SCIENTIFIC ABSTRACT VLASOV, N. N. - VLASOVA, N. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203520012-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Ace. Nr.: 104123 Rai. Code:
TITLE-- ANNOUNCEMENT OF THE COMMITTEE ON LENIN AND STATE
FRIZESI ulsls*Rl~
NEWSPAPER-- IZVESTIYA MAY 29p 19709 P.49 COLS 1-5
p
ABSTRACT- NINETY ONE BASIC AND APPLIED RESEARCH 19ORKS HAVE BEEN
NOMINATED FOR THE STATE PR12ES. Tt,16 OF THESEt "THE NULTI-RURFOH
INDUSTRIAL HELICOPTER KA-260 BY N la AL PEROVICH,
~A_ _4AMOVj V B
V._B,WSHEVSKIY A, A fRIY
N. P1110ROV A.--G,
L*_A*._P_O1'ASHNIkf A -SATAROV -'j,1 D
AND 6P.- f_fb_RY6ffN
S. B, BREN AZAROV ND:PTHE DEVEL ',')ENT
-Nd i F& 9NK-9 AND NK-9-4 AND THE DEVELOPMENT AND REDUCTION TO
SERIAL PRODUCTION A SYSTEM 6FTECHNOLOGICAL PRO'CESSES WHICH ASSURZD
WIDE USES FOR TITANIUM ALLOYSO BY;N~
_P_c KQ?ffTSOV
M. T, I~AS L !:~ IN -A. XUR;;~~6 &_uxmcwj ADC!""A
- _J_ 91 - V. _ - , .4j.LJ."p
P_._k,=uD3Lj A.'A-_MMKHlN __G, V_ c 1,~ MUSHENKO
f-Alf rlttV^ 11A Ifr*
AND G~ F. DO' %0h9-14,1118, BEEN SUBMITTED LY THE
MINISTRY OF fHE AVIATION-114DUSTRYs'
Reel/Frame

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*A SERIES OF INVESTIGATIONS,INTO THE DYNAMICS OF A BODY WITE FLUID-
Pl I S E YE A A Pl,--,Pov
FILLED CAVITIES*, 165-691, BY
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AND F. L, CHERNOUS H 1 CH
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113RA
-_KIR YANOV V movi H V GUTI(Im.
UW-.-AbD A S. YEGUDKIN -11AVE BEEN SUB-NITTED BY THE COMPU--
TATION CENTEA OF THE ACADEMY.OF SCIENCES AND THE NINISTRY OF THE
MACHINE TOOL CONSTRUCTION AND TOOLINDUSTRY, RESPECTIVELY,
LO 11TICAL-! dllPOSE H
E RADICALLY I V&D =1ING TECHK0- --G-Y OF CP -EL- !13'1-
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No SOY P I* MELIKHOV AND NX Aj TULIN, HA,~, K-E-N -$--!U- B tlfl; M D'
N. N. VET.,
-LIU-RGICAL -.ELANTO
19670556.
III I I NEI

2/2 019 UNCLASSI'FIED. PROCESSING DATE-13NOV70
2i R/-.
CIR.C ACCESSION N,3--AP013265Z
-ABSTRACT/EXTRACT-W) GP-0- AGSTRACV. N YN PRIS'IF--t)IBEt,,IZYLETIYLENEDIAM INE
'CHO 'At
USrO INSTEAD G~ ClIN fj I D I N E TO SEP. MENOLPHTH -EIN I'PLUCURONIDE
1.11) -1z'Zom THE URIN~ OF RABBITS INJECTED WITH PHl'i-NOLPHMALEIN. THE 1-11
COMPLEX WAS ISOLATED FRCM.THE UkINE~AND TKEATED~WlTli BA PRIME21:10SITIVE
TO SEP. 11 AS THE BA S4LT, BA PRI.-MEE:~POS-ITIVE wAS THEN REMOVED141TH CO
SU62, ANO NAGH WAS ADDED TO OBTAIN T~JE'FINAL PR GO uc r. AS THE NA SALT.
THE.YlEL!).0F .11 WAS DETD. F3Y.-HYQA0LYZING'A PORNON OF IT wITH HCL AND
3.
MEA'SURING THE COLOR UPON ADDN.-'OF NA,SUB2 CO SU, FACILITY: LAB.
KANTSEROGEN. AGENTOV, NAUC-H.-ISSLED.:lN$T. ONKOL. M PETROVAr~
LENINGRAUr USSR.-
UNCLASSIFIED )l

or
USSR UI)C 539.3:534.1
VLASOV, 11. V-
ttele' Three-Layer Plates and Shells Unde:~
ction of:the Optimal Parameters of
Compression"
Tr. Kuybyshev. aviats. in-t Norks of Kuybyshev Aviation institute), 1971,
110, 54, pp 16-23 (froni :F.Zh-Mekhanika, No 3, May, 72, Abstract No V4210
Translation: Three-layer plates compressed by. longitudinal forces and having
the. --same bearing layers and honeycomb or ribbed folded, Saw-shaped or corrugated
filler are considered, It is proposed thatIthe optimal parameters be calculated
Is follows: the reduced thicYness of the skin is assigned; the ODtimal para-
etc V educed thick-
~M ar found and the stress coefficient 's determined. The r
m
ness of the ,;kin is determined by the expressions 6* 2,31 (263/0 for plates
With ribbed fillers and 6* = 26i for plates with a honecomb filler, wheve 6] and
- I
Z3 are the thicknezs f I et t of skin and filler, respectively, and b 1's the
01 an ei~ rime trical characteristics of the skiTi and fil-
steP in the ribbed filler.
ler are optimized. Those Yalu e taken as OpHi".'al for Which the ratio Of
it or -ure is the 1, -ate
-,he crLical load to the we! a unit area of tI struct
L 9

Urn
USSR UDC~6Z9.78.01,~A
VLASOV N._ V
"Selection of Optimal Parameters of 3- layer Plates and Shells in Compression"
Tr. Kuybyshev. Aviats. In-t. [Ivor of Kuybvshev Aviation Institute], 1971,
Vol 54 pp 16-23. (Translated from Referativnyy ZlWrnal Raketostroyeniye, No 1,
1972, Abst-i-act Nlo 1.41.169, by T, A. Y&).
Translation: 'Me problem is studied of determining the optimal. Parameters of
3-layer plates and shells witli fillers from the stan0$"(Y1
VLAS011, V. Sl.~d LkRINs A, A.
"Effect of Some Factors on the Kinetics of Decoraposition of Uranium oxycar-
bides
Leningrad, Zhurnal PriUadnoy xhinjit 'Vol 46 No 4, Apr 73, pp 705-708
Ab3tract I Studying the effect of,various faators on the kinetics. of decom-
position of uranium oxycarbides, 1V Was ShoWn that WJ th rising tem-Derature
th6:rate of the decomposition is iacreased, leading to the for=Ltion of metallb
uranium and carbon monoxide. On the other hand, increased compression of
the sample, higher degree of the dispersion arA pressure of the Vw phase
in the reaction space, as %tell as enlaxged layem of +,he starttn% material
Cause a drop in the rate of the dissOciatiOn Of uranium Ovjr-artiCtes, This
evidently is due to poorer rorAitiorm for the removal of carbor, Oxide. The
e.in the range of 31
appaxent ellergy of activation baz been found,to fluctuat
to 41 Kcal/mole. It vas established that. the smaller the 'content of oxygen
In the oxycarbide -- thP, more stable It is. This is probably due to the
ordering of the solid solution of uranium oxioarbide.
73
NVA-

Elecir'o-chemistry
USSR UDC 66.094.1:546.791
VLASOV, V. G., PIS'XIM01 V. T,, ULYASHEV, S. P., SHALAGINOV, V. N., and
R.
"Electroconductivity of Uranium a-DioxideModified With Admixtures of
MgO, SrO, and M205"
Leningrad, Zhurnal Prikladnoy Khimii, Vol 46, No 1, Jan 73, pp 36-40
'Abstract: Specific electroconductivity~expressed as.a function of tempera-
ture for the pure uranium ~-dioxide as well as one with admixtures of MgO,
SrO, and N0205 show three discrete segments: low temperature straight line
segment of contaminated conductivity, the middle,segment of proper conduc-
tivity and a high temperature segment with-probably complete conductivity.
Presence of impurities alters not only the absolute values of electro-
conductivity of uranium ~-dioxlde, but also the transition temperatures
of the above three segments. This~ is due to concentr;ttion changes and
mobility of bsic current carrie s. Theme
r xperimentally~.established
functions of electroconductivity are explained by the d(ifects generated
by the admixtures when they arc dissolved'Jn the lattice,of U409.

USSR UDC 621-762.2
F. I., VOLOSYUK,, YU. 14.~ CHEMOV.) G. K.., and,VLASOV, V. G.
"On the Question of Electrolysis of Ultrafine Ferromagnetic Powders"
Tr. Novocherk. politekin. in-ta (woris of the Novocherkassk Polytechnical
Tnstitute), 1970, 20d) pp 70-73 (from,Wh-Me~~~i~ya, 110 11, Nov 70,
Abstract NO lIG332T
t s
Translation: A s udy is made of the pq~sibility of obtaining powder vith
maximum dravn out single-dome-shaped particles (ESD particles) under transient
modes of electrolysis in a two-layer electrolyzer on a,rotat'ing cylindrical
cathode. The study is carried out on a unit.with pulsed electrolysis regime.
It is assumed that such a regi= ensures conditions of growth of filament
partic s.. Preliminary data indicates a'chan~e in the structure of particles
le
and,an abrost complete disappearance of dentriteness. Further investigation
of the process of electrolysis of powders.~ particularly at very short pulses,
is necessary- 3 ill-) 8 bibl. entries. V. Chelnokov
28

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Wh
f--h f
laobjl, Upic(I oil C)-7
~"y 0.1 [Lt
'G-40, elect- "Cr"
.,jozl
2A)

USSR UDC-~ ~669.822.053.2
VLASOV, V. G., ZHUKOVSKIY, V. M., SFMAVIN, Yu, N., REVEBTSOV, V. V.
"Some Singularities in the Reduction, of Ifritnium Oxides"
V ab.. Yt-.khanizrq i kinetika vosstanovl. met.- (14echarlism and Kinetics of Metal Feduc-
"Nauka!', 1970, pp 126~131 (from RZh-Metallurglya,
tion-collection of works), Moscolf,
No 10$ Oct 70, Abstract No 16 G187)
Translation: An investigation is made into the kinetic singularities of reduction
of uranium oxides (U03 in various modifications,~U,08, U40e
),and U02) by the gases
CO, H2, NH3, H2-~112, CH4 and also by C. The adsorption-cat,41ytic theory is ta.Xen as
a basis for a detailed examination of the mechanism of int~,raction of oxides with
gaseous reducing agents. The mechanism of high~temperatura. 7.ntoractlon of Ut) with C
is discussed. One illustration, bibliography 01' ninQ titleAlA kAthors' abztract,

'USSR UDC 546-791'883,261
KISELEV, V. A., VLASOV. V. G.. and V. YE.
"Formation of lldxed Uranium and Tantalum.Monbcarbider. During Concurrent
Reduction of Their Oxides With Carbon",
Leningrad, Zhurnal Prikladnoy Nhinii, Vol 45J I-To 8, Aug 72, pp 1657-1660
Abstract: It was established that the apparent activation energy of the therm.1
oyides increases witht
carbon reduction of a mixture of -lie development of the
Process from 120 to 390 kjoule per mole. The~following inteiirediate products
have been identified by x-ray phase. analysis: uranium dioxide, tantalum pen4ta-
oxide, uranium carbide and tantalum- carbide. By mans of x-ray structural
analysis it ivsas shown that UP to CX = 0-35 individual UC and W, phases are
formed. Next, concurrently with the reduction ~process, formation of solid sol-
utions takes place. Homogenization of solid solutions could be achieved a-fter
4 hrs at 20700K or after 1-5 hr-, at 227GOK4~ Formation ofla continuous series
of solid solution in the system TJC--!hC was 'established. An am,,timption vas
made that the reactions pass through a stage of.fo=qtion,of vallolized oxides.

stres's Analysis atd Stability Otudied
:-USSR UDC 539-621
VIASOV.9 V. I. and DRE)IMIS; D. -A. (Mo5cow-Riga)
"Determination of the Service Life of Friction tNhterials Under Conditions of
'Unsteady Dry F_--Iction"
Moscov, Mashinovedeniye, No 3, MaY 1973)~ Pp 102-108
'luating the wear of a
Abstract: General principles are worked out. for eval
friction material under conditions of vork with variable pressures, ter~Tera-
tures, and rates of slippinCz at the frictional contact. For.each friction
material the linear intensity of wear depends upon the pr(,ssq_re at- the f rictional
contact, which in its turn cbanges~in the procens of engagement of the fric-
tional aceembly. To account for the change,of these parametars, a series of
eypariments was conducted to determine the coefficient of friction and the
linear intensity of wear in relation to the pressure developed at the frictional
contact., Four typical cases of the,loading of q~Lick-response frictional assem-
blies-with a different time ratio of relative, slippage and engagenjent, i.e., the
time of pressure increase, are considered as an example.
The -nroDosed calciOation relationships are convenient for calcullationf; on
electronic diE.1tal conTputers, with the aim of working- out:nomoC;raxs for practi-
cal use in epecific conditions, The practical value of the proponed nethod
eqnsiots in the fac-- that on the basio of bench-test data,.the wear resistance
1/2

UTJC: 621.396.967,029.5.001.2
VLA- SOV, V. I. and BIERMAN, Ya. 1.
Proyektirovaniye Uslll-roystv
-q Devices)
S'La-ntsiy (DesiEn of EiCz_h-_~requency Radar St-~A_Jo.
Leningrad, lzd-vo "Sudostroyeniye,",3's PP, p 2
Cor
Translation: This book offer' a method for j1puting and construct-
S
ing antenna-feeder strips for shipboard radar~stations (SRS). The
theme is irDor+aiqt because the tec;hn-.Lc,,41 and tc-c-tical cbaracte.:,.-is~,
ics of SRS as a i.,holc depend on the"pe otrips.
The authors have considered the theoretical of tile
operation of all UP high-frequoncyl. SR~~ deviceo (antei-xnas, shdelds,
wavegruide elecucntz_,), given the derj.vatiqns of desi-gri
tj
describcd. a method of engineering
C jj%(!tjjo(j, o f
measurement and control of t-he parum~.otera oll' thote devices, and
licted recommendations foal their placement and wcration on boar(I
ahip.
1/9

USSR
VLASOV.1 V. and -EE ya.
Ra 7 Pull
"ny
72.1
EsPecini J-. -r
It, CT's
devices
to the
Prormoct
parapjeters
f
Attip
bro, d u
Problem.. thell! e S~ncci, Cont
of I
I~Qe boo! "ble for 0'
en!zlne
Of hich-freTue)9--
h --o ,
nicit
t
advalic-zd `P~10a'Yl racla"
-nd nic7 '?1721-el
it
"'DY be
it COntains 2-- e'
tit . 0 t 1) -1 C ~o a " I - I I t I s' .
t C.
274 i ij.
~jp alld. 'n I).
, .11'3..L
0l., '.' - C)'*"dJ'-"-'--,' o f 6;-'
1'~(" liC,21
and 'Ir
Scien'jfi
P
C
ti-amolin
C)
L
219-
9

77777'!0!"
"-IZ;CVI IT - an TJX: 621-.396.96-.021). 5. 001.. 2
d -BETRH~.m, Ya.
-Prc-yejcti,o,__
Stalltsiy
len i n, "~o C`_ Ot us tl'o,
3rad Izd-"VO Rad
ar St.,q.j
udcs
Cal
2-ranslatiorl:
-pp 3'7-368
T (i -B zi. i?
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Poreword.
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chapte
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2.
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4. cozq:,u COZDutite apertu ~re
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11. wt, ill 1., 1 j i1-i I ji

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1 ,, ,troycn.
vo ao
VL.'
i.010, ts;
antenn-s'
ref"ecti-218
DeSiGnin'g EXI 'enna5.
Colaputing jenS
.6. Itields - -etc,
Anlu-enija s _v
2-13.
1-0T, e !
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USSR
j n :,rs 7.,.r
Mksoll, V. i. and F R!'-~-!% Ya. stn)
Radio.I(D~:a'L-,sio.-irL,i7ti St=tsi.,,~ "Suc,"los-'r-oieni3" 3'B P--), PP D67-363
1972, 1 -vo
Chapter 3. Beam-Scanning in Radar Station I"nt erin a s . . . . .
1. Review of beaji.-scannirig P-ethods . . . . . . . . .
2. MiLltielement antenna.-, ir~rith. phase-shiftin(~,
Iultielement antennas with: switches .. . . . . . .
4. Multielement antennas with, frequency scam
5, Scanning in reflectingT amtonnas
Scanning in slit. antermes
Chapter 4. Methods for Constructing, ifll-rmovable Aj),+(,jjjja~~
With Circu '-'-pace .. . . . . . . . . . . .
1. characteri f:j,ic, OtIlOdI8 f t)j' C0111'3 ';:!.Jjj~
S Of ~rl
imnQvable antennas wL
'th circular ocan
~discretc
2. Antennas composed of linpar systcuis o-,
.9ouri. . . ... . . . . . .
es . . . . . . . . . . . .
Antennas in the form of a oyetem of
operating d is cl-e 4V -L U-1
-e sources or, a oixc lar. base . . . . . . . . .
5/9

~P IRTMI
USSR
WASOV V. 1. ard FST'j~Ytlfll, Ya. I., Vyro1W)chast-ot-n- -r,
t v
Radio" Startsi-,,- 1c,-
12, izd-va- StIl" 363 PP, 7,r, P7

4, aystem of discrete sources Oper-i-ing Gil the
Doppler principle . . . . ... . . . . .. .
UsInF, the ship's hull in the constructlon of
immovable antennas . . . . . . . . . . . . . . .
Chal)ter 5. Design of AnIven-nas I-Jith Lbiigitu(lipal Rt~di,-~,,j-on . . .
1. Computing directive antennais . . . . . . . . . . . .
2. Determining the basic, narameters of spizal
antennas .. . . . . . . . . . . . . . . . . . . . .
CmDutinc dielec' c antem as. . . . . . . . . . .
4. Computine sur-.ce-wave an mas . . .
Chapter -,r) . Antenn,-s 1~-~-Lth fSpecial Radiition os
Omnidirec~-* onal anter-mas . . . . . . . . . . . . . .
~2. viide-ra-nge ~nteimao . . . . . . . . . . . . . . . . .
3. Antenma Tio-Larizern . . . . .. . . . . . .. . . . . . .
61~

USSR
WWII; V. i. and EMM'AN, Ya I., Pro~ el,~~ti-L avaj-0-ye
T
tIroYevi,jt','! ~0 pi
Hadiolckat sioi7my-' StaritsiY, D9,72 zd-vo S ukdr, s pp j
Chapter 7. Fund argentals of Bigh-Frequency ."trip Desir"n . . . .
1. FLmetion of high-frequ,ency strips; requirements
they must fulfill . . . . . .
. . . . . ... . . . . . .
2. ?eculiarities of transmission line ope--,ation
in the uhf range . . . . . ... . . . .
Electrical parameters of tw,P-conductor~ ~~nd coaxial
lines. - . . .. . . . . . . . . .
4. Ribbon lines . . ... . . . . . . . . . . . . . . . .
Electrical parameters of wavejaide cl-annels . . . . .
6. Junction and matching elements of hiEj-,.-frequency
strips . . . . . . . . . . .
-R'adar Anten-ri,~, ~,ej,
Chapter B. Fundamentals of Shipboard
1~ General reQuirements 4
2. FundamentaLs of antenna deoign . . . . . . . . .
7/9

YS19R
VLAS911; V. i. and _P31U.
Ya. I., -P:VOyektirovaniie VysOIf_):)cha~tO'(;ny!dI UEtrmstv
Radio2.c_:P_ts4_cnz*--.hh Stantsi-Y, 15-
-72, Izd-vo ."Sud stroyeniZri~," -63 -p-) PP 36-1-,60,
Chapter 9. E2-ements-of Hiph-Ire-quency Stri,,),q in- _SIhip',,)OCIr0.
Radar Station-
1. high-frequency strip circuits.
2. Ferrite devices anci their use.in waveguide channels
of radar-stations. . . . . . . .
Antenna switches . . . . . . . . . .
4. Using gemiconductox, control d o v 1 c t~-u; i n,
antenna-wave(~uide _oy.,;jtc.,ma .. . . . . . .
J 5. Plasma control devices. . . . . . . . . . . .
6. Detector sections . . . . . . . . . . . . . .
Directional couplers.
8. Volume resonators
819

USSR
VLASOV., V. an'21 ESPI~1-10, Ya. Proyektlrovaniye Vysok.cchas"otn%-,Ji Ustrc-i-stv
St--ntziv 1070 T7,d-vo "Sudos I yend--a"'
B T) -363
P 367 b
Chapter 10. Cont'.rol and l6easurements: in the h -:;ire(iuenc.Y
Devices of Shii,~Ooal?d R~tdar. . . . . . . . . .
1. Antenna measix-,,emen'U6 . . . .. . . . . .
frequency parameters in ship
2. Control of high
radar stations . . . . . . . . .. . . . . . . . . . . .
Ajppendices~ . . . . . . . . . . ... ..
Bibliography . . . . . . 4 0
9/9

All
USSR UDC: 620.193.ol:669.295
TOMASHOV, N. D. , RUSKOL, Yu. S. ,VLASOV, V .I., Institute of Physical
Chem-stry', Academy of Sciences of eltff-77'
"Oscillographlic Study of the Self-Passivaiion of Titanium After Surface
Dreesing In PaCl Solutions"
Moscov, Zashchita PlIetallov, Vol -255
9, No 3, May/Jun 73, pp 250
Abstract; The authors studied oscillographic cuaves for the potential drop
of a titaniun electrode after its surface had been,cleaned under a sodium
chloride solution. The eyperiments were done on specimens of iodide ti-
tanium (Tslx-IU 05-18-67, FB 66.5) which vas remelted in an arc furnace with
consumable electrode ir a helium atmosphere, forged and annealed in a
(.10-4 MM Ig) a-l-
vacinim I ', 650'C for 40 minutes. Specimens 0 mur in diameter
vere Pressed. into T--flr4n holders co that only ane end clxl'face was exrjosed.
Before the experimenta, the specize-as were cleatied with 14-28 abrataive pacjer'
degreased with acetone and rinsed with distilled water. The installation
ALsed for cleaning the surf -ace rinder scdium chloride was descri:bed in a
previous paper (N. D. Tomashov, B. M. Al'tovsYdy, G. P. C-Inerncrra, "A Device
for Electroc-hemical Study of 16~tals During-Surface Cleaning Un6er a Solu-
112

USSR
TOMASHOV, N. D. et al. Zashchita Metallov, Vol 9, No 3, May/Jun 73, pp
250-253
tion", Moscow, VINITI, there No 13, No M-58-9h/7, 1958). The rate of ro-
tation of the Corundum disc was 1320 rpm (linear velocity of grinding with
respect to,the center of the specimen 3.1l.m/s), and the speed of recip-
rocating motion of the disc was 2.15 mm/hr.(600 nm/s), corundum grain size
was 57-76 pm. After 15 minutes of surface dressing, the wheel was removed
from the specimen and the change in potential of the specimen with time
vas measured. For the first five seconds the reasuremento were made on the
S1-19A CRT oscilloscope, afterwhich an N_'39 chart-recording millivoltmeter
vas,,used in sorie cases. The LPU-01 pH meter was used as: a high-imped-ance
amplifier. Cathode polarization curves were plotted at a rate of' .1.2 V/hr
using the P-5827 Potentiostat in a three-electrode cell. A saturated
calomel comrarison electrode was used. It was found that the self-passi-
vation of titanium is slowed down considerably in neutral solutions by in-
creasing the concentration of chlorine anions -and reducinc,, the con"centra-
ti,on of dissolved oxyCen. In dilute aerated sodiiLni chloi-ide !jo1utior.:-,,
titanium is covered to a considerable exte t by a. chf~mosorptidn layer of
gen even wit-h continuous mechanical surface* cleaning under ~c3olution.
0
XY
212

USSR
UDC 534.222.2
VLASOV, V. I.
"Calculation of the Aerodynamic Characteristics of a Plane Plate of Infinite
Span in a Hypersonic Flow of Rarefied Gas
Uch. zap.. Tsentr. aero-gidrodinam. in-ta (Scientific Notes of the Central
Aerohydrodynamic Institute), 1971 Vol-2, No. 6, pp 116-418 (from IzZh-
Mekbanika, No 6, Jun 72, Abstract No 6B250)
Translation: Flo.4 over a plane plate at anangle of att 'ek of the gas flow
a
at various Knudsen ntmffiers and at Mach number M = 10 is discussed. The
Monte Carlo method is used with numerical modeling of the motion of a sample
molecule on a background of field molecules. The plate is surrounded by a
certain finite rectangular region, at the boundary of which the- distribution
f 'he
unction of test molecules entering into it, is -considered" the same as in t
unperturbed flow. An iteration process is used to define data on the density
field and other quantities. 1he results are compared with experimental data.
Unfortunately, the extreme laconic quality of.the article,makes it impossible
to-,obtain a complete picture of-the calculation method, its advantages and
disadvantages. V. F. Shidlovskiy.

USSR UDC~629.78.015-533.6.011..SS
VLASOV. V. 1.
"Calculation of Aerodynamic Characteristics of a Flat Plate of Infinite Span
in a Hypersonic Flow of a RarefiedGas"
Uch. zap. Tsentr. Aero-gidrodinarm. In-ta [Scientific WIritings of Central
fiero-Hydrodynamics institute), Vol 2, No 6. 1971, pp 1:16-318, (Translated
from Referativnyy Zhurnal, RaketostToyeniye, No .4, 197.2, Abstract No 4.41.141
from the Resume) .
Translation: The aerodynamic characteristics of a plate are calculated in
the transition floi., mode from,continuous -to free-molocular flow at a .50
and 150 and M = 10, by the 11.1onte-Carlo method. The data prodiiced are com-
pared with experimental reSUItS, as Well as calCLIlatiOn.-by the theory of
first collisions and the theory of stronniinteraction botween the external
flow and the boundary layer.. 4 Figures; 3 Siblio. Refs.1
'MUM h"'il"'Wh1wallia, "AA 111.~' M46'A';'I
-I- ~ A Hi

3, USSR UDC: 621.396.6:629.121
BERMAN, Ya. 1.
KOGAN, Ili: L. et~ al
"Shipboard Radar Installations and I-Phei rUse. (Handbcok). Vol. 2"
Sudovyye radiolokatsionny-ye stantsii i ikh primeneniye.. (S~ravochnoye Ruko-
vodstvo). T. 2 (cf. English above),, Leningrad, "$Udostroyeriliye", 19TO, 56T PP,
ill. I r. 90 k. (from RZh-Radiotekhnika,-No ll,~Nov 70, Abstract uo ilc65 K)
Translation: The second volum of this three-volume handbo6k deals with
principles of design and methods of computation of.the~basic,elements of
rad-ar installations; transmitting, receiving,.vaveguide-anter--,ia and display
units are considered. Materials are given on:automatic tracking of targets
and,on taking their coordinates on A circular fieldlw, , The handbook
is designed for an extensive range of specialista, Involved fo radar tech-
nology. It may also be used as a classroom r6ference by te.61hers wid stu-
dents in the appropriate areas.
wid

Abstract: It uras shown that the average rate of leaka, a of -, gas into an
electrolyte is affected to a great degree by. such factors as current charge,
temperature of the elements, battery, pressure drop butween the gasseou$ ana
electrolytic sides of the eloctrolytes, arA the conceji-~.ration of the electro-
lyte. The type of the functional curves obtained experimentally- agre-s- suif-
ficiently well vdth those obtained from theoretical calculations of diffusion
leakage., however, under experimental conditions this ei'llect is zich. stron.ger,
especially in casa of temperature. The leaking gas consists altrost exclusive:1,y
of hydrogen. It was show-ri that gas mobility dons not affect the rate of
leakage if water vapor tension is kept Constant. Im ill.creasod rate of the
hakage observed- with. a higher rate of m-aisture removal frota,the surface of
the electrolyte is evidently due to a shirt in the equilibrium :Ui the pores
in presence of secondary menlscvtses.
1/1

us 3.01 UDC 541. 1?,6
RAPANOv, V. I. wjovaaimo, N. V., IVANOV, A. JC01K,
G. F., RUBASHOV, i. B., and TABAFRO, P-+,J1P1OASc
Olqual Cells L'ith ion Exchange Membranes.* DevelopmenL
and Investigation
Moscow, Elektrokhimiya, Vol 8, No 5, May 72, pp 694__~JqB
Abstract: Fuel cells are described based on cation exchange resin membranes
washed free of unbound acid.. The use of i solid electrolyte inlpartS certain
speci-fic properties to all physical processes Ioco uring in the fuel cells,
such as localization of elemnentary physical acts responsible for current
generation. Current generation on the surface of the~nlembrano could not pos-
stibly produce the total generated power,: so that the electrode inside the
membrane irust have been contributing substantially to current generation.
Several assiz-,ption5 are rnade concerning this problem, and a ronclusion is
reached that current is generated by a thin layer of a cata-l'yst inside the
meafDrane partially fi-laed. with water. Two methods are -used for wrater removal
4o , rface -- therml a.-A hydrauUc -- to assure proper per-
from. the electrod 5L
formance of the unit. Thermal mpjthod 1:5 iiora versal~Lile, but rejuirez; a more
1/2

PiiCiCESS ING 'UAT E- I 3fMV70
~1/2 017 UNCLASS' 'FIE.
T ITLE--AR,)!0 TIC FLUGPO CERIVATIVES-. XL. EFt~ECf UF R I N!
&N T H S T k EN G T H r! F C [I A C I [)S _U-
_3US NA,
AUTH-3R-(03)-VLASOV, V.M., Ki-.[Vi YE.D. YAKOBSONi G.G.
CCUNTRY CF. l'..F9--US5R
S OUNC, E-- I H. OkG. KHIt4. 1970, 6(4), 758-67:
DATE PUBLISHED ------- 70
-C 11 ~1-1 15 T RY
SUBJ~:CT AR EA
c
TOPIC TAGS-- FLUI-JR I NAT ED :JPGANIC, COMPOWND, DICARBOXYLIC, ACIDt SOO I UM
COMPI 11)
JUN NITRILE, NIMR SPECTRU%i
CONTRCL MAXKIf-,G--NC kESTAICTIONS
-S5--UllCLASSIFIED
DOCUMENT CU
_P~ROXY 9EF_L/FRAME--2000/1957 STEP P40-:-UR/036,6/701006 /-)0410758/07f,7
C, I R. C-ACCESS.I_*_,N',NO-_-AP()12 5';46
IED

r S I C
2/2 017 UNCLASSI FIED P R 0 C E DATE--13.'4OV7C
"CIRC
ACCESSION NO- AP 0 12 5 546
::ABSTRACT/EXT%ACT--(U) GP-0- ABSTRACT.- TH& ACT [j0N OF NAH. ON C SuBe, F SU135
CH SUB2 CN IN' MEO(H SU~32 CH S U;3 2 0 M E ( 1) SOLN.: G I VE .1-1 Pl,"ICCH SU62 ~ SU66
F~ SUB4 CH C14) c Suf36 F 5U65 III) WHICK AT~ MINUS IGUEGREES, TO 25DECiREES
FORMS WITH THE EM~5'; NAH COLORED C4RBAMION Pjl'qC(;H..SUb-;l C SUB6 F SUB4 C
NEGATIVE (NA PRI.'yic" PGSITIVi-:J.(CP0C,.SUB6 F~ SU6~ (1111. THE
EXISTENCE OF III WAS ESTABLISHED By ip, :AND NMR, SPEOROSCO?Y. THE
HYDROLYSIS OF It GAVE THE COR-RESPONDIiNG DICARBOXYLIC Ar-lo. SI"Aft-ARLYi
C SUB6 F SUBS CH KO SUB2 ET) SUd2 IN :1 SOLIN. GAVE STABLE C SU66 F 5035
C Pi',IME NEGATIVE ('NA li;klKE POSITIVE )y (CO~ SU62 ETI~ S092 (IV). THE
CQSIPARISili CF IV NIMA SPECTRA IN I AND P~O(NME SU:32) ~Slj,33 tHIGHLY POLAR
SOLVcNT) WITH THE SPECTRA OF RC PRIME .NPGATIVE (NA ;PRI'll' POSITIVE), (CO
SUG2 ET) SUa2 (V) (R IS PHC SU36 lf:~ SU64o 2:t41(O SIJ.1~2 l*'0 SU62 C SU36 It
Cl SUBb H SU;34, 'R PH)
SU33i C'41CR.W-41, 01 SU132 NC SJf3b H SUBIty P:lO.StjBZ H,
E 'NTIZATION DF IV IS OF THE.SAME E'l AS THAT OF V R
SHG~-#S THAT THE 11, rRO R
E;~UALS. kl~-l I C~G-N 0 SU132 NC SUB6 1-1 ~ SUB4 OR' P;0 SUB2 Nc SU~66 -1 J 4Y. T
13
PGSlTIJN OF EQUIL. WAS ESTA~,LISHEG IN RCHKO, SUB-2 ET) SU132 PLUS IV liN
EQULIGRIU.'i V PLUS C SUB6 F SUB5 CH, (CO: SU132 ET) SUB2 s~(s*r-Ems. THE
-LArIVE ;kl-ACTIV[TY OF IV AND -ALIMIDE WAS
A V 'TOWARO WiCHLOROMETHYLPHTH
DETV. FACILITY: NUV-JSIlllRSK, , 111151 T C-M, 0 V o 113 1 R.S?,
UNIC LA S S F I F D

16 ~'P.- JUSS ING DATE-20iNOV70
Rf
-1-12- 0 10 6 ONCL SISIF IV
TITLE`-ALK"f~LINL SPLITTING, OF bETA'~ACETYLENIC ALCOHOLS - U--
A U TH Gj R -0 4 V L S 0 V V P, M, CO V E 0 E V AA.5 CH ICHKAREYA, G.G., SAFRO.-NOVAt
-L P
LNTRY LF iz~FC---USSR
:SOURC F--- I ZV AKAO. NAUK SSSR, SEk. KH I M'. :1970, (4), 944-5
DATE PU8LIShF0-----7C
WJ E C T A !A L A 5-- C H E '611 S T RY
-TOP I C f;,Gs--ALC',IHCLP CHEMICAL DECOMPOSITflAt: ACMLEN.Et W:flYJ)AATION
CCPiT,-'.CL kESTRICTIGNS
GC U M F- N ICL S-UNCLA' If, 1;~ L)
~PIRGXY R L ELI f- A 0! ~--330'OoJ I 3OL"I S rc~ P1,10--Ui, Oob~,'/ 7) G945
CIRC A C C SS I L' Ni%U-- APO L:349
J-

2/2 0 06 UNC LASS if i Eb PRr,'CESSING, WITE-20NOV70
CA R CACCE"ICiN NG
U-0- till S FRA( HEAT ING 15 G iir--tq'rvi,/t,OL 25
T
-ET
:G, KGH UNOLF SU32 0 RLSULTED 144, INTENSIVE EVOLUT I. ON UF GAS AT
55-6CHEECREELS, I,,Ci\TG. L S[Jul 0 3U5Z- AIND.INMTRIPLE i3bND CH; AT 9508DEG.RE-ES
JHE GAS Cu!tiSISTEO OF IMIEC TAIPLE CH p C-ocmli I'll
-N U R '-.'A"'LY. 1 1r6UTYNt 410L
AiN 0 K U REES GAVE C SUB2
h"FATEO TO 75-~i,,DE16L H SU82, AM' AT 100-15D: I EES
I-GR
I.% D C H
.GAVE VAINLY PEC rRIPLE THE LATTE.R ALC. DI~C(J."IPO. LESS READUY
FORIME!'. EV,b'-.',iTLY ME DE
THAN i~lf, THC COMPN. IqTiD C SUC'121 H SUB2 AiND
ALKYLLiNE C;XIDE AT THE L&IiLP, TEMP. IS ALTERED BY HIGHCR TEMP. INTO
-A T i C N 0 F UN'S A T C. t, L CH I C H
FORM UNUERGOES ALLEINIC REAkRANGBMENT A,,!D
Rl
UEHYD CH
-.%tA.T1CN TO FJ.' -1 mEC Ti,',IPLE t3 :A-.%D KCHU. I*HL REACTIO71 '.IRAs
F G L L 6.-%'E 0 b Y C C,,,V E R S I C N 13 F T h E S ANo mE-iR
GASEOUS PRODUFS~ V41"d CU *S-f"L f
I D E N T fI C A T 1011 1 AC I L I TY~:,
- [RKUTSK: INST, G KIFI I N I RX. U I SK

USSR
UDC 621.391:519.2
VLASOV, V. N.
PIV
ignal System with Discrete
Tr, Mosk. Elektroteklin. in-ta svyazi.(Works of Moscow Electrott-itchnical
Communications Institute), 1970, vyp. 1, pp 9-13 (from Rzh-Radiotekhnika,
7.1 No 9, Sep 70, Abstract No 9A42)
Translation: This article contains an investigation of methods of con-
structing a complex signal system with discrete' FM withirespect to the
he
allowable level of side lobes of the'mutual correlation fTinction. Th
conditions necessary for constructing the given signal system are derived.
The bibliography has one entry.

026. SSIFIEjd-'
UNCLA MOCESSING DATE--160CT70
-'__ClR_C ACCESSION NO--AP0116436
ABSTRAC-I/EXTRACT--(U) GP-0- ABSTRACT. CRYSTAL FIL14S OF AG, AUv PBTE,
.~~:-rDSr SNSE, AGCL, AGIi AGBRv AND NACL ON THE (010) PLANE-OF TRIGLYCINE
~SULFATE AND AG AND AU FILMS ON THE (IIBAR26) PLANE 'OF CORUNDUM SI.NGLE
CRYSTALS AND ON KBR WERE STUDIEDs THE SUBSTRATES WERIE AT 20DEGREESf AND
THE AV. THICKNESS JF THE FILMS WAS 80-120 ANGSTROM, GN~NEG. OOMAINS OF
TRIGLYCINE SULFATEt WELL ORIENTED SINGLE CRYSTAL FILMS OF AGCL FORMED,
WHEREAS ON THE POS. DOMAINS ONLY.IPARTIALLY 1). AT A
ORIENTEU FILMS FORME
NESS, AGCL, AGI, AND AGBR:F!LMS WERE~SINGLE CRYSTAL ON
SPECIFIC THLCK,
'BOTH SURFACES. NACL FILMS ON' POS. DOMAINSWERE UNIFORMLY SINGLE
-CRYSTAL, WHEREAS ON NEG. DOMAINS THEY WERE.POLYCRYS4. THIS EFFECT IS
-LESS PR3NOUNCED IN THE CRYSTN. OF SEMICONDUCTORS. CRYSTN. OF AG AND 4U
KBR AND CORUNDUM'CONFIRMED THE EFFECT~.DF THE ELEC. RELIEF OF THE
FILM CRYSTN. FACILITY: :.INST. KKJSTALLOGR,t MOSCOWi
USSR.

I I
USSRI UDC 533.92.621.039.61
7_,-ROZHXOVj, A. M., STEPANOVt
FARDENIK, V. I., XIASO IT.
SUPRUIFS.NICO, V. A., and Y cm, Yu. V.
"Study of the Radial Structures in the Oscillations of a PIP-sma
Column in Crossed Fields Wilb-h Cyclotron.Resonane.- Instabilities"
Kiev, UkraInskiy Fizicheskiff zhurnal, No 3, 1973, pp 394-396
Abstract: Experimental results are given for the investigation of
cyclotron resonance instabilities in a collisionless rotating plas-
ma in a uniform longitudinal magnetic field. The basic e,%-DerJM-en_U_
al equipment isIthe same as that described in an earlier ar-ticle
(A. M. Rozhkov, et al, UFZh, L~, 1969, P 1,856) except that this,
earlier squi-pMe-nt used crossed electric. and magnatic fields. Ex-
periments i-.rith the equipment of the present paper were conducted
at a gas iweazure of 10-:) Lin Htr,. The ctwve p ottt--,~d for the ampli-
tude of the ionic cyclotron oscillationaas.aa function of the uni-
fo~m magnetic field intensity differs essentially from that for
the nonvmj-fo= fie-ld. lt- was also fotmd.th-at oscillations of vari-
ous frequencies were loca-lized.1a different radiP-1 layers, and that
the.oscillation intensity was.of a resonance nature. The authors
thank V. L. Sizonenko and V. T.' Tolok for their comments.

USSR UDO, 5390385
Kiev), Institute of Mechanirsf,ukrainian~SSR
, W~,. ~Ov V
"Investigation of the Stability, of Cylindichl Shells with a Hollow Filler
Du%#S Axial Compression!'
Kiev, Prikladnaya Makhanikag Vol 7 t No 8, 1971t pp 24-29
Abstracta The article deals with the problem of the stability of a thin-
walled Isotropic cylindrical shell. rigidly 4 fa3tenod with ahollow elastic
txazavereally isotropic reinforcing layer, with axial compression, the axia.1
forces acting upon the shell and upon tho reinforcing layor which Pay be
within and outside the shell. Used as the filler are 3-Onansional linearized
equatiom of elaBtic stability vith 66all subcritical defoxnations. Characteristic
equations are obtained for axially nons)-=*tr1cal.and axIaUy symEetrical
bulging, In the case of an istropic ftllert~an in-mstigat~on in itade of the
Influence of its thi6mess uDon the critical load with varlouz goometricAl
and x1gid param tars, and a comparison is made with sizpllfted methods of cal-
culation. Two figures, six references..

USSR UDC 539.3
V. V.
"Determination of Thermal Stresses~in
Rectangular Plates by the
Initial Function Method"
Moscow, Prochnost' i Ustoychivost',Tonkostennykh Aviatsionnykh
Konstruktsiy, 1971, pp 44-60
Abstract: The basic equations (1) give the relations between stresses,
displacements and temperatures. These. differential eqt~ations are
expanded-in Maclaurin series and put in.the form (8) and (9).
The case of a plate subject to nonuniform pres,sure. and tem-
perature is covered by the system of equations (19) and (20).
The case of an infinitely long plate fixed on, one edge and sub-
ject to nonuniform temperature field is covered by equation (25).
For 'the same plate subject to nonuniform pressure and
temperature the deflections and bending Tr~oments are given by
equations (36).

USSR UDC 615.31:547.718.11.012.1
KOCHERGO, P. M., KOMISSAROV, I. V., TKACHENKO, A. A., and Y.4
All Union Scientific Chemical-Pharmaceutical Research Institute imeni S.
Ordzhonikidze, Moscow, Zaporozhe Medical Instiltute,~Donets Medical Institute
Its
tudies in the Imidazole Series. LII. Synthesis and Pharmacological
Properties of the Derivatives of Imidazolino(l,2-f)xanthI*ne"
Moscow, Kbimiko-rarmatsevticheskiy Zhurnal, Vol 4, No 12i Dec 70, pp 14-18
Abstract: Starting from 8-bromo-, 8-amino-
and 8-iiiethylinf-~rcaptotheophyll-ines
a series of.imidozolino(1,2-f)xanthene derivatives was synthesized. Their
stigated. The rodurts exhibited a positive
pharmacological action was inve. p
action on frog's heart, comparable to, that of tKeophylline; they
lowered the blood pressure and affecte&directly smooth vmcular muscles.
They shortened the latent period of conditional,reflexes slcwing down their
extinction; they increased the 'spontaneous,' motor activity, but counteracted
the stimulating effeci of theophylline on the motor activity of animals.
The compounds showed no effect on the convulsive.activity-of corasol, hexenal,
or chloral hydrate. Several among them stitUated bveathing, but were not
capable of counteracting the breathing-inhibitory action of morphine or hexenal.

----- - ------
017 PROCESSING DATE---18SEP70
UNCLASSIFIED,
'CIRC ACCESSION NO--AP0054969
'-.ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. STUDY OF CONICAL SHELI-S OF
.-RECTANGULAR CROSS SECTION WITH TWO SYMMETRY AXESt REINFORCED ALONG THE-
RIBS BY IDEliTICAL BELTS THE ARr-,4S OF WHICH VARY IN PROPORTION TO A
RADIAL COORDINATE. THE SHELL WALLS ARE IN -A PLANE STRESSED STATE, AND
JHE BELTS ARE FUNCTIONING UNDER TENSION.COMPRESSION' CONDITIONS. A
'GENERAL METHOD OF CALCULATING THE SHEtLS I S~ PROPOSE-0, WHICH REDUCES TO
INTEGRATION OF THE CORRESPONDING ORDINARY DIFFERENtf,AL EQUATIONS OF
MAKES
INFIN11ELY HIGH ORDER WITH CONSTANT COEFFICIENTS ANt IN.GENERALY
IT POSSIBLE TO SATISFY ARBITRARY FUNCTIONALBOUNDArY CONDITIONS IN THE
SHELL CROSS, SECTION, SIMPLE SOLUTIONi FOR~ AN UNBOUNI)L-() SHELL UNoER
VARIOU.S.. TYPES OF LOAOS ARE CONSIDERED&
UNCLASS-IFIEV

212 033 UNCLAgSIFIED~ PRIOCESSiNG DATE-18S .EP70.
-CIRC ACCESSION NO-AP01.00657
..:,ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THIS ARTICLE IS THE SEQUEL TO THAT
PUBLISHED BY THE SAME AUTHORS IN THE SAMEASSUE OF THE JOURNAL NAMED
ABOVE. -THE PRESENT ARTICLE UFALS WITH THE RFACTION: OF 'THE SENSOP IN THE
EXPER IMENTAL E,4UIPMENT OF THE PRECEDING~ARTICLE TO FALSE SURFACE DEFECTS
lN STEEL SPECIMENS.. THE AUTHORS EXAMINE.THE POSSIBLE PHYSICAL EFFECTS
GENERATED BY DECARBONIZED SECTIONS AND RIVETS WHICH 14AY ASSIST IN
lflPROVI.NG THESELECTIVITY OF THE SENSORISO THAr IT 14ILL NOT RESPOND TO
THESE FALSE DEFECTS. AS PART OF THIS EXAMINATION, THEY 03TAINED A
NUMBER',OF CURVES SHOWING THE VARIATION OF THE EMF INDUCED IN THE CONTROL
SYSTEM SENSOR AS A FUNCTION OF THE ANGLE OF ROTATION Or A STEEL
SPEGIMEN. IT IS FOUND THAT THE 0ECARBONIZED SURFACE PARTS CAUSE AND
INCREASE IN THE. LNDUCED. VOLTAGE w,"itE THE P.HASE SHI'FTS I-N THE INDUCED
VOLTAGE.-CAU-SED BY THESE PARTS ARE COMPARATIVELY SMALL. THE AUTHORS ALSO
CO,'qCLUDF,.THAT THE CHANGES IN THE EFFECTIVE~:INDUCED Vr)LTAGE AND IN THE
PHASE SHIFTS OF THAT VOLTAGE CAUSED BY (;oENUINE DEFECTS AND THE FALSE
VEFECTS -Akr; IDENTICAL IN DIRECTIONo. CUNSEQUENTLY9 THIS JNFORMATION
..,CANNOT BE USED: AS. RELIABLE INFORMATION FOR, DISTINGUISHING BETWEEN THE
UNCLASSIFKED__:-_~__~

i
.. I .- ,I a .. - .: I I ii;: 1 1; 1 '. .
i i 1-ii 11 , , 7 '' i

034 UNCLAS
Sl F I ED' PkdCESSiNC --~ATE-IBSEP70'
C:IRC ACCESSION NO--AP0100656
AB,STP.AC.T/F-XTRACT--(U) GP-0- ABSTRACT. THE DIFFICULTY INVOLVED IN THE USE
OF EDDY CURRENTS FOR DETECTING SURFACE CRACKS IN CAR130NIZED OR ALLOYED
STEEL,ROLLEO PRODUCTS IS THAT SUCH DEFECTS PERMIT FALSE;SIGNALS CAUSED
~-3Y SUCH FACTORS AS SECTIONS OF DECARBONIZED SURFACES AND RIVETS. THE
CAUSES OF THIS PHENOMENON AND POr-.---'BLE CURES ARE DISCUSSED. THE AUTHORS
DESCRIBE EXPERIMENTS THEY PERFORMED RELATING TO THLS PHENOMENON, WARNING
-THAT THEIR EXPERTIRENTS WERE NOT SO MUCH~OIRECTED TOWARD DEVELOPING A
PRACTICAL VARIANT OF THE CONTROL EQUIPMENT AS EXAMINING THE
-POSSIB.ILITTES,OF THE DETECTION OF_.SURFAtE CRACKS IN,STEEL PRODUCTS WITH
EQUIPMENT SELECTIVE ENOUGH TO ELIMINATE-THE FALSE SIGNALS-CAUSED BY
SURFACES AND RIVETING. FOR THEIR RESF-AkC4ES, THEY CHOSE
100 SPECIME14St 150-200 MR- I-N LENGTH', MADE OF TYP~E SIIKH15 STEEL WHICH
.,HAVE PASSED.THROUGH THE PLANT RECRYSTALLIZATION ANNEALING AND
STRAIGHTENING PROCESSES. THE DEFECT SEARCH SYSTIEMI ILLUSTRATED rN THE
DIAGRAM ACCOMPANYING THE TEXTt C01 c R e ril
NSISTS.0F AN INDU TO FR EXCIT IG EDDY
CURRENTS IN THE SPECIMENS, AND A SENSOR.; THE I:NDUCTOR IS MADE UP OF A
COIL CARRYING ALTERNATING CURRENT, AND A:PAIR OF Pl.SHAPE0 CORES. THE
SENSOR 15 A~FERRITE RING WITH A GAP OF 0.2 MMI WITH A C011. UF WIRE WOUND
AROUND IT. THE AUTHORS DESCRIBE A POSSIBLE VARIANIT-OF THE C014TROL SYSTM
WHICH WOULD REACT TO THE TAINGENTIAL COMPONENT OF THE DEFECT EDDY CURRENT
~.FIELD. .: THEY. CONCLUDE BY EXPRESSING THEl,lR (;RATITUDE: To P!, A. KHALILEYEV
FbR HIS COMMEINTS AND RECOMMENDATTONS~.
UNCLASSIF-LED

.,I,ssr.NG DATE
1/2- 035
UNCLASSiFiEd PRn
cj
ri.TLE--SELECTIVITY OF CONTROL SEARCWSYSTEMS FOR SURFACE CRACKS IN
CONTROL, OF STEEL PRODUCTS;.: STUDY~Or- SENSOR REACTION TO
THOR- t 0 2) KOMAROVr V.A.
OUNTRY OF INFO--USSR
-SOURCE--SVEROLOVSKi DEFEKTOSKOPIYA,.NR. Iv 1970, PP 107-111
T E PUBLISHED ------- 70-
_7SUBJECT AREAS--METHODS AND EQUIPMENTv. MATERIALS
--TOPIC TAGS--NONDESTRUCTIVE TEST,, EDDY CURRE'NT,:FLAW DETECTION, METAL
I NGo~ METAL CRACKING, STEELr SURFACE PROPERTY
:CNTROL MARKING_-NO RESTRICTIONS
~d :00CUMENT CLASS--UNCLASSIFIED
R-PEL/FRAME--1985/0120 STEP NO--UP/0381/70/f)00/001/0107/0113
_'.CTRC_ACCESSION NO--AP0100658
UNCLASS-IF IED

'IFIED,
212 035 UNCLASS PROCESSING DATE-- 8S 70
CIRC ACCESSION ND--AP0100658
:-48STRACT/Ex,rRACT--(U) GP-0- ABSTRACT. THE FINAL INSTALLMENT IN THE
SE-RIES PUBLISHED 13Y THESE AUTHORS IN THE SAME NUMBER OF THE JOURNAL
11ME0 ABOVE, THIS DESCRIBES EXPFRIMENTSPERFORMED, 13Y THE !AUTHORS WH[CH
.~SHOW THAT IT IS POSSIBLE TO DETECT SURFACE CRACKS IN ROLLED STEEL
PRODUCTS BY EDDY CURRENTS AND ELIMINATE FALSE DEFECT INGICATIONS GIVEN
BY DECARSONIZED SECTIONS AND RIVETS, THE EQUIPMENT,THEY USED FOR THE
EXPERIMENTATION PERMITTED DETECTION OF DEFECTS IN THE STEEL TO A DEPTH
~OF AT LEAST O~.4 MM WITH ACCURACY. THE DATA OBTAINEb PER14ITTE EM T
D TH 0
CONSTRUCT.A DIAGRAM OF THE DETECTIBILITY (IF.,FALSE AND TRUE DEFECTS.
-:THEY OFFER THE OUALIFICATfON, HOWEVER, THAT THIS DIAGRA~ill
REPRODUCED IN
-:..THE APTICLEY IS NOT SUFFICIENTLY PERFECTED,AND REQU[PES FURTHER
_U -FIED

A%.F. rip Ref. Code: LTR 0463
0044690
PRIMARY SOURCE: Molelculvarnaya ~Bialogi a -1970, Vol 4, Nr 1,
PP
THE INTERACTION OF TRANSFER R NA WITH ACETALS
OF 4-(N-2-CIILOROETHYL-N-ME'rHYLAMINOI-IIENZALDEHYDES-
DERIVATIVES OF URMINE AND LiRlDliNE-5-.,VIL:THYLPHOSPHATE
Belikova, A. M.; Vakhrusheva, T. Ye. Vlasov,
Grineva, N. I.; 'Zarytova,_V. F.~ K~orre, D..,G.; T
Institute of OrAxanic Chemistry, Siberiani Branch of the A~~udvmy of Sciences, USSR,
It has been shown that the acetals of .1-(N-2-,-hioroethvi-N--riietliviainitio)-benzaidehyde
(RCI) -derivatives ol uridine (U'RCJ) and uridine-5'-ffleth),lPhosphate (rnepURCI) do
alkylate tRMA. The efficiencies of the reagents are determined as
ratio of the velocity
of. tRNA modification to the velocity of all, by7proces.ses. The efficiencies of URCI and
?~EEL/FRAME &4
1,977142.3

.~A -i9mm
AP0044690
RCI are of the same order of magnitude and two orders greater, respectively, as com-
pared with that of mepURCL In the presence of tris the efficiency of URCI decreases-sig-
nificantly and that of mepURCI is altered only'slightly. The efficiency of URCI decreases
in the presence of mt!pU due to the interaction. of an iritermed.iate cation with priftiary
phosphates of niepU. It suggests that !he effiqeincy of mepURCI is low due to the'~prc-
sence of primary phosphite in Us molecule. The-quantitatiYe analysis of the data obtained
makes.it possible to conclude that the interaclion%6f ~rnepUR+ with phosphate is an intra-
molecular process.
1424
9W
1
j:.

USSR UDC 533.916
ROMIKOV, A. M. ,STEPANOV, K. N., SUPRIP, !17-
i.FNMO, V, A. .;FARP1?I.K. V.
NUSOV V . V.
"Resonance Cyclotron Instability in a Rotating, Plasma"
:Fiz.__plazmv i probl. u-oravl. ter-moypier. sinteza. ReS2. mezhved. sb.
Physics and Problems of the Coatrolled;Thermonuclear Fusion.
1C
Republi Interdepartimental Collection), 1972,;No. 3, pp 193-;-202 tfra-a
M-Fizilza, No 11, Nov 72, Alstract No 11G178)
Translation: Resonance excitation of ion
-cl,clotron oscillations in a
-plasma in crossed electric and* magnetic fields was investigated experi-
mentally. It was shovm that if the f r-equency. of the d1rif t~ r~ otation of a
plasma cloud , in crossed fields .4s a multiple of the gyrofrequency of tho
ions, a resonance cyclotron instability Oevelops - it-, the discharge which
is -accompanied by continuous generation of ion~cyclotron osc illat ions Of
bigh amplitude, due to the energy of. the external. i3ource of direct' currenC.
The jacrement of this instability is, on- the order of the gyr,cTrequency of

USSR UD.C: 681.2-087.92-932
EVSKIY, B. V., POMYKAYEV, I. I., UVAKIN, V. F.,
VYZHEI
GOLIDENBERG, F. M., KARCHEVSKIY, A. A.,'ZELENKOV, S.,V.
"A Sine-Cosine Converter"
USSR Author's Certificate No 3161io, Med 24 Apr 70, published 9 Nov 71
(from. RZh-Avtomatiha Telemekhaxiiia i Vychislitel naya, Tekhnika, No 7,
Jul 72, Abstract No 7A111 P)
Translation: A patent has been granted for a sine-cosine ccnverter dis-
tinguished by the fact that one end of each output winding of the rotor
is connected to the input of an auxiliary-phase-sensiti7e rectifier,
while the other end is connected through'a resistor to:the input and
output of the sane rectifier. Laid around the perimett:"r of the back edge
of the rotor is an excitation vinding which is connected to a source of.
alternating current. The device acts as a vector plotter and coordinate
transform-er vith DC and AC in-out signals. Either DC or AC output signals
be obtal as AdesJree_ 'T vIce cem serve two uervosystems sim,.;.-
Me de
taneously, one working on AC and the other on DC. Two~:illustrations.
0. S~

?-fl T. I -I 7Mljl.V
1, A
~p
USSR UDC 621.165.018.001.24
VLASOV Ye. N. and MLDAVSKIY, N. L.
ItSelection of the Optimal Parameters in a Low-Pa-yer Supersonic Steam Turbine"
Tr. Un-ta, Druzhby Narodov im. Patrisa Lumumby (Works of the University of
Peoples' Friendship imeni Patrice Lumumba)',,No 61, 1972,:'pp 68-81 (from
Referativn3,-y.Zhurnal--Turbostroyen'Lye, No 2, 1973, Abstract No 2.49.22)
Translation: In calculations of low-power, supersonic staam turbines, account
should be tal-.cn of the relationship of the velocity coefficient 0 to the angle
of nozzle inclination al; this requires the accumulation of experimental
mate'rial. At small values of flow rates G 1000 kg/h, the, optimal nozzle
angle is al = 12 -- 10*. For a steam flow rate of 5000.-- 1000 kg/h,
16-14, The low nozzle height of 10 --11 mm, usually employed
(al)opt
in lmy-po-wer turbines, should be considered satisfactory for a:steam flaz
rate of I - 2 t/h, overstated at.smaller flow rates and understated at
larger f1w rates. 12 figures. 2 tables. 14 references..

L'A S4
Y~ A.
MEDICINE
n
3 0 Ju 71 1 cj F Pk): C YM~ RIX ET, ICS
&G OT
116. USSR
VUSO L%.-. Y.OLV-"OV, A.T(Ilovosibirsk).
V,
"'On Controlling the Phythi, of Heart Contract ions"
113ccow, Fcoblfrq Ytt~~mutfl~l, Vyp 2~, `Vai~ka" Publishin," House, 1970. rp 275-279
effactive
Abstr3ct: Thin wor'.- attempts a mdel ani]),Giz of the man.3 of controilln.,
influences in the p;cblem of exercising the rhyLhii'of vnontanzou~.h,--ar~ ~-ontrzction?l.
One method of the rhyth,-.i of heart, contractions* is by oleo-trical. stlEmlaticn.
5hr- problcm of how to lower the freqIxericy of ontpt signals of thb T n o k where
input simals are of unchan,,in& frequency is re5olved..

USSR UDC 51'ISS.001.57:612.82
VLISO'V.V YU. A, KOLOTOV, A. T.
0-
- Control
of the Rhythm of Cardiac Contraction"
'bernetiki [Problems of Cybernetics Collection of Works], No 23, Mosco,.,r,
Probl. K-L
Nauka Press, 1970, pp 275-279, (Translated from Referativnyy Zhurnal, Kibernetika,
No 6, 1971, Abstract No 6 V680 by the authors)..
Translation: An attempt is made at model analysis of the effectiveness of the
control actions in the problem of the.sponta.reaus contractile rhythm of the
heart. One method of changing the rhythm of cardiac contraction is studied (by
electrical stimulation). The following~proble.m is solved: how can the frequency
-of output signals of network T be reduced with unchanged fr6uency of input
q
signals?,

USSR UDC 62-135-253.5:534.1
VLASOV W- A-
IT Ga the Problem of Calculating a Turbine Blade for Vibrat;ons Considering the
Pliability of the- Seal
-yssh -Inr' -)scow 'i
Ir. Mos". I te""n lach --he -1 m N E Baumana (I ks oi 5, ghor
yec~-M; Muman 1970 1,16, 3.39, pp 2,31-234
call Siabooll -; meni (-Frcm :".Zh
Txw-I.-oz- troyenlye No 8, Aug 71, Abstract No 8.491-28)
T-ransi--tion: 7-he -,-)I--;ab-;!ity of a sea! has a certain effect on the shape of
-the elastic 114-11e of feather of a blade which car; be of interest in calculating
the distribution of the relative stresses 1.11 the feazher of the blade under
vibrations. In calculating the natural,frequencies and shapes considering the
pliability of the seal of the blades with~a tree-type re.tainer by this method,
the center of rotation should be se1qcted.at. the center,ot gravity ~Of the
a lon, t. e~-' riment.
-foot of the roe-tainer and the calcul ti j agrees wel'J. with expe,

"T
BST^
Acc. Nr: IV tracting: Senice: Ref. Code:
AM034098 CHEMICAL ABST.
71203r Strawitim nitrate-aliaU Mew e-w Or
i ak;mov, M. A.; Zalkind B' V, -
$SR). ZJ;
i~4;.,
J 7e rig. 1051U.7717(1), L biRbe Ul Sr
(~x 0 . r.- P
0., NC)3-Hio -t's,
yste-in ~1) a t213 - and ir. Sr-(
H~O wv, sysiems (5va-n-, s P and 111,
resp.) at 25 and 95' are given. sysreiu I has thrtie S013'.. is(>-
ther;r6, corresponding W 19WN03 j'-4H C), lzrk iod I -l'A
I IN N. "W,
In systen-i II and 1"11, (.,~nN Sr(N 4 :t0 forips at and Wy
Sr(NOz)a forms:at 35'. 113, these 's mr, tht. sold. bf ith - corn-
ponent uncreased witkitirreasing i~a I n. d the kth componre-nt.
This proves cornplex-forumtion ill svstems 11 rnd'jlf am- its
absence in system 1. HIM J;R
REEL/FRATME
15710M

USSR UDC 677.494.72
SINTINA, S. D., KIRILENKO, Yu. K., VOL% L. KLIMENKO, I. B.,
GRACHEV, V. I.,'VISIM YAKOVA, T. P.,~ and Leningrad Institute
of the Textile and Light Industries imeni 'S..' Mi, Kirov, and ' Moscov Institute
of-the Petrochemical and Gas Industries imeni I M. Gubkin
I'Polyvinyl Fabrics 'Modified With Ferrocene-Containing Compounds"
Leningrad, Zhurnal Prikladnoy Khimii, Vol XLV, No 2, Feb 1972, pp 446-447
Abstract: Heteroorg-anic c~xnipounds are, already 'widely used as modifiers of
chemical fibers, and specific methods are knotrn for imparting desired prop-
erties to fibers by the use of silicon- and: boron-containin- compounds.
Hcr.,:ever, the use of ferroeqne-containing compounds in this way has not been
described, although these compounds impart a nuria)er of va-'ruable properties
to polymcrs, notably resistance to heat an& radiation. rerrocene-containing
compounds are of further interest in having: possible biolejaical effects,
including an effect on b lood- -formation. Polyvinyl alcohol. (FVA) fiber was
treated with 1,1-dlacetyl-ferroccne~fo
rmaldehlyde (DAFF) resin, obtained by
cond n ation pol,
e s -;zerization with formaldehyde in the presence of Na2CO3
in ethanol. The freshly formed fiber was submerged for 1-5 minutes in
5-2U solutions of the resin, then heated at 140-3.80' for 10-20 minutes.
112
45

3 R
SLATINA, S. D. ,Zhurnal Prikladnoy Khimii, Vol UV, No 2,~ Feb 1972, pp 446-
447
'The. fiber became resistant ::o the effect -of hot water. Apparently, in the
fiber-resin reaction there was condensation of the. PVA hydroxyl groups with
the resin methyl groups, so that simple ester bonds were Formed between the
two polymers; this was confirmed by comparison of the number of hydroxyl
roups in the initial fiber, the resin-processed fiber, and the heated resin,
and -also by infrared data. Graphic data accompany the paper.
2/2

USSR UDC 677.4t5k-171039-M.04
STARKOVA, A, 11. , RiRlisplaw, YU. K. SHAPIRO, Y*O.. 1. jYE05, A. 1. j VOL'Fj
MIA PANC-41-1 and RAUC:W-i-
L.- A., VISM"WWA, T. P., VIAS 11K07, G.';
SXIYI~ D. A.
"Radiation Resistant Polyaaide Fib----"
Io 5, 1971# pp 785-786
Toningrad, Radiokhimiya, Vol 13, N
Ab-stracts An attem-at .-as rade to increase the resistance,of polyazide fiter
towards -nAiation by treat.Ung it with fer:rocene containing compounds.
-er -w- 'ed with Lerrocenealdehyde (FCh) under -following
Caprone cord f :it as trea~t
conditionst FCA - .3,,.~; cata-lyst - 6.5,q H DO ; 1emremtu--e.- 75 C1 du---tion
4
ethanol. The fiber obtained was mom resistwit to thern-o-
2 hrs; solvent
oy-id-ative dest.=,Ction thzon- the star-ting raterial: after heazlinG for 2 hrz
et, 200 the modified f1her retained 60-70;*' of tbe initi~tl ;3tzenrth, while
the starting =-+.criial dxop d doim to 25%). ~Tho -modif-ied, f I'ccr tias found
PC
to posses, high adhesivenezz towards the Xesin; it can be 1~zed In uct-.ion
of hozes, convayo-?- belts, driving Deltsy etc#, perfo=dng under =Iiation.

USSR UDC 677A5~171039-16.04
SLATIM, S. D. =1EMKO, YU. X., VOL'F# L.~A.I ESCS A-~,
SHAPIROP YE. 1.,
VISMIYAKOVAI-T. P., PARCHEIriOV, G. V KAUCHMSnY, D. A.,
alld-MUGLOSOVr V. A. p
"RacIiation Resistant Polyvinylalcohol,Fibers Containing Farrocene"
-himiya, Vol 131 No5 19?lg pp~786-?87
leningrad, Radiok
Abstracti Polyvinylalcohol fibers containing ferrocene iterLa obtained by
impregnating a freshly formed or thormostabiLUzed M-fibers with
solution of 4L,!'-diacetyl-;7ermcenylfo--,.aldehyde resin I71sI'-DA.FF i ac tore
n e
-the impre-Gnation thc material was heated to 14-0-T60 C for 10-20 min,
After
resultin in formation o.
chomical bor4dz between the hydroxyl groups of the
FVA-fiber and the rzethylal group of 1,11 -DAFFF- resin (14-18;~"J' of chenically bound
1pl'-DAFF resin). The 1,11-DAFF resin was obtaired 1?3r polycondensation of
-1 ol at 50 0C and~in pz--o-ence of
diaceylferrocene with form:a1dehyde in ethazi
sodiun carIbanate. The nodified fiber waz subjected to /-raadiation in
p--c~zc..nea- of c-ry-en, stren-th ar,! II-c:eL- tic of the
ferrdcore conzaL-Ur.,- %atox`-al -wora z;unarior. in conparlson to the. starting
Mterial.

USSR VDC 678.675s678.06-419.8t677-52i
CHMINA, L. I. TANUNINA, P. M., LITOVCHEIIK08 S. 1. 0_ CPXRVINSKAYA M. A.
MMASOV9 M. V. I VORQB'YWj VO Do 4W z;. A. an-
V
DAVYDOVAt 1. FS
"Polyitzides and PolybenziDddazols for Plexiglasses wd Cements"
Moscowy Plasticheskiye Fussy, Ho 4p 1973# PP 15-17
Abstractt The physical axA chemical properties were detex-minsi for a
nuzb3r of thermoplastics -- such as the polyinideE (PI), polyamidoiiddes
(PAI), and polybenzyinidazols (1,131) foraing 15-6E% sol-Aiona with diffeTent
solventsi The PAI and PBI plus three of the.ln, resins formed 21near struc-
tures -, tvo of- the PI resins formed a - threekUmensioml st:ructuiv. The Linear
resins have a greater strength-than the crosslinked-below,!temwr,-itures of
about
3000C. The data are given in several'tables aid gmphs-I
66

LIU
8)
USSR UDC 621*357-7-035.4t669.738.7(088.8)
AMOGT11, F. F. LOGACMA, Z. V. , PRIBYWVA L. I., Yj"s and
AGEMA, H. I.
"An Electrolyte for Cadmium Plating"
Author's Certificate No 346390t filed 10 Sep 709 publishoad 22 Aug 72 (from
Referatlvn~y Zhurnal Khimiyat No B(II),A9730 Abstract No 8L3070
Translations An a=onium chloride electrolyte is patente'l for cadmium plating.
It is improved in that in oxder to prevent.the hydrogenation of the base
metals ethylene glycol is added, resulting in the.folloidm-g corpositiong in
g/literi CdClz,40-50i ITH4Cl,230-280; othylene glycol,30-Ab, c4irpenter's
gluall-2;,an optimum pli of the electrolyte of 2.5-3.5; & less than 2 amps/
decimeter" , and a theoretical yield of 1OCr%. For ex=plU, sampJA-s from the
steel KI-643 having a notch x-OA = is plated with cadmitut in. our electrolyte
having the following composition, In g/liters CM04,50i NY401,2501 ethylene
glycol, 301 carpenters gluep 21 at pH of 3.0 and a Dk 2 ajaps/decinater2 for a
thicliness of 10 nicrons. Without suteequent heating'at &tensioa equal to 90%
of the strength of the notched sample (thie Stress equals ~.16 kLr/jn2)p the
plated sample did not fracture after P-00 houmo:

i .
I -~ - 1 ~. . e ~- 1 -1 - ! :~ 7 , - . I -~ ~ - ~ - , " . . : ; i : I ~.l ~ 1. Z1 1: ~j Ilif- '%~ I ,:
I WNW,"
FFTTT7T-C~ F7-- ~ - ~; , - . ;;6; i ~ i -.4-T! ; !~ 'l* _; i !;a;AWK .1-1 ll-R& MR R I

UNCLASSIFIED; PA&ESSMG 0-fN_fE---27NW'_fio
'r.ITLF--S',rRlJC,URE QIF rC~MPLEXES OF DELTA PRIME-2i
WITH- AMIINES -U-
'~4UTfiQ,R"(f)3)-VLASQVA, L.A., MINIKNN, V.I., POSTOVSKIY, .-[A#
_COUNTRY OF !NFO--USSR
SOURCE--ZH. 03SHCH. KH11M. 1970ol 40(-Z)t 372-5
AT~~ PUBLISHED ------- 70
SUBJ E C TAREAS--CHEMISTRY
TOPIC TAGS--HETEROCYC L IC NITROGEN COMPOUND, HE TEROCYCLI[C SULFUR COMPOUNID,
COMPLEX COMPOUND, MOLECULAR STRUCTURE* DJPPLE MOMENT.-i MORPHOLINE
M A' IG
~:,CVNTROL RKINI --NG RESTRICTIONS
CUMENT CLASS--UNCLASSIFIED
0
~~PROXY REEL/FRAME--3006/1504 -1211.)
STEP ~40-~.-UR/0079~/70/1)(tQ/i)02/03 1375
CIRC ACCESSION NO--AP0135165
ASS I ELL11--_~ - -----

-%
212 012 UNCL AS S 1 ~F I ED PRO(,P-SS ING Oj% 'lE--271',jOV70
CIRC ACCE S S I ON NO--AP0135165
2 -ABSTRACT/EXTRACT--(IJ) GP-()- ABSTRACT. THE COMPL E XE S' FORMEB BY
'4tPHE~i'YLti-1,4,TRIAZOLI~,'E,2tTi-i!01'~IE (1) AND -DELTA
P
RI~,E?-tlpZt4,TRIAZOLINEt5,TfilONE (1 1) '1,[ IT H, A f4l N
I -E -'- EYIOEf-IFLY HAVE
STRUCTURE 111, ON THE BASIS OF THEIR DIPOLE: MOMENT VALUFS, WHICH RANGE
ONLY FROM 3.5 TO 4.07 D IN DfOAXANE OR C, SU86 H SUB60 CC-14PLEXES OF I
WITH MORPHOLINE, PIPERIDIINE AtIM ET SU82 NH.HAD BEEN REP11,RTED EARLIER;
THOSE OF [I WITH MORPHOLINE. M. 1300EGREES; ~ WITH PIPEqID[PIE M.
EGREESO
:132D FACILITY: URA POLI;fEKN-_ INST. SVEROLOVSKt USSR.
IN, CL AF.F

1/2 018 UNCLASSIFIE6 PROCESSING DATE--230CT70
T--ITLE--ISOTOPIC COMPOSITION OF HYDROGEN IN THE WATER$ AND.PETROLEUMS OF
~THE APSIiERON OIL AND GAS BEARING REGION _u_
AUTHOR-(Q 5)-MEKHTIYEVi SH.F.v..6REZGUNOVo V*s r VLASOVA, L.S.r RACH[NSKIYj
Z.,l SOYFERP
IV-
COUNTRY OF INFO--USSR
!.,-.SOURCE--IZV. VYSSH. UCHEB. ZAVED.t NEFvf* ~GAZ 1970t 1311)v3-6
~DATE PUBLISHED ------- 70
::-SUBJECT AREAS--CHEMISTRY, MATERIALS, EARTHSCIENCES AND OCEANOGRAPHY
~q--TOPIC-TAGS-ISOTOPEI HYDROGENg PETROLEUM DEPOSIT, CRUOE OILv NATURAL GAS,
WATER, HYDROCARBONt DEUTERLUM
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIEO
PROXY RE'CLIFRAME--1996/1640 STEP NO--IR/0152/701013/001/0003/0006
RCACCESSION Nfl--AT0118619

212 018 UNCLASSIFIED~ PROCESSING DATE--230CT70
i,,RC ACCESSION NO--AT0118619
..,.ABSTRACT/EXTRACT--(U),GP-0- ABSTRACT. THE AV. ISOTOPIC COMPN. OF H IN
WATERS OF VARIOUS FORMATIONS VARIED FROM lo04 TO 1~065 RELATIVE tiNITS,
BUT DID NOT DEPEND ON THEIR TYPE ANDMINERALILATIONs :THE RATHER HIGH
CONTENT OF 0 IN THE WATERS OF ALL HORIZONS SHOWED THE STAGNANT
CONDITIONS OF THE BASINS IN THE PRODUCTIVE STKATA,~THE COMPN. BEING
CLOSE TO THAT OF THE SEDIMENTATIONWATERS. THE CONCN. 01: D IN
PETROLEUMS VARIED 0.86-1.01 (AV. 0.93),UNITS AND 011) NOT DEPEND 014 THEIR
SP.,GR.t HYDROCARBON COMPN-t ANDOCCURRENCE DEPTii; THEREFOREP THE CAUSES
OF THE VARIATION COULD NOT BE DETDo THE. AV . D, CONTENT OF CONDENSATES
'WAS 0 9C UNITS. FACILITY: AZERB. INST. NEFTI KHIM. IM.
-All
ZViKOVAi BAKU; USSR*

Radii)biology:
USSR UDC 612.822.3.014.482:31
ANA1,11YEV, V. m., NAZAROVI V.; A.i SOBOLEVA, K. V., STEFASHKIN,
Yu. P.
'~Mutual Correlation Coefficients of the Electroencephalograms of Irradiated
Rabbits"
eten' Eksperimental'noy B ologii. Meditsiny, No 3, 1972, pp
Moscow, Byull
51-53
Abstract: A study was made of means of dynamic characterization. of the system
of mutual relationships in the cortical electrical activity of rabbits by
mutual correlation coefficients-of the EII.G. ~ The ex-perimenLs were performed
on seven rabbits using the procedure described reviousl Al. M.: Anan'yev, et
p y I
Byull. eksper. biol., No 1, 91, 19661. 'The nature of the variatins of
al
the mutual correlaLion coefficients of the E;EG for backgrourid recordings last-
ina 28 seconds was studied. The dynamics of the variation of tbe mutual.cor-
relation coefficients averaged with respect to the entirecerebral cortex of
rabbits irradiated by gama-radiation in a superlethal dose of 1,500 roentgens
are illustrated in graph form. The presented data indicate the effect of
gamma4radiation on the cerebral cortex of the animals as a whole without space
detailing. The mutual correlation coefficient of the EEG combined with the
1/2

USSR
A-NkIj'YEV, V. M., et al., Byulleten' Eksperimental'noy Biolog-ii i Meditsiny,
No 3, 1972, pp 51-53
frequency --nd area indexes of the EEG is a sen-sitive indicator of the varia-
tions of the functional state of the cortex, and to a different e-%-.tent it
reflects the nature of the system of mutual relationships of the electrical
activity of the cortex in its basic zones., It is expedient to use the gen-
eralized correlation index to characterize the reaction of the cortex to
irradiation (to estimate the severity of dwageto the cortex and the degree
of restoration of the initial,state).
2/-2

UNCL ASS I S S 1 NG D A T E-- I 7,P I L 7 0
FIE
N EW PETi