SCIENTIFIC ABSTRACT ZEGZHDA, T.V. - ZELENIN, K.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203730007-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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V21 010 UNCL ASS IF I EU. P40CFSSING DATE-160CT70
IRC 4CCESS I ON NO-AP0114581
~-ABSTRACTIEXTRZACT-W) GP-0- ABSTIZACT. THE P; E DOX P014ENTIAL IN A CELL
-CaN T G . ~ FURN M A~41 D INE 0 4' S U L F 10 E I I H
SUB2 MC 4---NHIS~ SLI`52) THIOUREA 'NO N
AC5H 4A5 MEASUIRr-
E0 4 T 25DEGRE-PS fllT~i A PT AND GL4SS
ELEC-TkOGES AND" C-jY,-r"ARF;,) ~iITH A C~-L
L C0N'TG#:Lf-. PRPIIE~"T i I VE. G- EF R i 4;: 3
POSITIVE (AS SULFATES1, N HCLf AND 0-601PERGENT ACOH, ThE POTENfIAL oF
THE FORM. AMI Ell 'Pi-E DISULF10E THIOUREA SYSTEM ES PXACTLCALLY fNJEPENC-E.%T OF
THE
SGI VENT CCIMPN. THE DATA SYSTEJ4S tLRE J~N GO' 0 AGREEMENT L4 I T N
FOR 8 OTH
THOSE OBTAINED WITH THE SCE A14D PT
ELECTRODES.: FACILITY., INST.
NEGRGt --KHIMw-t NOVOSIBIRSKI USSR*
--------- ON C L A S S 1 F 1E0

UNCLASSIPIFD~
TITL E-11, L-:TH6 D S f-~Q R 1,1,4 C R;: A S IG T HE.; A E L I A BL I T Y
:LOOPS -U-
AkULTH')R.-(02)-ZL-lGARNIK, YJ.A., LITVINOV, V.D.
-:CGUNTRY OF INFG--USSR
SOURCE--TEPLOFIZ. VYS. TEMP. 1970t B(I)i 222-4
I)ATE PUBLtSHED ------- 70
MAIEFRIALS
METAL BOILINS, %4UrLEATE
STFP t4~*)-:-(J~ilOZe)417(Jl-,)r:,~'~ICJUII'J2221r)22"t
PRCCESSING r)ATE--02,ICT70
OF BOILINXr LI'JUID ME-TrAt-
CIRC ACCESSICIN NO-APOL07311

2/2, 032- UNCLASS.1 F I ED! PROCESSING DATE--O?OCr.7-3
CIRC ACCESSION NO-AP0107311
-0- ABSTRACT. THE STUDY WAS CONOU~TED Of'l LIQ. NIA
.:_,_A_4STRACT/EXJRACT--'%U) GP i
IN-A CLOSED LOOP OF STAINLESS STEEL (3.54 MM INSIOE: DIA,11.) TUBES.
EFFECTS OF TUBE SURFACE ROUGHNESSv INERT (AR) GAS FILINC.PAITOR TO EXOT.,
AND THE CCNTTINUOUS ADD.N. OF AR GAS AT WAIS EXAMI). RESuLTS
SHOWED THAT-INITIATION OF NA BOILING WAS' REDUCED FRO-1 SUPEIHEATS OF
.150-80DEGREES TO 15-40DEGREES BY AR rLU;SHING OF ROUGHENED TJBES PRIO-'~ TO
THEEXPT. BOILING WAS UNIFORM AS LONG AS AR GAS ilks. P;ZESENT 114 THE ruBE
Ir, 1301LING (CONVECTIVE
CAVITIES.; WJTH. AR GAS EXHAUSTED NONUNIFORM PULSATIN
--~HEAHNG)i.WAS OBSO. CONTINUOUS ADONS OF SMALL~ AIITS~'l (0,,004-0.006 4T.
-0 PROCEED SMOOTHLY
-PERCENT). OF AR PERMITTED THE NUCLEATE BiDILING OF NA )
10 PRIME3 KCAL-P,
NITHOUT NA LOSS, AT HEATING RATES OF- (150-50,0) TIMES
kiR; THE PHENOMENON OCCURRING -Is -S I M I LAR. TO THAT OBSO. BY H. W.
ATOMI IED K - L 00 P-.:
FfAA t-19641'o bk~ A4
Rd N AND. - Nia Is KRAKOVIAK

DOCUMENT CLASS-UNCLASSIFLEO
,~%'~PROXY,REELIFRAME-2000/).100 STEP NC~--UA/0249170/025/009/0023/0026
CIRC ACCESSICN NO-AT0124755
:~uro' C I- -Al

.:.2/2- 007 UNCLASSIFIED PROCESSING DATE--30OCT70
CIRC ACCESSION NO -AT0124755
ABSTRACTIEXTRACT -M GP-0- ABSTRACT. THE T ITLE ESIERS ~RCO SUB2 CH SUBZ
CH-SU82.OC SUB5 K SUB11 (1) WERE PREPD..BY A REACTION OF HOCH SU~2. CH
-SU82 CC SUB5 H SUBI1 (11) W ITH ALIPHATIC A CIDS LIN' DRY PHI IN THE
PRESENCE OF H S UBZ SO SUB4. NEW 1 117) M EQUALS Flo ALKYLS FROM, ME TO C
H SUB331 WERE PREPD. IN 41-88PERCENT., :Y1EL().' THE PHYS. CONSTS. OF
TH EESTER5 ARE TABULATED&

-020
PRO:CESStNG DATE--230CT70
:UNCLASSI FIEDI
OF THE CONDUCTION ~ BAND ~ANO MECHANISK OF ELECTRON
SUBO.5 GA
SCATTERING IN IN SURO.5~,:SB -Ul-
ALLYEVY S.A.v ALIYEV 14. Ile
RY. OF INFO--USSR
ROV.
SOURCE-.-FIZ. TEKH. POLUP1 1970, 4(2), 389-91
0 AT EPUBLISHED--.-----70
SUBJECT AREAS--PHYSICS
.,-::..TOPIC TAGS--SEMICONDUCTOR, BAND STRUCTURE, THERMAL EMP, SE111CONDUCTOR
,-CONDUCTIVITY, HALL CONSTANT, ELECTRON PHUNON UNTERACTION, ANTIMONIDE,
iGALLIUM. COMPOUNDP INDIUM COMPOUND
CONTROL MARKTNG--NO RESTRICTIONS
--DOCUMENT CLASS--.UNCLASSIFIED
_-PROXY REEL/FRAME--198711996 STEP NO--UR/0449/'10/004/OOZ!0389/0391
CIRC ACCESSION NO--AP0105070
_-UNCLASSI-FTED

m:
020 UNCLASSIFIO: PROMSING OATE--Z30CT70
:':C-TRC ACCESSION-NO-AP0105070
--",.-_ABSTRACT/EXT?,ACT--(U) GP-0- ABSTRACT. THE ELEC. CO ND., THERMAL CMF.
(ALPHA.SUBO), MAGNETOTHERMAL EMF. (DELTA ALPHA INFl.-NITY)w AND fHE HALL
COCFF. WERE MEASURED IN TE DOPED IN SUBO.5 GA SUR0*5 SB (CONCN, OF
CARRIERS, N EQUALS 3 TIMES 10 PRIME-17-6' TIMES 10 PRIMEIH-Cill PRV4E3)t
i'- i3OUDEGREESK. THE STRUCTURE OF THE CONDUCTION BAND (IS S44LLET THAN OP
-EQUAL TO N EQUALS 6 TIMES 10 PRIMEIB-CM,PRIME3) AGREES WITH THE
-PREDICTION OF THE KANE THEORY (1957). BECAUSE T14E EXPTL. POINTS ALPHA
SUBO(N) AND DELTA ALPHA INFINITY 11%) LIE WITH G00i).Av-1-URACY ON THE
THEORETICAL CURVES CALCD. FOR-THE SCATTERING OF ELECTRONS ON OPTICAL
PHONONS,.IT CAN BE CONCLUDED THAT THIS 14ECHANIS14 PREDOMINATES IN IN
~SUBO.3:GA SUBO.5 SB SOLID SOLNo CRYSTALS (AT,300DEGREESK AND 3 T114ES 10
P
AE17 I S SMALL ER THAN N I S . SMALLLER T HAN
RIf 6;TIMES 10 PRiME18-CM PRIME3).
FAC1 L-I Tvo.-- INST* FflZ.,~_8AXiJo-U5'SW*w-.

USSR UDG 669.71.472
OIILOVI A. KOPYTOV, YE. A. YELSHIN, V. V.~ ZEL'BERGt B. 1.
"Study of the Possibility of Continuous-Measurements -of.1the AlLwiina Concen-
tration in Crvolite-Alumina Melts by the Cond.uctometric,'Method"
Obogashcn. i metallurgiva polezh. iskopayemykh V sb (Beneficiation and
Metallurgy of ~Iinerals -- collection of works), Irkutsk, 1970, pp 109-110
No 4, Apr 71, Abstract No 4G160)
(from, Uh-1-letallurgy,
Translation: The basis for the conductometric. procedure is the principle of
measuring the specific resistance of the cryolite-alumina melt by the magni-
tude of the voltage drop in the electrode-melt-electrade section with a de-
fined value of the alternating current. Vie specific resistance varies
~significantly as a function of the physico-chemical state of the melt. For
malts with a ciyolite ratio of 1.7, a dependence of the! .variation 'of the
specific resistance as a function of the Al 0 concentration is observed for
2 3
frequencies of 250-3,000 hertz. With an increase in the;melt temperature,
the extremimi shifts to-jard the Icu-concentration side. With an increase in
alternating current frequency from 250 to,3,000 hertz, the specific resistance
-decreases under othcr equal conditions. With an increase in.the cryolite
ratio from 1.7 to 2.85, the conductivity of~the melt inc~reases..
ffffU____

VDC 621.43.052.001.5
USSR
SOBOL', V. IT. jo, Candidates of Technical.Sciences, FOGREMLIK,
V. V., and SkAMMIK, A. Engineers
"Strong Supercharging of the 1.01)10() Engine by.Gas Tuxbine ComprE~ssor"
Leningrad, No 7, July 72, pp 17-18
Abstract: A-ii nEii-,lysis -J.,; prese-ited of modif ications zind iviprow2rienL~; Lo a
gas turl,"Ji.ne TK-34, :Lntended to J, n c r on a se, i t-r, e'Lfic~iencv in :3 forced
regime up to the value of pressure rise rItiQ Tr - 2.1.' 1 The t:IWDrOtical re-
suits were subs t-av, tiated by tests conducted an modified serial 'EK-'34 turbo-
y show t1at a reductioniis. :obtaairied in effective
compressors. The- I
-fuel C011511mr-tioll.

U S SIR UDd 621.515.018
MSKALENKO, A. S., ZEL'DES, N. L.
"Results of Experimental Invest-iMtro-r-of the Effect of Water Fed to a
Ceutrffugal Compressor on the Compressor Parameters"
Samoletostr. i telzbn. vozd. flota. Resn.: nnzhved. nauclino-toklin. rb. (Air-
craft Construction and Air Fleet-Engineering,. Pepubli~ Inteirdlepartmental
yp. :22.,-X)p 36-46 (from, RZZh-
Scientific and Technical Collectiou),.1970,.v
Turbostroyenive, No 1, Jan 71 Abstract No 1A9.111)
Translation: Injection of water into a compressor intake for evaporative
air cooling greatly decreases the air temperature at-the co-mrressor output.
Thus, for a water flow rate on the order,of 0.025, the,.air tennerature at
the compressor output decreases by approximately WC,with an ambient tem-
perature of 11.8-13.1% and a relative ambient litritidity of (b = 41-42. Dur-
ing testing of the conpressor there was complete evaporation of the injected
turation state for. different rpm and different positions
moisture to the sal
of the baffle plate. Evaporative.air cooling during thiL comprtssion process
in a centrifugal compressor during operaiion with n = const decreases the
power constLmed by the ccmpressor. Evaporative cooling lezids to an increase
in the degree of Increase in pressure and an Increaj(dair flow rate. On in-
troducticn of evaporative cooling, the compressor charac'teristic is shifted
somewhat toward the region of higi-6r flow:rates in connection.with the increase
in air density at the impeller output.
A t

Acc. Nr: Ref. Code; UR 0056
PRIMARY SOURCE: Zhurnal Eksperitnent:al'noy iTearetichesko
Fizikij 1970v Vol Nr 3~,
OBSERVATION Of AN EXTENDED LTGHT SPA11K
Pili el--skjy, N. F.
zeldcz:lchBP- 3111'v.'~MLO' ~D
a fi Id of la-~Lr radiation focus
Au extended light spark Nvqs observed in rgon in IhL LZ
C,
C:ed by a cori-cal lens. Brvakdowrn developed al ng it he ext~,nded axialx-au sties Son','- POs-
sible applications of conical focussing. of light beaIns, iacluding Lhasa involved in break-
down formation, are indicated.
REEL
.19: T 01172

Acoustical and Ultrasonic
USSR UDC 534.26:551.26
ZEL'DIS, Y- I., LEYKOT, I. A., ROZOBERG, A. D., and ROSKEVICH, V. G., Insti-
t-~te of Radio Physics and Electronics, Academy of Scie~ces, Ukrainian SSR
"A Study of the Amplitude Characteristic~ of Sound Signals Scattered by a
Rough Water Surface"
Mosca.,, Akusticheskiy Zhurnal, Vol 19, No 2, Mar-Apr 73, pp 170-177
Abstract: The results are presented of an-experimental Investigation of the
amplitude characteristics of a back-scattered hydroacou:~.-ric si8nal within
the range of 15 to 150 1:11z and with slip angles from 10 to 50'. With the
aim of additional verification of the basic proposftionit of the theory of
resonance scattering,.based upon the theory of small perturbations, the
investigation was conducted in a tank and: on the open sea. Detailed measure-
ments were taken of the ch3rac teris ties of the scattering sufface under
swell conditions of up to 5 paints [very rough..,q-~tal; this perntitted the
data of acoustic measurements to be compared with calculation~results. A
good explanation of the obtained results can ~be provided within. the frame-
work. of the tJieory of resonance scattering.-6 figures, 7 references.
. . . . . . . . . . . .

') V t K I MtN I AL NUY
"-~,UVMUC~ ~4MUKNAL tA. I Tl:U,RETlCHE5KOY,FIlIKIt 1970, VOL 58,
1348-1358
__.~-DAT-E PUBLISHE0------7O
SUBJECT AREAS--PHYSICS
_JOP IC TAG.S--QUANTU;1A THEORY, LIGHT SCATTERING, ABSCIRIPTIZ COEFFICIENT,
ON
d,BPT I CSPECTRUNt PARAMETRIC FUNCTIO;
~,-.C ONTROL MARKING--NO RESTRICTIONS
-.~,;J)OCUMENT CLASS--UNCLASSIFIED
-:.:PRbXY REEL/FRAME--1988/1493 STEP r4O--UR/0056/70/058/004/1348/1358
CIRC ACCESSION NC--AP0106249
I A

2/Z 026 -UNCLA,SSiFIED PROCESSING DATE--230CT70
CIRC ACCESSION NO--AP0106249
.48,STRACTIEXTRACT--(U) GP-0- ABSTRACT, A QUANTUM T HEORY FOR SPJNTANErUc
PARAMETRIC THREE AND Ft PHOTON.LIGHT SCATTERING I.E. A
OUR \3 IS OEVELOPEOi
THEORY FOR DECAY OF QUANTA IN A 14ONLINEAR MEBIUM 114 PROCESSES OF THE
TYPE OMEGA SU83 YIELDS OMEGA SUBI PLUS OMEIGA SU62.A"10 0'~EGA SUB3 PLUS
-.OMElGA SUB3 YIFLDS OMEGA SUBI PLUS OMEGA SUB2. THE CA5E OF ARBITRARY
ABSORPTION COEFFICIENTS OF THE FIELDS FOR:ALL THREE FREQUENCIES OMEGA
SUBlp O-MEGA SUB2f OMEGA SUB3 IS CONSIDERED. IT I~ SHOWN THAT THE
.'INTENSITY OF LIGHT SCATTERED IN A GIVEN DIRECTION AND INTEGRATED OVER
fHE FREQUENCI.ES,'DP SUBl-D OMEGA SUB1, IS-OEFDNED:BY A SIMPLE I'NCOHERENT
SUIM OF CONTRiBUTIONS FROM ALL POINTS OF.THE SCATTERING VOLUME AND DOES
-NOT DEPEND ON THE ABSORPTION FOR THE BALLAST FREQUENCY CMEGA SUB2* THE
SPECTR4L.DTSTRI.BUTION OF PHOTONS OMETA SVBl SCATTERED 114 A GIVEN
-DIRECTION IS FOUND IN THE CASE OF COMBINED ACTIOWOF ALL SUCH FACTORS
-WHICH BROADEN THE SPECTRUMv SUCH AS ABSORPTION FOR OMEGA SUBli OMEGA
NONMONOCHROMATICITY AND
%-SU82 AND OMEGA SUB3, SPATIALi RESTRICTIONt,
SPATIAL 1,NCOHERENC' OF THE 9UMPINC-,BEAtl-OMEGA*SUBl. FACILITY:
JNST* TEORETICHESKOY I EKSPERIMENTAL'NOY'.FIZIKI

G 0ATE-23-OCTI
'UNC L ASS I F I E 0' -10
R41C ES S 1 No
C-IRC ACCESSION NO--AP0126033
ON THAT THE
GP-0- ABSTRACT. THEGRETICAL
HEATING OF THE PRIMEVAL PLASMA BEFORE THE EPOCH OF REC0,MB1,NATION RESULTS
IN DISTORTIOiNS IN THE RAYLEIGH JEANS. REGP0,14 OP THE MICROWAVE RELIC
RAOIATION SPECTRUM. IT IS POINTED OUT THAI' PRESENT! OBSERVATIONAL DATA
LLOW THE E,S TI MAT I ON Or- ENEIRGY I NJ EC T I ON L I M I TN W I TH C U~ TA I ti L I M I T S f: OR
THE AMOUNT OF ANTIMATTER IN THE UNIVERSE# FOR THE PARAIMETERS OF PRIMEV-L
TURBULENCE AND FOR THE ADIABATIC:FLUCTUATION SPECTRUM OF SMALL MASSES.
FACILITY:~-AKADEMIIA NAUK SSSR, 1NSTITUT PRi:kLADNOI MATEMATIKI,
MOSCOWv-USSR.
o%ic L A-s-S-fF

DATE--,230CT70
3-19
10U%-LP 1-1 L. 14 1 k, 1- #4 -3 .3 W Pl %, t- #4 .1 -1 1 f- I E; U
!---PROXYI~REEL/FRA.'iE--3001/0260 STEP NO--NE/0000/70/007,11,000/000310019
GIRC ACCESSION NO--AP0126032
UtIrLASSIF-IFID

WCESSING DATE-230C170
2/Z 025 UNCLASSIFIEd Pr
~CJRC ACCESS ION N! --AP01---6032
ABSTRACT/EXTRAi--T--'vU) GP-0- ABSTRACT. THEORETICAL DEMON ~TRA T 1 ON OF THE:
1 NCION S I S T EIN CY IDF T,~-ic ADIA3,~TJC RELATION ASSUMED BY . 5 if 0, (1957, 1968) TO
EXIST BETWEEN 1HE --:)c-t-jSITY PERTURBATIONS IN THE. IN17 IAL PLASMA AND THE
RADIATICN TE~PERATURE FLUCTUATIONS AT THE MOMENT Of- A PLISMA
RE CG MR 1 WA T I Of-I -WHICH LED, 4CCORD VqG , TO THE I SOTROP [C COS MIG'LOG ICAL MOUEL ,
-T:THE FORMATION OF GALAXIES. CALCULATIO14S A AT H xp
0 1, D I C T-H T E E ECTED
J
0 PL ED Y T
TEMPCE:qATLIRE FLUCTUATIONS S40ULD BE SMALLER. THAN TiE I N S 1111 1 b HIS
-IGN. FLUCTUATJONS OF THE
ADIABATIC RELAT RELIC RADIATIGN DUE TO
SE.GOND4lRY HEATING OF THE INTERGALACTIC G4S ARE, ALSO' EST IMAT ED.
~j.--.-.'FACtLlTY: AKjkDEMfIA NAUK SSSRj INST[TUT PRIKLAD-NO] MATEMATIKI, MOSCOWt
~-USSR.~
L A-5- c3i -la- A' LE D - -

'645 1 Eb PRdb.ssiNG DATE-230CT70
UNCLASSI
-,--T I-TLE--INCREASE IN THE INTENSITY OF SOLAR PROTO115 MEASURED ON THE 'PROTON
W ARTIFICIAL EARTH SATELLITE -U-
4UT*HbR-(G4)-44Lpkv.mk~t M.A., K0VRIZHNYKHt~O.M., HADEYEV, M.O., SAVENKO,
i"'C.OUNTRY OF. INFO--USSR
--~~5PURCE-moscow' VESTNIK MOSKOVSKOGO UNIVERSITETAt FIZIKKA9 ASTRONO-MIYA, NO
2't :1970, PP-229-230
'~.YATE PUBLISHED ------- 70
AREAS--SPACE TECHNOLOGY, PHYSICS, ASTRONOMYvA$TROPHYSICS?
_ArMUSPI~;Fg (C SCtENCES
--T.0?-IC TAGS-PPOTONY SOLAR FLARE, RADIO PAISSION, SPAC~CRAFIT CARRIEU
i.-EQUIPMENT, QUARK, PRIlMAP-Y COSMIC RAYt PROPURTIONALIG9UNTEllp TELESCOPEt
"ST, :SCILAR 4ADIATION INITE.
~S.PECTRUIMI SOLAR RADIATICN BU,3 0ir J'TY, RADIArm
.-MEASURING INSTRUMENIT/1%U)SEZ 13 IINSTRUMIENTv .(U) P.POTt)bl 3 SCIENTIFIC
ATELLITE
:CONTROL MIARKIING- NO RESTR ICT IONS
"!DOCUMENT C.LASS--UNCLASSIFIED
,.,-.PROXY..REEL/FRAME--3001/0860 STEP NO--Ult/0188/701000/OC)2/0229/0230
.r-IF'C ACCESSION N0-00126,129
_N~C 5-5 LF-IE V-

V3 045 UNCLASSIFIED PROCESSING DATE--23OCT70
C I RC ACCESSION N10-APOIZ6529
ABSTRACTIEXTRACT--(U) GP-0- ABSTRACT. THE SEZ-13 INSTRUMENT CARMED
-~-A000D THE "PkOTON 311 INSTRUMENT ON 7 JULY 1966 R E
GfSTERED AN INCREASE
"I N PRGTfJN INTENSITY IN THE ENERGY RANGE 100 TO 1,000 ME-V. THE INTEGRAL
.:SPr-_CTRU..4,.r,)F SOLAR PROTONS HAS THE FORM N 511'41L-tR T-D E NEGATIVE1.5.
AN- OPTf CAL FLARE OF THE 1IMPORTANCE 2B ON THAT DATE- LASrED ABOUT TWO
HOURS. THIS FLARE WAS ACCG-'-lPANIED BY AN X RAY BURST AND TYPES It AND IV
RADIO EMISSION. T14IS ARTICLE GIV~S THE RESULTS OFJIEASU;~EMENTS OF THE
BURST OF SOLAR PROTONS Oo; 7 JULY 1966.wITH: INSTRUME'NTAT ION CARRIED
ABOARD "PRI)TON 3.11. THIS SATELLITE- WAS LAUNCHED ON 1:6 JULY 1966 IN A
CIRCUMTERRESTRIAL ORRIT WIT14 AN APOGG Ur-.63~0 K.-4, ARDGEE oF Igo Km Aw
ORBITAL INCLINATION OF 640EGREES.- THE SATELLITE CAPRlEf,);NO INSTRUMENT
SPECIALLY DESIGNED FOR MEASURING LOW ENERGY PROTONS. A6rrjRDINGLYr DATA
ON THE BUR-ST- OF 7' JULY- WAS Oli'TAll"IED AS. A RESULT OF MEASUREMENTS Rl TH THE
INSTRUMENT, W140SE BASIC PURPOSE WAS 4 SEARCH FOR QUARKS IN i
PRIMARY COSMIC RAYS BEYOND THE LIMITS OF THE ATMOSPHERE, THE SEZ-13'
INSTRUMENT CONSISTS OF 12 PROPORTCONAL COUNTERS FORMI-NG A TELESCOPE.
THE PROTONS COULD ENTER THE TELFSCOPE ANGLE OF VIEW'FROM TWO OPPOSITE
DIRECT19NS. A LATITUDINAL INTENSITY VARIATION WAS OBSERVED BECAUSE THE
SATELLITE It4TERSECTED GEOGRAPHIC LATITUOES FROM 0 TO b4DEGREES. IT WAS
, Fli - r-OK-4 N SIMILAR TO E
C ON IMED THAT THE SPECTRUM OF SOLARPROTONS HAS THE.
PRIME NEGATIVE 105.
UNCLASSIFIED

UNCLA-SSI F [Eb. RIOLESSING DATE--230CT70
3/3 045
t-IRC ACCESSIMI NO--AP0126529
~:'AiISTRACT/E-XTRACT--PRLc-Ll,'41NARY DATAINDICATE THAT THE INTFNSITY OF GALACTIC
-COSMIC RAYS WITH ENERGIES IS G.REATER THAN 1,000 MEV ANO WITH ENERGIES I's
GREATER THAN 10,000 fiEV'IS 0.64 PARTICLE CM PRIME WEGATIVE1. SEC PRI'ME
NEGATIVE1. STERAD PRIME NEGATIVEL AND 0.1:21 PARTICIAE CIM PRIME NEGATIVE2.
SEC PRIME NEGATIVE1. STERAD PRIME NEGATIVEI. THESE INTENSITIES CAN BE
SOMEWHAT EXAGGERATED BECAUSE NO ALLOWANCE.WAS MADE:FCR SECONDARY
-RADIATION FORMING DURING THE ABSORPTION OF HIGH ENERGY GALACTiC COSMIC
.:_.RAYS IN-THE MATERIAL OF THE SATELL'ITE. FACILITY,: NUCLEAR
~PHYSICS-SCIENTIFIC RESEARCH INSTVTUTE, MOSCOW UNIVERSITY.
j
UNCLASSIFIED

if :SCp 1.3
jv r~~RCST.AUMIIIZER.0'( RCTATION Or (.-YROSCOPE
I \~Ykos Rica
[Article by M. Zal'devichj. Y Ok:~nj 1,eo-fmS-d, lnm-'~-Z4 ~f ?mciaiu
a-(TPrMT.-=Tw1
nchAnlca an
El
Llity of an todicatinz Stzbt!1x*r in the
Thif conalt ion of b
p"SAMC-6 of v icy in the muspensicz of a forcQd rotatlnjt
to obtai-.011.
0n4 of the off"tivu twans of, laproving the accuracy of lod.4caring
gyrostabilizerm, is th 4tbod of forced rotattzo of the
0 '4
around tho kinetic momat vactor'(Sai th~ bibL=jr'4phTj. A4 LbA studies In-
41cate, th* Incrais6 in anjuUr-valocity of f6tced r;atatlrm h" almsttive.
offact on the afficiancy~of this method..'
4
>
In thIA article a study was vAde of the possibility of Ucratsiog the
angular, valazicy of forced rotation of ih* thre*-stago &TrcA;1-0P4 takLug into
!Z~-Account ViNco4im friction from thai Position of stabluty of tam laditatims
'26
rabilixer.
IQ

USSR uDc 669-15-194:669-25:669.o1
ZELIDOVICH,, V. I., SAMOYLOVA, Ye. S., and,DOROSHFNKO, A4 V. (Deceased).,
flMitae&r I Physics" Ukrainian National Center of -the Academy of
Sciences USSR~
"Phase Transformations in the Vicalloy 1 All
O~
SverdlovskY Fizika ~Ietallov i Metallovedeni3fe, Vol 35,. 110 1, 1973, pp 125-133
Abstract: Phase transformations in Vicalloy. I alloy on heating at tempera-
tures over 5000C and on cooling were investigated by methods of dilatometric,
nagnetostructural, neutronographic, and X-ray-structurall analyses. A complex
seqixence of transformations on heating of the alloy was found, which includes
ordering and disordering of (3(- and ry-phases and disproportionation of oom-
ponents between phases. Me terVerature intervals of the "fundamental" pro-
Cesse:3 of 0( transformations an& of ordering. and disorderimg of O~ - and
(r-phases were determined. The development of r-phase on continuous heating
of the alloy can be divided into three stages. In the temperature interTal of
the Becond stage of d tranoforma-tion, an CY-p)1at1e disorder takes place
accompanied by an increase in volume, The sip differelice of the volume
laln~d by the decrease of
effect of OC -phase ordering at 400 and 700oC Is OXP~
the coefficient of thermal expansion when; ordering. Thti presented schema of

USSR UDC 539-1841
Zg~~Ch~Ta. ~B.
"Scattering and Radiation by a Quantum system in a Powerful Blectroragnetic
Field
Moscow, Uspekhi FivlcheskM Nauk, Vol i 10, No 4A May 73, pp 139 151
Abstracti This report ims presented at the Conference on Strong ElectropuRgnetic
Fields (Hungary, Balatons September 1972).,
Althowgh thera are seTeml methods of describing -the interaction of atoins,
molecules.1and radiation, the moat straightforward 0 systcrnatic~and simple method
at present is -the use of -the concepts of quasi eneTgy vand qulwl-energy stater.
This article gives a brief history of the'development of. thije concept$ its
mathematical exprcssion,aana its use in calculation. It lie pexticularly useful
in describing such quantum. mechanical sys-tems in the presenae~of a strong
time-dependent patential such as a clas-sical elactromagn6tic wave, The article
covers the use,of quasi-energy concepts in describIng syjxt-e-m evo:Lution, no--tural
state radiationp two-level systems, . spontaneo=, trunsitions, and the linear
Stark effect. The purpose is to demonstrate the methodoloaical advantagges of
the quasi-ener" method,
I 19101MORMIR I , I ral OF I "M

UDC: 536.46~662-311
M
-ZEL~ DOVICH, Ya. B.,
"The.Theory of Powder Combustion iii Gas Flow"
Novosibirsk, Pizika qDreniya i VzrMa, Vol 7, '-To 4, December 1971,
pp 463-476
Abstract: In this review of the theory of powder combustion in gas
flow, the practical value of which is importamt.in the internal
ballistics of powder. rockets , the.author begins with a su=ary of
its history. This begins -writh the experiments of Pobedonostsev,
performed in 1937, which developed the.'important generalization
that the nature of the combuat~on and the mRYiwvi3 precqzure in the
combiu3tioii chamber aro functiona d Ahe ratio~ol* tho poi.;der ,3ur-
face to the free croa.- Section, of the ch=-b(?r on -whi(~,h the velo-
city of the gases in the chamber deDends. The :effect o-P this cri-
terion of Pobedoaostsev, designated~by was developed further by
several researchers, the author of this.artiele among,, them, who
ahowed that.the flow of the combustion~productsincreased the com-
bustion rate of the powder. This phenomenon, di0covered by 0. 1.
Leypunskiy in 1942,i.9 term-ed 'Ibloll-up" (razduvana',e) Jn Russian
and described in other countries as ":erosion combustion." Accord-
ing to modern concepts, the flow of the~combustion products over

USSR -662
LTDO: 536-46, .311
ZELIDOVICH, Ya. B., Fizika c-oreniya 7, No 4, Dee 71,
i :Vzryya, vol
pp 463 476
the powder surface substantially influences the thermal and mass
transfers.in the gas layer near thei surface. In this articie the
author expatiates on a theoretical approach lie nroposed in 19,44,
-ics of turbulent flow, by which
involving the general characterist
the relative combustion velocity can be found as: a function of the
Fobedonostsev criterion P. He concludes by emphasizing the roles
of 0. 1.- Leypunskiy, G. A. Barskiy,.I.I.-A. Rivin, and,D. A. -Prank-
Kamenetskiy in the early stages of development-of the theory of
powder combustion, and he thunks, V. 13- Lib'rovic~ for Mr, rmnInVince
in preparing the article. It is noted that part of the material
for-the.article was taken from the Proce'edin-gs o f tho Institute
of Chemical Physics, USSR Acad~my. of Sciences for the.year of 1944.
2 2
6i

uDc 621-375-8z
USSR
MMOI V- A., ZU'DOVICH, B. YA.) MALYSRV, V. I., and SYCF-EV, A. A.
.0
"Radiation Spectrum of Giant Iaser P Use With Allowance f r Self-Frequency
Modulation".
V sb. Xvant. elektronika (quantum Electronics -- Collection of Works), r'o
2(14), Moscow, "Sov. Radio,". 197j, pp 19-24 (English summary) (from RZh-
Fizika, No 10, Oct 73, Abstract No 1OD820 from authors"w abstract)
Translationt The article deals w-Ith a theoretical considezation of -he
e to the dependence of
broadening of the spectrum of a giant.laser pulse du: 1
the refractive index of the matrix of the.active medium on the light Inten-
sity. A calculation is performed for the integral effect for the entire
gi=t pulse, assuming that the initial radiation is EL Gaussian random
process a Experiment Us -are performed, the'o results of tilhich agree with the
theoretical eatimatet. Bibliography with eight titleso

01
Electricit~ & Magnetism
1JD1: Norte
USSR
L B.
"AmplifyLrig~Cylindrical Blectromaguetic.!~,av'es 11ith Reflection
from a Body"
AZhurn c - allnoy i~ Teoretichei-,j] Fj val 6 2
I.-I scow, al i-. -',i)eriment,
No 6, -1972, pp 2076-2081
Abstract,: This paper is based on an.parlier artilcle o'l the some
ab(D,
author, written as a letter to the journal named (14., 1971,
p 270), reporting the e-m-olification'effect on 17~R-Ves ~-Ed"J.ectnd f-rom
a rotatin- body. The pur-pose of the present paper ii~ -to clarify
the physical nature of the -pbenomenon, to prove theox-otically the
stence of t-he effect, to conaider.-the effect from 'ho viou'point
exi- u L, t;
of the Exavitationzal interaction of the wavess ir-ith the collapsin,~.,'
body, and to esti-m-ate quatrititativoly the electrotiametio wave~~-
intercact-imC, -,-iith a poorly conductinr, cylixider. The imthor he,,,-inn.
hi3 analysis with ex-p esqions for a cylindrical i-,-Xe. i-:ith --peci-
Lnd for t1he incident wave. It is au-- ui,7
the inciderx-IL-1 cnerCy is =,~,plotoly aboorb~.--d by tlie-- imtatin,-
body 1,0~,d tdiat -41ho effc,,ct' -.].so occurs. Phen the o-- the
weaves vilith t1e, i-otatilnl) body i!" Colinected I-tith thc gj."Ivitaiionf'j
field. of the-latter arid is independent of t-he dimsii:~n-'Give

USSR IJDC: Kone
ZEL'DOVICII, Ya. 13., Zhiirnal Eksperime
lita-lIlol;i T e 0 1G t i Cl 1S0
Fizik val 62, Illo 6, 1972, pp -,2081
-1-erial of the body. The author, e~cpresses lais gratitudp_
in the ma~ U
to A. A. Andronov. A. V, Gaponov-Gre-khov, G. A Grinber-, Ye.
Lif shits, P. L. L. A. Ostrovolziy, ~ and ~A. A. Starobimolcjy
f or their advice. He is- associatted with the Inb-titut-0 of !applied
Kathematics, U;~S."L Acadc-Lay Of, *-Joienaes..

~7
USSR
ISVIC11 Ye. V..; SIMYAYEV R A (Institute of Applied
Matfieimtics Sciences)
O.:USSR AcadwW of,
"Stimulated Compton Interaction between 3khx"relliali Electrons and Spectralljt
Narrow Radiation"
MOSCOW.''Zhurnal Eksperimentallroyi Tooreticheskoy aizild; April, 1972.,
pp 1392-14,08
-cring of hi~,;h-intensity
Abstract: Effects related to stimulated Cornpton scatt
radiation by free electrons (electron heating, distortion of the radiation
spectrum, stimulated light pressure) diminish with a deArease of the specti-al
width and ancular aperture of the radiation beant. The. intei-,iril kinctic equation
(its rracleus, has been found) pervdto one to determine the ele:et-rorl her-Un.-, r--;.tr,.
and to find an anal,/-tic solution of: the evolution of intense spect-ral Urv~-s
lon for arbitravf spectral uidths and an[!,ulj3Lr
during stimulated Compton interact,
-apertures of the radiation beam.
or)

USSR
DIOVICH, Yk. B., LEVICH, YE. V., Institute, of Applied Mathe-
ZEL,
matics of the Academy of Sciences USSR,
Plasrim Heating by Collidixx~g Beavis of Coherent.Radiation"
Moscow, Pisima v Zhurnal Eksperimentaltnoy i Tooretichesko
Fiziki,,Vol 11, 140 10, 20 Yla y1970$ PP 497-500
Abstract: The use 0, colliding beans of coherent radiation to
heat a plasna is proposed. One or:both of tho:bearm Js assumei
to be spectrally broad, 4'0 /v v1c-.f where v.is the thermal
velocity of the electrons. is noted:that liqht with this 4v?
7
cannot, strictly speaking, be called coherent but the roquired
intensity can be achieved only by broadening coherent radiation
in some manner, sinoo olectrons under such a apoctr,.Im have a
ne loz gitudi-
Maxwell distribution in torris of the ma5nituda of t1 .1 u
nal velocity due to interaction with light witht)-ut the participa-
tion of collioions. It is shown that the rate of heating is then
proportional to the product of the intensities of the two beams
and independent of nizelear charge. and plas,
4 za~. density. A
L, .1at if t1h'o, Lea= i, 4-0n:iit~y
a I o,==, 1 e I a g i v e n s hlowi ng
is high and the plasma has a low density and a sualInuclear
1/2
L

USSR
ZELiDOVICH, 'LA,. B., et a!, Pistmav Zhurnal Ek~;-oerimentallnoy i
7_500
Teoraticheskov Pizilcl' Vol 11, No 10, 20 r1ay 14)1 , pp
charge, the proposed heating method car, be considorably more
effective than ordinary methods. In the exampIe given the tot'al
f each beam was 50. ioule, the ocusi2g.: cross. sect-Lon was
-ensrgy
10--):cJ, the current density was 5.1J w/cm :and-tho carrier
:-frequency was approximately,3,1014.hartz.,
2/2

7-1
USSR
B. and ILURIONOV, A. ~'F. Institute of Applied Mathematics,
caji,94tylacHences USSR
"Scattering of a Strong Wave by an Electron in a N*utic Fiele
Moscow# Shurnal Eksperimental'noy i Teoreticheskoy Miki, Vol 61, No 3,
Sep 71, PP 880-885
Abstracts The authors examine the question.oP electron sc.;F~ttering of plasma
of a strong electromagnetic waveo circularly polarize~t and Dropagating along
a constant magnetic field. By allowing for the reaction of radiationy they
find the deperdence of the scattering crwsa section on the amplitude of the
wave and the nagrdtude of the magnetic field. They cite the conditions for
propagation of a wave in plasma. They see a certain aj 'lalogy between the
computation made in this article and the familiar acadenle derivation of
the formula for the frequency of vibrations,of a pendul4um by. oramining the
rotation equivalent to iwo perpendicular:vibrations Ath a phsse difference
of -/71 /2. The authors for=Uzte the problem and griv6. the result-s nathena-
tically and graphically, Then they give the equation or motion and f1rA
characteristic resonance curves. Finaj,lyl they docribe the propagation of a
strong uave In a plasma uzing a Matheratical~treatraent;,- The .ax-ticle
Contains 1 Mustration and -bibliographic eatriezo

USSR
PT.1
and OVCHINMOV, A. A.. The Phymico-Chemical Institute
v
"Repopulatlon of Highly Excited Vibrational Levels in a Cold Lattice"
Moscow, Pis1ma v Zhurnal Eksperizentallnoy I Teoreticheskoy Fiziki, Vol
139 110 11, 5 Jun 71, pp 6" -639
.36
Abstracti This article looks. at a molecular crys U.1 consisting of dia-
tomic molecules. In an earlier article one of the*:,~uthoxrs studied the
Influence of anharmonicity. on the lifetime of hig~hly excited vibrational
levels in molecular aryatals. Here the authors exahijae taiather aspect of
this problems that Is# the G i
assumption that thi tot~il nuaber of vibrational
quanta are approximately preserved and the stationax~y sta:te is sought at a
given lattice temperature and a given-value of,11. The authors use the
molecular distribution by vibrational:states as the.:,topic-of the research.
Due to anharmonicity the energy of the two-quaatum state Is less than that
of two single-quantum states . This being true. also, for bigher states
the authors express this through several detalled equations and give a
graphic illustration. They note that the effect is'Post strongly manifested
at low temperatures in molecular crystals consisting of diatomic.molecules
1/2

A
USSR
DORDSEXEVIEC31~ A. G., 2ZLIr n..,: rmstizute of
APPI-IM. Mathematics
j
"Perturbations in an Aaisatraplc Famagenedws. Wntvin-.-e?'?~
-F V '60-. No 1,
Moscow, Zhurnal EksperimentaL"nair i. Teareticlieskay aL
'1971, pp 3-8
Abstract: It has been shawn that fo-r an-tsatrapic: so3i 1 d ans.: of- the Einstein
equations close to a singularity the effect. of matter: on- the: space-time
metric close to the singularity disappears. ~,The cosmalogical. problem of
the growth of density perturbations imeiqxanding. mattex,. whLch is, on the
average-, at rest relative to a synclironous reference- ftame, aii& also varia-
tion in the anplitude of gravitatirm,-.1 and acoust:ical. wavesi are- examined
in the paper. Its aim is to show that the g=wth; at jrexturbati-)ns. in the
density of natter in an aaisatrapic expamiin6r uaiimra;--:L'T a~kine-ric effect
-im a grav tationaL f-t--Trq-- tHat: i&: described
caused by the motion of matter f
by, solution of equaticas of gravity for empty., space.. kw- attempt-- is- made to
find the laws of the grawth a9 perturfrations ~ im the- djmmiLty- of-- matter. The:
noarelativisLic. motion of matter 1-4 cmaidaruL- Lt. UL Shown-, that- in
-112
~d -3 11 111 il!t.111 Ii'l ~I; FII1I'RA'HF;I W.Mfl: 111111111 Ifli~~ ~-t:lj I I R~ 11 i;ri IVII. !,,,I VI 141 :;i I
-A i "r1 r1 i I I

041- UNCLASSI FIED: Pa-DCESSING DATE--230(:T70
CIRC ACCESSION '-40--AP0125374
-ABSTRACTIEXTRACT-(U) GP-0- ABSTRACT. INVESTIGATION' .0 FTWO PR LEI S OF
THE ACTION OF GRAVITATION: (1) T14E COMPRESSION OF A
GASOYNA41CS UNDER
GAS OF FINITE PRESSURE ANO SPHERICALLY UNIFORM INITIAL DENSITY
DISTRIBUTION, AND (2) THE COMIPRESSION OF A~ COLD GAS OF NOWUN I FORM
I%tTIAL DISTRIBUTION. THE ASYMPTOTIC F.EATURES~Of: GAS NOTION ARE
DETER41NED FOR THE FIRST PROBLE14 IN THE NEIGHBORHOOD OF THE CENTER AND
EAR -- T 1, NOARY -.,E CE14TER AT
N 1: THE RAREFA%_ 0114 WAVE BOU, PKOPAGAJING TOWARD T1
I
JIMES CLOSE TO THE INSTANT DF THE RAREFACTION WAWS FOC-USING 4HEN THE
-141TIAL. DENSITY TENDS TO ZERO. THE FINITE STATE OF THE GAS AT Tvi
ES
ENDIUGiTO INFINITY IS ALSO, STUDLEI). AN -THE SEC-IWOD PROBLEM, THE GAS
T
THE:: SHnf-K
* WAVE.
.24SAR THE Cc,14TER IS STUDIED AFTER REF.LECTION OF
AKAQE,411A NAUK SSSRv . INSTITUT P.R I KLA UND IHATEMATIKIt MOSCOlli
UNC, L A S S I F I E 0

112 1CLASS1 FIE-0 PROCESSING DAYE--27NOV70
029 U; il
E~ OF THE
INTERtXTION OF MATTER AND RADIATION IN TH= iQ I 1110D E L
VERSE,: U -u-
Vft 1 V
,p
_'AllTHGK-f02)-5UNYAE-Yv R.A.w ZELOOVICHt ~Y.A.B..
--USSR
.,CGXVTRY Of INFO
SPACE cr-1. (NETHEq,LAN0S)-v.'V0L Tt NO* I P. 20-30 1 A PR 1 L
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i-EQUALS.- 10 PR I~MEIO ~.OMEGA TWELVE F 1 F TKS; SE C (AND IN
THE: EPLU
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ARE EXPECTED IN tHE RELIC RAO:IATION~ SPEctlRUM., HERE OMEGA
:4G 'DENSITY ~'OF MATTFR IN THE
-:r -PERIT IS THE DI-14ENSTONLF-SS AVEW
-:00ALS P
ACAD'
~-ONtVERSE*- FACILITY: :~SCI :USSR MOSCOW.
UNCLASSIFIED

-- --------
2fz 023 UNCLASSIFIED PROCESSING DATE- 04DEC70
,~~:CIRC ACCESSION NO-AP01,101188 l~
-:ABSTRACT/EXTRACT--(U) GP-0- A6STRACT EVOLUTIONARY.CBSMOLOGICAL MODELS
IN WHICH THE RADIO SOURCE POPULATIO~ CAN EXTEND TO.: LARGE REDSHI FTS AREE
,DISCUSSED. IMODELS INCORPORATING EXPONENTIAL AND POWER LAW FORMS OF
EVOLUTION OF THE AVERAGE PROPERTIES.OF RADIO SOURCE~ Wl-TH COSMOLOGICAL
EPOCH HAVE BEEN COMPUTED FOR WORLD MODELS .141TH LAMBDA EOUALS Or OMEGA
:EQUALS I AND OMEGA EQUALS 0. THESE ARE COMPARET101TH THE LATEST
OBSERVAT[OtIAL DA-rA AND PREVIOUS ANALYSES OF THE SOORCE COUNTS. IT IS
SHOWN THAT EXPONENTIAL MODELS ARE COMPATIBLE W,1TH THE 03SERVAT IONS AND
DO NOT REQUIRE A SHARP CUTOFF IN THE RAOIO.SOURCE DISTRIBUTION AT LARGE
-REDSHIFTS. THE LUMINOSITY FUNCTION or-. RAOLO SOURCES AT LARGE REOSHIFTS
~MUST EXHIBIT A MARKED MAXIMUM MINIMUM SEPAVIOURo THE PHYSICAL
'INTERPRETATtON OF DIFFERENT LAWS, OF CO$~LOGIC-4t. EVIGLUTION IS DISCUSSEO,
FACILITY: INST* OF APPLIED MAT`HEMATICSv MOSCOW
UNCLASSIFiED 7

Ram
-4/2 C- 2 1 UNCLASSIFIEb PPJ!CES'%lf4G DATE-
-20NOV7C
-T, -S m .. A - ;
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t,- E L o~.,, v I t I
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'~EC.IMIBINA-rio-,,~ OF* -; E I Pli I T I .4L PLASI~ljl AND
F, L tic I I,", T 1 S :T!4,- OF~ RAWAI 10 f 1. 1 F 1- 1: 0 U A L S
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T-T Ai~[Sl.NG SCATTERIIIG UF R;wIATI~C-P, ON MOVING
~Z.LECUIGNS IS CALCULAN-0; Tli* VELOCITY Fl' LD~. IS "Ei%,,EkNTEU. 6Y )101;1~3ATIC 0'
R
PERTUkEATIGNS. FACILITY: AUAC, SGI . USSR,v
440 s C ow .

tuammwm!mum 1 .1: i -
112 U43 UNCLASSIFIED PMQCLS~SING GATE-20NOV70
EN A It
-TITUE 40NUNIFGRMILY~~HEAM; GAS -U-
AUTP.LR-(C-4)-ZELu-%DVICki-. YA.d~, LIBROVICHI'l V.B. jklAKHY.fLADf'Er G.M.,
CCUNITFY~OF HiFC-USSR
'SCUR,CE--PP'TF, I-FURNAL Pkfi\LADNGI MEKHANIKII TEMN11CHESK01 FIZ[Klt
~YIAR .-AP klG70, P. 7t-84
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P_ I CTAGS-- C ETGNAT 10% t SHOCK WAVE REAC T 1 04N THEkMAL EFFFCT
CHEI
.CCNTROL. IMAKKING-NO RESTRICTIONS
OCCUMENT CLASS-UNCLASSIFIED
-LUFRAME-3005/1402 STEP NO-UR/0207 7010 00 000 !00 76/ 00 81t
4OX
_'CTRC. ACCFSSIC?,., ING-APOI-6354
UNC

-tin
PM
2/2 -C43 UiNCLASS I F I ED P R0 C, E S S I NG DA TE-- ZONO V 7 0
ClRC ACCESSION NO-AP0131-2354
':i,'8STRACT/EXTRt,U-_T--(U) GP-0- A3STRACT. N UM E R I C A LSOLUFION CJF THE VROBLEM;
'F i -- 1) GAS CIPABLE
6
THE -CCCURRENU OF A VETONATION III A MINUNIFORMLY HEATE
_0F ChEi-i I Ci",L REACT i0N . I I' I S SHOw N TH AT ; T HR E E 0 1 F: FE~` E,`0 p I. '% G T 10 N P. E G, 1 IM, E S
ARE PCSSIBLE IN THIS CASE. IF TKE TEMPERATURE ~DISTF,:IfJUTIGN GIVEN AT THE
JNITIAL f-'0IiE'NT IS SUCH THAT THE '"'AS IS HEATED AUMOST UNIFORMLY, 11-JE
REACTICt. ICCURS IN A Th
-ERMAL EXPLOSICN REGIME. I N I THE C E OF A VERY
...S,TEEP INITIAL TEMPLRATURE PkbFILE A SHOCK:WAVE wHICP SEPARATES F.~Wm THE
ARISES. FINALLY' TKRE J,8-,:A.JEMP:ERATURE DISTRI&UTIGN SUCH
EACTIG-N WAVE
THAT TtiE.Sh.rCK WAVE WHICH FURM5 IS. CAPABLE .0F CAUSING A REACTION, AND A
-SWITCHOVEk TO A STEAGY DETONATION REGIME OCCURS.
UNC LA 5 S I F: E 4)

:"Abstra- Code:
Ace. N ctlng~, Sia~kri e; PAI
CHEMICAL ABST.5 clfk 0 0
low
103807j' Peniodic law and mlode p ysics Zel'(JAvjj~j
YR. n.. (WSSR). Vesm. Akadf.: 'au" SL -
(Russl. A review 'Vhich f li-cos~s ~ illtit f
app cutlqint 0 3 key
events (the plarictary 1110(ict of, t1ld atoilli qulirttum-l~'Irry' d
the exclusion principle) to the- 9P Ott
t ~&. it ~Wqillc Wy or
bit
va0dern physies.. The pQs4i ~01.jbin~-itsjn
#, 1 4. ~J- .1 . 1 1 ~6
tlieurt6irse alid Gell-M, h r titl ry Pattie,
!; t sui>l
and Ru55ian attetrivts t6 ver t Or I Ce are MAL-
ify Steil
~cutsed.
p
REEL/ F1,?4E

USSR
'ZELIDOVICH B and LEVICH, YE. V., Institute of Applied'Mathematics of the
*7-cademy of Sciences US~R
"Stationary State of Electrons in aNonequilibrium Radiation Field"
Moscow, Pis'ma v Zhurnal Eksperimentallnoy i Teord.ticheskoy lizilk Vol, 11, No. 1,
d
5 Jan 70, Dp 57-60
..Abstract: The stationary state of a system off-ree nonrelativistic electrons in a
nonequilibrium radiation field is calculated. It.is assumed,that -the electrons
~acatter radiation by a Compton mechanisill. The.radlation field is assumed to be
Isotropic and it is further assumed that the radiation densit is high and the
electron concentration is low. Under these conditions the electrons are considered
as a heavy adrixture and the effect of collisions between one another and with
.nuclei is neglected. It is shown that the stationary distribution.of electrons
:W-;th respect to momentun is Gaussian and coincides with the Maxwell distribution
with respect to energy. The effective electron temperaturels expressed in terms of
the radia"Clon speatrLmi. The essence of this result ia that for snvill momentum trans-
Ters in &,i elementm-y act of interaction,the motion. of electr~ons in momentum space
Is Bro,wniaa. Electrons in intergalactiespace areldiscussed,cis an example.

7
Miclbar Physics
USSR
Fr,
-B1SNO11AT_r(-KOGA1T, G. S. 2E1 D"XiC Ya. 13. dzA SOME
"Equilibrium Concentration of Fositrons in Optically Thi n Plasman"
Pi s I tr-- v Zhurnal Elksveriventallnoy i Teoreticheskov, (Letters to
Experimental And Theoretical Physics) Vol L2 No 2, 20 Ji~ly 1970,
the Journal of Z
-PP 64-67
or a low-density planr.,,a in which
Abstract.- Physical processes are described f
radiation is emitted free! . The positron concentration it. 6_-~Len;dneij by tiae
equililari pair formaition by colli6iona of e- azid e+ with nuclei
um processes oll
(without photon ertdssion~, and:,mnihilatio;n of elf-:,~Ltrons and
er
each ouh
pozit-i=s (with photon end5sion). . The princ*al result is-that there is no
ia~libriwii states at tempenitures above 20 which it; t1,p, upp`x temperaturc-,
eq
limit.of an optically thin relativistic plasma. Relations a,re glyen for the
-second-orde~ anrdhila~ on wocess, the number of ann'hilat-lons rer lmi" volume
.-Per unit tire for a 14=cwellian distribution of electrons and-posit-rons, and pair
formation by charged-particle collisions.
Comparisous are made with processes in astroj~hy;~;ical rr.~-,,Hxj in iihich
there are no stationary r3tates, little aquilibriwri, large jerat-ure variations,
and t~fte positron concentration depends on the ptur.-pinly, ener~~Y~ From ener;iy con-
s~darations, pair generation it; alLways much less 'han 1~yncnrl:)-~roll ri%diat Loll.
1/2
I R

USSR
IMN-GIIA 711-f -11COGAN. S., pislz- -k
-m I sperimental noy j Sz~oz~,tichaskoy
Fizi' ki, Vol 12, No 2, 20 jul:-, 1970,
fiel- p I-rons -MM'In 0
m -=J i il c-Dlio'-ans leave
the presence of a magnel
an opt n r I A relativistic -a L.- s n -0: of ii4ezt-i-cal pa r -
tically thin ivgion, whe
titles can exist for extended neriods, and ener&y losses are con-nez-,sated I)y radia-
-tion., shock umves and vanyinag me, -tic
fields, as in the x-adio source roijons of
pulsa qjuanrz. Calculations
rs ana rade appky to pLisnz ha iji li,'L-LJmes loI4,-er
the tijre required for equilibrium to becoma epia lishecl.'~
Ite authors thank A. Z. Dolgiriov for st". lati%
discusstorls. Ori~". art. has
3 refs.

USSR UDC 523.038
VXYi-SHTzM,,, S. i. , ZELD0VIC14,,
Ya. B., Siberian institute'of Earth Mao. etism,
the ionosphere, anM- FoMrag',M"i '!5i"Radio Waves of the Siberian Department of
the Academy of Science-- USSR, Irkutsk; institute of Applied Mathematics of
the Acade-my c+- --nces USSR
Scie
"On the Origin of MagTzettic Frields in Astrophysics (Turbu'lent Mechanisrii o`
the 'Dynamio')"
'kh 72, pp 431-~-457
Mosemr, Uspe~~,i Fazitchesk-1 I !~--ul. No. 3, mar:
Abstract: The gen-e-rat-ori ef magi, a-, -1c fields tinder astrophys--cal conditions
isms'
given to, lldynamio", mechq i,
JS discussed. Par-"icu-lar attention Is I I -
mechanismas -;,,I which the magnetic tfield energy is dra,,m from the kinetic
energy of the Dlm-SzMa. The major role of turbulent mecb~blisms pf- the dyrjaru.)
is emphasized. The problen, of the dy-neino I-, divided intCi tW0 I-,al't[3
(1) the generation of regular siagnetic fields U.e.,, a dyliamo of f ields of
scales of the actual cosmic objects by turbulent pulsations) and.(2) genera-
tion :of chaotic fields. Exist-ing theories on the generattcn of regul;~r
fields are surveyed, with emphasis on the wc--ks of Steenbc~,ck and-2 Parker,
and the generalization-cf available-resuls~-,o large nzagiletic Feynolds
numbers characteristic Of COSM"iC Dlanna is discussed. Alpo siw,ie
Y
existing theories in the dynamlcs of Chaotic fields,and results are dcrived
1/2
111111. -010

USSR
V_kYffE=WH*YN.* S. I., ZEL-DOVICH, Ya. B., Uspekhi Fizicheskikh Nauk) No 3, Mar 72,
PP 431-457
concerning a turbulent dyna.,.iio in the presence of acoustica! turbulence.
An analogy is made with the problew. of the excitations cf vortices in the
field of acoustical turbulence. Tbe. problem of dynm. o t-,irbulence in the
field of "KoLmogorovll turbulence is d1scussed.along witli the.pwoblem of
a steady-state field due to a nonlinear effect. It is sho~,m that gyro-
tropy appears in the presence aF a nonweak field, the action of which is
opposite to the action of ordinary rotational gyratropy, Thi:s gyrotropy
sis called magnetic and can cause nonlinear~stabilization of the magnetic
field.. It is noted that many stars have convective iiuclei or convective
shells and that the material is fixed in the remaining parts of the stars:i.e.,
the turbulence is inhomogeneous, raising the problem of hour the general
field of the star will behave. if it is effectively darnped in convective
stars, it Vill rapidly be forced into nonf ixed, regions, and the lines of
force will bypass the convective cores; conseTaently, the~~core:will behave as
a diamagnetic and can develop macroscopic alectrod3iimmics. i.ei,,thc electro-
kYnar"ics of large-scale fields, where the magnetic perxreal)ility depends on the
turbulent characteristics. 'The authors mote. the't the the~ory of a turbijlent
dynarno is only beginning its develap=rnt but; it.can neverl~helcsa help to clarify
the,problen of the origin of enormous,cosiaic zragnette fields.
L) /2
53

USSR
HPLIDOVICH, Ya.-B.
I atromagnetic Current and:Cha -action of
rge.. from the Intei L,
Gravitational and Free Electromagnetic Fie-ids
-Moscow, Fis"ma v Zhurnal Eksperimental"noy i Teoretich-sl-ov
Fiziki, vol 16, i;O 7, 1972, pp 425-427
Abstract: In this letter, the author Proposes a n e,;,, inte.,U
tion of the interaction of gravitational and el-ctromacnet. i c
fields and the formulas describing that~iznteraction without
rt lw~ ves this biter::~cticn :~ani-
dhanGing the formulas. Por sho P_ t
fests itself as the deviation of photon txajeotories. 11'ho au-
thor develops the idea that the 611ravitat-ion field interacting
with the electromagnutic field creates a definite cIvIrgle denoity
and current dcnsity, wthicb wre distributed in zoiice~ 6~nd art.
lineirly dependent on the eleictroma6hetio f ieid'. ~ 'Asserting thatt,
..s of elec-~roinagne-~-ic field
"I beEm-bending phenom-enna a-rid variation
41.
-er tional,field cin be,described
nl sity occurring in the gravita.
i
-elect'-oz-ai-nneti-c -,-caves and
in terma of the interaction of the
10.ields emitted by the nev. charge, -,rith the ~ prjzary~ el'_:'~-troma tic
field, the author presents a diagram deseribing the deviation of
a li6ht beam by a hepvy body.

0ROCFSSIN%'_2i CsATE--t3N0V7Q
0,34 UNCLASSI FlED ~
TITLE--STATIONARY STATE OF ELECTRONS IN.A'NON ~EQUIiMIUM RAOiATION FIELD
_U_
YA.V. i LEV,Wit ov.:.
wow----
C-GUN. INPiJ--tJSSR
TRY OF
i e4vis-__
SOURCE--JETP LETTHRS USA VOL. It, NO!,* LlP 5 7-.60, (JAN. 1,370)
,:)ATE PULIL J5HE0-----JAlN70
~'SUBjECT AR E A S-- il HY S I c S
FIR ELF R U
TOPIC TAGS ~E' F L E C T RON .. CT, IN DENSITYP EXCITEa ':LECTiWm STATE,
-COMPTON- EFFECT, _LECTRG,'-l'GNETlC_ WAVE SCATTERUNG b4EMSsrkAHLUNc7j COULOMB
FIELD
.CONTROL ARKUNG-410 KE
ST k IT 10 N S
DOCUMEOT CLASS-UNCLASSIF 1EID
PROXY E L / F RA ?l E- - 3 00 5 / 17 9 1STEP N~)--US/(-1000/701011/0~)1/0057/0060
-CIRC AM:-SSI0sN N1-1---AP0133646
C L A 5 51 F Pc4i- i)

L/2 012 UNCLASSIFIE D' '.~PROCtSSING DATE--04DEC70
TITLE-.-PREPARATION OF CYCLODOOEECANONE BY THE LIQUID PHASE OXIDATION OF
CYCLODODECANOL -U-
AUTHOR-051-SOKOVAt K*M., ANDREYEVAt T.P.. _G~.A., KRUGLIKOYAI
V*S.t SHIRYAYEVAi V.YE.
COUNTRY OF INFO--USSR
SOUP.CE--NEFTEKH1141YA 1970v lot2)t
0 AT E PUBLISHED - ----- 70
--SUBJECT AREAS--CHE14JSTRY
TOPIC TAGS~-CYCLIC GROUPI HYDROXYL RA DICAL t;:OX WAT ION tAROMATIC KETONE#
-:ALCOHOL* CHEMICAL SYNTHESIS
.-ICONTROL, MARKING--NO RCS7RICTIONS
---UNCLASSIFIED
,,QOCUMENT CLASS
.",~-.ORCXY-REEL/FRAME--3006/0963 STEP NO--~Ul~/0,-D4/70/0101002/0236/02'tl,
CIR.C ACCESSION NO--AP0134681
UNCLASSIFIED
j

USSR ~UDCI,: 6210,438:669.5;546.1121-
KOSTMKO, 0V S-~ MAUN., M. P.~ MARTYRAOo A. P. s ZEUNAYAj L* A. 0 d
an
GrUGORIYEV, V. P.
"Particularities Associated With Using Some Grades of Steel and Alloys at
Um Te=eraturss"
V ab. Lityve iznosoatoyk. materialy (Cast Woar-Resistant Materials col-
lection of 'works), Klev., 1972,, PP 156-164 (from UI-Tu*xtostroyeniye. No 5,
1973, Abstract No 5.
49-152)
Translation- The authors study changes in the casting expansion factor and
the characteristics of strength,,. plasticityj. and ductility within a broad
temperature interval of up to -701 C for the 12 Kh 21IChk, 18RhINA, 30 Kh Kh-
GSAt 38 DWYUA~ 40 Kh I-PRi, 2 Khl3s Khl? N2~ E1698--R' grades of steel and for
VTZ-1 alloy. Fatigue strength using~,=aoth and cut*. tipecliaens ras also
studied in the case of the Kh17N2 and B1961 grades of ateel and the VT7.-!
allay. Original article: 5 tablesx-3 bibl. entries,

UNCLASSt FIED ~ROC8Str'14G DAT'E---llSEP70
TITLE--CATALYTI%". HYDROGENATION OF NITRILES ON A ST~TIONARY NICKI-L ALuMINU'M.-
CATALYST -U-
i~AUTHDR-_' 7CLEMAYA, SH.A., BASOVt A*S.t PAVLOV, A*A91i PETRYAKOVA, N.K.v
t4
OF INFO--USSR
URC E--~- KKIM. PROM. (MOSCOW) 1970, 46(Ut,11-121
PUBLISHED ------- 70
~'_-SUBJECT AREAS~-CHEMISTRYI MATERIALS
~~,XOPIC__TAGS---CATALYUC HYDROGENAT[ON, NICKEL :BASE ALLOY, ALUM I NUM
-CONTAINING ALLDY9 ORGANIC NITRILE~ COMPOUNDo PRIMAJZY AKI tv FATTY ACI
ONTROL ~MARKM-NO RESTRICTIONS
~:'_-DOCUMENT CLASS--UNCLASSIFIED
'_'-PROXY .:REEL/ FR AM r---- 1 9~3 5/1452 STEP ~40--UO,10064/70/0461001/0011/()012
r. I R CACCESSION NO--AP0101538
UNCLASSIFIED

2/2 025-
UNCLASSIFIED kbCEtSI'JS DAT=_--llSEP70
'CIRC ACCESSION NO--AP0101538
ATALYST FOR Tfi-: HYD'OGE'MT10~,
tBSTRACT/EXTRACT-M) GP-0- ABSTRACT* A C
OF NITRILES WAS P~EPO. BY PA:~TIAL LEA--HTNG OF ",L F 3R, II N I AL ALLOY ~Y
o c 4'tJBIT T3 C SUITO
ZOPERCENT NA04 AT 100DEGREES. THE MtRILES F S
.SYNTHETIC FATTY -ACT 11S WERE HYDRIGGENATE0 BY H IN THE PAcSENCE 0P.NH SUB3
AT 85 TO 1200ECREE~S-50 ATM, WITWFLOW 'RATE OF NlIT411LES: 0.25 AND NH SUfI3
0.32 VC-L.-HRt T.'_' (11VE 100PERCENT CONVE-psto,,q Tri AP1114ES. THC' CO NC N . 0 F
IES IN THF PRODUCT t) 'm AND
PRIMARY AMIN WAS, S4.8PERCENT, 7HAT OF iFco D
1- TFRTIARY AMINE&WAS 11.9PERCENT. AT, GIRfATER tHANj00lf4;AFES, THERE WAS A
DECREASE IN 5,ELECTIVITY.
UNCLASSIFIED

Liz 023 UNCLASSIF.IED PROCESSING UATE--30OCT70
-TITL;:--ESR SPECTRA OF M,00 SU33 SINGLE CRYSTALS DOPED WIT~j VANADIUM AND
hil;Blum -U-
~.A.UTKOR-03)-lOFFE, V.A., PATRINA, I.B9 ZELENETSKAYAv E,.V.
.-COUNTRY.OF INFO--USSR
SOURCE--PHYSICA STATUS SU1011 1970, VUL:37p NK 1, PP 4Z5--432
-DATIE PUr3,L I SHED - ----- 70
~_.SUBJECT AREAS--PHYSICSt MATERIALS
TOPIC T.AGS--EPk SPECTRUM, MOLYSDENUM OXIBEv SINGLE~CRYSTAL PROPERTY1
--CRYSTAL -114PUR I TY9 VANADIUM, NIOBIU14t ELECT RON HOLE:
-,--,C0l4TROL MIARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
R EEL/fZRA14E-- 198 9/ 1078 STEP NQ--GE10030/70/.03T/001/0425/0432
10--AP0107587
CIRC ACCESSION N
UNCLASSIFIED,:

.2/2 023 U14CLASSIFIEU PROCF.SSING DATE-300070
CIRC ACCESSION NQ--AP0107587
,;l'A,6STkACT/EXTRACT--(U) GP-0- ABSTRACT. INIMOO SU83.*V SENGLE CRYSTALS ESR
-SPECTRA OF V PRIAE4 POSITIVE IONS AND ELECTRON HOLE CENTRES INTERACT NG
WITH V PRIME51 (I E-wiUALS SEVEN HALVES) ARE OaSERVED., THE RELATIVE
INTENSITIESOF THE V PA!ME4 POSITIVE IONS AND HOLE S.IGNALS CHANrE WITH
THE ATMOSPHERE OF.CRYSTAL GROWTH& IN flO0.SUB3:t46 S.114GLE CqYSTALS
1LECTRON HOLE CENTRES INTERACTING 'WITH NB PRIAE93 (I.EQUALS NINE HALVES)
NUCLE1 ARE PRESENT; -THE ELECTRONS ARE,PARTLY,LOCALIZED IN THE MOLYBDENUM
SUBLATTICE. NB PPIME4 POSITIVE IONS ARE ABSENT. SYMMETRY OF THE
ELECTRON HOLE SPECTRA SHOWS THAT THE V PRIME51 NUCLE4 ARE IN
-:,SUaSTITUTIONAL POSITIONS AND THE NB PRIME93 NUCLEI AIRE IN INTERSTITIAL
---'ONES FACIL17Y: 1. V. GAt6ENSHIK0V_::IN5TITUT-E OF.SILICATE
.:CHEMISTRY.
FACILITY.,. ACAUEMY OF SCI:ENCES UP, THE'USSRt
,-..~_~--LEWNGRAD.
UNCLASSIFIE0

m

Uss~xl UDC 539.3711
ZEL
"Oscillations of a Single-Mass Hereditary-Elastic System"'
Sb. nauch. tr. fak. prikl. mat. i iriekh. Vorone7.b. un-ta (Collection of ScientilLic
athem -ties and Mechanics of Voronezh University),
Works. Faculty of Applied 11, na
1971, Ro. 1, pp 90-94 (from M-Mekhanika, No 3, Mar 72, Abstract No 3V655)
Translation: It is pointed out that the solution of the equation of motion of
a single-mass system, the hereditary properties of which are determined by
weakly ted ;in the form
-singular nucleij can be repregen
x (f)
P"fj
res (Pk) c
*sere P is determined from the characteristic equation
k
P3 + r,),2
1/2

USSR
ZELENEV, V. M., Sb. nauch. tr. fak. pril-1. mat. i mckh. Vpronezh. un-ta, 1971,
Alo. 1, pp 90-94
where T is the effective value of the relaxation time; yj and y are parameters
of the divisibility of the kernels i-inich take on values from zaro to one;
V =(W2 _(020)W-2 w. and w0 are the frequencies of elastic oscillations cor-
E:
responding to nonrelaxation and relaxation values of the elastic modulus. The
first term of the expression determining x(t) describes ti-ie time-variable posi-
tioa of equilibrJum. and is expressed ia terms of the distribution function for
the relaxation and inertial paramc-ters of the system, whila the second temp
describes the damping hzv.,monic oscillations: around the equilibrium position.
14; 1. ROZOVSkiy.

USSR UDC: 539-376+532.135
ZELENEV, V. M., MIESHKOV, S. I.
"Weakly Singular Heredity Kernel With Two Di,.-isibility Parameters"
Tr..NII mat. Voronezh. un-ta (Works of the Scientific Research TnStitute
'4, P 130-133 (from RZh-
of MatInematics of Voronezh Univers#y.), 1971, VYP. P
-Mekhanika, No 5, May 72, Abstract No 5v452)
Translation: Assuming that the relaxation kernel is chaxacterized by two
divisibility parameters, its expression in Laplace spape is witten
P~_S+hy
Uere p is a complex variable, -cc is the "effective" valu e of the relaxation
time, y, and Y2 are the divisibility parameters. The original of the re-
laxiltion kernel is expressed in terms of distribution functions of the re-
laxation time and the logaxitbrs of the relaxation, time,~ Tlhe~ asymptotic
behavior of the resultant solution is invf,-stigated. Revresentinc the
f -the operator modulus con-
kernel in this way enable-s formal extension of
cept to the complex case. By way of illustrating the properties of the
function in dymaric problems, the a-.aracteristics ol, a
resultant heredl~
one-dimensicnall sinusoidal wave are calculated. L. Kh. ~iPaDernik.

USSR UDC 016-.:541.1/621 -319:- 55
ZELE YU,
il-All-Union Symposilu-l on Rolaxatio.n Phenombnalf
7, 1970, pDz 1~7,~,,-1675
Sgy-~edia2Ziya 2,
Ab s ra c t: Tho syn~pofdizi took p'laCO in Duihanbo in tho Playsico-
Institu-be of the Acadm-,17 of of the Tv.d.lik 381?
L
and in: the Tadjik State Universityx Lneni
I. Lar~Ln o-11 31 October
he paners a., I w0 -poups:
3 !,oveirber. 11069. 1, w1eve 4vid.ad, int
~IAcousl-ic Relaxation" and llfttico-S-oectral Studies: of -101axa-ion."
S. YA. PIMITIG,11 road a papar "St"ractitral ~ 1: 66, 1, 1J,
CIFL aInCL:
Ozin~nta'uior. in PoI7,- -~-r I. G. and. L.
r i~d oia Rcv 1,,-L:-,-at ion in oxy: Re-in2,'! a sti)dy
of t',-,a freq*uency change of u2t"rasonic -uave s in resln nateria-ls o"
di nt, viacosit G. BARTETTEV and YU. V. ZEL ilET prosented
a paper on 'Teculiarities in the Relaxation in Liquid
-talc of 14icro- and, or Com-posit ions" -in
Vnich they discussed molecular raobility in amom1hwas poly-aers. A
nothod- for the stvdy of relaxation pro.d.:osaes in
/2

i-a ~10 -1-970,
z - , ov V .7 s 0 0 IT
pp 16 71;-, 16 7
L a ~,,epoi- by
n, was d- setussed. j.,
bascr- on a node Ocfa-tlo p -
jpl, -0-i ard
Ict'. SAII'Crl. V . P El C11
A. -CL
and
e r-1 emm e r --', Mc 1. 1 t a Idatcl 01, thc
r e s ent
r e c,,o, a,.-4 c -
th, 0
in.
-Outra-saniC, 11,11V
L) C
I %r~ 011. aP-robloms OT: I'a Oll's-I
80 V~ezacvc-, S, n -he-i;7 PaPOr V~~,rj vt the
Solutions." kmong:otha
tion in F01,;- of Relaxat-ion 1-tharnoille"IEL im
ivo St-udl c
a -,Llrans:L-
311 An d "Con I
ysical 14 o tho d
arent Ph.
tch- Fibors."
ast-c~ Stret ing of ?01-~~t
tions During El

UNCLASSIFIED P ESSI'G'DATE--'
VT 026' d el \1
02OCT70
TiTLE_-DYNJl4'tlIC MECHANICAL PROPERTIES-0F.MULTICOMPONENT POLYMERIC
~CQMPOSTTIDNS -U-
-,.--,_AUTHOR--m;(05 -.AjVAZ0Vt A.B.t. ZHIVAYEVI V.YA.:,,. NIKIFORC)VA,t A.V., IELF"IEV,
TYUR7'INA, V.S.
T RY OF' INFO,' USSR
_,:~SCURC'E.
MiEKHw_ -9LIM. 1970, 61.1)t 1.18-41
oi~_TE, PUBLISHED -----70
T~! 7:
"~~:SUBJECT AREAS-MATERIALS
TAGS--:-IELASTtC MODULUS# CARBON BLACKv POLYISOPRENe, POLYSTYREf4E
-LYPROPYLENE, POLYVINYL CHLORIDE* LOW TEMPtRATURE EFFE-CT. Hl';
RES I N, PO H
EFFECT/(U)SK13 POLYISOPRENE (U S K11 S 3 D' NET.YLSTYRE*JE RUBBER
-TEMPERATURE 14
CONTROL PARKING-NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
:,.,-PROXY REEL/FRAME-1989/0815 STEP ~101-UR/03T4/TO/006/001/0138/0141
:CtRC__A(.CFSSl0N NO-AP0107357
IJ N C LASS IF

2t2 026 UNCLASSIFIED PRO~ESSItIG DATE--020CT70
CIRC ACCESSIDN NC-AP0107357
USTR AIC Tf EXTRACT--( U) GP-0- ABSTRACT. THE DYNAMIC ELASTICITY MIDULUS IF)
4?iD-,:TAtWfE(;H. LOSS AhGIIE) WERE DETD. FOR BINARY: (RU3BER PLASTIC) AlD
TERNARY (RUBBER4 PLASTIC: CAR.~C)N BLACK MA SYSTEMS SY THE, ,.IETHJD 3F
~F.OR.CED NVPN fZESONATING VIBRATIONS JHE TEMP DEPENDENCE OF E PER14ITTED
TO' CALC.. THE ACTIVATIO.-N E,',jEPGY' fill 'OF E iCHANGE. INJHE L04 TEmP. REGION
(SIMI-LAR TO MINUS 50DEGREES) U IS L3.4-13.8 KCAL-MOLE; IN THE 41,13H TEMP
RANGEASIMILAR TO 160-50EGRUS) UIS.21.9-28.7 KCALIMOLE.FoR TI.E
'40 SIMILAR SYSTEMS: LQQ:Zo SKI-3-POLYPROPYLEIII (111; 100:15
FOLLOWING AU
SKI-3-1; 100.10460 SKI-A-MAFLBON: 6000 A-I; 100:10:60
.1`73-POLY (VINYL CHLORIM-1.
_UU_L_L_A SSAI Fl-r- a

112 042 UNCLASSIFIED Pi'%OCESSi',!G DATE--02OCT70
--ili~c--mIDELING OF THE DYNIAMIC ~4ECHANICAL PRUPERT I ES: ~tF T'f~') 1, :N T
''HE.T.,E RU GENEDUS POLYMER COMPOSITIONS. qY THE TECHNIQUE -JF C-31~POSITE
LENEV, Yk).V. G: %I
,kUTHJ~-- 1,33-) -A,Y V AZOV A.6.1 ZE BARTENEV,
C 0- UN T R YOF TINFO-USSR
V~URCE-MEKH. POLIM. 1969, 5(61''1119-22
Cl A T EPUbLISHFO ------- 70
AREAS7-MATERIALS
-TL
PLASTIC MECHA141CAL PROPERTY, SYITHET!r
IPIC TAGS--ELAS.TIC MODULUSt
POLYSTYRENE RESIN, POLYMER BINDERI~ COMPUSU&MATERIAL,
TIC MODEL
_HEtAA
RESTRICTIONS
:'00CUMENT CLASS--UNCLASSIFIED
PRGXY,REEL/FRAf4E--l919/0496 STEP NO--UR/0374/69/005/005/1119/0122
IRC-ACCESS-10-Nt NC--A-POI07101

UNCL AS S I F I ED PROCESSI~,tG DATE-020C.T70
-2/2 042
CIRC: ACCESSION NO-AP0107101
AliSTRACT[EXTRACT-W) GP-0- ABSrRACT. THE C13MPLEX DYNAVIC ELASTICITY
'iLWULUS fEl: AND TAN IMSCH. LOSS ANGLE) (TAN DELTA) IJERF rETD. IN THE
~MINUS 130 TO PLUS 1000EGREES RA.kv'GE FOR MIXTS. OF SWITHETIC RUBBERS WITH
POLYSTYRZENE 111. ALSC E AN'_ TAN DELTA WEPE: DETD. 0114 S_AmPLC~S
OF PURE I BONDED TO PURE RUBPIERA FQRMiULil,S WERi: REDJCED
GINE TijERREAL (E SUBI) AND IMAGINARY EE SUB2, LESS 1, S) C)MP31NENTS
G
RMS OF E SURI AiND E SUB2 OF THE RIXT. C014TITUENITS. -T E - I S
OF, 3 IN TER
A-CLOSE CORRESPONDEENCE BETWEEN THESE FORMULAS AND FORMULAS DEDJCED F]IR
THE- i4lXT:S.,-- -WHICH~ SHOWS THAT THESE. MIXTS. ARE HETEWC;ENEOUS AND
THEREi~Vlgf THEIR" MECH- DYNAMIC: PROPERTIES ARE MATH.: PREDLCTABLE WHEN
tk CGHP, IS KNOWN.
q

UZ 037 UNCLASSIFIED PROCESSING DATE--230CV70
ClRC ACCESSION NO--AP0116908
AaSTRACT/EXTPACT--(W GP-0- ABSTRACT. THE APP. CONSISTS OF AN
:,ELECTROMAGNETIC SYSTEM FOR THE APPLICATIDN OF CONST.: OR YARIABLE
POMPPESSION STRESS TO POLYMER SAMPLES, A SYSTEM OF TENS00YINAt"OmETERS T-OR
DETG. THE LONGITUDINAL AND TRA145VERSE OEFORMATIONS OR STRESSES, AND A
THERMDSTAT. THE APPo IS USED FOR STUDYING THE RELAXATION PROPERTIES OF
POLYMERS-IN THE GLASSY OR VISCOELASTIC SJATE* THE COMPRESSION AND SHEAR
:PODULit-POISSONIS COEFFS., AND THE MECH., LOSS ANGLE.MAY ALSO BE OETD. A
COMPLEX ELECTRONIC PHASOMETER, COUPLED TO AN OSCILLOGRAPH, WAS USED FOR
TG.~ THE PHASrE. LAG BETWEEN THE APPLIED STRESS AND THE
E R I A L it E S PON S E FAC I L I Tlf: MOSK.~ GOS:. PEDAGOGe. INST. IA.
Moscow, ~USSIR.

~ce:
Acc. Nr: Ab tractn Servi Rdf. Code:
Ap()052536 CHEMIGAL~AB8T-.~'~,~~'76~
11 101359r Compatlhitjt~ lif Pally(vinA ehloridle):' with butadi-
ene-scrylonitrile rubW A~' a Min6iarov. Xhi G.;
re-.:
-7
zelenun4wiv. OrK it., ~XIV Eaev."I'ii I. ( I ~ art i - GZ"s
MIR m_tenIna"-Os'-U wil- Y51 0
jL05. Inst. I ca 020. in.,
Zier. B 197 ovbp dah. of
0,12(l), 10-14 Russ-T. specir y a nd
anigle 1 _:_50* to +IbW mtewal es-
the changes of the rn6ch ~ I n!
tablis 'hed t hat the title 'polymem are miscible' and compatible.
At some component ratibs,~the ~mixts. hav-6 characreristics of bi-
nary kysteaz.5. The obsd. phase transitions are due Io glass temps.
of polv(v;,Iyl chloride) atjii h c~ p,: wid of butacliene-aqryloni-
ttile copolymem at low temps. i CAM J ..(r.&
REEL/FRAM:
MISS

-7:
Acc. Nr:- Abstracting Service:
-
"
Cod
7dRef
.
e:
_V
041407
/11
CHEMICA
L ABST,

7960y Thermodvnamle descriptio'n of relaxation phemo,me-,
na in-polmers. Barteatv,~.~, m.;, zejerio~ (Del). Phys,
Lenin State Teachers, -Trainnig Un
SGIidsr
-
-
T- ieanal. 0
Tt
J_ Appl. I'Okvm.. Zim 1970j 14V411i'd ~3-4W 9
and a 'highly
various deformatioris'of,pri.grdina*n?;~t, tic., ody*':!
body accoi3ipanied.by temp. changes showi t. at under ad-
elastil
,
- --- I . -__- - . _ .
-
_ _
,-
_
:
"
lc tions the dyhamic~ch acteristics o A po ymer in a
iabat c~v:;di ar
highly elastic state depend on the arnplitudie of t4'applied stress
'
6qu'ncv' or femp. scale),
pbsition on a
(in puticular, their e
which Ls assocd, ~witb the'entrooic nature of the hi~,hly elaAie de-
_
enzi: caused
f6rmation. When dt-sqibing the. ralakati6n. ph~rtoin
'
'
to the
racting kiriefic.units
by the response of the:s.vstem bf int.,
external pert u rbation,'t he fione4uW therm6dvnaLrics relation be-
'
opldiinear even at
tween the "flow" and the 'Ienoralized fore e- -is n
small deviations frprn the equiLstot.e. Creep and stress relaxa-
tion am considered. The caled. dependencies~ agree with expt.
Rcrr
j
_

REEL/FRAME
19751272

0391
Ace. Ref . Code:
IPW3657
PRIMARY S6URCE: Gigiyen -Trucla i Professi: al'nyye
a
Zabole*aniyaj, 1970*-, Nr 2 pp ;Z j
RYGIENIC, CLINICAL AND EXPERIMENTAL' DATA ..,CHARACTEPIZING
A-iAGNESITE PN4urviocbNJ-Q-SIS`
K.
ro ~r, Y
e QA"2A1A-,_wj. ; Maka u. Vo,; S tarikbi,a.
I-LIL - 1;: kMa', F
ilabushkina, L. G. Yaro6h.,, Z . P. $ S.
Summary
An examination of worhers of a- mignesite plant with lonc, service record exposed
jily concentrated dust of raw or roaste~l (burnt) majrm:site containing about
hig I
1-3% of total sio~ revealed 13 casks of pliclinloconlosii, chiefly among warkeni expose'd
to t1le effect of roasted mmignesite, Alagnesite pneurnoconiosi"
V~ charasterized by diffuse pneutnofibrosis with 1j~oi'at'al micronuiculclut,
elements, Clinical nianifestations,and periods in Iarking develovii~rnt of the disease justify
including it in the group 01 the so-cal!ed "bonign"'prieunoooniusis. Not in-requently A
is astociated with syrp-ptonis of chronic bronchities and pu)nicinary urni)hysenia. Exp,2ri-
ments 0", animal's derpowrafed magriesile dust to: have hut
ifS I I ~ on insi~iifficant fibrinoge-
PC-5iible OCCUI-IjUlat1bri, in the hings,' olloqirig its larigte
ingpiration. By ccuipariwi, wiu~ ti, He dust tharl iol thejoasied. magnesite
bas sovvzwhat gn~ater pronounced flb.lnogenous: prowtl6.
UEL/ FRAIM n--

AP003463ir -R 0297
Rer. Code: 1;
P RI.%,&'*,Y SOURCE: A=ibiot-1.ki,- 2, pp 1-YD- I il '11
Vol 15, ,j4
PRIMARY ASSESSMENT OF VfITUMOROUS ACTIVITY OF SCIAE FRACTIONS
ISOLATED FROM THtfta"4j F STRlGOMONAS ONCOPELTI
Sukhareva-Nemakova, N.~R.;.:' A. B.~'Katriile-ha. G. S.-
N'. Urinyuk, V.Ms
M-oscow=e ualverMty
The studyof the effect of fricli-ons isol'ated fiom.the ceils,of Stricromonas oncopelti
on sarcoms-180 revealed that the cellular harnogenate, stimulates tht~,grawtll of this turaor,
the arnino-36d fraction inhibiths it, thepeptide fraction is irzacth-(!,,~flie total lipd fracrion
inhibits the growth of sa.-corna-180 at early periods of tumor dq~,eloprr~nt and causes
stimulation in a more proionged introducti'on, the lipid fraction devoid of st;-rines and
their esters is not endowed wit4 a Minulating ~actioq, bo% at~ y and, late perWs
of tumor development, ralcrosomal-mitoch -ndrial 4 act! n possesseii a sl~niflcant aritilu-
0 r o
Xtract ion:of this -Ili av
morous actjvitv~ the rernoval of lipids by itlle'eJ W.. hloroform-
methanol mixture leads to a loss of its aqtitumo~6us "effect
_7~'A
REEL/FPJi%
IF, 4 2
19711384

USSR UDC ~47.263.,18'17'13:543.422.25
ANTONOV
TEPANOV B. I., Moscow Chemical-
_:~VfA 1. V.., and 8
c 0,,
stitute Imeni D. 1.,Yendeleyev..
"PNR Spectra of Alkoxy- and Arylalkoxysubs,tituted Cyclotriphospliazatrienes"
Leningrad, Zhurnal Obshchey Khimii
voi 42~ (105), Ho 5, ~IUY 73,
PP .1007 -1010
~Abstract. Reacting hexachlorocyclotriphosphazatriene with propyl, butyl,
benzyl and phenethyl alcohols,gave cyclophosphazatrieneiecid enters with the
general formula N3p3(C'6.noR)n where n = 1j.2,.3,6 for R = Bi, and n = 3,6 forR
Pr', CH2Ph., and 0202M. These products.were studied by PMR spectroscopy.
It was shown that these compounds exhibit a virtual remote spin-stpin split.
It vaBpossible to establish geminal:and nongeminal-struc.tares~of the sub-
stituted phosphazatrienes by means of PMR spectr~osco:py..
4U, 61W

C 621-.791.'754.011:S46.821
USSR_
KLYKOV, N. A., RESHETOV, A. L., Chelyabinsk Polytechnic Institute, RUSSO,
V. L., ZELENII, V. A., Leningrad 6
"Stress-Concentration Sensitivity of Sedm-Zone Metal' and holded Seams of
Titanium Alloys"
'Kiev, Avtomaticheskaya SvaTka, No 11, Nov 72, pp 30-12.
Abstract: The notch sensitivity of the welded joints in titanium alloys was
studied using VFS and OT4-1 alloys ' The fatigue resistvxice~of the metal in
the, scam, near-seam zone and base metal differs. Both' Flat and cvlindrical
specimens warc studied with a test -base of 5-10cl cycle's,,* It was found that
the thermal cycle of welding influences fatigue strenglii and ~en5itivity to
stress concentration of the metal of the.se and. neaT-Iseam zone of -citanium
allovs.- As the sensitivity to stress concentT.ation inalrease~s,~ the fatigue
limi of swooth specimens decrea
ses.
61

USSR
BALOWEV, V. I., CHIZHIK, Ye. I., DVORKGVOY, V. Ya., RASTEGAYEV, 1. K.,
..................
-ZELENIN, A. N.
"Device for Studying the Effect of an Explosion in Excavation of Soils"
Otkrytiya Izobreteniya Promyshlenn~ye ObrAztsy Tovarnyye~ Znaki, No 5, 1972,
Patent No 355311.
Translation: 1. Device for studying the,effect of an explosion in excava-
tion.of soils by the working organs of earth,moving and trans~portation
machines including a container, an explosive device and'measuring instru-
ments, differing in that in order to,assure the possibility of regulation of
the energy and direction of application of the.explosion, a plate is hinged
in the container, with the exploAve device rigidly connected: to the plate,
made with a power cylinder with a back valve,-.with an elastic film mounted
on the side toward the soil, interacting with the filament installed in the
power cylinder.
2. An installation according to Claim 1,~ differing in that the plate
is connected to the container by a-screw mechanism, with:a smaller plate
articulated to it, connected to the-larger'~plate by an'additio'nal screw
mechanism.
1/2

USSR

DALOWEV, V. I:
(211ZHIK, Ye. i! en-
I., ET. AL. Otkryti),a Izo+bretemiya Promyst
nye Obraztsy To-.rarnyye Diaki, No 5,; 1972,: Patent No 355311.

2/2
zs A

IV
`2, IF L

%otoj~

'i C' i

r .1 v

'
I ci
n 7
fi, c n. C I

1/ 2 014 UNCLASSIFIED n6tESSING DATE--lbOC
T70
--MECHANISM OF THE CYTOSTATIC ACTIDAJ OF AMINOACRIDINES -U-
TiTtE
-(05 1 -ZELENIl A.V.,p KIRYANOVAt YE.A.iF'.LYAPUNOYA9 YF-4A&t MELNIKOVAt
AUTHOR
E.YU t. ~ STE' VT -I-- m-r"*
0% 1 Ml
'C'UNTRY OF.,INFG--USSR
4:-w
TOKSIKOL. (MOSCOW). 1970,~ 33(l) 96,7101
bATE-PUBLISHED ---- -- 70
1---SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
~-TQPIC TAGS--ANTITUMOR DRUG EFFECT, HITOS(Sp PROTEIN SYNTHESIS, NUCLEIC
ACI 0.
V:-tGNTR0L MARKING--NO RESTRICTIONS
~DOCUMENT CLAS S--Ut%-CLA S S I F IED
1~~PROXY kEEL/FkAME--1994/1158 STEP NO--UR/0390/701033/001/0096/0101
"-.C I 11C ACCESSION 1`40--AP0115177
-----------

'CL ASS IF I.ED~ PIRCII: ~5 s OCT70
2/2 0.14 U tv
ACCE
SSIC.N ;,10--AP-0115,177 C T 3;16tDlA;MINll~C.AIDllNESt INCLUJING
'_ABSTRACT/E-X,TP,ACT--(U) GP-U"- ABISTRA
'L-'-'~'ACR I DINE ORANGE, -PROFLAVINE, ACRIFLA 4J4D
V INE, EUCk 15 1 NE
COR TPHICISPHiNE, WERE T E ~ IZ ED BY SI GiN IF ICANT 4,N'r-fMf 101 C AC f ION
START! %G IN THE IST F'Ell '11I N OF THE EXP T6 p :ii ITH . A SH~RP P _~.R,LLEL NOT ED
BET,WEEN NNHIBITION OF MITOTIC ACTIVITY Ahl) PROTIE14, 51'(~NTHESISi ANO
~DELAYED PASSAGE OF CELLS THROUGH THE MITOTIC G SIJB2* PERIOD. ACRI(_tiI.*'lE
AND R160FLA"It'i- ANTIMITOTIC ACTIUNS APPEARED OULY SEVERAl HR AFT'R THE
W c c
_1,START OF T14E EXPT. AND WEPE NOT ACCOMPANIED BY EFF.ECTS ON PROTE114
SYNTHESIS OR BY ANY CHANGE IN THE SUB2 PERIOD oF :TH;: CYCLE.
ANTIMITOTIC ACTIVITY OF THE 3r6,01AMINOACRIDINES APPARENTLY INVOLVES
DIRECT INHIBITION OF PROTEIN SYNTHESIS, WH I LE THE 2ND GROUP OF COMPL)S.
iNTERFERES iiITH.NUCLEIC: ACID SYNTHESIS. FACLLIYY. INST. MOL.
MOSCOW, USSR.
- -------- --

---PCF