF
-CT -ULAR PULSE wITH 1,NrRA PULSE
-THE AMPLfTUDE SP( -R U i'l F 0 R A R E C T AN (7
'I E WITH THE THEORY OF i.4UAD~.A'(U:-~E :PHASE NODULAT W~-I.
M01OU LA T I O~ IN ACCORDANCE
IS OBTAINED F3R SPECTRAC DENS(TY GF~T~C- T--R"4s
-A FORMULA THE
OF THE EVEN FUNCTION OF THE A149LITIJOE MCOULATION AND THL PHASE
tMODULATIOIN INDEX. IN PHASE ACOULATION, ~ I'HI!_ FU4CrION IS THE
HILBERT TRA,4SF0R,4ATI0jN OF THE "lCiDULATED S IGNAL A'API- i TUDE 6ECAUSE OF
THE JDI~PICULTY Of COt"ItPUTING THE SPECTRAL GENSITY 0~- PULSE
NONLINEAR FREQUE,',,CY ~MODULATION, AIN E-LECTKON11"" C0111PIJI-Ek HtiG TO BE USE
R A ~',l THE S?~:CTRAL PLOT
1 N S TIR U C T I C', APE GIVEN FUR PiL'l I I NG : THE ACHI i"i 4.
MADE FROM T14E COMPUTED DATA IS THIS SPECTRU14 HAIS A DEFORIIATIO,"I
CAUSING AN ENERGY RED!SFRIOUTIONN WITH AN 1',"'CREASE IN THE PEAKS AT 0,-,1E
SIDE OF Tr -Q '_ -
f lij-:W-Y AIND SUPPRESSION OF -i F- PEAKS AT THE -jl'HER.
iE CARRIER Ff" Tl
'X _'T I MAL _AKS
FOIR.A 1-11000LATICili INOL CLOSE TO Oi ALL THIc RE AJ 'U'%E SIDE OF
Y L I TTLE 'DEFOkAlk I I Oul
THE CARRIER ARE SUPPRESSt"D 41TH VE4 -~F THE MAIN
PEAK. EXPEMMENTS PE0ORMED WITH THIS TYPE OF SIGiiAL YIELD A SPECTRUM
WHICH AGREES CLOSELY INITH THE THEDKETICAL.COMPUTATEONS. THE CO[-.!CLUSlt)N
IS GkAvlol THAT PULSES WITH AN ASY:AiME T"-, I CAL SPECTRUV~ CIAN' bE USED TO NARKOW
'4 1 S S I ON OF THE St ALS.
THE OVERALL FREQUENCY BAND OCCUPIED M T H E TRANS, GN
UN C L A S S I F i i. ri

USSIR UDC: 621.3 9 1. 2. 018 7 56
ZLULYEVj_V. A.
10 'ion"
"Square Pulse Spectrum in Quadrature Phase '~ (luilat
Moscow, Rad iotek-nika i Elektronika, NO 5, 19'171.), pp 967-969
Abstract: Ar. analysis is made of the form of the a.,.-,plituda spec-
-,.-rum for a -ectangular pulse with int';ra-puilse modlula-bilor. in ac-
ith the theory o-z' quadrature ph;~i--,, nw)r~ -,;ion.
cordance w
for the soectral densi"t't of the s i 7. a I i n
f ormula is obtained
terms of the even function of the amplitude not~41ul-,--tLon and the
phase raoduiatiozi index., In quadrattire plisisse mc~duia-~ior, thic
~he H-'Ilbert -transformation of the madulat-ed cz;~q,-al
the difficulty o'f' computi., g th -pectral
-ude, Because o n C-
amplit
density of -oulse signals with nonlinear frequericy modulation, an
maDuter had to be usedo Instruc -4 .,):!IS - re
electxonic c o - Uj. a :~ given for
in-r the nach*ne. The spectral plot iiiad-a from the compu-
program-n g A.
ted data is shovm. This spectrum has a deformation causing an
1/2
flf I HE i 11- 1.

USSR
SHUVA.~ZV, V. A., Radiotekhnika i Blektronika:, No 1970, -Op 96?-
969
energy --ed-istribution with an increase in the peaI,.,.:, at one side of
-Che carrier frecuency and suppression of the p~szks at, o ther.
For a. nodula-It-,ion index close to oDtimal, all tJIle -Pi:.-aks at one side
of the carrier are suppressed with. very little deformation o:'-:' the
forr .4 L
main peak. Experi-ments per.& ed with this type of signal y4old
a spectrum which agrees closely with the theoretical =-,-.putazions,
slnraae-~z-ica trum
The conclui3ion is drawn that pulses with an a I spect
can be used to narrow the overall frequency band occupied by the
transmission of the signals.

USSR uDc 62.1.374
V.D --d O-POITIOV, V. A.
"Unit to Convert Current Strength Variations to Allse Frequency"
tWR Autbors' Certif3cate Vo 293a93, Cl. H 03 k 3/16, filca 25 Aug 6q, mi7b-
lished 2 Mr *71 (from P-Da-Aytomatika, Telemekha~;-_ijm I Vychiolillol'tic-tya
No 1, Jan 72, Abs-41-ract, Nlo 31~364P)
tion. A imit io sugge-ot(A for converLing curr '. st
Transla eir tt Lh
pulse freoutmet, using a colleetcr-emitter-coupled blocking o;5ciIIator aontain-
ing a transistorized current-stabilizinG steZe and a cliit.rging callncitor in
the emitter circuit of the blocking oscillator's transfztor. So that the
frequency of' the generated pulses can be, made dependent, on variations ill the
--or has cor- cted t it
difference pulse control current, the charging capacil Ine
in parallel a resistor and capacitor which are connected in !;eries, witb tl"-,eir
co=on outlet cormected through a diode to the collector of the subtraction
stage transistor, the conductance.of vlAch is the revei,_-c of the current-
stabilizing stage conductance. 1 illustmtion.
.6

USSR uDc: 621.317:621.385.6
SHUVAYEV, Yu. T.
"On the Theory of the Metho d o f Parti al Tekeof o fthe Power of Spurious
Emissions from SHF Electronic Vacuum Devices"
Elektron. telhnika. Naucbrio-tekhn. sb. Mektron. SVCh (Electronic Technolog:r.
Scientific and Technical Collection, SEF Electronics), 19-(,3, rjp. No 10,
pp 3-14 (from RM-Radiote.,Innikal No 2, Feb 71, Abstrat.-t INc, 2-PL336)
Translation: -The author diocusses a power reter for i;puriouzz er-is-s-ion's PrC-,,rq
SHF electronic iacuum de-rlcei whicb conroists of a sysi;vw. of multi, le- d--
waveguide TI:3 with a oeric-o of auxiliary waveguidC:3. 14 ex.,)r~~SSIon is
derived for -the total energy flux tapped out to the avy-ilia:ry t.,-,aveguides
through the coupling aperturez. Examples are given of qu&-ititative evalu-
ation of the effect which wave interference has on thf-- error of r,.leasuring
for reducinF,
the power of spurious endssions. Some methods are discussed i
the measurement error due to the wave interferen,-,,e in a mulltiple-mode
waveguide. Resum6.

1/2 016 PROCESSING DATE--160CT70
TITLE--BLOOD GROUPS AND SENSITIZATION TO THE RHESUS FACTOR -U-
AUTHOR- (02) -SHUVAY EV *I IVANOVP ~L.V.
C OUN TRY DF.INF0--USSR
,~-:S_OURCE--SOV MED 33(l): 68-71. 1970
.."DATE PUBLISHED ------- 70
SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
--BLOOD TYPEt EMBRYOLOGY
-TOPIC TAGS
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNC.LASSIFIEO
PROXY REEL/FRAME-1998/0176 STEP NO--UR./0399170/033/001/0068/0071
CIRC ACCESSION Nt3--AP0120876
UNCLASSIFIED
Immommilw%mm. Iwo ME liff.1- "l9 Is

2/2 016 Flt P'OCESSING DATE--16OC770
UNCLASSI 0 R
CIRC ACCESSION NO--AP0120876
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE SENSITIZATION CF WOMEN TO THE
RHESUS FACTOR MAY BE RELATED TO THE GROUP OF THE MATERNAL AND FETA -LOMEN
(HUSBAND) BLOOD. THE RHESUS SENSITIZATION DEVELOPS MOST OFTEN IN '4
BELONGING TO THE GROUP ABIM; IT IS LEAST FREQUENT IN WOMEN OF BLOOD
GROUP 0(l). THE INCIOENCE OF SENSITIZATION TO THE RHESUS FACTOR AMONG
WOMEN, DEPENDING UPON THEIR GROUP AFF:ILIAI-LON, DEVELOPS IN THE FOLLOWING
DESCENDING ORDER: AB(IV)p A(II)y 8(1.11) AND 0(l). A?40%3 AHESUS
MALES THE
StNS.ITIZED FE. AB(IV) BLOOD GRUUP 15 ENCOU(vTEkE1) 5.1PERCENT MORE
LESS THAN USUAL.
OFTEN AND:THE O(l) GROUP 5.1PERCEINT FACILITY:
BELORUSS9- RES. INST. BLOOD TRANSFUS.9 MINSK. USSR.
UNCLASSIFIED

AS S I F'I.E D PRO' 1:SSING DATE--~ONOV7C
1/2 015 UNICL C
0
Ak~., X RAY '_-lkUC.TURAL STUDY UF THF PEROVSKITES 13APBO SU133
T ll~F _-Sy
AND SFPbL" SU03 -U--
AND -SFP 'L
-A R 2
UrliC) _10-
lAurli0R-102J-ShUVAYEVA, YE.T.t FESENKO# YE.G.
r
[,%FC--USSR
CCUNTRY Cf
::.:SGURCE--KRlSTALL0G.RAFlYA 1970ir 15(2)p 379-180
DATE, PUbLIS~.ED--70
Su&JECT AkEAS-EARTH SCIENCES AND OCEANOGRAPHYw CHEMISTAY
TCPIC TAGS--MINERAL, LEAD OXIDEr X RAY STUQYo 8ARIUM CJMPOUND, STRONTIUM
COMPOUND
f*,W0l%G--NO RESTRICTIONS
CLASS-UNCLASSIFIED
~:PROXY REEL/FkAME--199510900 STEP N'(J--OR/0070/70/OL5/002/0379/0380
CIRC ACCESSION NG--AP0116410
UNCLASSIFIED
NOR= I ......

212 015 UNCL AS S I F I ED PROCESSING DATE-20NOV70
CIRC ACCESSLCN NO-AP01.16410
Aq-STkACT/EXTRACT--(U) GP-0- AiISTRIACT. TE:5'r SPEC[AENS OF 3APSO SUs-'-~ ue.Re
05TAlAdO fRCM PURE PEO SU82 AND BAD SU82 BY ri-i-'-: USUAL~ Cl:.-%'A;4fC PROCEDURE
IN AN OXIDIZING ATM. IDECOMPN. OF BAO :SUB2) AT 800DEGRZES. THE
SPECIMENS Uf- SRP60 SUB3 WER%c PREPD. FROM PBG SUB2 AND SRCO SUB3 I N AN 0
ATlMo (2-2.5 ATM 0 PRLSSUREJ AT 750 ANC 6000EGREE$ (21'40 FIRING). THE
CEBYE CRYSTALLOGRAMS OF THE CCIMPDS. SHOW THAT 60111 C(PiPOS. HAVE A SINGLE
PIWSE PERL'va'KITE STRUCTUAL WITIA M0NCCLINlC'LATTlqC,~E Df,5TORTION: 13APBO
SU83: A EQUALS C EQUALS 4~.24 SU86 ANGSTkOM, 8 EQUALS 4.22 SUB7
ANGSTRLM; BETAX EQUALS 9G,,-)EGkFES 19 PR'114E-i SR?B0 SU33: A EQUALS C EQUALS
4.17 SUbb ANGSTRCM4 B I-QUALS 4.16 SUB6 ANGSTROM; 6ETA EQUALS 90()E-qEES
53 PRIME. ThE TEMP. 0EPE-.-JDEiNCE CURVE OF TfiE:LAI'T;[(:E PARAMETERS OF SRP60
SUG3 SHU65 THAJ THE TkANSITIUIN INTO THF Qjolc PliA$E TAK.ES PLACE AT
SIMILAR TU 500CEGREE.S. THE TRANSITION,11F 6AP90 SIA13 INFO ME CUBIC
PHASE TAXLS PLACE AT SIMILA'R TO 400DEGRE.E.S. FACILITY: ROSTOV.
GGS. UNIV.s ROSTOV,, USSR*
It s 5 1 i" I E 0

LISSR
KORYACHKO, V. P., SIILJVIKOV, V, 1.
"Optimization of Programs for Digital Machines"
niglish Version Above], Riga,
Ob Optimizatsii Programm Tsifrovykh Mashin. [r
MOM
1972, 7 pages (Translated from Referativnyy Zhurnal iibernetika, 'No 4, 19731,
Abstract No 4V692 DEP, by the authors).
Translation: In development of programs for digital computers and planning
of microprogram control autonata., one of the most important problems is
separation of repeating portions of programs (subroutines) in order to mini-
mize program length. It is suggested that this probicill be solved by a
heuristic iterative algorithm, one step of which involved synthesis o4, tll(!
next subroutine S by combination of elements (instructiows) from the main
k
program or earlier formulated subroutines and subdivision of subroutliles, the
application of which becomes unsuitable after soparition of 'I'lle algori t lift)
is presented in the form of a series of sucCessive transforms of a c o r ta j- 11
matrix. Formal rules are presented for changing the element,,; of the matrix
with each transform. The conditions of suitability of separation of
112
- 102 -

USSR
Koryachko, V. P., Shuvikov, V. 1.
0b Optimizatsii Programm Tsifrovykh Mashin., Riga, 1972, 7 pages.
subroutine SP consisting of several subroutines, are defined. A step-by-
step description of the algorithm is presented.

~USSR UDC. 8.74
Ir., P. ;MW-VUOV, Yu. A., SHUVIKOV, V. 1.
1,9~~YAqE
"A-reement of Job AlgOTitlun and Structure of operational Atitorma-ton of OrienteCl
Machine"
-Collection o 'iev,
Kibern. Teklin. [Cybernetics Equipme;It- Work s 1, 1971, 4-5-
53 (Translated fron Referativnvy Zhurnal Kibernetika, No 11, 19721, AbsTract
Mikheycv)
'No IlV572, by V.
n: inc ated problems are discussed: 1) define the
Translatio, The follow r e. 1,
algorithm, structure of operational automaton for an oriented digital machine
JOA DIDO and schedule of operation of each section to 01*2,01, pl-Uba-
bility and hold OA M'., cost below a fixed level; 2) define 'I:hc
structure of OA ODM and oT)Or~jtjjj,, -chedUIC Of- ca-ch section such 1.14.0 the co:,,t
of -the OA ODM is minimal and. the probability-of ;i failure is not over a fixed
Ics in which both
level. The tasks are presented as rtatl.ien. atical programmi i g as,'
the,goal LLnction and the limitations are lin6ar.

USSR
KORYAOiKO, V. 1). , MAINIATOV, Yu. A., SHUVIKOV, V. I .
"Selection of the Optimal Structure of operational Automata of Control
Machines"
Tr. Ryazan. Radioteklin. In-ta. flVorks of Ryazan Institute of Electronic
EngiTicering] , 1972, No 36, pp 73-78 (Translated from Referativny-Y Zhurnal,
~Kibernetika, No 1, 1973, Abstract No 1 V781 by the al-Ithors),
Translation: Problermi of selection of a structure of an operational auto-
maton (OA) for an oriented digital control machine (ODCM) and the speed
of each of the units tire studied. It is shown that the task of selection
of the optimal structure for the OA of an ODCNI is equivalent to the pro-
blem of lineaT programming.

77T
-P
046 UNCLASSTFIE~D ACCESSING DATE--04DEC70
..--T,ITLE--A COMPOSITE RESONATOR FOR SEMIC014DUCTOR LASERS -U-
-~AUTHOR-(02)-POPOV, YU.M.t SHUYKINp N.N.
-,--,~COUNTRY OF INFO--USSR
I TEKHNIKA POLUPROVOONIKOV,v VOL. 4, JAN. 19701 P. 45-50
~_'_'DATE PUBLISHED --- ~JAN70
_,~,,.SulBJECT AREAS-PHYSICS
'_~jOPIC TAGS--SEMICONDUCTOR LASER, RESONATORP LASER POWER UUTPUTt LASER
-,,:EXCITATION
-.~.CONTROL'MARKING--NO RESTRICTIONS
.-.DCCUMENT.CLASS--UNCLASSIFIr-f,'
-:.:- ~.PROXY RE EL/FRAM E-- 199 2/ 14 4 7 STEP No--Ull/0449/7'0/004/000/0045/0050
CIRC ACCESSION NO--AP0112441
~-, I r F f F 0
j n
-TT

'212 046 UNCLASSIFIED PROCESSING DATE--040EC70
CIRC ACCESSION NO--AP0112441
ABSTRACT/EXTRACT-W) GP-0- ABSTRACT. CONSIDERATION OF- THE CONDITIONS (JF
EXCITATION OF AXIAL MODES IN A COMPOSITE SEMICONDUCTOR LASER RESONATOR
I
FOR THE PURPOSE OF INCREASING SINGLE 140DE POWER GENER4TION. A SliMPLE
'EXPRESSION IS OBTAINEO WHICH RELATES THE OPT[IMAL~LENGTII OF THE PASSIVE
PART 0 THE RESONATOR TO THE PARAMETERS Of: THE INITIAL SEIAICONDUCTOR
LASER. IT IS SHOWN BY CALCULATIONS THAT WIT14 THE AID OF A COMPOSITE
RESONATOR IT IS POSSIBLE TO INCREASE THE SINGLE 400E POWER GENERATION OF
A SEMICONDUCTOR LASER BY A FACTOR OF 10 TO 50 WHEN THE LENGTH OF THE
~A.CTIVE,PART OF THE R ESONATOR RANGES FROM 50 TO 5(i0 MICRONS.
FACILITY: AKADEMIIA NAUK SSSR9 FILICHESKII INSTITUTi, MOSCOW, USSRo
UNC L AS 5 1 F I r- 0

USSR u rc 616 -993 - 162 -G-22 39 -W4 - 47 -036.3
SEMrMV P. G., IM YSLEKEZ-11 R. I., I."OsliKOVSKIY, Sli. D.,
.9 . ~,11 1.1),,J~..
KELLINA, 0. 1., SIAMITIA, E. Ye., SEIMIM, V. P., M.'LPOM.-A, N. N., Xalry-CF6,
SIICIIEMUMV~,'~. -.,wfM"MDV-fED0V, M. A., USK07, N. Ye., LOSIKOV, I. N.,
and NEDOSPELOVA, Ye. I., Institute of Medical Parasitology and Tropical Medicine
imeni Ye I. Martsinovskiy, Ministry of Health USSR, Moscow
"Results of Mass Vaccinations against Zoonotic Cutaneous 10-aish:7aniasis"
~~Gcow, Iveditsinsklyn Parazitologiya i Parazitarnyye Bolezid., Vol 39, N10 5,
Sep/Oct 70, PP 541-551
Abstract: Preventive mass vaccinations with a virulent atrahl of
tropics. major were found to give reliable-protection vgainsi. cutaneous leish-
maniasis. Only virulent strains can be used for vaccination. The degree of
inoculation with such strain.,3 is almost, 104) the inoc,,LLative process havinG,
as a rule, a favorable effect. The mwdmum size of the- vaccination lesi -on does
not exceed 2 cm in diameter in 3/4 of the.subjects vaccinated~ In practically
all cases, the process doeG not last mare than 5-6 months- tarbidity rccurred
in the group vaccinated with the low-virulence strain, amoug tziose without
0-
lesions, and among those whose lesions were less than'0-5 cin in diameter.
1/2
24

USSR
SEFGIYEV, P. G., et al., fieditsinakaya Parazitologiya i Parazitarnyye Bolezni,
Vol 39) No 5.1 SeP/Oct 70, PP 541-551
Secondary pyococcal infections reprei;ented the only complications obsex-'rt~d;
allergic exanthem was noted occassionally. In order toprevcat local anti
general allergic reactions after vaccination, it -is necessary to exclude per-
sons who have had cutaneous leishmarLiasin. If paut disease cannot be revealed
by means of anamnesis or medical examination, the intracutaneous leishmunin test
is recommended. The level of the virulence la inoculatkire strains should be
periodically tested, since insignificant initial virulence or its weakeaLug
during culturing make a given strain unfit for pmparntion of inoculuni.
2/2

027 UNCL ASS IF Ift) PROCESSING ()ATF--02"'JCT70
T.ITLE--i%E0 AUKMAE AT 1-110OLE LATITUDES -U-
AUIki0P--SHUYSfl,AYA, F.K.
-tOUNTRY 0 FINFO--USSP
.-SUUR-%'~E--PAZDEL IV, llrjtYARNYYE SIYA%'IYA I,SVECHENIYF NOCIA~NGGO \1 1--:1 A19 70
NP 18t PP 97-103
-DATt PUBLISHEU-----70
.S_U3JECT AREAS--ATMOSPHERI%'. SCIENCES
-TOPIC TAGS--AURORA, GFOGRAPHIC LATITUDEt PHUTOELECTRIC DETErTION,
-SPECTRUM, INTERNATIONAL GEOPHYSICAL YEAR, INTE~NATMNAL QUIET SUN YEAR
~~C.ONTRIIL I NG--NO RF STR I CT I ONS
CLASS--UNCLASSIrIED
_:RROXY REE-LlFFAME--Ll)94i/0U5k3 SIEP
,CIRC ACCESSI(J4 i'40--AP0114454
UNCLASSIFIED

212 02T UNCLASSIFIED PROCESSING 04TE--023^.T70
-URC. ACCESSION NO--AP0114454
.Ai3STRACT/EXTk"lCT--(U) GP-0- ABSTRACT. ACCOPf)ING T9 THE' DAT4 3F
PHOWELECTkIC AND SPECTRAL OBSERVATIONS CARRtED OUT BY A NUMBE~ OF
V
STATIMS PURING INTERNATIONAL GEOPHYSICAL YEAR AND [UTERNIATIONAL QJI;ET
SUN YEAR AIN-ANALYSIS OF PROPERrIES OF MEAN LATITUDE AURORAE WAS Dc;14E.
THE AURORAE~, OCCUR ING TO THE SOUTH OF THE POLAR AURORA ZONE ARE AS A lu!-E
ORED AURCRAEft. T14E RED EMISSION 15 VERY SENSIrIVE TO AN INCREASE IN
MAGNETIC ACTIVLTY 'ilHEREAS THEGRFEN EMISSIONANCRCASES TO A MUCH LESSER,
DEGkEE. NO DEFINITE INDICATIGNS OF RED AURORAE 4,4VE BEEN DETECTED
DURING THE MINIMUM OF SOLAR ACTIVITY*,.
UNCLASSIFIED

i 7 7
Nr. AP0042567 Ref. Code: 11 tT 0 :Z 9-3
Ace
Measurements of Intermediate- and Hish-Enerpy Particles
(Abstract: "Measureme-ats of Charged Particles of Intermediate Lnd
Energies," by A~_Pt_Aplyunova,
Gorn L. S. Zhurina, I. D. Ivan irayeva, 1. P~ Karp inikiv,
yy, ~V. Z V. sh"~irrllr and F. K. -$_ ayal
_Kovrqzhkin, V V. Temn Xhazz n h, 1(
Moscow, Koimicheskiyp Djaledeivanlya, Vol VIIIA No 1, 1970, Pp
[Note: This is part of a sectionalized artic~a "Study of Gcoattive Cor-
puscles and Photoelectrons on the Satellite 'Xosmas-261'," Koomtchea~.i~
Issledovaniya, Vol Vill, No 1, 1970P pp 104-1361
This article describes the RIF-205 adntillation gpectrork.,ter zor
electrons of intermediate anergies, the RIP-802 sclatillatioa bpectromOtOr
for protons and the '1UG-111 lead-shielded Geiger counter. Vie; RIE-205
inatrument measured electrons in the rauges 20-45, 45-85, 85-12~f awi 120-
150 keV and the total intensity of electrons with an energy greiiter th..~n
150 kcV (geometry factor 2,10"3cmLaterad). The RI.1-802 insvriC7.ent Ta~assjred,
protons in the ranges 0.30-0.45, GiO-0.70, OjM-~Q,95 and 0.9~-9 NO wItn'
a geometry factor of 1,5-10-2-sterad. The RIG-III 1natrumetir. measure4
Reel/Fr-me

protons with E > 50 HaV and hard electrons. In rhe radiation belts and
atzroral zones the instruments measured the fluxes and energy sljdctra of
electrons and protons, their distribution by pitch angles and spatial-
temporal characteristics. Ic was possible to determine the 14-4-Cude variz-
tion. of the intensity of i-nJected electrons. the pitch distribation d4
intensity for auroral zone electrons and the differential electron sp-2ctra.
For example, the electron fluxes measured wJ th the RIE-205 spectrorietez can.
be assigned to the folloving groups: a) trappia-d electrons in the inher
zone (L,:~ 2,S) were registeted for the most part ii the regior, near the
Brazilian anonaly-, their flux for an energy E:~- 150 keV attailled 108 parti-
cles/cm2.see. and was hiShly dependent on pitch angle; a pro.-iotinced rax imu M
was'observed for pitch angle5 90'; b) trapped elc-ctrons in th,~~ outcr .,one
2.5 '- L _< 7, also with a maximuta intensity for pitch angles cf 90*,, in
many cases quasitrapped particles were registered in the regicn of ';r,-
variant coordinates h", !~:100 km with intensities up to 2,10, particles/
CZ2.sec-sterad, c).sporadic hard electrons injected into the~atmcsphere in
the middle 1--titudes; in these cases the mear. energy waii uzually/6JIGO kav
and the particle flux acraive4 105 particles/=2-sec--d) allectrons of in-
termediate and hiah energies injected Into 'the atmosphere 1-4 the high
latitudes; they are frequently observed near the auroral zone.
4
197GO546

Ace. Nr.: NW4250-
Ref. Code;
so
MeasuremenC of Low-Ene Electrons
(Abstract: "Measurement of Low-Energy Electrons," by Yu,.1, -Gal par4 n.
N. V. Dzhordzhio, 1. D, lvano-y, 1. P, Karnins! ~y, _~. 4,_1,2atn,
kluyarch k, -g-.V. !~rov. V. V. Temn y,j!-jLj!!~4:qriva. B. 1. Khazancv,
_~~1: __ - ____ _y
A. V. Shiirin and F. K. Shuvskaya; Moscow, Kosmicheakiye 'kj*,*3;:i~2,6Tan~xyal
Vol VIIIP -No 1, lqio, PP !08-119)
udy o4 Ceoact4ve Cor-
[Note: This is part of a sec;ionalized artiCle "Sr
pusclea and Photoelectrons on the Satellite
-,Issledavaniya, Vol VIII, No 1, 1970, pp .1,04-1361
A spectrometer for low-energy electrons, operaz:lrs ~a trp- onargi
range 30 eV-15 keV, Is described. Electrons undergo enerWj sel"Zion in
a cylindrical capacitor and then are accelerated to 17 keV and -are re-~is-
tered by a scintillation counter with two photorultipliers:operating 1-11
a coincidence circuit. The instr=ent field of viaz is circular, chE.
aperturo angle Is +3.5', the geometry factor is 2-10-3 cr42.'steradl and ch.~
energy resolution -fa I)k E/9 - 0. 19. In the fiVB t range (30-150 eV) arers-,
scanning 16 done smoothly by applying a rjawtooth' VoXtia&c', in rhi~ liecond
analysis it to done smootbly at three fixed ervergien -- 1'. 4.5 nod I.') k0l.
The instrumeat can be switched from one regime to ¬her ~',y coqj;,j;,a4
Reell'Frame

7F77 7777
AN042568
eat The paper gives the first reuults of measuremer= on the ",KC!S-
mos-2611' satellite. The instruments measu-.-ed the equilibrium; ellergy IPC-t-
trum of fresh photoelecrron4 at different latitudes for differenc p~t,;'-
angles. Soft auroral electroas with energies, from 30 eV to fj~proximately
I keV were registered both in the."recond" zo-ne of aurora-- and in Cifj naln
zone of auroras in which electrons with energies 4.5 and 15 'nV verv--i'so
very intensive even during magnetically quiet times. On nz-ny revoluz-fons
of the satellite about the earth, passing approximately alonj~ the auroral
oval, with transition from the midnight to the morning sectors there i's Z.
scructureless "background" of electrons with'an almost co.--stant inte'nsity
ani slowly changing anaular distribution. The energy flux of these. ellac-
trons is approximately 1 erg/cml-svc. Near the midnight sei:.tor znd with
transition from the midnight to evening sector the fluxes of azro-~-al elez:-
trons are far more irregular, with strong Oaaks, particularly at abou: 4.1
keV. No measureable. electron intensities were discovered in the mi.-Idlc
and low latitudes in the keV range, The upper limit of tho, energy lux
in the quiet atmosphere is approxinately erghn'-sec. , A.-.4 ex--
S w1h ra as
cepttoa to tha equatorial region, o't the Ion.* pheric an=,al~j c
earlier (on the "goamoa-V aatallt,to) there was aporadIc a-' soft
electrons.
1571GO548
_71

Ace. Xr.: 4/00042570-
Study,of Gcoactive Cor uscles and Photnelectrons
Ref. Code:
(Abstract: "Study of ruoactive Corpuscles and Photoelactrors on th,!
'Kosmos-261' Satellite," bj_L._p. 1!(~,Iyu~qVa, Drag~n, Yu,. 1. 1,-J.V-
_--p-arin-I V. A. GJZ_dvr~'hev,
R. A. I il ;rg,v, 11, V. T2.
61iia*zhkin, T. el, Mulyarchik, fil. N. Pqgatna nnyy,
Fedorova, Yu. P. Shilywlev, V. K. Shuyskaya and R._V, Shulcnina; Ioscow,
1, 1970. pp 104-1 30
The'artificial earth satellite "Rosmos-261" was used 'h'n a study oi
low-energy gcoactive corpusclea and fresh phoroaleeLrons-and theIr irtcr_
action with the earch's upper atmosphere. 1"he satellite was launcned or,
.!O.Decewber 1968. Orbital inclinatign to the equator Vas 71'. so that for
a relatively long time it moved almost along -a tangent along the aurcral
zone over the Soviet Far North, rAking it possible to increalle the volumm
of simultaneous measurerAnts from the satellite and from ground ol.~urva_
tories. 7lie storage regize made- it possible to extend continuous measure-
zents for periods of several revolutions, including passes over the auroral
zonce in the Arctic and Antarctic and over the polar caps zjj ~ar at; in-
variant geomagnetic latitudes 82-850. Vurin(; the initial period the
satellite apogee was at 670 ka and Perl;Rce wia at 217 km, but it finally
F(.al/lrame
JI, -, 'e, 1~ M.Mzi f

AP0042570-
burnt up upon entering into the-den. e layers of the atmosphere on 12
ruary11969 after making 657 revolutions of the earth. The experiment
lasted 53 days. The orbit was such that in the northern hc=rsphere middle
and high latitudes the satellite moved below or close ce) the,max-ImLa of
the Foregion so that ionospheric electron density along its ~zajcczo-rj
and its variations could be determined in a number of ragione an the basis
ons. The pariod oE the nyperi-
of measurements by ground ionospheric stati
ment included both quiet periods aAd those with strong distuTbahcas. T~e.
experiment was conducted under the "Frograml of Cooperation AwonZ, Socialist
Countries in the Field of Space Research and Yeaceful Use of Space."
Ground measurements were made in Bulgaria, Hungary, East Ceritany, Poland,
Rumania, USSR and Czechoslovakia. Observatories and apecial, expedit.lonary
stations in the USSR participated: in Yakutia. the Far North, Sibarria-and
middle latitudes. The article cited below is divided into four patts: 1)
Description of Experiment, 2) Measurement og Low-Ener4-y Electrons; 3) Xea-
surement of Low -Energy Ions;.Q Measurements of Char&ed llarziclleti with
Intermediate and High Zzergies. Parts 2)-4).are esse-atially indc~~,dent
articles and are abstracted aeparat4ly.
1.57GO552

Ref
^P400 i Cod6: UR 0213
0 0 r PP
PRLMARY SOURCE: O'keartol giya,--19-7 V 1 10, N
SOME FEATURES OF 'THE. U06ERN DEVU0P)6E-NT
ADF THE NOPTHWESTERN BLACK SEA, SHORES
tShuyskIl , Yu,_.D,
The northwestern Black Sea shores are a classical type of the shore-lines of sub-
anergoice. Th, e modern -develol=ent of Iii-mans is strongly dependent on the type; of
=sediment supply, on the capacity of the longshore drifts, on the:elpa~,iflon of the sbore
-with respect to the prevailing winds aarkl waves.At does not depond. howeveT, on the
-rate of the relative sea-level oscillations. Five dyniimlc areas can'be' distinguished. Wi-
Afiln each oi them, the peculiar features of the doelopment of the longshore drifts lea-
:,ve their imprint on the outward appearame of the barriers. The. yalues of the drift cz-
Vacities and the share of each source of rwpply,arepreoenied.
REEL/FRAIVIE.'
19721275.

Biochemistry
-7.964.41-577-17
"USSR UDC 54
SH G., VULUKAYA, YE, H.,
VDOVINA, H. G., POZIJ
EYABTSEV, M. N., KRIVIBOV, V. T., GRACHOVA, A. K. S. P.,
IfOVOSELOVI V. A., CRUZDEV, V. S., OLEYNIKS A. M., KAL110ala, Z. B., FED(rIOV,
V P., IVANOV, A. I., YUDAYEV, Ii. A.
"New Synthesis of Himm Insulin" -
Leningrad, Zhurnal Obshchey Khinlit Vol XIJ11 (CV), No 1, 1973, pp 216-21?
Abstract: Human insulin vas synthesized on the 'oasis of obtaining A and B
chains by the solid phase method fR. B. Merrifield, J. An, . Chen. Soo., No
85 1963; J. Stuart, et al., Tverdafazny sintez ~geptidov, Moscow, Mir,
197 and subsequently combining the synthetiodiaAns into the complete mole.-
oule 0., the biologically active hormonoo Herap a neit veroilon of the sInthesis
is realized which Fornits exclusion of treatment of the clu-Linn, with sodium
in liquid anmonia wh1oh eliminates tho danger of undealrabb~ side -reactions
caused by this reagent f~. klaxglinj at al,, J, Am. O'hon, Uoo., i4o 88, 5051,
19667, The A and B chains of hLuaan insulin were synthosioed on an autoinaUd
a spherical chloromethylated copolymer oT st ~ , with 1% divi I
device using Mne v ny
benzene as the insoluble ca=ier, All opera-Lions wert~ perfolned in a nitrogen
atmosphere. The derivatives of the L-amino acids used in the synthesis of
the A and B chains are listed. The fluorohydrates of the chains were con-
1/2

SHVACHKIN, YU. P., et al., Zhurnal Obshchey Xhindij Vol XLIII (CV)j Ifo 1P
1973t pp 216-217
verted into S-sulfonates which exhibited no differences from the S-sulfonates
of the corresponding natural chains of bull insulin. The synthetic A and B
chains were recombined both with the corresponding nat'ural chains and a,,Iong
Aivity of cot-
each others The resultant compounds had.specific Insulin aL
parable magnitude to the previously synthesized insulim compounds
Z K. Lubke, et al., Adv. Enzymol.t No 33i 445p ig7go
2/2

USSR UDC 577-17
MAYEV, N. A., SHVAC=11 Yu. P. et al.., Institute of j3xperLmental
Endocrinolomr Ltilo--r~~'S-n'e He--517H~7, Academy of Medical Sciences USSR, Moscow
"A New Laboratory Synthesis of Him.-a Insulin"
Moscow, Biokhimiy,-.t, ITO 1, 1W3, pp 221-223
Abstract: Bascription of a corT.1ete laboratory s-ynthesis. of hunan izlsul~n
based on obtaining A and B chains by a solid phase roth-:)d and subsequently
combining the synthetic chains into the whole molecule of the biolo.gica-11,y
active honpone. U-pon caTnpletion of the solid-phase synthasis, the polneptide
id
chains are veparated from the polw'ar-carrier by treatnent irith andydrous liqu.L
hydroRen flt:~oride- Using a combination of protective groups mr.1-es it prossible
Q ti,
ine in a sinfle working stag-~.- the sep ration of t i-a chains frolil the
to corab R
Insoluble poly7.er-carricr andl. their coiriplate relcac-e. Tue p-rocelure elindnates
the reed to treat the chains with soditun In liquid vi-Rionia, th(--reby
the danCeroas side effects caunad by tbifj reagent. !~ie puriN.&t A azil B syn-
thetic chanins are then recombined both vith natural chMArw and -~rith oa-~: rtno**1-h1-,r.
tion rLact'ion eZhillhit
'31AL m1d ar, a result of tly-4 recambina

NG 0ATE--20"OV70
1/2 C 4 U-NIC L AS S I F I r_'D
'TITLE--A'PRLICATI0K 1_7F THE '~';LTHOIC GF SECCNDA!,~! I UN WIN ~!I-m I sz.tu.'~ 'Z0 T'W.
STUCY ~aF Rqz_,CtSSES bUkl-NG THE JNITIAL STAGES (If: TITANIUM
SliVACHKOr V.I.
AZ HALHAt V. M tFOGEL
CCUNT R Y GF lNFu---U5SR
_.-5GljRCE--FIZIS.A METALLGV I XETALLCIVEOENI-E, ~VOL. 29, MAR.. 1970, P. 51,9-52-3,
6AT E F L b LS 14 1. C 7 0
SUBJECT AREA'S-MATERIALS, MECH.1 IND., CIVIL AND HARPIE ENGR
.,...TCPIC TAGS---T I TANtUM, MOLYBDENV.-i ALLOY, METAL VAPOR 1,I)EPOSLY101N,
INTERMETALLIC COMPOUNOt REFRALTORY METAL
.-METAL COATINGo
~~METAL blFli~LSION, SPECTROGRAPHIC ANALYSIS
CGNTkCL MAHI~ I NG---NO kESTRICTIONS
00C UM E N TC 1. A S S -U N C L A ~i F I E 0
Pi41XY PLEL/I RAIRE-300110061) SIF P NO-WkI0126f
cl.,Zc ACCES'olctl NO-AP01 2~9011,

PRUC I DATE-201NOV70
CIRC ACCESSIC,"i NG--A~101259J4
-(U) ABSTRACT. SPUOY Of- rHE UNITU'L STAGES 111 THE
Ci j~ KAT I C N' C F A T I GIN CUA VI ~~, GOF TITA~41UM GN MULY30EllV,14, US1W."
VAPjR 12
"ECUiru'ARY HN ICN F-HISSIGN ANO MASS SPECTRAL i"NALY, J,S JT IS
JE,'-',C--NSTRATEi) THAT OU1,114" WATING k-URMATIONt UIFFUSE
-~,-F.RG14-THE SUBSTRATE IINTO THE COATING. THESE ATLIMS ()(,') NUT FORM
'MliA NAUK
-.-INTERMETAALLIC COMPOUNDS WITH TITANIUM. FAC14ATY: AKAUE
-UYkAINSK[:,l 5SRj FIZIKO-TEKHNICHESKII INStlTlJro KHAR,LOV, UKRAINIAN 5SK.
UNC Lt. 55 1 F I ED

USSR UDC 621.377.622.322.5-434.1
"Ferrite Cylindrical 'Film Memory Element"
-a. Nauch.-tekhn. sb. Hikroelektronika (Electronic Engineering.
Elektron. tekhn],
Scientific and technical Collection.* Hicroelectronics),.1970,,vyp. 5 (26),
pp 84-89 (from Uh-AvtomatikaTelemekbanika I Vychislite.1'naya Tekhnika, No 6,
Jun'71, Abstract No 6 B306)
Translation: The structural design of the uemory element constructed frM, a
cylindrical ferrite film applied to a metal wire is described. The experimental
charactexistics of the memory element reflecting the dependence of the read sig-
nal amplitude on the magnitude of the number and bit current and the region of
Its stable operation In the temperature range from -60'C, to +L25% are presented.
The optivuil distance between adjacent number windings permitting maximum data
storage density to be obtained is determined experimentolly. fligh-temperature
stability of the investigated ~memory elements is noted. There are 7 illustra-
78
AWN

USSR UDC: 681.127.66
BMMR, YA. M., BERG, I V XLEURTM, Y YA., A., YU- V.
"A Memory Plate"
Mscov, Otla-ytiya, Izobreteniya, Proqrshlemvye Obraztsy, Ttva=yve zMala, wo 6,
19T0;# p 36, patent No 2L01T51 filed 3 oct 68
Abstract: This Author's Certificate introduces a vauor), plate based on a ceramic
slab with apertures. An a,diatinguishing feature of the patent, manufacture of
the plates is simplified and their properties am impraftd by appLring a ferrite
MUt an both sides ofthe slab coyerlng~tha apertivres,by pairs.
43

U!4CLA$Sf FQ~G PPbCES;lS!N'G DATE-13NOV'[1)
',F
ItTLE-FORMATION OF bLUE MOLYBUOPHOSPHORIL 10 IN IHE A,13,i-NCE 11A
~IREDUC ING AGENT -U-
,:''~-~'AUTHOk-(03i'l-BARKOVSKlYt V.F.t ALIKINAs N.,A.v ~,HVARES.(i V-S,
.:,~w.--(;CUNTRY OF 'INFO~-(;SSR
-~"-`-SOURCE-~-ZH. AXIAL. KHIM. 1970, 25(2), 341-5
ATE'PUDL ISHED---70
METAL C-0111PLEX COMPOUND
--UNCL AS 5 1 V I'D
DOCUMENT CLASS
":~PROAXY REEL/FRAME:-1994/1944 STEP ND--UR/0075/70/0?5/002/03,(tt/0345
CIRC ACCESSION NO-AP0115752
UNCLASSIFIF-0-

W2 :009 UNCLASS'l F I ED PROCESSING DATE--13NOV70
CIRC ACCESSION NO-AP011575Z
ABSTRACT/EXTRACI'--(U) GP-0- ABSTRACT. DURING THE REACTION OF NA
PHOSPHATE, AMMONIUM MGLYBCATEr~ AND MO(V) AT A TOTAL COMPD. CONCN. OF N
TIMES 10 PRIME NEGATIVE3 M A BLUE MO'lYBDOPHOSPHOk'JC ACID (1) 15 FORMED
AT A VARIABLE MO(Vl):IIO(Vl RATIO. AT~ A MOLYGOATE~ COPIC-N. OF N TIMES 10
:PRIME NEGATIVE4 M THE REGION OF MAX, COLOR DEVELOPMENT IS AT PH 1.6-2.3
AND AT A CONCNI. OF MOLYBDATE N TIMES PRIME NEGATIVE3 M THE RANGE IS PH
0.65-0.9- IN THE LATTER CASE MOLYBOATE CONC.N.iISJINSUFFICIENT TO FORM A
HETEROPOLY COMPLFX. THREE TYPES OF I ARE FORMED:' THE IST wr'rH A P
TOTAL MO kATIO OF 1:6 AT THE TOTAL SUM,OF COIAPONE14TS OF 2 TIMES 10 PRIME
NEGATIVE3 M. THE 2ND WITH A 1.-9 RATMANO COMPONENT COINGN. 4.0 TIMES 10
PRIME NEGATIVE3 M, AND THE 3RD WfTH A 1*.13 RATIO AND THE TOTAL COMPONENT
CDNCN. OF 4.8 TIMES 10 PRI.14E NEGATIVE3 M.: THE AV* VALENCE OF fmo DURING
FORMATION IS 5.84 WHICH REPRESENTS A MO4Vk)-M0(VJ RATIO OF LO:2. ALL
!SOLNS.' HAVE MAXv ABSORBANCE JN THE 830~ NM REGION--- FACILITY:
.-.-~'URAL STATE UNIV., SVERDLOVSK# USSR.

7~
Construction
UDC 624.131.43:531.5
CHERz AR
KASOV, I., ~MIKREEV, V. V., PETRUKHXN, V. P., P1 LIN, V. A., SN SKI-
A.S., and SIWAREV, V. V.
IYLEECCL of Gravity on Mechanical Properties of Soils"
Moscow, Osnovaniya, fundxnenty i mekhanika gruntov. No 1, 1970, pp 14-18
~bstrncz. Results are niven of an experimental investigation of Lhe effect
oils, conducted ir. an aircraft and
of gravj.--y on mechanical properrzies of s'
in a c~;azr!-'uge. The firsz series of experiments were conducted in a
speciallLy equipped TU-104 aircraft flying along a specific trajectory. Along
a sacLiGr. of z:~as LrajecLory the sails vicru subjected to an
a = 1.62m/seC2 for 6 seconds, ii.e. 1/6 g at ground leval. Me recond si.,ries
were co.-~ducted on a centrifuge, on which soils werQ subjuctcd to 55.1, 98-1
and J.96.2M,/sec2 acceleration, i.e. 5.6,10, and 20 g. Both aeries of tests
contaired controlled tests in motionless aircraft and centrifuge. The over-
ificie
load coer~ nt )I = alg varied f rom 0,165, to 20. Experi. e, tal setups and
techniques fo_- bot:'.-I the aircraft and centrifuge tests are d.escribed in detail.
A photoaraph of the airborne equipment and a schematit draviing of the
centrifuge are presented. Four types of soils were tested, whose physico-
mcchanical properties are given in a table. They are: I)silica sand;
112

USSR
I.I,j et al., Osnovaniya, fundamenty i mekhanika gruntov. No 1,
1970, pp 14-18
2) r-gloporite gravel with negligible bond and of low specific weight; 3) Iceramsit
granvel, loose material with rounded granules; 4) soft plastic clay of great
'Ellc wei-lit, with strong bond and small internal Africti