SCIENTIFIC ABSTRACT KLYUCHNIKOV, N.G. - KNABENGOF, V.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001401410006-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

in solutions where they have a high protective effect. The inhibiting proper-
ties of m-dinitrcrbenzene, picric acid and cupferron are explained by the fact
that they put the alloy in the passive state as a result of shifting the
stationary potentials into the high positive range and also promote the forma-
tion of a dense oxide film on the surface of the alloy protectin.- it from
corrosion. Cupferron can also give an insoluble compound vrith trivalent ti-
tanium ions [Kratkaya khim. entsiklopediya, Moscol-IS No P., 8961 19631, and pic-
ric anions are adsorbed on the positivelylcharged surface of the titanium
[L.I. Antropov, Ukr. khim. zh., No.29, 555, 19631.
2/2

USSR
UDG 621.793.3:669.255'24
KO TENIC11, I. F.
"Composition and Properties of Cobalt-Nickel Alloys Obtained Chemically"
Uch. zap. Mosk. gos. ppd. in-ta,im.V. I. Lenina (Scientific Notes of lfos=4
State Pedagogic Institute imeni V. 1. Lenin), 197i, No 340, pp :1,67-369 (from,
RZh-Khimiya, No 6 (11), Jun 72, Abstract No 6L318)
Translation: A study was raade of the chemical deposition of Ni-(Co-
P alloys on a glass substrate from solutions containing the following (in
grams1liter): 30 grarn /liter of NiCl 2.61120, 10-30 CoC12, 61120, 46 NH4 cis 100
Na citrate, 20 Wf 4H2PO 21 at 90-95' with a p1l of 10. Thci procadure for pre-
liminary treatment of the glass included degreasing, pickling, Gen-sitizing and
activating. The deposition rate (7-11 p in 30 ninutq~), composition (2-8.',~ Ps
8-60% Co, 30-90Z Ni) and microhardn-ass (700-900 kg1=2) of Ni-Co-P alloys
were determined.
1.8
id

olo UNCLASSTF D PRnCESSI.Nro DATE--IISEP70
IE
AUTOMATIC WEATHER STATION DEVELOPED FOR ARCTIC AUTOMATIC
ON THE OCEAN'S ICE -U-
JTHOR-KLYUCHNIKOVt S.
;,.--COUNTRY OF INFO--USSRt ARCTIC OCEAN
IZVESTIYAv 23 JANUARY 1970v P I
,--::DATE PUBLISHED ------- 70
~-SUBJECT AREAS--ATMOSPHERIC SCIENCES
TAGS--AUTOMATIC METEOROLOGIC STATION* HYDROMETF.JROLOGY# RA010
::NETEOROLOGIC STATION
CONTP(IL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
..:'PROXY PEEL/FRAME--lq87/1177 STEP
CIPC ACCESSION NO--ANI)IC4543
1-ca

-21*2 :01.0 UNCLASSIFIED PROCESSIN7, DATE-11SEP70
NO-AN0104543
.,CtPC ACCESSION
GP-0- ABSTRACT. AUTOMATIC RADIOMETECRnL9GICAL
STATIONS, FUTHFOL ASSISTANTS TO SCIF4TISTS, DRIFT IN T~IE EXPANSE n5 THE
NORTH ARCTIC OCEAN. HOWEVER, THE BROAD CRACKS IN tHE ICE, ACCUqULATIONS
OF FROST ON THE ANTENNAS AND INSTRUMENT FAILURES LEAD FREQUENTLY TO THE
PRFMATURE FAILURE OF THE STATIONS. EACH SUCH LOSS IN rmEsi.: ALMOST
INACCESSIBLE LATITUDES IS OF COURSE REFLECTED TO QN;~ EXTENT OR ANOTHER
JN THE WEATHEJR FORECASTS MADE FOP, THESE ARCTIC REGIONS AND IN DETFRMING
T14E DIRECtION'OF MOVEMENT-OF DRIFTING POLAR ICE. CANDIDATE OF
:~--.TECHNMAL' SCTENCES 'YU, ALEKS~EYEV, A WORKER AT JHE ARCTlC AND ANTARCTIC
'SCIMTIFIC~RBSEARCH INSTITUTEt HAS DEVELOPED A FUNDA!AENTALLY NEW STATION
WHICH IWILL.MAKE IT-POSSIBLE TO BROADF-N;THE RANGE O~ OBSERVATIONS. NOW
Jr-JS CALLED.A RADIOHYDROMETEOROLOGICAL~STATICINO

USSR UDC 621.382.2
GONCHAROV, V. N., jkUMMIM."11. KRYLOV, L. N., LAVRISON, Yu. A.,
LONCHIN, M. A., SEREZHKIN, Yu. N., UCHAYKIN, 1. G., and YAMASHKIN, Yu. M.
"Role of Microplasma Phenomena in Determining the Properties of Silicon
AvaIanche Rectifiers"
Uch. zap. Mordovsk. un-t (Scientific Notes of Mordovskiy University), 1970,
issue 82, pp 3-20 (from M-Eldktronika I yeye primejenive, No 8, August 1971,
Abstract No 8B195)
Vanelation: The effect of microplasu phenomana on thi characteristics of avalanche
rectifiers is considered. A model of thomicroplasma to prenented and the reasons
for formation of microplasm are considered. 'Iha dintribution of microplasm in
avalanche rectifiers IB prooented rar the area of the p-n Junction and for breakdown
Toltages. 'Wans are conaidered for an inorme or thq breakdown energy of avalanch3
rectifiers. -qu-mry.

019 UNICLASSIFIEW 0~bCESSTNG DATE--27."4OV70
T'ITLE--X RAY DIFFRACTION sruoy OF 3CAO*FE SUBZ 0 SUG3 .2$10 SU132 .211 SUB2
a _U_
Lol.j KLYUCHNIKOV; YU.F.
COUNTRY OF INPO--USSR
_-,SOURCE--TR. INST. MET* OBOGASHCH., AKAD. NAUK KAL. SSR 1970, 37t 42-4
:~_-DATE PUBLISHED ------- 70
SUBJECT AREAS--PHYSICS, EARTH SCIENCES AND OC EANOGRA PHY
~JIQNC TAGS--GARNET, X RAY ANALYSIS, CRYSTAL LATTICE STRUCTURE
CONTROL MARKING--NO RESTRICTIONS
OVICUMENT CLASS--UNCLASSIFIEO
:-,.PROXY REEL/FRAi4E--3006/0580 STEP 14()--UR/0000/71)/037r'000/0042/00~t-4
CIRC ACCESSION N0--AT0134345
Y.; ~j

~212 019 UNCLASSIFIED PROCESSING DATE-27NOV70
CIRC ACCESSION NO--AT0134345
P-.BSTRACT,EXTflACT--(U) GP-0- ABSTRACT. USING DE3~'E-SCFIERRER AND PGA'DER
IDIFFRACTOMETER DATA TOGETHER WITH 0. MEASURPAENTS~ THE SrPIJCT(JRAL
PR13PERTIES OF 3CAO.FE SUB2 0 SU33 ZSIO SU62 .21-1 SUB-2 0 COMP0. Mo---
ESTABL I SHED. THE PHASE HAS A t3CC. LATTICE WITH PAI;'~lkl%'ETER A EQUALS
12.286 PLUS OR MINUS 0.005 ANGSTROM At"40 Z EQUALS 130. WITH RESPECT TO THE
X RAY DATA OBTAINED, STRUCTURE OF THE TITLE CQt4PD- IS VERY CLOSE TO THAT
OF GARNETS.

USSR UDC 669.295.046.45
WICHEV, V. A., ZOTIKOVA, A. N., KLYUCHNIKOVA, Ye. P.
"Chlorination of Flotation and Autoclave Titanium Concentrates in a Fluidized
Bed"
Tr. Vses. N-i. i Proyektn. In-ta. Alyumin., Magn. i Elektrodn. Prom-sti [Works
of All-Union Scientific Research and Planning Institute of the Aluminum, Magne-
sium and Electrode Industry], 1970, No. 72,~pp. 186-189. (Translated from Refer-
ativnyy Zhurnal Metallurgiya, No. 5, 1971, Abstract No. 5 G210 1)y the authors).
Translation: A laboratory study was performed on the chlorination of flotation.
and autoclave concentrates and they were comparatively analyzed. The dept-ndence
of the rate of chlorination of three fractions of flotation and autoclave con
centrates with up to 20% Ti02 content on this content is linear. With identical
content of Ti02 at 800% the rate of chlorination of flotation concentrate is
1.5 times higher than that of the autoplave,concentrate. One reason for the
increased chlorination ability of the,flotation.concentTate is the significant
difference in grain size of rutile in the concentrates. 2 figs.

USSR UDC 669.721.472
KLYUCIINIKOV&,Je. F., ARAKELYAN, 0. 1.
:IStudy of the Phase Composition of Impurities in Products of Magnesium Production"
Tr. Vses. N-i. i Proyektn. In-ta. Aiyumin., Magn. i Elektrodn. Rrom-sti [Iforks of
All-Union Scientific Research and Planning Institute of the Aluninum, Magnesium
and Electrode Industry], 1970, No. 72, pp. 139-143. (Translated from Referativnvv
Zhurnal Metallurgiya, No. 5, 1971, Abstract No. 5 G199 by the authors).
Translation: Results are presented from determination of the phase composition
of impurities in various plant products from the production of ~~g. Optical crystal
analysis precisely determines the "transient states" of MgO as a gradual change
in the index of refraction between 1,690 end 1.736, whereas the lattices of all
these states correspond to periclase, Crystallo-optical cliaTacteristics of im-
purities and their diagnosis are presented. 5 figs; 6 biblio refs.

1/2t 020 UNCLASSIFIED, PR13CESSING DATE--040EC70
-.,.,:.:TITLE--CAMPIMETRY METHOD OF DETERMINING THE FIXATION CHAR,ACTER -U-
-.:AUTHOR-,:103)-KLYUKA# I*V.t ROZENSERGr V.AO YAKIMOVICHt To.S.
-'COUNTRY OF INFO--USSR
'...~SOURCE-OFTALMOL ZH 25(2): 91-93. 1970
DATE PUBLISHED ------- 70
,:,SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
;-TOPIC TAGS--EYE DISEASEr VISUAL PRECEPTIONt MEDICAL, APPAR ATUS
'CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
-~PROXY FICHE jNO----FD70/6050I4/F0Z STEP NO--UR/0601/*7,D/025/0021009'j'001)3
_CIRC ACCESSION NO--AP0140527

2/2 020 UNCLASSIFIED PROCESSING DATE--04DEC?;,
CIRC ACCESSION 140--AP0140527
ABSTRACI:/EXTRACT--(U) GP-0- ABSTRACT. A NEW METHOO IS SLK';(;FSTE0 FOR
LOCALIZATION OF A FALSE MACULA WHtCH INCLUDES 'rHr=. STUDY OF ~:IXATEON
CHARACTER ON A CAMPIMETER. THE TRIAL. OF THE METHOD SHO~dFD IT TO BE
SIMPLE AND ACCESSIBLE FOR ITS CLINICAL:USE. A CLINICAL TRIAL OF THE
'RFORMED ON A
CAMPIMETRIC MET1400 OF LOCALIZATION OF FALSE MACULA IWAS Pf.
NEW DEVICE PLEOPTOCAMPiMETER. A COMPARATIVE EVALUATION OF THESE
-CAMPIMETRIC AND OPHTHALMOSCOPIC METHODS USED FOR THE DErER.-MINATION OF
FIXATION CHARACTER WAS PERFORMED IN 55 PATIENTS WHO SUFFERED FROM
'ALED MORE FREQUEiTLY
AMBLYOPIA. FOVEAL AND PARAFOVEAL FIXATION IS REVE I
:WHEN STUDIED WITH THE CAPIMETRIC IMETHOO.RATHER THAN WITH THE
OPHTHALMOMETRIC ONE. THIS IS CONNECTED WITH THE 1,1,REAK OF NON STABLE
FOVEAL OR PARAFOVEAL FIXATEON DUE TO A BRIGHT LIGHT FROM A BIG
OPHTHALMOSCOPE WHICH BLINDS THE EYE4 THE CAMPLMETRIC METHOD FOR
DETERMINATION OF FIXATION CHARACTER 15 CON$IDERED UNDER MORE EXPRESSED
PHYSIOLOGIC CONDITIONS TO ALLOW REVEALING LOCALIZATION OF FIXATION IN AN
~AMBLYQPIC EYE. THE DETERMINATION OF FIXATION PERFORMED IN GRADES MAKES
POSSIBLE TO REGISTER THE FINDINGS OF*THE INVEST~~GATJON ANo TO OBSERVE
.,THE.DY.NAMICS OF THE TREATMENT APPLIEO*~ FACRITY: V. P. FILATOV
DOESSA.RES. INST. EYE DES. TISSUE THER. ODESSA, USSR.
UNCLASS IFIED
I~gw

1/2 029 UNCLASSIFIE0 PROCESS ING DATE-20NOV70
TITLE--THFkt)0uYliAMIC FUNCTIUNS OF PIEZOELECTRIC PULARONS IN STEAOY
_'MAGNETIC FIELD ANC CYCLGTRLN RESONANCE -U-
.'~-'AUTHOR-7(02)-,t4YUKAN-.L A-A-, PUKATILOVi EoPo
EF INFC--LSSR
,~._'SOURCE-PHYSJ[A STATUS SOLIUlt ~1970, VOL.39i NR I p PP 227-286
DATE Pti(ILISHED--70
sUdJECT AREAS-PHYSICS
TOPIC TAGS-PIELOELECTRIC MATERIAL,. POLARCN, THERMODYNAMIC FUNCTION, WEAK
FIELD* STRCNG MAGNETIC FIELDo ELECTROMAGNfi:TIC ENERGY9 MAGNETIC
SUSCEFITIbILITY, SPECIFIC HEATt CYCLOTRON RESONANCE
CGNTROL MAkKING--NG RESTRIC.TIONS
.::OCCUMEN1 CLASS-UNCLASSIF(CO
~:_ PAOXY REEL/FKAME--1992/1440 STEP NO---GE-/0030/*rl.)1039/001/OZ77/0286
q
CIRC ACCESSHN NG--AP0112434

2/2 029 UNCLASSIFIED PROCESS114G DATE--20NOV70
CIRC ACCESSICN NO-APOlIZz*34
ASS TRACT/ EXTR.;C T--(UJ GP-0- ABSTRACT. THE SUM OVER PfUGELECfRIC POLARON
STATES IS CALCULATED AT iEAK AND STRCNG MAGNEric t-IELD$. FEYNMAN'S PATH
INTEGRAL,VAkIATICNAL METHOD IS USED TO CALCULATE TRiE THERMODYNAMIC
FUNCTIONS, I.E. ENERGY, MAGNETEC ..SUSCEPTI[31LIrY, Alliti SPECIFIC "EAT.
CYCLO*FRCN RESCNANCE CIF PIEZUELECTRIC PULARONS IS CONSIDERED AND A
COMPARISCN OF THEORETICAL AND EXPERIMEVAL RESULIS IS (11VEN.
FACILITY: DEPARTNENT Of THEORETICAL PHYSICS, KLSfi:INE%' STATE UNIVERSITY,
.:KISHINEV.

WISR
SAMSON, A. ff-, KLnKAMVA, X. A-, amd H=MnaaTA, L_ A-
"Formation f Raiseus of toMaty,41-mal Types of awatllatlions of a Laser. ixr.
the Preoscillal:l= Verlad!r
Minsk, Zhuraal Prikladmay Spektroskapii, ffay 1%71, p-g M-814
Abstract: The, formation of loagiLudinal types of mrciltations f rom noises
having a dispersion bcundary wete atudied. 0a the basfir of recurrent rela-
tionships for the intensiLy of the elettrical field ana-.tytic expressions
for, the envelopes of the radiation maxima and the foram of the Individual
:Longitudinal made up to the beginuing of asaillation wetv obtained. The.
wave properties of the resonator, dispersion of the actLve ragion, and de-
peadeacm- of th-e refraettve -fadex axx the populattam imrerwtan were. taken i3xto,
considerattau- LasLae-a wiEme asw=;ed t= be tb~m - Z= o1L mades.
The article i=tudes 7-4. equaftinns amil bm., F_Lgw:eff. Tlmm are 5 references-

USSR UDC 51-8-575-001.5
LYUKIN,
mkmiviovp V.I., STEPANTOV, B.h., FABRIYOV, V.A., S;E Eull, E.N.
ORegistration Of The Structure Cf Microwave Radiation On Maenetic Filmr,
Radiotekhnika i elektroniks, Vol XVII, No 5, YaY 72, pp 1114-1116
Abstract-. The thermal rjethod of recording radiation on '~'Jiin mignetic film
I .-in ,
with strip domains described previously in two papero by L.M. Uyul, -nd
others wao used for registration of the atructure of xi.Crowave radiation. The
scheme of the dovice used for recording inicro-dave rodiation on marnetir, film
and a block diagram of the experimental equipment used for ragietration are
shown and described. The authors thank V~P. Kuzneteov f,or asVietonce in con-
ducting the experiment 3 f ig. 2 ref Received by editors, 7 Julie 1971
176

Rzybal-ov, It. L., Reception of optical pa,liation phl~ i
Z=bila, G. A. tlodulaLCIJ by a Suve ch lrh- Frequency Sianal .... 304
ropov, L. N. Pnrametrtc upticul fit;%nal Li~siter ............ 3013
lausev, V. C. Stu'l,- ,f the Effect of )4ultimode L~,er Caisaln
on the Reception of midse poduitted si:;nais ... ill
torrhunav, L. P. Ntui:r of the basic par=..t~" .1 Liri't-Guitle
Coanual.cations Lines ......................... J16
orrtaenihtoy", V. 5. ra~ Lono,s for Optical. Uam Uave "idea ...... 323
Heykapar, 0. 1. Structural Characturi--t-icz of Ante-nnss for
Photon Information Transmission System ...... 331
-Khronov, A. B., Fab- 1=paraturm c! Thin Ferromazitetic.
rikov, V. A., Films when Recording lv,agas by Laser Emission 340
rlvuk Lrk..L&,U
9 Thin Magnetic FLlw in "4er lemn Intormation
-K. alit.. ~.v Transmission Syst"= ......................... 350
Khromov. A. U.
Mon'shikh, 0. F. Method of Precession DiaSnosticr of SmAll
I Disturbances of the Optical Activity and
t Indexes of Rafraction of Optically Transparent
Media using Laser Radiation .................. 364
Man'shikh, 0. F. Procedum for Optical Differentiation ei Ampli-
tude Modulated Coherent Radiation ............ 371
n'shikh,O. F. Study of tho Optical leropoctle8 or Substances
Based on the Inverse Faraday Effect .......... 375
Ifikitia. V. V. . Study of Lo7ical Zlectents Beset; on a remicon-
*MGYIOV, V. 0. ductor Laser Phatodiodt ............. I ........ 160
Uspenski.y. A. V. Possibility of Realizing -Ihre.- 'table Statas
in a Semiconductor Laser with Ilenuniforn Fxci-
tation ....................................... 3d5
t. A. , Two-Vinansional ~canni-12 Of an Optical Boom
A-rotov, V. V., by Light Refraction in an Ultrasonic field 3119
, Yu. L.
R-.-s
Ifiryurinp Z, A. Laser Syijt*m Insuring that an Image Of art
tov, V. V., Object wilt be Obtained On a Display 4 croon 395
botnanka. Yu. L.
487

FiTCAIT-23-2015-72
I.NGLISH TITLE! PROJILLMS OF LASER PFAM DATA T"NSHISSION
PROCEEDING'; OF THE FIRST ALL-MON C(OFERENCr. K;_rv,
SMEMER 1968
t t tit Lit.14 TtTLC tPP.OBLZW PERFDACHI 114F~;MTSII LhZERXYh 12.'LlJCKlsIlE!i
A1.171101k: 1. A. DERYUCIN. ET AL.
SOURCE: KIEV ORDER OF LENIN STATE MVERSM
IMEW T.C. SCMCHEMO
TrunilaW for FSTC by AcsL
NOTICE
The c-tolti ljF this pabliCAtion have been manslaced at prcicnrcd in the origir%A! MAr. Ntl
vtvupt lics bri-n made to vcriry the accuracy of my statement coo"ned heecin, This
trali%hilhort is published with a tninimoin of copy editing and graphics preparAtion in order
El, vqjivolitv the di-cininatiun of inGirination.
Alwpolond fior public rOvs%c. Oi%ttibutioti unlinxited.
.t -

USSR uDc 62i.373-531(08.8)
SHLYKOV, N. A., .71EMIROVSKIY, B. V., KLYUKIN, L. ID., TSELYKIDVSKTY-, 0. F.
"A Pulse Generator"
USSR Author's Certificate No 2L8,~77, Filed 1L -far 6', Pub1trilied
RZh-Radiotekhnika, No 10, Oct 70, Abstract i1o 10168 P)
the propoczed pulse winerat r i
Translation-, The time-mark circuit in o S
between. the negative pole o~ the auxiliary power supply ar,~.t the callettor
auxiliany transistor which is connected in tam the basiv~ of tht.*! nal.r.
through a capacitor in the time-mark circuit and the feedbrick -winding ~;f
former; the base of the auxiliary trEu,,sistor is connected *W the th~!
cif the ma-~n aLd ai;.xii`ary
main transistor through a feedback resistor; the emi
transistors are connected to the negative and positive poltis of the auxili,-Iry end
main power supply sources. The circuit may be used over a vide frequency riIjij,,e
C 4
since provisionis made for switching the capucitance of V~a time-mark capa
and for continuous control of the time-mark resistor. N. 15.
1.37

UISSR uDc 629-7.018.2
-IN, S. M. KHEYFE?S), V. A.
BORODIN, Yu. P., KLYUK
"A Device for Measuring the Aerodynamic Loads Acting on a Helicopter Rotor
Mcdel"
Moscow, Otkrytiya, Izobreteniya, Promyshlennyye Obraztsy, Tovnrnyye Znaki,
No 2, Jan 73, Author's Certificate No 362216, Division.0, filed 5 Apr 71,
published 11 Dee 72, p 89
Translation: This Author's Certificate introduces a device for rueasuring
the aerodynamic loads acting on a model of the lift- rotor of a helicopter.
The device contains amplifiers, low-frequency filters and a comiriutator wliich
are connected in series, and also a control unit vith its outputs con-
nected to the commutator inputs and to the inputs of an analog-digital
converter and a keypunch machine. The device also contains datu trans-
mitter units for the azimuthal position of the shaft of the helicopter
rotor model. As a distinguishing feature of the patent, the accuracy of
measurement of aerodynamic loads is improved by locating the flate. units for
the azimuthal -nos-ition of the shaft diametrically opposed, and cornecting
them 'to the input of the control unit through a pulse shaper ithich is in-
corporated into the device.

USSR uDc. 621.3-182-525
r
Y'
2MOIKOV, Yu. A. mut ~-V. , CHUDAKOV, A. D., State Scientific Research
Institute of He and Power D
ngineering Equipment Building
"A Fluidic Logic Device"
Moscow, Otkrytiya, izobreteniya, pronyshlennyye obraztsy, tov----nyye znaki,
1970, No 25, Soviet Patent No 278208, class 42, filed 2'4? May 69, published
5 Aug 70, -Dp 129-130
Translation: This Author's Certificate introduces a fluidic legic device
Vhich can be used for controlling a shifted code converter. The device
contains a NOR clemant with t,,ro inrilt channels, tand an "irhibit" element
vith tain and inhibiting input channelu. An IL :Vc,;LLure of
the patent, reliability in improve-A by connecting the Input charnul of tile
device to the first input, ch"Yinel of the HOR e1 arient and to the , ain input
channel of the "inhibit" elem,,,nt, connecting the, output iJianiiel of tile NOR
element to the inhibiting input channel of the "inhibit" element and to
the first output channel of the device, and connecting L-he output channel
of the "Inhibit" element to the second in; ut channel of the NOR element and
P
tD the second ou-trat chs.-m-e! of the device.
31

USSR UDO 621.385.6:621.314.6
KLYUSHIN1 A S., ZVEREVA, L. Ye.
:"Test of the Development of Technology for Production of Magnetic Field
Ractifiers"
ElektrGn. tekhnika. Nauchno-tekhn. sb. Elektron. SVCh (Electronic Technology.
Scientific-Technical Collection. Microwave Electronics), 1971, issue 1,
pp 88-94 (from RZh--Elektronika i yeye primeneniva, No 5~ May 1971, Abstract
No 5A]-52)
Translation: In order to decrease the level of the pariasitic components of
the magnetic field at the a.
xis of the magnetic system of Type 0 electronic
devices, a rectifier is used which consists of Permallov and aluminuin disks.
It is shown that the residual level of the transverse campontnt at the axis
of the rectifier is deternined by the inclination of the Perma,lloy disks.
The technology is described which makes it possible to ascseml:sle amplifiers
with an ina-inatlaa of: the disks not mare than 1.5-10-3 radizan with a 25-mm
diameter of the disks, which assures a magnitude of the.transverse component
of the value of WO.2 percent of the axial component. & method for inspec-
tion of the magnitude of the transverse component at the system axis with
the aid of a Hall-effect device and an evaluation of measurement errors are
aresent-2-11.

USSR
KLYUSHIN Ya. G.
"One Differential Game with a Special Type of Control"
Mat. Apparat. PInov. Raschestov. [Mathematical Apparatus of Plan Calcli-
lations -- Collection of Works], Moscow, 1972, pp 61-64 (Translated from
Roferativnyy Zhurnal, Kibernetika, No 1, 1973, Abstract No 1 V677 by the
author) .
Translation: in solving differential gaines, it is usually asstimed that
the upper and lower values of the game in the pure straterjes correspond.
This assumption is incorrect for very 5imple differential equations de-
fining a differential game. One class of differential games of this type
is studied. The solution is constructed. successfully, due to the speci-
fics of limitations on the strategies of 9ne player. An example is pre-
Sented of a differential game which can be interpreted as the game of
an engineer versus nature.

USSR UDC 669.71.074.2
MARGOLIN, Ye. V., BURKAT, V. S., KLYUSHKIN, V. P., OiERKASSKIY, N1. L.
"Development fer From Wet Gas Furifi-
of a Hethod for the Determination of Drop Transl
cat:.Lon Apparatus in Aluninum Production"
Tr. Vses. N-i, Proyektn. In-ta. Alyumin., Magn. i Elektrodn. Prom-sti fivorks
of All-Union Scientific Research and Planning Institute of the Aluminum, Magne-
sium and Electrode Industry), 1970, No. 71, pp. 168-176. (Translated from lzefera-
tivnyy Zhurnal Metallurgiya, No. 5, 1971, Abstract No. 5 G,162 by the authors).
Translation: A review is presented of existing methods for deteimination of
drop transfer. A new irethod is suggested, reconmended for use both in testing
~of-industrial wet purification apparatus and for organization of periodic
testing of drop transfer. The accuracy of the methad is quite high in determining
drop transfer of up to 1.2 g/m3 s. t. p. 3 figs; 2 tables.
IRTITHAi7h,
A
ININY fl#1191111 1. 1 HER

USSR
SAFOKOV, V. If-l LIZAInKly, V. A., XL-YjEurn V_.-p-
'BIN .0, IN.
KOVAS N. G., IL NSKAYA, G. L, IZ8=11h
"Ph3rsical Properties and Chemical Composition of
Production of Aluminum and Silumin"
Tsvotnye Metally# No 4p Apr 71, pp 43-44
IFA
UDC 669.70.1
G. BULGA-
4.-PKOT, YE
zu SUOVA, A. 5.
Dust Formed During the
Abstractj Since Vie physical and chemical composition of a dust dictates
the basic characteristics of the dust-collecting apparatut~ need-ed, a study
was rade of these characteristics of dusts collected durii4j; the production
of electrolytic al=inun and siluxin. Two mthoda of detemnDul disrersi-
-infr he latter
bill y were studied -- using triple cyclonea-and us , i:m:Pactcv;, T
were found -to give the most reliable results., The apecific electric resis-
tance for the dusts was reasured and found to be 4 x 10? - 4 x 108 oh..Ts. cm
min du .
for electrolytic alu2inum and 5 x 109 - 2 x 1010 ohms.cm :Vc.r sill. S4
at the dew point of tim gas in the temperature range of 20 to 110 1C. At 100 0C
boa forms of dust have a specific electrical --esistance of less than 109 -
1011 ohms.cm. Other characieristics determined were density, bulk density,
angle of rest, porosity, and. moisture. The electrolytic 41uminuta dust was 2
analyzed for total fluorine, A1203, KA201 Fe2O3o SiO2, CaD, b1go, resin,
anLi calcination loss. i/I S04

"fi, I., .-H. 4 M, '-ft"i
USSR UDC: 62:L.385:530-145.6.623
"Dispersion of the Axi&l Modes of a Gas Umer in the Atnosphere"
V sb *Plrooyekt-irovanlye (Design-collection of works) , vyp. 2, vosccw, 19TO,
PP 13-15 from RZb-Radioteehnika, No 5, MSY 71, Abstract No 5D483)
Translation: Theoretical research -;a done on the dispersion of axial modes
of a gas laser in the ground layers of the atmosphere together with formullas
to, account fbr this disDersion. Resunh.

I". Jog- I M-.1 1"Ill lijIMM 1 .3 11-1.
A400435G5 UR 0482
Soviet Inventions illustrated, Electrical, Der-ient,.
243850 DISTANCE WAMIREMENT'&4 AN ELECTFOD-QPTICAL
based on tVe measuretumtt-lof the 317o
phase dif ferlfice-o e WK
4 modulate d light it ~ ref lacted
from two mirrors. The method of the light flux,
splitting is based on generation by two eiquivalbnt
reflectors of two equal modulated light fluxes with
a phase difference between, them. The pha4e shift
-,M at SL
is obtained by spacing two'siviLar reflectc
certain distance along theline of sighting. at which
the greatest phase difference sensitivitY Is
achieved. lbe.spacing of one reflector fr" the
other is fixed for each type of the electro-opticaL
ran can vary within thO limitS
Se finder. It er~ and
n/.1 t (0.1 + 0.2), vhere n is any i-tteg
the modulation vevelength,; There Ls no ne,44 of
p4ulatnd
reference light flUx. Th*:14kxt flux is mg
in both channels and thOY 0143t equal,parts In tba
distance inessuremnt.
30.12.6,6 as 1123736118-11DUMUNRPiM, (1,10.69)
iul 17,'14.5.69. Class 42c.liit-COG 01c.
20

1/2 007 UNCLASSIFIED PROCESSING DATE-16OCT70
',~-TITLE-COMPUSITION OF PIGMENTS AND TOCOPHEROLS OF RYEI LIPIUS -U-
YU.F.9 DENISENKOr YA.I., NEC.4AYFYr A.P.,
_.',-'.'.'YANUT0VSKIT, 'M.TS.
I.
~.-.~,COUNTRY.OF INFU--USSR
SOURCE--PRIKL. 6IOKHIM. MIKROBIOL. 19709 6(L), 95-8
:-w-DATE PUBL ISHED-----70
~,SUBJECT AREAS-6-19L,GGICAL ANO-NEDICAL SCIENCES
~,'TOPIC TAGS-CEREAL CROPt BIOLOGIC PIGMENT, THIN LAYER CHROMATOGRAPHY9
CHEMICAL ANALYSIS
MARKING-NO RESTRICTIONS
~DOCUMENT CLASS-UNCLASSIFIED
~_.__'PROXY REEL/FRAME--1996/0597 STEP NO--UR/0411/7()/0061()01/0095/00~JP-
CIRCACCESSION N-3--AP0117825

2/2 007 UNCLASSIFIED PROCESS114G DATE--160CT70
,~CIRC ACCESSION NO--AP0117825
,,ABSTRACTIEXTRACT--(U) GP-0- ABSTRACT. FLOUR PREPNSo OF 6 RUSSIAN RYE
VARIETIES WERE EXTD, WIT11 ETHER* BY THIN LAYER CHROMATOG. IT WAS SHOWN
THAT THE CAROTENOID FRACTION CONTAINS BETA CAROTENto POLY ICIS
LYCOPENE), XANTHOPHYLL EPOXIDE, XAIJTHOPHYLL, A-40 TA,~AXANTHIN. THE
TOCOPHEROL FRACTION WAS 5EPUo BY GAS LIQ. CHROMATOGo (CELITE 545
IMPREGNATED WITH 10PERCENT SILICONE ELASTOMER SaE-3Q, CARRIER GAS AR,
TEMPi 240DEGREES). THE FOLLOWING TOCOPHEROLS WERE IUENTIFlE0 (RELATIVE
AMTS-. IN PERCENT): ALPHA(37-51), GAMMA(7-11), DELrA(17-2,b), A140 LETA
FACILITY: MOSCOW TECHNOL. INSr. FOOD IND.s MOSCOW#
USSRa
i AL

USSR UDC 582.232-119:576.8
KVASNIKOV, Ye. 1. , STOGNUY, I. P., TFAVCHUK, T. P., SHCHELOKOVA, I. F.,
gTagwalzagg 7 --M., and CRIINBERG, T. A., Institute of Mcrobiology and
f1ro ogy, Academy of Sciences Ukrainian SSR, Kiev
"Blue-Green Algae From the Kremenchug Reservoir as a Rau, '.1-faterial f or
Growing Microarvinlsns"
Kiev, Cidrobiologicheskiy Zhurnal, Vol 7, No 6; Nov/Dec 71, pp 80-83
Abstract: Blue-reen algae of the Kremenchug reservoir contain a consider-
able anount 0.,
J. Polvsaccharides botii easy and difficult co hydrolyze, includ-
ing easily accessible ones f
C, or assimilating glucose, mannose, galactose, amd
xylose. Tli-ey are also rich in protein substances which can, upon hydrolysis,
be converted into --aino acids and used in the process of growing rdcroorganisms.
Algae cont-ain a sufficient mamount of ash elemants, but they are poor in phos-
orus.. Blue-green algae contain a large selection of 8-1:;roup vitamins.
b
P
These algae contain all the components necessary for the develop=ent of
heterotrophic microorganisms used in the brewing anti food industry. The
at cc.-_ponents can
necessar be balanced.
3.7

USSR UDC.-*669.187.6
MMSUKINA, L. DEDIJSHEV, L. A.,.KOSYRE-V, K., VOLKOV, S. Ye. ,
and SHARAPOV, A.. A.-
"Thermal ]Inertia in. Electric- Slag Remelting"
Proizvodstvo Chernykh Metallov [Production of Ferrous Metals --Collection of
Works],, No 75, Metallurgiya Press, 1970, pp 167-169~
Translation: The influence of stopping (for 1-5 min) thi-- electric slag process
on the final macrostructure of. ingots of high-chrome heat-resi-stant steel type
E1961, high-chrome manganese steel type E1835.and type MUS bull bearing steel
is studied.
The surf-ace of the ingots produced is satisfactory ifith slight corrugations
in the areas where the process was stopped. Obviously, the coi,nLgations are
caused by local disruption of the dynamic equflibrium between heat input zind
outflow.
However, the stopping of the process within the lirits studied does not cause
appearance of macrostructuraL defects, since under the conditions of electric
slag remelting the metal bath has significant thermal inertia. 1 table.

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C J% T S YUF 1,,if-L)--LSSk
S C; UC E F I Z KHN4. IVEKH. MATER. 1970, 6f2)t 120-1
-, ;..C-ATE-PUbLlSHFC ------- 70
z;~SU-IjECT APEAS-MATEkIALS
TO? I C. TA 6S-;kNT I FR ICT IGN tl.'ATEkIAL, POLYTFTKAFI.L)-iN'UF'1'1'ifLE'~t:p GRAPHII~,
i. ~:PLASTIC.I.)EFOiqt4AFICtl/(U)FrL)RGPLA$r 4 TfAoti
Z [-~'iT ~R C L-M A t-%h I .1-4-G-NO RE- S TI C T I C.P.; S
C Um E i-4 T
-..JC CLASS-UNCLASSIFIE0
PAOXY REi:LlFKA~-',E--300b/0--j30 STEP 4NC--UR/03t>9/71~/0-36~C~~~-/0120/0121
CIRC ACCESSUrN NC--AP0134659

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~'-A8STRACT/EXT:'l-^CT--fU) GP-C- ABSTRAC'T. THE T I T L EPGLY1,1ER 4'S FILL'EL", li It -11 H
15-40PE.RC ENT COLLCIDAL GA;~PHITE 3 Y TFE PIREP,(IOUSLY :,' E S C R I l.-)' L-0 E r(P.
A. SEVERIN ET AL. , 196,13 THE Pf~LSENCE OF GRAPHM!
--lSTANCE OF lii~- COM11N. "V'LLE~ THAN OR FQJ00~' P-1 1,00, 3 ~~ES
AbKASIGN R~ S
:A ;j I r jj ~,j Ci F-
THE FRICTICh tOEFFS. Gi- THE COMPi"iS. VERE
"THE CL-14PNS. UNDER
: STRESS PROCI EUEG FAST FW 24 ~,Kv TH-N I" SI-11.0i" oloi~i!
A14D 4,RESfED BY ThE REUklEINTATION OF THE PULYMCR. ST~'-,~iCTUAE.
FACILITY: li'ItST.KHI~M. VYSGKC,4GL. SOEDIN. KIEV, usfiR
L A S i

DokI. Vses. nauchnc-tekhn. konferentsii Po -radiotekhn. izraex,,~n_JLy,_