SCIENTIFIC ABSTRACT NALIMOV, YU.S. - NARKEVICH, B.YA.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202130008-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 20, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR
C ~620.17. 5
WTM -1, A.
TROSHCHENKC, V. T. , GRYAZX07, T
B. A., GOTZODE SKIY, S. S., P, C, iX
NALIMOV, Yu. S., (Kiev)
*actor
"Study of the Influence of Technological I- s on the Eiiidur,-nce :)f G F s
Turbine Blades"
Kiev, Problemy Prochnosti, No 8, 1972, pp 8-12.
Abstract: This iyo?k presents an of the influciice of certaill tech-lo-
-bi
logical factors on the endurance of the third stage of a gas tui lie C, Jj
The blade manufactured by mechanical worUpg of strinped blinks of ENS71j'
vacuum-are remelted alloy. The deviations in the tech-nology of manu fact ure
of the working turbine blades (scratches, burns, and.addiLion,:1 operation
called "lusLering") have no significant influence on th-c- fati tic strenith
g
of blades with a test baso of 101 cycles at 20 aiid 570'C. The range of
change of fatipue limits in the test blades in comparison i~ith a conti-ol
group of blades at 20'C was from -0.5"," to +7%, tit 5700C -I fro;ii 0 to 15f,,
The tcchnolouical deviations studied do4itcrease' the ~scattering of blade
test results in the area of limited duribility.

UDC-. 6216373-t-621.'397-331.222+621-386.2/7
BAYKOV, A. Y. , BL.14A 1f V. I*
GO, V. A.t BUD i.DV
' '0
KOUSHOV, E. I.1. , rX I -VA Ye. I.,
LIV.! r:Qt
MIN, V. M; OW t 1
TSMIMI 1, V. G. , and DIMS211al A.~
"Rethods of Recordhig X-Ray L-l&aL-,eg in a Science Research Automation
Bystem~'
Novosibirsk-, fi-vtometriva, No 6, 1971, pp 67-80
Abstract: A description is given of a complex o1f pulsved -x.--r-nv
sources vith memory clcmentm for recording fa,~t processes, along
* i,re SyS
with MChlly sen-siv . Tei:1.5i for vils-aalizine, tv.,o-dimmen-:ional
X-ray of t1l,,reshold intensity.. Tkw r,'dJ-',:Aion reql:.irod ha3
a dur--tion c-f 10-" to 10-7 ~~cc aith a Iv--rdnem'i of isevmal lamdred
I-ev. For 1-11,e recordiilg equipxent photographic fi-I'm and telc--
P
VIS1011 syste:-m were used, in vhich the memory oelli, imre the semi-
conduct tarrcts of s.--nsor tubes. In such a system, the i=-e
L)
is impressed directly on the tavGet of the T,-riy vidicon with a-
oantrol-Uttble .,--ono-ry, or is --P-;,rc-d by ro-record.11-iig tltc! vidoo si -nal
L
on a vi~'-c-
on C01--nect-inx-i of
ro,
L. U
r o-Li
C;:-

USSR UDC: 621.373+621-397-331.222+621-386.2/7
BAYROV, A. P., et al, AvtorLetriva., INo 6, 1971 pp 67-80
of the x-ray a--d recording equipment as well as maple oscillo-
gra-mis of varioaz eqiuiprmlent itemi., The authorm express their
gratitudc to Yu. Ye. ~~.ost-erildiln and A. M. Isk.olldokiy for their
delinf,~_-tior_ o-f the p-roblem Znd their su-ocrvisi on- of the work..
For. his assist-Mce, -vith. the :experiments made using this equipment,
V -au
thurs 4"ank E. V. lansh
2/2

kd~,tSSING ()ATE:--Z(vtuvvv
1.1Z:: :026 UNCLAs I to~
.'._,T-',lTLE--A8SORPT ION METHOD FOR DETERMI:NING,,THE ENERGY 011STREBUTION OF
RADIATION INCIDENT ON A BARRIEiRANO PASSING THPGUGH IT -U-
AUTHOR-03).-BARANOV, V.F., ZAYTSEVt_R*YAm~* EV 1! V. I
(IF INFO--USSR
_`~-':SCURCE-AT. ENERG. 1970, 2801y 237-8
"C"D-ATE PUBL [SHED ------- 70
SUBJECT AREAS--PHYSICS
~J.OPIC TAGS--ELECTRON BEAMY ELECTRON ENERGYI.ABSORPTION SPECTRUM, INTEGRAL
'.XONTROL.MARKING--N0 RESTRICTIONS
~"DOCUMENT CLASS--UNCLASSIFIED
:'PROXY RE.EL/FRAME--2000/2254 STEP NO--UR/00fi9/.70/028/003/0237/OP38
CIRC ACCESS(ON NO--AP0125832
UNCLASSIFIED

77
77777
2/2 026 UNCLASSIFIED PROC-SSING DATE--27NOViv
.~CJRC ACCESSION NO--AP0125832
:.ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. T"E ENERGY DISTRIBUTION OF E
INCIDENT ON A BARRIER AFTER PASSING THROUCH A BARMCR OF FINITE
1HICKNESS CAN BE CALCO. WITH A FAIR DEGREE OF ACCURACY IF ONE KNOWS THE
:FUNCTrOlq DESCRIBING THE ATTENUATIOPI OF A" RADIATION REAM WITH A
'CONTINUOUS-SPECTRUM IN BARRIERS (IF VIFFEPENT THICKMESSES:AND THE
E. A SERIES OF
'FACTION OESCRIBING THE ATTENU4TIrJ?4 OF MQNDENERGEM~
.-APPROX4 EXPRESSIONS FOR THOSE FUNCTIONSi:AND THE COPIRIESPONDING SOLNS.
JNTEGRAL EQUATIONS FOR THE E ENERGY DISTA1,8UTION Allf: PRESENTED.
OF
UNCLASSIFIED,

MESSING DATE--2TNOVTO
026- UNCLASSIFIE
_T tT.LE--RES I DUAL STRESSES IN BUILT UP CRANKSHAFIS -U;i.
..i,-AUTHOR-(031- t V.A.l CHEPELENKgf,v.lot HUYKI,NA* T*P.
NTRY OF INFO -USSR
C Mi
__'S0URCE---,AVT0MAT._SVARKA, FEB.~ 1970,': 2) 55-49
')ATE PUBLISHED ------- 70
J,SUBJECT AREAS--MATERIALS, MECH.,,IND.p CIVIL A14D MIAIWIE ENGR, PROPULSION
:~~AND FUELS
-TOPTC TAGS-RESIDUAL STRESS, BIBL[C)GRAPHY, r_HR M I ff STFEL, MANAIFSE
STEELv ENGINECRANKSHAFT, WELD FAC.NGt: METAL SUR.F.ACING
.CONTROL ?4ARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
--PROXY, REEL/FRAME-2000/0317 STEP NO--IJR/01251~T,)/000/002/0()55/0059
CTRC ACCESSION NO--AP0124076
UNCLASSIFIED

2/2 026 UNCLAssiFIED PROCESSING DATE-27,11OV70
CIRC ACCESSION NO-AP0124076
GP-0- ABSTRACT. THE NATURE Oft THE RESIDUAL
:-STRESSES IN CRANKSHAFTS RUILT UP BY WELDING IS DMUSSFI). THE RESIDOAL
STRESSES IN THE SURFACING jMETAL ARE DIKECTLY RELATEd TO THE -.NATURE 01:
THE WELDING MATERIAL SELECTED AND.THE HEAT TREATMENT APPLIED. ~84 ORDER
TO CREATE A FAVORABLE STRESS~DISTRIBUTION, SPEC IAj_~:WFLQ7(PjG MATERfALS ARE
~REQUIPED (E.G., CR-MN STEELS), AND THE Pflibl:ESS MUST ~iE 1~-OMPLETED BY
"NORMALLZATION AND H.F. HARDENING. MECHANHED BUll-DING UP LINDER FLUX IS
SUITABLE FOR CRANKSHAFTS AS IT LFADS TO A SEVEkE LOSS IN STRENGTH.
ONCLASSIFIED

-7
U9062914-
UR 0289
d~oO t: d e
PRIMARY SOURCE: Izv.estiya Sibirsk o Ot:deleniya, &N SSSR,-
Seriya Khimidheskikh Nauk, Nr 12(162), ','1r 5,
PP NZ -
A N a Pki 6 a,
6 1571 111anoy
THE EXTRACTION OF AMMINES CORALT
'rhe extraction of five cobalt (Ifl) ammines: (Co(Nl-lj)a)CJa, (Co(Nl13)Jl-4))C13-
(C-o(NH3),'r'0Cl2, (C0(NH3)5N03)Cl2' (Co(JqH3)4C03)Cl 111-IS been in0stigated depending
on the pH of medium. The studied complexes are extracted, lyy. caprylic acid better than
ammonium ion. The extraction curv6s fall into groups, according rq the charge of the
complexes.
qq 7

'PROCEliSING 1)ATL--13NUvrv
,V2 047
-T-IrLE"RAD I AT 1014 DYNAMICS AND SPECTRALViANGES 0F.~bJEUDY14UM LASER DURING
-SYNCHRONIZATION OF D 1~
-OPERATION WITH SELF WAL1 MO I.S
A.
4tjTHoR--403l-KOROf3KINv V.V.t NAL'YUTINt A S'A *"I SHCHELlIV, of. it
,,,..-,.,,z-CriUNTRY- OF :INFO~--USSR
PISIMA, ZH. EKSP. TEOR. FIZ. 9: 0 11(3) 168- 173
TE-PUBLISHED---70
-A_
-SUBJECT AREAS-PHYSICS
113PIC TAGS-NEODYMIUM LASERt LASER RAWATION SPECTRUM9 LASFR BEAA,
_iSIS, SPECT9AL F['NE $TRUCTURE:
SPECTkOGRAPHIC ANAL
X_
ATROL MARKING-NO RESTRICTIONS
CC
DOCUMENT CLASS-UNCLASSIFIED
_~.PPLGXY REEL/FRAME--1933/1796 STE P t4O--UR/0380./7011311/003/0168/0173
CIRC ACCESSION NG--AP0054630
UNCLASSIFIED

Ito S~TNG DATE--13N0Vfu
2/2 047 UNCLASSIFIED P CE,
CIRC ACCESSION NO-AP0054630
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE STUDY WAS PERFORMED WITH A NO
LASER OF 140 CM RESONATOR LENGTH, IN THE CENTER 011: WHfCH WAS PLACED A
CELL WITH A FILTER. THE AXIAL MODE OF, THE RADIATION WAS SLPD. BY I.JSING
A,01APHRAGM OF 2.7 14M OLAM. THE DEVELOPMENT TIME 10iF THIF LASER RADIATION
WAS THEN STUDIED ON AN ELECTRO OPTICAL CAMERA, ANP COMPARISON OF T4r=
VARIOUS STAGES OF THE LASER PULSES WAS MADE. FGR THIS, THE LASER BEAIM
WAS SPLIT INTO Ze AND DIRECTED TOWARDS THE SLIT OF THE CAMERA WITH A LOG
TIME OF 0-100 NSEC BETWEEN T4E 2 BEAMS. THREE CNARACTERISi'lC CASES WERE
DISTINGUISHED: (1) THERE WERE ONLY 2 INTENSE PEAII,.S FNI THE AXIAL MODE AT
THE~ -START AS WELL AS AT THE END OF STIPULATED El-ll.SSI-,,*1,N', (2) THERE WERE
MANY PEAKS 114 THE AXIAL MODE AT THE STAIAI AND AT,~THE END oF THE
STIMULATED EMISSICN; (3) T14ERE WERE 2 PEAKS Ar T'HE STAPT, AND MANlY PEAKS
AT THE END. ALSO THE TIME DEVELOPMENT OF THE LASLHR SPECTRUM WAS MEASURED
BY USING A DIFFRACTION SPECTROGRAPH WITH RESOLUTION 1R.2 CM PRIME
NEGATIVEI THE BACKGROUND OF THE
-MM. A NONUNIFORM SPECTRUM: WAS 085D. LIN
-,.--:SPECTRUM' WAS FOUND A MORE INTENSE REGION WIFH SHARPLY DEFINED STRUCTURE4
THE OTHER. A
-THE-:.;.SPECTRAL,STRUCTURE.VARIED FROM ONE*PEAK TO
SATLSFACTORY EXPLANATION.FOR-THE STRUCTURE CF~tNE PEAKS# FOR GIANT
PULSESI'~CANNOT BE GIVENe
ONGWs I F Ifo

1 2 0. P;ktICESVING DATE--20%JV7--0
UiICLAS S I PIED
--Cf I-SAT 10~ -M -fLNIJI
TITLE 1) L' .4 6) A L, J"- -S WITH if: [N Thf PRES ENCE
'U N C, A R X Y I I C 'I C 10
OXAL IC A;'IC CURING FH& PA -,AT 1U111 01' A B F_ N Z (if-
AUTHOk- 04 'ILLAKHVE'~~O I Y" V G RIAVEV R,~G. A AM A 1: '1 V 1-&,t GA5101UV,
D.G.
-UNT P
Y 0 F IN F C-- US S R
3) 3 If - 5
~SOUACE-ALEAB. 1-4EFT. KH! 1970,
DATE PUbL 1ShE0------7(J
;-~-SUBJECT AREAS-MATERIALSt CHEMISTRY
', -TOPIC., TAG S-GCNVjE1'qSAT_1 CN REtC1*f,CjNr Pli ENGLv,'F08t-t1kL1-)E HYDE, U'XALIC Acic-,
FURAN AR-OMATIC CARiWXYLIC ACID, J;ORROS 10,14 KATE
C CN T R C L AA~~KING-Nlo RESli~[GTIONS
~::ZUCUMENT 'r.LASS-UNCLASSIFILD
PROXY kLtL/1`R't4E--3006/L7'io STEP
CIRC ACCESSILN INU-AP0135,~61
C,L A S, L I k D

2/2 UNCLASS! FIED 0 AUC L 'G
15 UN
ABSTkA%'.-. TiLX TRAC T-( U) Gr- STii,' T M G P T I ~'Ull C LIND L I IN'S FR
C U N 'L E N'S i N 6 A L K Y L P h E N U L S':iTH Cli S? ~,b 0 ([-,ATI' InERIE If! THE
RESEC',LE ,f- 0.5 Pik~%,T
; S rit. SIJU2 C;',(J SU02 H AT
P
'F)
ThE~ CE OF HCL ;;~~',S vUjRF F -ECTIVE BUT THF f", H i' L) Sil U N4ATL S 14)
TiMES TI-AT ~)ATH I-,o SUb2 (GO SUB2 11, THE PRUDL)c r!) ou 'r it E
M 1 L Al~
J, S S I I-- 10

0.17 UNCLA~~VFIR~Tl P;i
LN CONTINUGUS PILDT A~'PARATUS! '-u
u UT,
ZEYKAU)VAr:G. A*t i'ULATUVA, NAMAZ(~V,
KH.S.
-~CGUXTRY GF INFO-USSPt
:SOURCE-AZER6. NEFT. 19701 (3), 35-7
~JAE PubL ISHE-0--70
$G'aJECT A-EAS--i~;ATERIALSY CHEMISTRY
TOPIC. fAGS-LU6RjCA(j AULMY(VE, CHEM(CAL SYNTHES [,S THUDIL, PHOSPHATC
ESTER# 046NZENE DEkIVATIVEt ZINC OX I DE4 BARIUM llYLj'A0XloL./(U)VNlf;llV354
LUDRICANT AGUITIVEt (UMN1110350 LUBRICANT Ai;OITI'VE, IUMIUIP360
--LUBR-ICANAUDITIVE
C 'I
VIM L F~ARKING REcYRUCTEGNSI
DrC-1 U,,,i E N TCLASS-UNCLASSIFIEU
~P.AOXY AEH,/FkA,ltE-30,0b/179f S TE VNO-UR/0-lib I/ T0/000/003/00:35/0~137
-ClkC AGU-S~JICN

-2/2 017 ING UAT~--~OPILIVIC
UNICLA$SIFIED HLI C
tIRC. ACCESSICN N(33--APO 135362
-.-AaSTkACT/EXTR "CT
--(Ul GP-()- A3 ST RACT ALKYLIIIISNUL (93.3 PARTS) 4tw 6.
P SUIQ ~ 5SUB5 kEAM-0 AT USS THAN, OR E:WUAL TO L3(,;L)EcREF-S AND 1 .33
ER HR:Pff( L. REACTIOPI VOL.: TO 6M ~:9-PERC~NT~ PROD06i VIHICH ~WAS
-T EATED 61T-H~ZNO AND /i3A(OHI TO
SUB2 0 ~T AIN, THIE AfttTllili Will %P-354 ANU
R~E.SP.-. WHICHl J41,XEU IN rRATIO::2.54'''G4VE THE AM) I T IN EVNI I NP-360.
LJP,'C LASS I F I E 0

UDC 621.-91.2
USSR
OVA S.A., WZYNIVA, T*YE*
lonochromatic Signals Refelected
'Statistical Characteristics Cf Pulse And Y
Obliquely From The Ionosphere"
tronike, Vol XVII, No 5, Aqy 1972, PP 952-1037
Radiatekhnika i elekt
Abstract& The results are presented of an expsrimental StUdy Of th3 flUC-tu11tiQ-,13
of a pulse short-vwie signal 10 -microsecond duration) end a monochromatic
aignal. The experimants were conducted in July 1958 durinG the day and eveninZ
at a 400-1,-m long track. In ordor to -Wompero the1luutuationa ct monochromatic
diatod durilip tl~e firot 50
and pulse eigrals, a moriochrovitAtic signal van re
vutes of each hour of the axperin nt, and:in the second 30 mirrAea a fmquancy-
modulated signal on the eam rAdium frequency. A shift of the oporuting freq-
uency too1k place at hourly intervals. For the most part tho work viua conducted
at frequencies of 3.5, 5.0, 6.3, arid 7-0 MZ. The functions ares considered. eL the
autocorrelation of the amplitude and phase of the oignala, their probubility dis-
tribution and the correlation dependenco cf the fluctuati(Nn cYP the aiaplitude
permitted in the time of the pulses (signale reflected f ram vrw~ous layers,
magnotic oompononts end individual oigntile in the diVfueive grcup during roflact-
ion from tho F,, layer),Duriar, anulyale cX the experimental, dota, particul"r
att*ntivn. wov 'Eivon to a utudy Or tha PluotlIVIUDY10 ot tho, algplltudo. In tho
113

USSR
-4".AZOV, S.A. at al, RadiotelEhnika i alaktroniks, Vol XVII, No I-lay 1972,pp
.932-937
analysis of the p~aso fluctuations only aqualitative comparinon was made of the
functions of autocorrelation and ahiatogram with the corresponding data for the
amplitude. The f~mction of autocorrelationand the depth of PM-litude of fading,
the distribution function of the amplitudw and phase oA- ~he signal, and tF-e
function of cross-correlation are c(msidered. The authore thank V.A. Zyatitekom
for composition of the program and conducting calculatiml~s. on the "14ir"
electronic computer. 5 fig. 6 rar. Receivad.by editorap:29 Maroh 1970.
2/2

AFCAL-724050
11 JANUARY W2
TRANSLATIOMS, 00, 06
ArCat. RESEARCH LtZRARY
t AIR FORCE CAMBRIDGE RESEARCH LABORATORIES
L G. HANSCOM FIELD, SWORD, MASSACMUSMS-
Frequency Shift During lonosph.eric
V - 7--- ~
Propagation-of -RtTjb-' Javes:--of
Short Wave Range
S.A. NAMAZOV
Irk
I glht~lu% EM.-) V. 1k 14- t
Tm..W.d br T-.kI. Aso-iw.., P.D. a.. 331. A-dt-,, Al-clwt.

USSR UDC; 621-371:551-510-535
NAMOV, S.
"Frequency Shift in Ionospheric Prop,--gation of Radio Waves in.the Short-:Kave
Bandu
Moscow, Radiotekhnika i Slektronik-a, Vol. 16, jo 6. Jun 71. pp 905-913
Abstract; The author presents the results of a theoretit~al study or frequency
displacement durizg propagation of radio waves in the shbrt-wave band in a
plane-laminar and spherical-lantinar isotropic ionosphere for the case of
oblique wave incidence, and also in a plane-Laminar anj.5otropia ionosphere_%
A method of determining the change in
for the case of nornial wave jjicidence. 7
the local concentration of olectrons in timo from slmultanuou~; rawasuroment of
the frequoncy shift and group daliy time in the ionispharr;i on two close fro-
quencies is proposed. It is found that the frequoncy disPlacement during iono-
spheric propagation of sihort radio waves doperLig to a cont~~derable degree on
the depth of penetration of the wave :Uito the layer As wall as, on the para-
mters, of the layer. This factor must be taken. into ccnsideratlon when com-
rent fre, arxic-s, and when stuly-
paring the froquency shift measured on diffe, 1u
ing the diurnal, seasonal and other regWarities governing _1requency displace-
ment. The frequencj shift caused by the regular change in the parameters of
112

USM
F IMAZOV, S. A., RadiotekhniVal i Elelctronika, Vol. 16, No 6, Jun 71, pp 905-91.3
the ionosphere (height of the maximum, concentration of alectr*ns at the
maximum, half-thickness of the la.yer) AoD,,4 a pronouncod diurnal variation with
maximum deviations of '10.4-0.6 Rz when Gk = 0.85 (d, is tile product of the
ratio of the carrier frequency to the critical frequency aml the cosine of the
angle of incidence of the wave on the layer, i . 9. --L.:. (cos 00) at transition
for
time for a year of maximum solar activity, and �0.2 Hz in years of minimum
solar activity. The final expression for the frequency d~spb-comnt of magneto-
ion components contains an additional term which accounts for the time varia-
bility of the geomagnetic field. rhis extra term expLsinf-', the close cor.rela-Uion
between fluctuations in the goomagnotic field and in the frequwlay displace-
ment, and also the appreciable increase in frequency displacement an magnetically
active days. (ki magnetically quiet days the frequency dis'placement of the
ordinary and extraordinary components at transition time differr, by a factor of
2 or more. When siphericity is taken into account, there is an inzrease in fre-
quency d
isplacement which is noticeAble for angles close to critical and direc-
tions close to the horizon. The Doppler frequency shift calculated by the for-
mu las derived -in the article agrees with experimental data~
212
---------- -

-5,
USSR
NANWOV, S. T., and IPFOLITOV, P. A.
"Study of Protein Metabolism in Animals Irradiated With Small Doses of
Ionising Radiation by the Method of Methionine-S-35 Incorporation in
Proteins of Structural Elements.of.Aninal,Tissue CellsO
Tr. Azerb. NII virusol., mikrobiol. (14"orks of Azerbaydzhan
gi iveny
r and Hygiene), 1966
Scientif--c Research Institute of Virology, Hicrobiolog,
(1970). 18, pp 179-183 (summary ofAzerbaydzhani) (from PZh-Biologicheskaya
MiLmiya, No 8, 25 Apr 71, Abstract No 8F1303, summary)
Translation: It was shown that the specific activity 4)f proteins of rat
liver and small intestine increases with an increase in the total irradia-
tion dose. Variation in the specific activity of kidney proteins is less
pronounced. No changes were observed iii the specific ~activity of spleen
proteins after irradiation.

023- U A T
'~T-ATILI-E--PRESENCE OF CRITICAL 11AING TE-4P;_:RATURE$ OETER8111NEO f.' k Ull ()ATA 0"l
~Vlsccsml :OF.
-THE TEMPERATURE DEPENDENCE OF THE IN TRINS11C
--.AUT~i-!'j-(-(Olt)-KHt)DLlt~,:VA,~IOVr F.F*t !IAMETKINt N!*S~,_DURGARYIAN, S.G., SEMENOV,
'_TC0WJRY,_ OF I NFO--USSR
1 970V 21,9 283-9
._,SCU3CE--IZV. AKAO. SSSR, SER, KliP
-DATE PUBL 70
-'AS--CHEMISTRY, alOLOGLCAL AN 0ME-01CAL SC[c -LS
SU9JECT AR x(,
JOPIC TAGS--THERMAL EFFECT, 1-4 ATE k1 AL :FIXING, CYCLOHEXANE SILANE?
CHLORINATED ORGANIC COMIPOUND, DEOXYR180NUCLEIC, "'CID, PHOSPHATE ESfIER,
'40LECULAR SNUCTUREP FLUID VISCOSIT:Y
CONTROL MAPKING--NO RESTRICTIONS
T F.- P
,CIAC, Ar'CESS!iTIN h.1--A1101,35040
~ic L A 1 1; 111. 1.,

71
023 UKLASSI.FI*-::0 p R(JC 1: 5 S I NG DATE--13NOV70
.CIRC ACCESS WN NO-AP0135030
~.ABSTRACWEXTRACT--(U) GP-0- ABSTRAcr. INTRINSIC V I SCUS I I I ES AND THEIR
TEMP. COEFFS0 WERE DETU. FOR Pi--ILY(Vi~-,YLTRli%ll-.T~iYLSII-,AIIIE;) IN
DECAHYDRONARHTHALI-EAE, CYCLOHEXANEr 1,2,4rME SU53 C. WLi6 H SUB3, ClriCL
C SUF36 H-SUB6, Atli) IME SU63 SIrH:CH'SU32. V[SGQSjrY vA;-~iATI0,11S OF
CATALYST] WERE INTr-R?;PF.TA8L:: BY THE,
THE POLYMER (PREPU. 41TH F-rLI %..
PATTERSON-TAGER THEORY GN THE BASIS CF EX[SfENCE OF UPPER 4NO LOWER
CRITICAL TEMPS. OF MIXING FOk THE PULYNEk SOLVENT COMPONE%Ts. A S[11,11LAR
ANAL. nF VISCOSITY IN SOLN5. OF DINA AIND OEOXYki6t..Ii'-4(JC.I-EOF,ItOT;-:Il~ (ONP) WAS
MA 0-'-- .DNP SOLN. SH(JitED AN ANG~MAUIUS 3 FULD RISE IN.~VISCCJSITY PRIOR TO
CHANIGE OF )'HE SPIRAL FOR0 TO THE SPH-EikICAL ONF, EIFHER CAUSED 13Y
OF THE PRUTLIN FROM Tl-l&UNA.lA.NjD INCPEASED A.SYMAETRY
REFLECTING, THE CONFORMATION CHANGE-t: 0 R PEkHAPS AS 6 RESULT OF CHANGE IN
Td~ S F AC, I L I TY. fNST. ~4EFTEKHIM.
UPRAIOLECULAR S f OCTUNE' OF Qtl4P
S I IN .I MTOPCHIFVA, ~OSCO(lj USSR.

019 PROCESSING DAYE--300CT7(
UNCWSIVIEb
tITLE-COPOLYMERI ZAT ION OF ALLYTRINETNY~ OR ALLYLI) IME THYLPHENYL-31 LANES
'WITH ACRYLCNITRtLES -u-
'-:-.,'-',-,AUTHOR-1041-NAMkTKIN, N*S.o KOZHUKHOVA,,I.N,, FILIPPOVAv V.G., DURGARYAN#
'G
.-*,-',-CGUNTRY OF INFO-USSR
~_k:50URCE-VYSOKOMCL. SOEDIN.9 SER. 8 1970; :12(3)#,130-2
-I)ATE- PUBL ISHED~-70
.--:,SUBJECT AREAS-CHEMISTRY
-COPOLYMERIZATIONt ORGANIC SILANEr ACRYLONITRILEr CHEMICAL
JOPIC TAGS
l~,;.-,KLNETICS# BENZENE DERIVATIVE
CONTROL MARK ING-NO RESTRICTIUNS
-UNCLASSIFIED
DOCUMENT CLASS
PROXY - REEL/FRAME-2000/0671 STEP NG--UR10460J*YGIOLZ/t)03iOl8GlGl.62
CIRC ACCESSICN NG--AP0124343
Wmf
li~l tv m1mimm

2/2 019 UNCLASSIFIED PROCESSING 0ATE-30OCT71
CIRC ACCESSICN NC--AP0124343
AaSTRACT/EXTRACT-(U) GP-0- ABSTRACT. THE COPOLYIK, KINE S, OF SU 2
C.*CHCH (11 WITH ME SU63 SICH SU8Z CH: CH SUB2 (ji):OR ME SU62 PH SICH
SU82 ~'H:CH SU82 (1111 WAS STUDIED IN BULK OR KCONK. SUB2 SOLN. 1,14 FHAE
PRESENCE OF OZ SU52 0 sUa2. THE DEPENDENCE OF THE.CUPOLVMER COMPN. ON
THE COMPN. OF THE STARTING MONOMER-MIXTS. WAS ESTABLISHED. THE
REACTIVITY RATIOS (R) IN THE THE.1-11 COPOLYMN. 44ERE 3o98 FOR I AND 0.11
FOR,11 AND IN THE 1-111 COPOLYMN.:2.24 FOR I AND Ois2o FOR 111. THE
REAC Tf VITY. -FACTORS, (Q), - ANDF, POLARITY. FACTORS (E) WERE 01036 AND 02.7 FOR
II, AND 0.070 AND 0*30 FOR
IIIv RESP. FACILITY.* INST.
NEFTEKHIM. SIN. IM. TOPCHIEVA* MOSCOW,,; USSR.
UNCLASSIFIED

-------- . ... ...... . .........
--30OCT70
PROCES$INS DATE
UNCLASSEFIED
020
TITLE-POLYADDIT ION REACTIONS OF SOME OR~.GANOViNYLCHLIDROSILiICON HYaUDES
:,.:~AUTHOR-(05)-KOBRAKOV* K.I., FEDOROVv L.A., KUZMINt G.V
NAMETKIN, N.S.,
HERNYSHEVAV T.I.
NTRY GF INF&~-USSR
'607-19 (CHEMf.
:~_SWRCE-DOKL, AKAD. NAUK SSSR 1970v 1.80)v
"'r~'-.:DATE PUBL ISHIED-70
-SUBJECT AREAS-CHEMISTRY
~_tljPlt -TA GS--POLYMERIZATIONt ORGANOSILICON COMPOUNDt 'OL I GOP. ER vCHLORINATED
-CmprjUND, DIMERIZATIONs EP11 SPECTRUMt CYCLOHE)UNE
-ORGANIC
MARKING-NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
:PROXY -REELlFRAME---;-2000/0?25
STEP NU--UR/0020/7,0/L94./003/0607/0610
_CIRC ACCESSION NO-AT0124-395

u2 020 UNCLASSIFIED PROCESSING DAYE--30OCT70
:.-CIRC ACCESSION NO-AT0124395
-,-ABSTJRACT/EXTRACT-IU) GP-0- ABSTRACT- 'THE POLYMN. OF MESIHICH:CH
SUBZJCLV ETSIH(CH:CH SUBZJCLv PHS11-f(CH.,CH SU6Z)CL,, OR SJlltCff:CH SUB21 CL
100-500EGREI~S LIN THE PRESENCE 01~ H SU52 PTCL
SU32 IN SEALED TUBES AT
SUB6.6H SUB2 0 AND PT-C GAVE OLIGOMERS CONTG. 014LY LGffM0'.9RCLf SUBN (1)
(R SL CL OR PH) STRUCTURES OR I AND ICH 5U82 CH SUW! SIRrL) SUBN III) (R
51 ME OR ET) STRUCTURES. aESIDES I AND (OR) 11 IN KS 9--L].) THE POLYMN.
-ALSO GAVE DIMERS SUCH AS 1#410[CHLURDiIO4*P.IMETIiYLvl.t4vDlSlLACYCLOHEXANE
tlll):.CR ls.l#4,,4,P-TETRAMETHYLtL.t4v)DISI.LAC~CLDHEXANE~ 11M. 1,*PR SPECTItA
GAVE-THE.CGNFORMATION OF III AND SH0WEO;THATJV CONTAINS ISOMERIC
TANE'
-`-11-3- t).ICHLoRovlp293pTRIMETHYLl;t3vDlslLACYCLOPEN 0~1
9 FACILLTY:
-T NEFTEKHIM. SIN. IN. TOPCHIEVA M0$COWp,U5SR'
INS
UNCLASSIFIED

N LASS!FIED ESSING DATE--23OCT70
U
C
~;',~-:.-T~ITLt--HY'DROXYEtHYLAT ION OF NAPHTHEMIC, ACiD 6ASED AMINES -U-
OR-(03)-NA K IN, N.S., YEPOROVA, G. M. :POTAPOV,. :G~P.
TRY OF INFO--USSR
'-SOLIRCE -NEFTEKHIMIYA 1970p 10(ilt 116-L9
D A T EPUBLISHED ------- 70
..'.~SUBJECT AREAS--CHEMISTRY
TAGS--NAPHTHENIC ACIDt AMINEs CRUDE OIL, SURFACE ACTIVE AGENT,
-CATALYSIS, ACTIVATION ENERGY
~.-C,ONTROL MARKING--NO RESTRICTIONS
.,.DOCUMENT CLASS--UNCLASSIFIED
~PROXY REEL/FPAME--199T/ObO6 STEP NO--UR/OZ04/71)/010/001/011610119
ACCESSION NO--AP0119522
UNC LAS-S-1 F -I-F-0
'"Jot

2/3 0-21 UNCLASSIFIED PROCFSSING OArE--23OCT70
ACCESSION NO--AP0119522
GP-0- ABSTRACT. THE CYCLOALIPl+!JIC AMINES DERIVED
FROM NAPHTHENIC ACIDS FROM BAKU CRUDE OILS,, B SUf3l ItQ-30DEGREES AIND
130-160DEGREES WERE ETHOXYLATED AND THE REACTION PROl"UCTS STUDIED FOR
SURFACE ACTIVE PROPERTIES. THE UNCATALYZEO,ETHOXYLArION GAVE ONLY
NtNtBIS(,qYDROXYETHYL)A~ilNES. THE IREACTION CATALYZED BY L D K Oiri
so I
(.0.5PEERCENT) GAVE POLYOXYETHYLENAMINES WITH 2-lilt. OCH S002 CH SUB2, UNITS
IN THE CHAIN, WITH AV. 140L. WT. 290-825. THE P11.0OUCTS Hd~VE A HIGH CLOUD
IPERCENT AQ. SOLN. THE LOWERING OF SURFACE~ TENSION OF THE AQ,
:-POINT IN
~SDLN. 'IS PROPORTIONAL TO THE CONCN.:; THE. MAX. EFFECT IS SHChipi BY COMPOS.
WITH 6 OCH SUB2 CH SU92 GROUPS IN THE CHAIN, :THE IK SPECTRA HAVE BANDS
-AT 1130 AND,1260 CM PRIME NEGATIVE1. AND A B;OAD BAND AT ~400 CM PRIME
NE(,,ATIVEI. THE PRODUCTS ARE USEFUL AS FLOTATION AGENTS FOR LI ORES~
-IOXYLATION W - 1440E;-GN, THE HIGH[:IR !~CIILING F9ACTION
KINETIC STUDIES OF, Firl ERE
AT, AN INITIAL ETHYLENE- OXIDE CONIA. OF 0-5 -MOLF-1-- TH'_ RATE CIJNST.~ WAS
FROM THE SLOPE OF LOG DELTA P VS. TIME. F 0 e1 U N CAfA L Y I E U
-REACTION AT 140DEGREES, IT IS 3#0 TIMES 10 PRIME4 SEC PRIME NEGAIIV~I.
AUTnCATALYSI,S OF THE REACTION WAS STUDIED BY ADON.10F IHOCH SU82 Cli
SUB2) SUB2-NH TO THE INITIAL REACTION MIXT'. THE AU'I'OCATALYSIS RATE WAS
:--.,,DETD. FROM A SERIES OF RUNS WITH VARIED INITIAL CONCN. OF (HOCH SUB2 CH
: -NH ANG 0.5 ?40LE-Le INITIAL ET14YLENE OXIDE CONC-1 THE
;-SUIB2) SU32 14.
--CATALYTIC EFFFCT OF (HOCH SU8Z CH SU82) : SW82 NH IS PROPORTIONAL TO ITS
~.CONCN. THE AUTOCATALYSIS RATE CONST. IS 23.7 TIMES,10 PRIME3
L.-MOLE-SEC.
UNCLASSIFIC-0

FfE D oATC---23`.)CT?o
a/3,. Oat UNCLASSI PROCESSIN4
CIRC ACCESSION t,10--APO.119522
""ABSTRACT/EXTRACT-THE ACTIVATION REACTION WAS
ENERGY OF OETCJ. Fqom T&E
RATE CONST. FOR THE UNWALYZED REAC-TION AT 150 AP10 1600EGREES U...0 Nfqo
--0
~5 TIMES 1-3 PRIME4 SEC- PRIIME NFGATIVElt. ~Kc. Si>. iTHE C;--LLCD- ACTtVATM4
SIMILAR TO 'FACILITY, INST. NEFTFKH114,
..E,'4ERGY- IS 11 KCAL-POLE
N.
N.. TOPCHIEVAt MOSCOW, USSP.-
I
UNCLASS IF [ED

V-2 -109 UNCLAS54 FIED: p _ESSING OATE--30OCT70
:,.,llTLE__SYNTHESIS AND PYROLYSIS OF CYCLOBUTYLMETHYL TRIMETHYLSILANE -U-
A I p
~-.~,-AUTHOR_(05).-NAMETKINt N-S-, GUSELNIKOV,. L.:YE, iUSHAKAVAIR-L-v STARTSEVA?
me f V607TW,7
~1,-:COUNTRY OF:INFO-- SSR
._':~SOURCE-1U. AKAD. NAUK SSSRt SER. KHIM* 19701 (2)v 494-6
D AT E PU L ISHEO------70
.SUBJECT AREAS-CHEMISTRY
-"JOPIC TAGS-CHEMICAL-SYNTHESIS, PYROLYSIS, ORGANIC SILANE, PLATINUm
~_,~~-COMPOUND, CATALYST
"'CONTROL MARKING-NO RESTRICTIONS
.. _..-DOCUMENT CLASS-UNCLASSIFIED
';-PROXY REEL/FRAME--1997/0847
STEP NU--U.R/0062/70/OOOIOOZ/049"2./0496
CIRC ACCESSION N0--AP011975I
1-1114f: L A S': I F I E D -

-77-
IE PROCESSING DATE--30OCT70
UNCLASStF 0
..-.C.IRC ACCESSION NO--AP0119751
..,.~,I~ABSTRACTJEXTRACT--(U) GP-0- ABSTRACT. ADDING 15.5 G METHYLENECYCLOBUTANE
OVER, 2. HR TO 23 G ME SU82 SlHCI AND 0.2 ML H SUB2 PKI SU-36 CATALYST IN
JHF, AND HEATING THE MIXT. 8 HR AT 110DEGREES GAVE 51PERCENT
~,DIMETHYL(CYCLOBUTYLMETHYL) CHLOROSILAN-Et B.-167-8DEGREES, N PRIME20 SUBD
1.-4465, 0 PRIME20 0.9296. THIS WITH ME14GI, GAVE 55.4-PERCENT
'ICYCLOBUTYLMETHYL) TRIMETHYLSILANE, 8. 145DEGREES, 1.43101 0.7816.
PYROLYSIS IN A STATIC SYSTEM AT 430DEGREES GAVE 51PEIICENT CH SUB2!CHCH
:SUB2 SIME SUB3 IN 30 MIN. .114 AN IMPULSE PYROLYSIS~AT 575DEGREES WITH 12
-SEC
CDNTACT TIME, 61PERCENT. CONVE-RiSON WAS ;ATTAINEO:; THE AMT. OF SAMPLE
THE REACTION IS TRULY
010-NOT AFFECT THE CONVERSION, SHORING rHAl
MONOMGLW AND FORMS THE ABOVE PRODUCT, AND G SUB2 H;SUB4
IAO,TUPCHIEVAI, MOSCUP USSR.
..FACILITY. INST. NEFTEKHIM.SiN.
UNCLASSIFIED..-
gm
n

Ref. Code
ly 0 0a 0
%-ewT, (TL h-te~,GeCf1:CH2
tymd. slowly in heptr-~ie; ~Y~ th mijice of: BuLi at 35-15*.
after 1150 br: at
Thus, 3.41 - molelf" 1. g6nen.'shd 0.01 mole/I.
BuLi co-iien., oniv 57% conver4ion,was Asa. 4fter Ai~j initial 'in-
-p -ate wa~ pr prtionrl to t iioncn. ind
duction period, the ulyrnn~~x 4p
the square root of the inida'tofcoiicm~: A46. o butidjei~e to 66
after 300 br' aid no~ ~*a~~- it
polyin4ri,,
reaction
to:
systern
cating the low uctivitv~of the I car6ni(i6s. 71C Pq N~m
growth 1s apparently *complicked ~y.~ de~ctivuOon of Ai
centers lay a hy,
dridej'traris~r from ei&of'66 gro%kii~g I
' 6
give LiH. This was codiri~ed by ~6~erv' i ion d C:V Am
in the ir spectra of the. ' I er'arld ky Hr uptak:e c6rmff:
Po Ym
to 2.2% double bonds.
laia to
maing

P4kESSMG OATE--113SEP70
I~JOPIC HYDROGEN, ARGON? NEON HEL I U,4,, ICE,
--~CRYSTAL LATTtCF
~.:PROXY REEL/FRAME--1984/1574 STEP NO--UR/0020/70/190/003/060q/0606
-'~CTRC ACCESS[ON NO--AT0100192

.212 027 UNCLASSIFIED PROCESSING DATE--18SEP70
CIRC ACCESSION NO--ATO100192
..ABSTRACT/EXTRACT--(U; GP-0- ABSTRACT. SOLYS. OF H SUP,?, AR AND NE IN ICE
~AT 400, 600, AND 800 ATM 4FRE CALCO. BY MEASURING THE FREEZING POINTS OF
PURE A140 GAS SATO. WATER IN A NAMIOT BUKHGALTER DEVICE (1965). MEAN
COEFFS, OF ABSORPTION, EXPRESSED 1*4 TE.RMS:0F CM PRIME3 TIMES 10 PqIJklE
NEGATIVE3-G ATM (VOLS. REFER TO ODEGRE8S AND 760 TORRI ARC 11,8, AND 7
FOR.HE, H SUB2 AND NE, RESP.; I.E.t THP~SOLYS. OF THESIt- GASES IN ICE ARE
OF THE SAME ORDER OF MAGNITUDE AS IN WATER. HOLES IN THE LATTICE OF ICE
ARE LARGE ~ENOUGH TO ACCOMMODATE ATOMS OR MOLS, OF THESE GASES. GAS IN
ICE SOLNS. FOLLOW THE HENRY RULE.. SOLY. IN ICE OF G 'ASES HAVING LARGER
~ATOMS OR~ MOLS.- (0 SU82t N SUB2v ARo ETC.) ~CANNOT~BE MEASURED BY THIS
'.,METH0O~BECAUSE-',THEY FORM CRYSTAL HYDRATES WITH WA!TFR.
tP gE I A:!~s

USSR UDC: None
GOLIDAITSKIY, V. Ir., KAGAN, Yu. and IWI-IIOT, V. A-.
"Two-Stage Excitation of Nuclei to Obtain Stimulated Emission of
Gnmma Quanta"
Moscow, Pis1ma v Zhurnal Eksnerimentallnoy i Tegreticheskoy jiziki,
vol 18, No 1, 5 July 197~, pp 61-63~
Abstract: This letter is based, at least in part, on earlier nrti-
cles by the first two authors named above (ZU'_-"F, i1, 1973, P 90;
a report presented at the scientific sessions "Welleniye obshchey
fiziki i astronomii" and'"Otdeleniye yadernoy fiziki" -- Division
of.General Physics and Astronomy and Division of Nuclear Physics --
of the USSR Academy of Sciences, 28 December 1972, UFN, L10, 1973,
P 445) in which the possibility of creating a lat3er for nuclear
gamma transitions (a gaser) wan .3nalyzed. In th6se articles, it
was concluded that pulse Dumping of the I,18ssbauer levels by the
capture of neutrons is necessary. In the present letter, the au-
thors reoort a two-stage method of re'ducing the inten-r~ity of the
neutron beam required to provide the specified denuity of excited
nuclei. In the first stage, thu neutrons are captured in ~i terget
with a M8avbauer-levei population having a mass number clorie to
112,
63 -

USSR
UDC: None
GOLIDANSlaY, V. I., et a!, Pislma v Zhurnal Eks-rerimentallnoy
Teoreticheskoy Fiziki, vol 18, No 1, 5 July 1973, pp 61-63
that of the nucleus. In the second stage, the rediated Eamma
quanta are captured by the nuclei in a.second target. The tar-
gets in both stages are solids.
2/2

...... .. ...
V~SR UDC: 537.521.7
NAMT:[Q
L-K. KRASOVITSKIY, V. 'B.., SHNAYDER, Ya. N.
All-Union Scie ific Research Institute for' De'sign and han-
ning of Electrical Equipment, Kharl,kov:
"Concernina Development of an Electron Avalanche in an Inter-
electrode Gap in a Weak Electric Field"
Leningrad Zhurnal Tekhnicheskoy Fiziki, Vol 41, No 11, Nov
71, pp 23i7-=2
Abstract: The authors study the effect ofelectron avalanche
Formation in a gas-filled interelectrode space in the presence
of a weak electric field. The analysis is based ort a kinetic
equation, thus enabling the authors to, follow development of
the process with time in addition to calculatiiig the ioniza-
tion coefficient. The strength of,the steady electric field
is assumed to be so low that the energy acquired bya free
electron over its mean free path is much less than the ioniza-
tion energy of the gas atoms. The-ionization coefficient is

2/2
- 65 -

-1CLASSIFfD -SS0-'G DAT~-- -t3NOV70
W E PRIAC
-t;ITLE--C LASS IF ICAT [ON PECULIARITIES G, FT H tF F L' ;l-, ---i S0 FMk. t: EI' T Iiij~ THE
-,EL EC T-~ I CE R0 S I ON ~U-
-AUTliG.R--NA,*llTUKGV, K. K.
'COUNTRY OF INFO--USSR
IZVESTIYA VYSSHIKR UCti,EB~IYKFi.1liVE,:)~~:-::NlvLY2
T 9
ELEKTrkUl4EKHA"lKAt iNO 3, 1970t PP 2 -284
DATE PUBL-ISHED ------- 70
S.UBJECT AREAS--PHYSICS
---T 0 P I CTAGS-ELECTRIC DISCHAR,GE, EkO S I ON 8. 18 L I OGR APHY PLASMA i) f s C fiA K G E
::CCUITROL 4ARKINIG-10 RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFItED
E F ME- 1999/1672 STEP NO-UP/0144/70/060 /003/0279/0284
PROXY Rr--L/FRA'
~CIRC ACCESSION NG-AT0123499
SIFILU

2/2 025 UNCLASSIFIrz() pK~u--'O'SSING DATE-13NOV70
-C IRC ACCESSION NO-AT0123 4.99
ABSTRACT/EXTRACT--tU) GP-0- A3STRACT. ALL THE VARIETIES OF FORMS OF ME
ELECT.Rjr EROSION OF j'-,ATEk[ALS MAY 8E DiVIDED INTO T1411"' LARGE 1,1-4ss-S'
'SION AN~) NONC'NTACT EROSION. THE (-(j-',IT,ICT ERGS11jiNt IN
,VIZ., CW4TACT ERU
"I IG YPE
TURN, MAY BE SUBDIVIDED INTO A CLOSillf., TYI*-- EROSION AN OPEIN \ T
EROSION.- TO THE NONCONTACT EHOSIC-14 bELONGS FORMS OF THE EPUSION OF
MATERTALSr ~MICH ARE Oi-iSERVED UPON ACTION OF THE PLi%SMA 01: AN ELECTRIC
:DISCHARGE. A BRIEF OUALITATIVE CPARACTERILATION 15: P,~E!iENTED GF PIE
'U FOR,'-IS OF EkOSION. 6 REFS-
ABOVE MEINTIOIN~
U ,'A C L A S S I F I F. f)

112~ 013 UNC L AS I F E' P;ti* ESS~ING DATE 13NUV 7 0
T-,lTLE--MI XTUKE FOR PREIAkl-.'IG ARCIArtikESTER "CRAM31EKS FWIL ELIK'TP,1CAL
-U-
AlJTHOR-(04)-NAMI'f0KOV K. K. 8LJLizAKQV, Vi~A..UiMITSKEV[CH, GbFvt BREMISKLY?
'V G4
.---.COUNTRY OF INFO--USSR
souRcE--LI.S.S.R.267t436 Irv
_;REFZ-REtNCE___0TKkYTIYA, IMBRET., PRUA. 06R.AZTSYf TOVj%l[0IYE Z III AK 119701
DATE PUBL.lSHE0--QlAPR,70
ELECTRICAL ENGR
,.-SUBJECT. AREAS
TOP I C TAGS--ARC OISCHARGt" DISCHAR.(k CH AA, 6 ER I)ATENT,
.'C ONTROL ilA'MKING--NO RESTRICTIONS
130CUME-i-IT CLASS--UNCLASS11-121)
PROXY REEL/FRAME--3005/0885 S TE Pti('--UR/04?.j2/7111000.fi)n,010000 10000
__:Ctq-C ~_,A-LCESS ION N,0--AA01329'15

Ref. Code
tion.
'b
dispersed stmacturat components 1s:descin ed Con~ rative data
bdued n3m a fine-
are presented on the pro~~irties of L-okaas pr, D",
dispersed. charge* the chWtge, beitio bbWned by chtm~ .: rnet~nds,
-rs
F parailively large4ire P0,46
and contacts froin the DIM- 0 con'
obtained by tnech. mixing- Conipamti~e reixtlts jtr~ also given
for the wear resistanct of the cont4ets during currelliLlfww.
REELIFRAME
19801121
1111V Kill

AA00 451

Soviet UR 0482
'
Inventions Illustrat
d
S
4
e
e
,
11 Electrical, Derwe
F243194 FIBRE OaICS VEASURI 11 dmribeCta
No.153126, was bas" CiA t A principle o,f
,
optical Measurement of-lo
&t USL'g:~%' ran t:t
p h t ami 'llig
television tube and a bunc4 of 114ht: guidels. I
Measurement is twt to acciir&te sJt:mighj be,
al
ovingto phy3ical mdvement-~effeq`tl; from the test
piece. The proposal describes qn, tmprove~xent., The
diagram shows an objective lens J.: focussed on the
test piece 6 (which may be hot) iand,passing an;,
optical image to the bunch of lj.6t-auides 2, whtch
are.cLosed up at the input etid output d
5 is scanned by the television fmba 3; the f eai~ure
of the present developigent is tiw ijecial arrari go-
went of these flextble-fibre S,4~4ea,lnto even 4t~nd
AUTHORS: Rabinovich, V. A.; Sharf, Ye., X Pung6r, 11. A.
Namsarayev, V. T.

odd groups, as numbered at the iii t
pu :so that odd.
numbers arrive in group A,,and ev Iep in group B,.
of,the ouiput array. in a Idditiori arej in
opposed order, as shown. The imag!a o4 the hot,b 'udy
6 presented to the Ught &Jdeo In: converted. by
,television tube into one 4ependiog oti the scannt4
method, but any dynamic etror dui to movement i4;
only equal to the diffarenca~of the errors in eilt~h
part A and B of the ftnel~image.~.
5.11.67 as 1195767/25-28 Add to l5312,6.V.A,RABID)OV-
ICH et al.(17.9.69) Bul 1j)j.5.3.169. Class 42b.
.Int.Cl.G 01b.
X3
19780093

UM 616.895.8-07:616.8311,832-091.8-07
AND CLINICO-l"RPROLOGICAL UVESTICATION OF ULTPUkSTRUCTURES OF
IN SCRTZOPHRE141A
BRk!N

!ATtlcie by B. , UAnevshwl
~ Institute a! Psychiatry inent. M.14. Asatiani,
Tbilisi; Moscow. V-9tnik Mindpmil M-dirninskikh
~
~-,SM, Ituastan, No 5, Mzy 1971, pp 75-771

'Th epurpose of the prevent ittudy was to evaluate ultrastructural
-hang,?a in the brain associated with schitophrenta and In the light.of data
rhts'ncd 4rr,-- electron microscopic study of the brain of animals to whom
~lcod -;lssna from schtzopbrenic5 was udminiatered.
The dif!iculty of studying ntruccural ch4nres In name tissue-ele- '71
Tents In the presence of schitophrenia lies in that in such casas death
--~azallv occurs as a restat of a serious somatic disease capable of Inducing
4n-~~,s in th- contral nervous iyatem. In addition,
~e cust also tAke into c~nsLderatinn t~a severe hypoxin associated with
tne ag-,na] stnte. as wall as autolvt1c processes tnat develop after death.
I
I-f~rt4nt to taia those influences into consider"r on
-,.r*.Inq electron microscopic studics. In view of the development of
;cst --orten changes. sorne authors limit the Links within which picenr of
Tic&ua. ara ~Ixad tor suh~zrotcaplc studies to 15 (Sjostrand) and even 3
ft-m th- ~-'- of d4Ath. ~ Some researchers, howevo!r. believe
t."a. z-:~LL zan La c%tcn-'cd so=a*.hat. For
c,zerve :hr -.aln ultrj~-irrurrurs! Plemcnrc of nerve tissue remain
!n-.'t 11-n th~. r..,t~rjal is Imnerbed in fixing fluid several hours after
~c:tt!~. nLot M~fs vlt~w I~ not shared by all Investigators, on.] th4 r4quira-
-n: ~~ minimal int.~-* La obtaining nater4al tar electron. indcrescopic
5ru'l'i's 'R One at the mcrt Important Canditiono.
th~. Tarcsent article, hovaver, we submit data from electron micro-
.Zopilc ;x.in!nation of section material mad. 7.5 and three hours after death.
ve deemed it, feasible in view of the fact that our chief objective was not to
dt-m,nstraco "&cuiznnhrenic" changes in brain tissue.. but rather to compare
0- 4tru,,tur~1 ~hAngo;; ahrarvad a.- these tLmt5 in the ~ralit of patients who
1--3 -41-r-k fr- ith the s=e chanzei de-n9Iral'16 In Animala
to hm blood plas-wi fron, schizophTEnics had been administered, at different
- 117 -

poll
A-/3- 017 OR IC'~jSS UT'i fjAT----L3N9V70'
NICLASSI FIE-0 70
-..TITLE--ijN T H E' COMPLEX NATURE OF THE, RA:-.A,l'):l3X:I('A-L -SLEEP li~\l Ti-;.(: c.%-f -u-
K~(03)-QNIANI, T.N., MUMM-,j P., NANEYSHVIL I T L
AUT.HGz-
'i'~'.C'CUNTRY OF: [NF0--USSR
QRCE FUJULCGICHESKLY ZHURNAL SSSR PI IN I I M SEf 19709 VOL 56 r
_11W 5't. PP_639:--695
DATE -P(JBL ISHED ------- 70
"'..SUBJECT. AREAS-61GLOGICAL AND MEDICAL SC I ~:NCES
tOP. I CTAGS-SLEEP, -CAT, ELECTRODE, H I PUC A MI PU S
CONTROL
DOCUMEINIT CLASS-ONCLA SSIF IED
PRbxyl RE EL /FIR' AME-E-300 1/0243 Sfl-'-s)
_C S S [')t~
CIRC A CC E,~ S ION N 0 - - A 110 12 6 0 2 1
i I -1j. li
U L I f
_L,
WWI

Ot7 UNCL ASS I F I ED PRIOCESS Vqt; I)AT'C*-- L 3NOV7 0
I R-C ACC ES S I ON *40-AP012602i
0, RECTRAL A N A L 1(5 1 S U- TH UCURT I CO
.ABSTRAC f/~--ATRACT--(Ul GP-0- S TR A U, T S
40 S03CORT--COGRAMS RECL~UFID WiTit I -,PL wira) zLi::CTR.1)Di*:-,, SH01,1ED THE
t DISTIP.-ICT Pil.e.-IJI. 1) r4i
PARAXXiCAL SLEEP TO BE C,11POSEj Or
HIPPOCA.VAL DESYNCHRONIZAMUN PE~110U, 41THOUT 1UPID; ~-YE
MUSCLE TWITCHES, DURING THE SL(;;i WAVE SLEEP .3
2) THE THET A PEk1f 0 OF
'CHMN I ZAT I ON't OUEN APPEARANCE `F THETA 31J,~STSI
HIPPOCA-VAL 5YIN -KITH THI: SLJ
L;YE ;-I~;VEMENTt vlij5i~I.F- Tr0l'CHES, AND A,~RHYTHMIC HE
ACCOMPANIED BY PAP10 I- i 'ART
DELTA PERIOD OF -I1PPdC;1NP',L
RATE JV, 9 RESPIRATION. 3 ) THE U 1 't
SYNCHRANIZATICiN, I.E. Ti-i,17- !:-,RAouAL SL0,.,1fNG OF THE HIPPOICAlPAL ACTIVITY,
wfTI-4fIUr ,'-I(JSCLE T';-,1TC!1ES, A:ji) odTH 1-jCCi1,ST;X14AL EYE. sovE~m,--;,jrs, FURTHERMORE
c 11
CR - r t: THE LATrpR PERI:Ui~ls 6F Hjqp:~rAMPAL
WITH A Qi- - EASE (IF THE HEAK
T RATE.
SYNCK~M4 f ZAT ION i~,--PFIIJEDLY APPi- 1'NG EACH PARAU~';XIUNL SLFLP dIiASE.
E A
THE ArIPEAKANCE f)F mE SUJ.~t iAl/~.: S4EER WAS F TO Ili' If .111-'C EUE0 1311
PAL -jGHR0Nf1j%TU3i4 VEN.100, 1-~o OELTA JS-UALLY.
HIPPUC4i SYj
HE P)
:ACCEPTUIC; THE VIFW THAT ME NEURAt ESS4N'
iNOULD ;JL- THE LIREKATION OF THE R~,TICUL4.t ACTIVATING: SYSTEII f-Rom NE
VNPIIBITU;~Y 1'4~-;LUENC-r OF THE PUATINE SY.-'jCi-IR0N11fNG S1!f-'(JCrUA---S (12), AND
TANNNG UIT(I T~iE -RUL C-F THi. HYPOTHALAMIC 1;TpuCTUKFs 11.4 THE
GENESIS OF THE H1#1P0CA`M;L THI:: ~ETICJLAR F-Ji'i-1,Ar1JN
WAS SUPKISED TO RISE THE H111,00CAMPAL UE,SYNCHRONIZATIONt AP40 THE
HYPOTHALAMUS TO RISE THE TAU JiIPP~~iCAMPAL SYNCHRC~NIUNTIOIII PERIODS.
UNC LASSI F t ED

UNC L A S 5 0 L-'N~DV 7 a
3/3 01.7 1 F I Pik 1: S 1,%' 3A
AbSTRACTI~;XTRACT-TW-i REC::NT fjj';TA jF T'l ("A 11 A 5 f (AN S G P. 1.1 !'1 R1,~) As W:-LL AS
'N T DY S'0661:"T THF LIJERAL
THE 03~ITLOL STIMUL~,Tli3f! EFFECTS I N TH: PA E S STUt
'LATIV F UNCT I U N A L
HYPOTHALAMC 0 R I S I N IJ i: T ri E Tlt~TA P E ~ t 10 1 T H RE
DOMI N A NC E OF THE Mu'01AL STRUCTUkES JUK114G THE
UELTA PERIOD OF THE
PAmADOXIC4L SLEEP. FACILITY: INSTITUTE OF POYSIOLOGY GEORG.
SSR, T31LISI.
L AS:) I F lr'-'D

UDC 610.49
ABDULViffl-7, G. B., .1011, V. Bo, G. T,.., C 11 TIV ICA', DT
and SALAYMI, B. 1'L1. Institute of Plvsics~ Ol
"Fh3-LOcOriu(;'UvL,L,3,- of, Mn-Sh llrjSla Cry-stalop Rocoi-.~Wulatloll Sclicno"
yd-lizizi-k9y SSR# Sarlya FICIko-
C"?
1
1 p 27-1
A six.6y of -ja n oinrle crp;-t'l-zl5
of Cd.1
tion, -c
ns vell tb
Z"-tion, off olcct-mn.3, r-nabled
to 01-'rf.t~
an luvell tp:~,aLn- in -1-11,3 forbid-
den t~-A of CrIluz"'l, to actemine uo,;i~o recombim-Lion,axi -U~mppb)G center

USSR UDC 621.315.592
SAIAYEV, YU. E., KIIALILOV, V. JUI., ANTONOV, V. B., JNAI-r
R. Mi.
"Faraday Effect in the Excitan Absorption Region in C-q8e"
Leningrad, Fizika i Tekhnika Polup~~oyodnlkoy, Vol 6, 'Alt) 2, 1,972, pp 267--270
Abstract: A study was made of Faraday rotation in the exciton absorption re-
gion for we-alt fields (13.5 kilogauss) and at- iemperatures of 300 and 1200 K.
Comparison of tile results with the data obtained frCM tlagneto-optical raeasure-
ments in strong fields [I,. Aoyagii, et a16, J. PhYs. Soe. Japan, No 21 (supple-
ment), 1966] shows good agreement of the results. This, agreement confirms the
applicability of the mathentatical model. used,'and the results, obtained by the
different nethods.
The result from investigating the Faraday effect in tile absorption re-
gion of the exciton line n = 0 were processed on the basis of the Halpern
theory [J. Halpern, Phys. Rev., Vol 134, No A140, 19641~ and the Zwara approxi-
mation [M. Zwa a, Phys. St. Sol., No 36, 735 19691. Relaxation times of
0.443.1()-15 for 300' K and T = 0.845-10-13 see for 120' H' were obtained.
The effective values of the g-factors were P. 3.86 for 300* IC and 3.46
for 1200 The e4timated concentrations of the cxciton states were N 1.59,
.1016 cm- f or 300' K and N = 0. 89. 10 Cm-3 f or 120* K.

1/2 014 UNCLASSIFIED PRUCES~TN15 DATE-.--- 2014OV70
..TITLE--LCW TEPPERATURE kADIOLYS.IS OF ALIPHATIC WLFIDES -U--
_AUTHGfi-(C4)-Aa4Q~bAStV ILI, YE-M-t PANCHVIDZEt M.V.j, ()APKV E AS HV I L I, A.G.,
KHI VESHEL I G.
,Z-:..CCUkTr,y ru IlNFo__ussR
-LIRCE
_-_SC --SLL&SHCH. AKAG. NAUK GRUZ. SSR 1970,t: 57(1)f':~~1-4.
PUEL ISt-;E0-----70
qAT
aJE.CT AREAS--CHEMISTRY* NUCLEAR-SCIENCEi AND, T ECHNdL~UGY
P. -.1 CTAGS--RADIOLYSIS, SULFIUEt FREE RADIKA.6 ALPHA RADIATION:, BETA
__"'....:.RA0IATlC&,, ORGANIC SULFUR COMPOUND1
'-:CCNTRC,L MARKI&G-NO RESTRLCTICNS
DOCUMENT CLASS--UNCLASSIFIED
PRUXY REEL/FkA.-MiE-3002/1233 STEP NCJ---4JR/02'-~t/70/057/001/0081J'0064
CIRC ACCESSICN NG--AP0128649
UNCLASSIFIED

MOGEN
77
.--,212 C 14 UNCLASSIFIED PROCESSING DATE--20NOV70
C IRC, ACCESSIGN NO--AP0128649
-ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. RADICILY51.5, AT '77DEGREESK. OF (C
SUBN H SUC12h PLUS 1) SU32 S Ml EQUAIS L, 21, 3. 4, 5, 7, 10, AND I?-,
R.ESP.)-.RESULTS IN ABSTKACTION OF ALPHA OR BETA-1-1 ATOMS. , THE RADICAL
INCREASES CURVILINEARLY WITH N., FAG I L Vvy: INST. NEORG.
XHI M ELEKTROKH 1 M. TBI L I S IUSSR
UNCLASSIFIEZ

112 020 UNCLASSIF180 P9GCESSlNG.DATE--04DEC70
TITLE--RADIOLYSIS OF 11HEXADECANE AND IrOCTAgECAMETWOLS --U-
AUTHOR-(03)-CHIRAKADZE, G.G., NANOBASHVI:Ltv YE.M-o.~!OSASHVILII G.A.
COUNTRY OF INFO--USSR
6~v
AKAD. NAUK BRUZo SSR 197,1 57(2)t: 341-4
:,-DATE PUBLISHED ------- 70
S UBJ EC TAREAS--CHEMISTRY, NUCLEAR SC I ENC EAND TECHNO.~OGY
TOPIC TAGS--RADIOLYSIS, DECANE, THIOL, X:RAYj GAMINIA AADIATrONt SULF[DEt
SULFONIC ACID
-:CONTROL MARKING--N0 RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REELIFRAME--3007/0797 STEP t4O---Ul~/0251170~/057i'002/034110344
CIRC ACCESSION NO--AP0136231
UNCLASSIFIED

2/2 020 UNCLASSIFIED PROCESSING DATE--040EC70
CIRC ACCESSION NO--AP0136231
GP-0- ABSTRACT. THE TITLE COMPOS.t 11) AND (II)i
RESP.,- WERE EXPOSED TO X A-NO GAMMA RAYS. I HAVING RECIEVED A DOSE OF
2.2 TIMES 10 PRTJtllEl9 OR 3.6 TIEMS 10 PRIME19 EV-NL~ SHOWED A CONVERSION
YIELD OF 0.4 TIMES 10 PRIME NEGATIVE3 OR 0.8 rl~'IES, i0 PRIME NEGAT[VE3
MOLE-L.t RESP. I OISSOLVEO IN ORGo SOLVENTS WAS CONSIOERA8LY MORE
SENSITIVE TO CHANGES, THE EXTENT,BEING A FUNCTION Of: SOLVENT POLARITY,
A 0.008M SOLN, IN ETOH HAVING RECEIVED A DOSE OF 0.9 TIMES 10 PIRIME19 OR
-3.6 TIMES 10 PRIME19 EV-ML SHOWED A OECOMPIN. OF 0.75 TIMES 10 PRIME
NEGATIVE3 OR 2 TIMES 10 PRIME NEGATIVE3 I MOLE-L.P:AND A 0.003M SOLN. IN
ISOOCTANE UNDER THE SAME CONDITIONSr ili49TIMES 10 PRIME NEGATIVE3 OR
1.2 TIMES 10 PRIME NEGATIVE3 I MOLE-L.* RESP. DOUBLING THE CONCN. OF I
NEGLIGIBLY RAISED THE CONVERSION OF I.. [I BEHAVED;-SIMILARLY WHEN TESTED
UNDER SIMILAR CONDITIONS. T14E MAIN CONVERSION PRODUCT& WERE THE
CORRESPONDING DISULFIDES (SULFIDES* SULIFONIC ACIDS :AN;) Ff SU82 S WE-RE
,FORMED ONLY IN MINOR AMTSo). THE COMPARISON Orr THESE 00A WITH THOSE
FOR LOWER MOL. WT, HOMOLOGS SHOWS THAT ~THE EFFECTS ~OF 140L. Wr.
RJ~HIO( 15 RESEMBLE
.DIMINISHES SHARPLY STARTING WITH I AND T.HE,HIGHE
RADIATAON STABLE HYDROCARBONS IN MANY kESPECTSD FFACILITY: INST,
--NEORG.-KHIM. ELEKTROKHIM.t TGlLSIf':USSR~w.

MOSR UDC 612-81?
9MOBASOM, Z. I and ICBELIANI, T. K" Institute of.Physiology, Aczaemy
of Sciences Georgian SSH
"Effect of Stimulation of the Mezencepha-lic Reticular Formation on Convulsive
Electrical Activity of the Bratn"
'a
Tbilisi, Soobshchenlya Akademil ;N uk Orusinskoy MI 11o 2, 7), pp 429-431
Abstracti Stimulation of the dorsal hippocampus In cats evoked convulsive
activity chiefly in the stimulated region. Intensificat'Lon of the stimula-
tion resulted in the dischaxCzes spreading to the ipsilateral Arentral hippo-
campus, and then to other subcortic,-a and neocortica.1 atru_~ture8. Preliminary
stimulation of the reticular ;ormation Inhibited afterdiacharites, After
-second stimulation of the reticular forma:tion, stimulation of the dorsal
hippocampu3 failed to evoke convulsivq weas in azy of thilp statictures recoxded.
However, if the reticular forination was istimulated afte i convulsive activity
had been evoked, inhibition did.not occur and the duration of the after-
discharge even increased sliGhtly,
4.8
mmim-sai, wma

USSR UDC 621.376.23(088.8)
NANOS, A. M., VOLKOV, V. A.
"Device for Linear Two-Half Period Rectific:ation of Electric Signals"
USSR Authorts Certificate No 268513, Filed:24 Nov 67, Published 25 tug 70
d (from RZli-Radiotekhnika, No 4, Apr 71, Abstract No 063P)
Translation; A balanced rectifier is proposed. In order to insure rectifi-
cation of the signals in a large dynamic range with small minitaun, signals in
the load, to reduce the intake and decrease the overall dimensions, the cross-
connected base-emitter junctions of the rectifier transis~tors are connected to
the collectors of the transistors of the balanced two-cycle preanplification
cascade andP simultaneously,'to the primary winding of the transformer whose
secondary winding is connected via m-sistorn to the emitt4rn of the trannis-
tors of the preampWication cascade.

1/2 032 UNCLASSI F IeD PROCESSING DATE--160CT70
EMS CONCERNED WITH, ARTICULAT'llUN -U-
-AUTHOR-(02)-NAPAUQVq M*A.t SAPOZHNIKOVr A.L.
--USSR
_C.)UNTRY Or INFO
SQURCE--STC!4AT0L0GIYAj 1970, VOL 491 NR 3v W 72-T4
-DATED PUBLISHED ------- 70
-BIOLOGICAL AND MEDICAL SCIENCES
BJECT AREAS
_f.:_-T0PiC TAGS--DENTISTRYi DENTUREt PROSTHESISt JAW
..-.PROXY REEL/FRAME--1998/0073
STEP NO--UR/0511/TO/049IG03/0072/0074
'~-CIRC ACCESSION NO--AP012OT73
UNCLASSIFIED

--160CT70
032 UNCLASSIFIED PROCESSING DATE
CIRC ACCESSION NO--AP0120773
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT, SUMMARY* THE AUTHO-RS ARE OF THE
OPINION THAT DENTAL ARCHES IN DENTURE.S.FOK TUOTHLE5S JAWS SHOULD f3E
DESIGNED IN ACCORDANCE WITH ANATOMICAL AND FUNCTI&NAL FESTURES SPECIFIC
TO THE CkANIAL STRUCTURE. FUNCTIONAL DISORDER OF IMASTICATION ASSOCIATED
WITH THE LOSS OF TEETHt LEADS TO ALTERATIONS OF ALA. ELEME14TS OF tHE
MAXILLOOENTAL SYSTEM AND BONES OF THC FACIAL SKULLi AS THE KESULT OF
THIS THERE OCCURS ASYMMETRY OF THF BONES WHICH SHOULU RE TAKEN INTO
CONSIDERATION WHEN PREPARING ARTIFICIAL TEETH. . ON THE tlt%SIS OF
~MEASUREMENTS OF THE INCLINATION ANGLES.OF INTERALVEOLAR LINES IN RESPECT
TO THE SAGITTAL PLANE IN THE MOLAR REGION ON 80TH~~IDES UN 200 PAY[Epas
WITH TOOTHLESS JAWS THE AUTHORS DESIGNED A DISMANTLING PLATE FOR THE
FIXATION OF ARTIFICIAL TEETH WITH A SPERICAL SURFAQE HaVING A AADIUS OF
-9. CM. THE AUTHORS CONSIDER THE SPERIC*AL~ THEORY UF iARTICULATION AND
'ST RATIONAL.~
-CONSTRUCTION OF DENTAL ARCHES AS-THE MOI FACILITY:
~'.KAFEDRA ORTOPEOICHESKOY STOMATOLOG1.1 KHARIKOVSKOGO"INSTITUTA
'-VSOVERSHENSTVoVANIYA VRACHEY.
UNCLAS-S I-F 1,'D - -

sun
-SR 5
UDC. 621.372.
U0
KATMAKCIS, L, 1. HAPGMA, rAua-A, V. V.
"Characteristics of a Tr(uisistorized Oluadripole Gyrator
V sb. Elektrotekhnika (Flectrict).1
1970, pp 24.1-244 (-fr-om Imn-Ritwotelairijkla, tic) 1,2 jjj~,,c 70, AJ;n;trn,0-. No 12A06)
Trcuislation: The~ anthorr; jinalyze a ryrar-or circl.17t; w1ii-It i ot v: t;: f two
voltar duc-d
.,e-controllecl current generators, llarrtllel network.,i aj e A?,L;l I (Ie
)-. Special
,e~
into the Urator to ensure operation for any input voltar
circuits based on multiple treansistors are used to incree~se the input, and
output impedances. Two operating modos are possible: the Comp-msation rrode
-tar,
and the biplanced node. Analysis shows certaiji advan s of th- balanced
mode. Curves axe given for the temperature:deporidenoe of the olitput current,
~Uon of the
and an expression is presented for the relative~:error t", j ;Vu n e~
gyrator impedance. Five il-lustrations, bibliogruphy of 6n,- title. N. S.

UDC 66,9.71'781.018.9
USSR
KHODAKOV, P. Ye., and MITVOLI, S.,
11pr eparation of Aluminum-Boron and Alumin -BorOz Alloys"
um, Titanium
Tekhnol. legkikh splavov. Nauchno-teklin. byul.~ VILSa (Techuology of Light
Alloys. Scientific and Technical Bulletin a f All-Union ItIstitwte of Light.
Alloys), 1970, No 3, pp 95-97 (from nh-Metallurgiya., No 12, De:e 70, Abstract
No~G240 by S. KRIVONOSOVA)
Translation: The article considers the increasing of boron assimilability
during the preparation of alloys. The assimilability of 1~'aron,irtto aluminum
from B703 under a layer of cryolite at 12000 ina 30-minw~e pexiod if 507,
(with a 1:1 ratio of these substancem), and frobt KJW4 und;6r a layer of KCI
at 950-970* in a 60-minute period, .75-92%. An alloy of aluminuin with titan
ah'tn ngo under a layer
4um and boron is made by introducing tit-ani um and, KBF4 r'
of KCI. tables.

YlLmat
MR - UDO
517-5
NMULEV. V. V., Division of Physics and Mathematics, Bazhkir Branch of the
Aoad;m'j-o-rrcYences USSR
"On the Region of Regularity of the Linit Function of a bequence of Analytic
Functions"
Moscow, Matematicheskiye Zametki, Vol 12* No 6, Dee 720 pp 681-692
Abstracts let f(z) be an integral function, complex numbers
such that the system f DIn 7-) is not complote in the circle
jzj< R. and the sequence Q,(z) takes the for-- a)I/C O'k * z
k= 0
The problem Is to study properties of the sequences of Linear 4ggre6ates
P" (Z) a.kl OLAZ) (Y 0'
1/3

I

~7
b
A0044646 UR 1482
~
/
f
Soviet Inventions Illustrated,
S cti
a
n
Il Eleiltrical, Derwent
,,
ei
-7
243206 RE2L" SLITSM 1NFQM11116~ f ~,6 ~a
procesiing ma c
~e done vig ~a cathode
hine on~
ray tube and- 4 phota-senzit~ve tneans of reAlcordtug
the display, but catl~ot re i--hc
information for one cycle ~-,4f 01"rottipa of,Olt
'
processing. The p al a I~iy
ropooed ico ~ doe
tbi b
a;
incorporating in the. system,, c6ndist tzig f i tube 3,

objective 4, and cassette 6 holo :
~ r
~he 1ih;p.o_
'
ta w4i i f 4 ism
sensitive device, a rotatah
I
ac#
which can be fixed to' piresewit way. de*ivud -lace iii
order to photo$raph ~-wrecbrdi'~,Vhe,ii the. 1~' Aram-:
etars of the , in-f ormat:~4pn aria,; chsnged~ the ii r,ism Is
moved round so as to:i pvesent - a ~ a6l facol, ~ 11 U3 c4ti
be doi3c nechanic3lly,~or be ccnnacte4 clej-1j rUALAY
1.2.68 as 1114260/26-2$.O.J~SIYASIBUMOV et i jtl..
PETROLEUM 6. GAS CHMICAL INSTI.( 16.9.60) ul
5.5 '69. Class 42c. int.MG olv,.;,
AUTHORS: Spasibukhov, 0. 1. #~&fti v -A P,-trejv 1, A
A --

Y
Y
Vu"Are G*tlski,
Mookovsk i Institut Neftekhimichesk6X ("Y'ailovoX.JIr qhlennosti im.
Akad..I. M. Gubkina
1:977,1355

USSR UDC: 621.375.82
BABRIKO, V. Foy MAKAROV, V. I., NAPERSTAK7._T~- A.j RUBINCIIIK, B. Ya.,
TYCHINSKIY, V. P.
"A Laser apparatus With Preset Control for Cutting Materials"
Ybscow, Kvant. elektronika--sbornik (Quantum Electronics--collection of works'),
Ko-_I~(13), "Sov. radioD, 1973, pp 132-133 (From RZh-Fizika, No 8, Aug 73,
abstract No 8D1174 by the authors)
Translation: An autonatic apparatus has been developed for gns-laser cutting
of materials. The unit includes a carbon dioxide laser with power of about
500 v and a series-produced coordinate indexer~with presot control (EM-703).
The basic parameters of the apparatus and results of teebnological tests are
given.

-MO3341a
sv
USSR UDC 627.814(575.3)
G., BELGO
RODSKAYA, G. M, ABDURAMT. Mi. SH.,
of Earthquakeproof Construction and Seismoim,-Ladomy of~ Sciences of the
Tadzhik SSR
"Elementary Band Method in SoLving Earthquakeproof Dam Destgn Problems"
Dushanbe, Doklady Akedemii Nauk Tadzhik's4oySSR, Vol .'12, lie. 4, pp 71-76
Abstract: The authors present a method~for determining the seismic stability
and dynamic rigidity of dams. Using the.crose; sectiom of a dam, it ;~s d~.vi.~ed
into n uniformly thick horizontal layers, rtu-SUItiII8 iti a systerl with -,,. dcgrees
of freedoin. The maximum number of hori?ontal layers. n is (;andj,Llor,-~d !;oth by
the dimeneions of the divit arJ the proFram which can b4! x-~a).:~z~-c by the cc.,,,m~rer.
Tn this case n t~ilO. The ina-as, hori.--ontal shl ft, , arwi I r L15id i Ly irt, ,:zq 1,:ij
for each layer. Earthquake accelogramti ar e used aLL thin dyn,*~-rdc- distu.,b-ar:ce
for the given system. Relative horizontol cihiftw are alculared and Lire use e.
19701-912
Op

...... .... in
-- ---- .77
j
AM033418
for determining individual displacement. An,expTesslon is derived for dcter-
mining the fundamental tone period of a :d-qm. The BESM-Z and Minsk-22 computers
are used in cimputing data for the Nureksicaya an(I RogunskayiL hydroelectric
stations. Re'uIts of these calcula show thiat app;~
--s-Utt-Scan be obtained without usLng'more'; t' h 60': 10 f inlt~ element:3.
19701913

-A
Construction
USSR WC 627.814(575.3)
,WET S11. G., BELGORODSKAYA, G. NI., ABDLTRAUFOV, Kli. SH., Institute
iarthaquZaReproof Construction and Seismology, Academy oZ Sciences of the
Tadzhik SSR
IfElementary Band Method in Solving Earthquakeproof Dam DesLgn Problems"
Dushanbe, Dok
-lady Akedemii Nauk Tadzhikskoy SSR, Vol 12, Ni) 4, pl) 71-76
Abstract: The authors present a method for determining thot seismic stability
and dynamic rigidity of dams. Using the cross section of a dam, it is divided
Into n uniformly thick horizontal layers, resulting in a system with n dej,~rees
of freedom. The maximum, number of horizontal layers n is conditioned both by
the dimensions of the dam and the progr&m. which can be realized by the computer.
In this case n!~~10. The mass, horizontal shift, and rigidity are calculated
for each layer. Earthquake accelograms are used as the dyr4amic disturbanctz!
4
~or the given system. Relative horizontal shif 6; are cale-k 1;ated. and are ured
for determining individual. displacement. An expression ia ~erivq..d for deter-
mining the fundamental tone period of a dam. The BESM-2 anil Mini.'X-22 computers
are used in computing data for the Nureknliaya and Rogunskayli hydroi~l-~ctric
stations. Results of these calculations show that applicable en8iueering re-
sults can be obtained without using more than, 10 finite e1ements.

USSR
N
AP
LATANOV. D., HkRINOV, Yul. P., VENKOV, P. G.
"Method for Machine Recognition of Biological Information"
Avtomatiz. nauch. issled. na osnove primeneniya E1'SVNf [Automation of
Scientific Research by the Use of Digital:Computers -- 61lection of
Works], Novosibirsk, 1971, pp 380-384 (Translated from Referativnyy
-Zhurnal - Kibernetika, No 8, 19113, Abstract No 8 V697)by the authors)
Translation: A method is suggested for recognition of repeating biological
signals, based on the principle of agrcement between the. input signal and
a set of standard signal patterns, and a criterion is suggested for esti-
mation of the accuracy of recognition.
93

_r:il; -i N
USSR
YFJ-IE-L-YA.\
rOV, S. V., DUDIN, Ye. B., DARICIIEV, 0. I.,IV.LFVTCII A.~A
V"ELIBIkum, E. L., 0ZE%XOY, V. INI.
"'Preparation and Making of Decisions in Organizing Control Systems"
Tekhn. idbernetik-.a. 1969. (Itogi Nauchki i Teldin) [Enginee-ring C~,bernetics,
1969 (Rezulr-s of Science and Technology), Moscow, 1971, pp 89-184 (Translated
from Referativnyv Kibernetika, No 2, 1972, Abstract IT o 2 V496 by
M. Kazakova) .
Translation: Tids -wor, is a revici.., dedicated to certain problems of the -science
of control, rclatcj to the preparation and ma-king of decisions in organizing
roble,m of7 lit4li:ation of expert information. the struc-
control 'r,
-Is o,;r tlic structure of or-anization systens and certain procedures
tural. prob I c..
r decision vilaldn,~ aro. also studied, The article consists of 5 sections, di-
f
o Z
vided into points, each of ;-diich h.-~is its own biblio-raphy.
cteri:'tics'of T)roblemis of dleci-
1. Vacisicn I.I. Gene-ral chara
iou rakill-. I . 2 lulp] cation_,, o' -the theo.r~ of usefulness for decision mak-
with a
ing =dcr CLIT LL4 -Jcerzain-v and risk. 1.3. Decision nakin
~Lc -in ~j_'On .117
vector c-;i r :i, Coljectil~e decisi.ons. 1. 5. De ci I nai in
organizational systelris "103 Biblio. RIefs.). 2. Man-machine dvcision-making
~j 4- W -dication of cost-e-t. ctiveness anallsis
procedurv~; (25 1---Iio. 1% 3- ApI

JSSR
YEMEL YMOV, S. V., DUDIN, Ye. B., DARICHEN, 0. 1., MIALENICII, A. A.,
NAPPELIBA194, E. L., 0-,FPN'OY, V. p1, Tekhn.. Kibernetika. 1969. (Itogi
Nauchki i Tekhn), Moscow, 1971, pp 89-184.
for decision Piaking in one class of systems (7 Biblio. R(-,fs). 4. Methods of
production of expert information during preporation and makin,7 of decisions.
4.1. Collection and generalization of expert conclusions using the DELFI
uiethod. 4.2. The mothad of V. MI. Glushkov. 4.3. The mothod of rank corre-
lation (10 Biblio. Refs) . S. Some =t-hematical models Df organizational
systems (34 Biblio. Refs.).
2/2

filtration using an approach analogous to the Kalman approach. ConsiderablIp
attention is given here to variuus numerical, raethods of solution." lie further
remarks: "All of part II (five chapters), which examines questions pertaining
to the application of filtration theory to spacecraft guit5ance, will be of
exceptional interest to the reader." "The Busy. and Joseph boo,3~ uncondition-
ally merits speediest translation into Russian,".he.concly'des.

USSR UDC 536.2.03
NAPRIIN, Yu. A., SILkYJIURDIN, V. 1.
~IqJse of the ~Schlieren Method to Study the Temperature Fields in a Solid"
Minsk, Inzhenerno-Fizicheskiy Z-hurnal, Vol.: 20, No. 3, 'Max-.. 71, p. 510-SI.I.
Abstract: The application of the Schlieren method for memurement of the tempera-
ture field and gradients in a solid is studied; the fielO and gradients are con-
pared with a theoretical calculation of thatemperature fteld in a finite cylinJer
with second and third order boundary.conditions.
IA
139

USSR UMC 621.357.7.035.4:669.587
Z.
NAPUKH,
"Electrolyte for Galvanic Zinc Coating"
V sb. ObTrien opytoLi v radiopron-sti (Exchange of Experience in the Radio industry
- collection of iforks), vyp. !I,, Hoscow, 1971, pp 30-34 (ftoi-l M-71hiniva -
6 (11), Jun 72, Abstract No 6L296)
Translation: A study was made of the effect of the cotiq)osition of a solutioft
on the thickness and quality of contact Zn-coatituis an '+7 for depositioii of
them fron. pvropliosphate solution prepared on the basis of K4 2 7*
P 0 1 t li"Is
established that the film of contact Zn deposited at .20' in 20 riinuLes or at
60* in 5 minutes from a solution with the composition (,.in g/liter) 100-115 ZnlO
-7H 20, 50-100 K 4P207 i3h 20% 360-270 K 4P 207-31120 anti 15-29 KF itith a pli rif 10.2- 4
11 are relatively nonporous witla a contact~layer thicknLss of -0.2-0.25 ;0 at the
same tine as for solutions based on Na P 0 this barrier thichness is-
4 2.7
V. Some data are pr"ented on the corrosion testing of lip, prot-;-:~ctekd by various
coatings. It is dersoastrated that the protectlive properties of ~'P,-SpeCit"L' 'PIS
contact coated in ad-vance in an electrolyte ba,-,ed on K P 0 are approxi=ately
4 i 7
twice as high (the nu:nber of pores is half 1.q wany) as oil t;pecimon.; tre;ju-k,
in a soluti on ba-sed on !4a 4 207-
16

USSR UDC 612.433-.612.453
Laboratory of Experimental Endocrinology, Institute of
P=_~Elvog~y~
1. P. Pavlov, Academy of Sciences USSR, Leningrad
"Effect of Low Ambient Temperatures on the Pituitary-Adrenal System"
Alma-Ata, Izvestlya Akademii Nauk Kazakhskoy SSR, No.54 1971, pp 61-66
Abstract: Rats were exposed to temperatures of 0 to VC and -6 to -8*C and
sacrificed from 30 minutes to 2 months la.ter to study the dynamics of the
cort1costeroid -hormones in blood plasma,. adrenal and b:rain tissue, and live:L
and the cmtent of ACTH in the pituitary. The contentlof the corticostercids
increased in the various tissues studied while that of ACTH in the pituitary
decreased 'I the extent varying with the temperature. The changes in hormonal
activity were wavelike. The first wave after exposure to 0 -to 3*C occurred
with-in 30 minutes and ended after 24 hours. . The second 1wave set in after 3
days and ended 2 weeks later. The. first wave after exporiure to the lower
temperatures also occurred after 30 minutes but was nore pronounced. However,
the second wave persisted for 2.manths. Hypothermia detreased the concentra-
tioa of the corticosteroids in brain tissue whileJucreasing it in the liver.
62

V-2 013 :UNCLASSIFIOO P~pr'Fs~ING 0#lT6--13N,)V70
TITLEEXTRACHVE PROPERTIES OF H~XYL PHEfjY:LSULFONAMIU0
_U_
AUTH2R-(05)-SHEVCHENKOt F.D., KUZIN411.A., AGEYEVY V.A.I.GOLIK, G.A.,
CONTRY OF INFO--USSR
SOUACE--D9PJV* Af(AU. NAUK UKR. ASR, SER. B 1970v 32 Wr 261-3
DATE PUBL ISH60 ------- 70
SU5JECT AREAS--CHEMISTRY
TOPIC TAGS-BENZENE-DE;~IVATIVEY SULPONAMIDE, ORGANIC PHOSPHO-WS
*4 CONSTANT
SOLUBILITYv DISSOCIATI01
'~CGNTROL MARKING--NO kESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY AEEL1FPAJv._,'-'--300211303 STEP i%O--(JR/0442/70/032/303/0261/J~-,~---
CIRC ACCESSION iNO--AT0128717

............
2/2 013 UNCLASSI PlEb' PROCES S 1%3 DA T E-- I 31NOV70
c iRC ACCESSION N,]--AT0128717
:ABSTRACT/F.XTRACT--(U) GP-0- ABSTRACT. PHSO SUB2 N-PPHCL SU32 (0.0105
MOLE) -IN 25 ML C SUH6 H SU36 WAS, TREATEO INITH 0.23 G NA If-v 15 iML HEX%
AUC. 12 Hil TO GIVE PHSO SUB2 ill: P PH ( CjC SU36 H SU6 13) SUB 1 ( 1 0 u 0 i
MOLE) WAS HEATED 3 HR t;ITH 15 ML 0.4N AQ.-ALC. NACf.: TO GIVE 60PERCE',ir
plfSO SU32 N(Nk%)P(O)PH(0C SUB6 H SUBt)v VISTKIBUTICX CONST. &ET-NEEN C SU66
H SUB6 AND fl SU132 Ot AND UISSOCNw CONSTo (2.44) UF THE Fv~EE ACID
DET0.1 FACILITY: KIIV. DERZH..U.'qIV.., KIEVP USSR.
UNCLASSIFIEO

USSR UDC 537.312.62
KOLIN'KO, L. YE., KARBUT, T. _BONDARENKO' L.. A. BONDAMMKO, S. I. ,
DKTRIffMO, 1. 4ft~~
"Methods of Creating Weak Superconducting Contacts"
Tr. Fiz.-tekhn. in-t nizic. temperatur AN USSR (Works of the Physico-Technical
Lad Temperature Institute of the.Ukrainian SSR Academy of Sciences), 1970,
vyp. 9, pp 91-110 (from RM-Radiotekh-nika, 11.0 4, Apr 71, Abstract No 4D469)
Translation: A study was made of the basic methodsof obtaining weak super-
conducting contactsz 1) micropuncture of the dielectric layer.or normal
metal between the superconductors; 2) pressing a sharp needle to the flat
surface of the superconductor; -3) electric microrupt.-ure (fritting) of the
dielectric layer between the metals. The possibility of using -whiskers of
various metals as thin conducting couplingsAs also investigatod. The basic
characteristics of the contacts obtained by the en=erated methods are
analyzed, and conclusions are drai-m regarding the prospectiveness of their
application in devices using the phenomenon:of quantum interference in super-
C,
conductors. There are 6 illustrations, I table.,and a 37-entry bibliogralAny.

Antennai
USSR UDC 621.396.677.8
NARBUT, V. P., KH'11ML'NITSKAYA, N. S.
"Polarization Structure of Axially Syrmmetri~al Mirror Antt~nna Radiation"
Moscow, Radintekhnika i elektronika, No 10,:1970, pp 2047--2059
Abstract: Asserting that comparatively little research luis been done on the
polarization structure of noise in sharply directed antenuas, the authors
analyze this structure in axially symmetrical reflecting 4ntennas by the
method of geometrical diffraction theory, This method iii mtjch simpler ani!
More graphic than the method of currents. It is explainki and a formula Is
derived for computing the noise by that method. In their research into tile
polarization structure in parabolic antenna noise, the aulthors note that Lhe
formulas they obtain are not valid in the main lobe region of the. directional
diagram without additional transformations, and that, bec;Luse t
at: heir use of
an asymptotic solution of the diffraction problem, there J~s a zone of inde-
terminacy in the end lobe of the circular diagram. Rcsul6i of oxperimenLs
made to determine the structure of the.aoise polarization are also given.

USSR UDC 612.019
EUIKASRVTLI tute of
S. P., KADZHAYA, D. V., and TYMCUENTKO, A. S., Insti
Physiology, Georgian Academy of Sciences
"Effect of Stimulatioa of the Nonspecific Thalamic Nuclei on Spontaneous
and Evoked Spindles in the Auditory Cortex"
Tbilisi, Soobshcheniya Akademii Nauk Gruzinskoy SSR, No 1, 1973, pp 181-184
Abstract: High-frequency stimulation (300/sec) of the median center, anterior
ventral nucleus, or central medial nucleus of the thalamus in itmobilized,
lightly anesthetized cats did not significantly alter the spiadles in the
auditory cortex, spontaneous or evoked by clicks, but it markedly suppressed
spontaneous spindles in the associative cortex (taiddle suprasylvian gyrus).
Nor did the spindles in the auditory cortex evoked by thLh. clicks change even
when they were preceded (by 100 msec) by stimulation of the nonspecific
nuclei. Thus, it appears that nonspecific (utedial and intralaminar) thalamic
nuclei play no part in the origination of spindles in the sensory cortex.

USSR uDc: 621-019
M.-CHEMKO, A. S., KADZILAYA,.D. V., NARIKASF-VIL1-,. S. P., Corresponding Member
of the Academy of Sciences of thn Georgian SSA, ni~itute of Physiology of
the Academy of Sciences of the Georgian OSE,
"Interaction of Induced and Spontaneous Spindles in the CertA)ral Cortex"
Tbilisi, Soobsbcheniya Akademii Nauk Gruzinskoy SSR, Vol 67, No 2, Aug -12,
pp 433-435
Translation: It is known that under certain condition,.q an isolated periph-
eral stimulus in the appropriate sensory region of the cortex induces both a
prirxxy response and an aftereffect in the form of rhythmic tlow waves (see
ref. 1-3). The slow cortical aftereffect (~-51CA) shows up bent on a specimen
whose backg-mound activity is charactcrize~d ~T infrequent~ spontaneous spindles
or a tendency tovard Eynchronized. acti-vity (see ref.
It haz been shoim (ref. 4) that inereavarig Nembut;n,1 nra-t:oit0s redime3 the
freq%Aeucy, amplitude and nui-.be-r of waves In q4t- SCA ia-Ddrig in rc~spon-~! to
audible clicks in Parn-11el vith (a4d carrespor4dineg to) 4t, Lrop .`r, the fre-
quency, un-plitude and n=ber of the vaves~ in spontaneou-,"P spinOles in the
auditory cortex. These cz-,-zr~zi feat-ares in tipindle's ~F-nd,tbe OCA suggeSt a
1/6

77777'
USSR
TDICHENKO, A. S. et al., Soobshcheniya Akaderiii "Yuk Gruzinskoy SSR, Vol 67,
No 2, Aug T2, pp L-33-435
A
Fig. 1. Interaction between
the SCA of the auditory cortex
and preceding localized spon-
taneous spindles of tile audi- B
tory (B), somatosensory (C),
and associative (D) cortex.
The calibration here and in
Fig. 2 is 0.5 mV and 0.5 S.
C
2/6
11"N
D
1, k 7A(,,eD~
50

USSR
TIMCHEMKO, A. S. et al., Soobshcheniya Akademii Nauk Grij.zinskoy SSR, val 6-[,
No 2, Aug 72, pp 433-435
common generating mechanism. in such a case, the aftereffect ought to be a
spindle evoked by the peripheral stimulus,
Settling once and for all the question of the identity between the
mechanisms which generate the spontaneous spindle and the SCA necessiteted
clarifying the nature of the interaction between the SCA and spontaneous
spindles arising both in the same region of the cortex and in other regicns.
Experiments were done on cats under mild Nembutal narcosis (25-30 mg/kg).
The SCA was induced by infrequent audible clicks actingion both ea--rs. The
induced and spontaneous activity were registered by monopolex recording (an
indifferent electrode in the bone of the frontal sinus) from the surface of
the cortex on the Ai'var electroencephalograph.
According to data in the literature (5-7), each thi-Omof!ortica-1 system
or even parts of such a systent independently of one anotb-2r induce a S-.Pon-
taneous spindle in the corresponding projection regicm of the cortex. If
the SCA is a spindle induced by a peripheral stimulus (ithich can also be
generated spontaneously and periodically), then an audib~le stimulus supplied
during or immediately follc~~-ng a sporitaneous.spindle the auditor,., cortex

--PROXY PFLUFRAML-19136/134"t ~TFP NO--.-,IJR/ 0660/ ILI /002 1261011)
NO-APOIC1237

Wfw
2/2 025 UNCL ASS FF [E-0 13;106CSSU~G ()ATE--02,3c'r7C
~CIRG ACCESSION NQ--AP0103237
ABSI'RACT/EXTRACT--(U) GP-0- ABSTRACT. RESPONSES F~tOt+ DIFFERFNT REGI(jl,4S
OF-ASSOCIATIVE CORTEX (AC) ( MOT O',l CORTEX, PROPEAL, OlRilThL A,"ITERI.,)R
MARGINAL AND MIDDLE-SUPRASYLVIAN GYRII T(J_'.0jFFEfk0iT ;P~F'.IPHERAL
STIMULATI.GNS (SKIN OF CGNTRA 'AND IPS.ILATERAL FOREVA.~t LIGHT FLASHES AND
CLICKS) WERE RECORDED SIMULTANEOUSLY IN:CHLORALESED CATS (70-30 MG-KG).
IN ALL REGIONS OF AC RESPONSCS WERE OF ALMOST EQUAL rONFIGURATION TO ALL
STIMULI- USED, THE RESPONSES IN ORBITOFR-ONTAL AND martOR I.-OATEX HAD
_S6ORTER LAT ENCY ANO WERE MORE STABLE. (IN EAC14 ASSOCIATIYE REG[JN THERE
'E AN NS E A 14 P L
WAS ON D THE SAME POINT FOR RESPOI S OF MAXIMAL 'ITJDE T ALL
STIMULI. TESTING ASSOCIATIVE RESPONSES APPEARED TO BE MORE STABLE
AGAIN5T THE BLOCKING ACTION OF CONDITIONLNG RESPONSES IN 9RBITOFRONTAL
REGION ARISING TO SKIN STIMULATION AND RESPONSES FO~THE LIGHT FLASHES IN'
SUPRASYLVI AN GYP-U&. . I T- 15 SUGGES'Yff) THAT flfkO I TOI RONTAL CORTEX 15
"'OkOLIAKY. THE S ITE WHERE I NT EGR~AT I ON'or- ~ r-Ns oRy ~-.i mpm. s;-c s :01- - D1 FF F RENT
MODAL IT IES W I T14 'EFFERENT 1) ISCHA RGE TAKF.S ~PCAC E, WHIL. E I N SJPRAS YL QI AN
j;YRUS 'T-fJE SEN5URY IMPULSES ARE INTEGFAT~0 INDEPENDr-PlYLY FRO!'i EFF~kENT
DYSCHtRGE..' SOME QUESTIONS OF SENSORY CONVERGENCE AAe: DISC'USSED.
-_TED
UINC LASS 11
. ..........

~:&d Nk Code
UR 0219
AP0044214
PRIKARY SOURCE: Fiziologicheal y z rnal 1970, Vol 56,
Nr 1,
MODALITY-SPECIFIC ACTION OF, PRIMARY SENSORY AREA ON ASSOCIATION
RESPONSES
P
Kadzhava., D. V.; Timphenko, A.~S.
From the Institute of Phvsiology, Geor Ae. Sci., T~ilisi
nL
In the chloralised caL3 the association respoiLses (Alls) hi the iniddle suprasylvian
gyrus evoked -by paired single stimuli of the satmeor different, moMities (electricaL skin
stimulation and light flashes) were studied before and after bilateral aspixation of the
first somatosensory or visual areas.. After IISDiratiDri definite changes were observedonly
in the ARs of that modality the first sensaiv cortical area of 'which had been removed.
The changes were esp inced whJi peripheralstimalations of different moda-
ecially pronot
lities were used. So, after aspiration of the first somato-sensory area the testing Ars to sk-in
stimulation were blocked easier. by conditioning light flashes (a t a Ion lgmr interval of Lime
between stimuli) than before aspiration, and u-nder the iaffilefice o coullitioning'skin
stimul4tion the testing ARs to, BUht flashel were. blockect u a sl 11ificantly sliorter
9
interval than before aspiration. The same was foi4ad after aspiration of tho first visual
am but in the reverse direction,
From the aboNe mentioned, it follows that the fir5t 3easor5r. area plays important rola
part in the origin of the ARa. 444 gives theltl:a P.0dality-speilific chaxacter.
R19 F. L,/ 17
1.91770700

U MCD L A S S I FEE D
SELTION III .....X
Name: InctItutv of Bivphyuicti, rushchino 11
Description:
(U) During this quarterly reporting parilod, 13 new artAcle,3 vere
1~lccatcd fron the InSLittite Of '.'OphyGiCA Zt 0'a the k~'%Siq ~~ th-~
articles, it -3 possible to a.4sociate 19 new perscna with the: E,
per6oaa -arz -11--ted hz~lmv to-grther with tb-t Ltt~ and datza of tha articlxs:
111- 6 ' A * (17)
savurmanov~ 0. ocrine cvstem 1911)
az~tm---- phonphali~ids
Gaz:Lyev. A. 1. MIA V;701-
IvarLnik*va, A. G. plont phyalology 19~9
KiselevP Ye. Ye. miacle physiology V.07 a(z i~
M Spectra
Y=imaumv. A~ A. radiation eifects IS70
Panov, A. A. endocrine system
En nPactra I-C Z
Po-ctik~. Vi 1. m%;ac.'e physimlagy (20
POF.,milkova, 0. B. chronatv&rAphy,
...........
97C-
D.
Rovin, A. F. radilaciva ef!Lctp
Sukhoruchkina, L. V. chro=atogrsphy 197G~V'-)
_T~incher,. K.'S. plant; physiology 1969
rAdiat;LcAgfiC%46Lp 1970
Zaikin, A. N. hydrozen peroxide 1470