SCIENTIFIC ABSTRACT KOBZOVA, V.M. - KOCHERYZHENKOV, G.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001401410011-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR uDc: 68i.333
MOROZ, I. P. KORWYA-Y-M., KLOS, V. I., LIvov Affiliate of the Insti-
tUte of GeopiyssTcs,Acarennr of Sciences of.the Ukrainian SSR
"A Device for Modeling Problems of Electromagnetic Induction"
-rc -k
Moscov, Otkrytiya, Izobreteriya, Pronwshlennyve Obra~tsy w.:rny've zrazi,
No 7, Mar 72, Author's Certificate No 329537, Divi-sion C, filed 28 Sep 70,
published 9 Feb 72, p 194
Translation: This Author's Certificate introduces a device for modeling
problems of electronagnetic induction. 7he device contii-ins a generator
connected to an antenna system, and also includes an electrorrapietic field
pickup, a heterodyne, and a module for reception and rej~istration. As a
distinguishing feature of the patent, in order to eliniu4te interference
and to increase precision and reliability, the-, device ccntair-s a frequency
converter connected to an elcctromagnetici field pickup, arid throup_b trarz-
formers to the module for reception and registration antl to a unit for
stabilizing the output voltage level.of the heterodyne.

USSR
YAREMKEVICH, S. K., SKMORGUN,
STRUK, R. 1.
UDC: 621.317,331
Ye. I., KOMAN, V. A., DULYGA, S. G.,
"Automatic Two-Coordinate Compensator for Resistometric Study of Steels and
Special Alloys"
Kontrollno-izmerit. Teklinika. Resp. Mezhved. Nauch.-Tekhn. sb. [Testing
and Measuring Equipment, Republic.Interdepartmental Scientific and Techni-
Collection), 1971, No 11, pp 136-139, (Translated from Referativnyy
Zhurnal, Metrologiya i Izmeritellnaya Tekhnika, No 7, 1972, Abstract
No 7.32.966).
Translation: An automatic two-coordinate compensator of acc-Liracy class
0.05 is described, allowing graphs to be produced of the dependence of
resistance of metal specimens on temperature, which is necessary for resis-
tometric study of phase conversions in steels and special alloys, It is
demonstrated that the device can measure the erif of thermocoupies in the
0-70 mv range and resistances of from 10-5 to 25 ohm (with currents passing
through the specimen of 1,000 to 0.5 a ac respectIvely). It Is noted that
the desired graph sector can be drawn in enlarged scale. I Figure; 7
Biblio. Refs.

uj)c 614.72,613.155.3
LOYT' 'A. O.:,.KOCMMNQY'4 M. M., and ZAUGOLINIKOV, S. D., Institute of Bio-
ph-S a, -~he USSR
Y ICS, MIL-Rii He
"CcErrelation Between the Vaiximum. Permissiblo Concentrations of Some Chemical
Sufttances-in the Air of Industrial Plants and In the Atmosphere of Resi-
didntial 'AreasY
K6scowi-Gi-giyena Truda i Professiotial'nyye Zabolevasiiya, No 1971
pp-15~17
Abstracti On the assumption of a mathematical relationship between the toxicity
aniijuximula permissible concentrations (1,TC) of chemic--a coapounis in the air
of-'Ihdustrial plants and in the atmosphere of ruaidential areas, the author
workdd.-out the following equations for use in determining the 1TC of 40
diff6rent.substances (hydorearbons, phenols) ketones$ alcoholap etc.)l
4ov.-:2-32 +1.16 Igy r - +0.65
Igy-- -2.00 + 0.86 lgx r - +0.65
where x:is-the MPC in the air of an industrial lant, y is the mean daily PTC
p
(1A.-milligrams per m3) in the atmosphere of a residential area, and r is the
coxTelation factor. The following equations were derived ftom a compkiXison
of the mean daily (X) and maxiatm single (y) XPC in the atmo.sphere of a resi-

USSR7
LQYTf A~..0;,et al., Gigiyena Truda i Professionallnyye Zabolevanlya, No 5#
-pp.
ddntial -area
I&C7-0.54 + 1.16 Igy r - +0.88
1&--;0*'47 + 0.84 lgx r - +0.55
The.-caldulated XPC were found to deviate from the experimentally
d4termined HPC.by 2 orders in only substances and by I order In all the
athem

USSR UDC 614.78
KOM.NNOV M. M., and ZAUG0L'XlKOV, S. D.J. Moscow
"Hygienic Aspects of the Substantiation and Organization of Sanitary-
Protective Zones"
Moscow, Gigiyena i Sanitariya, No 10, Oct 70, pp 62-64
Nbstract: A review is presented of studies on the reduction or elimination
of: conta-millation from the biosphere, an important problem in plarining for
improved sanitation facilities. In Lhis.connection, Lite Soviet Union has
been divided into the following meteoreological zones according to the num-
ber of days rhat stagnant air was observed: 1) a largo part of Eastern'
Siberia, where Up U0 25 days per winter month are consWered to be stagnant
or dead periods; 2) the western regions of the Europeatt parr of the Soviet
Union. and the western and eastern foothills of the Ural mouatains With
measurable air pollution; 3) the northeast portion of the Bi3ropean part
of the Soviet Union and the forest regions of Western $iberi.a, where stag-
nant air is observed in spring or winter, 4) Kazakhstaq, the Volga area,
the northern part of Western Siberia, and the coastal regions, w1here
practically no polluted air has been observed. Control meaBures must be
1/2

USSR
KOCHANNOV -M, .,and ZAUGOL'NIKOV, S. D., Gigiyena i Sanitariya, No 10,
Oct 70, pp 62-64
taken, particularly in the most cr--'tical region (the first one listed).
The cultivation of certain plants (fruits and vegetables, for instance)
which can serve as biological indicators of air pollution will be of great
value. It is noted that deposition of fluorides on the gro=d in the
vicinity of aluminum plants, for example,. may lead to increased fluoride
concentrations in the milk of cows grazing there. S=h findings must be
used to establish danger areas and protective zones.
2/2

Marine and Shipbuilding
USSR UIDC 539.4 .629.12
KOCHANOV, YU. P.
A Method of Solving the Boundary Problems of Ship Construction Nechanics"
Sudostr. i morsk. sooruzh. Res . mczhved. nauchno-tekhn. sb.(Ship Con-
struction and Marine Structures. Republtc Interdv-partmental Scientific
and Technical Collection), 1970, vyp. 12, pp, 76-82 (from RZh-Mekhanika,
No 10, Oct 70, Abstract No 10 V771)
Translation: An approximate procedure is proposed for solving
in-homoge3;-ous linear differential equations with variable coefficients
of the type
L(y) - q(x)
with the corresponding linear boundary conditions. The essence of this
procedure consists in the fact that the solution is fom-ad in the form
Y(XI - Y6(X) + Yi(X')
where yo is the solution of the inhomogeneous equation with average
1/2

.......... ..
USSR
7
KOCHANOV zh. Resv...,-aezhved.
YU. P., Sudostr. i morsk. sooru
nauchno-telchn. sb., 1970; Vol 12, 76-132
coefficients with respect to length and e1 ~right-hand stile, and y is
found by the Bubnov method from the equation
L(yl) q(x) - L(yo(x))
The method is illustrated by the example of a beam on a variable elas-
tic base where an accuracy of 1 Z is reached. There Is no more general
method of estimating accuracy in the paper,. The bibliography has 9
entries.
2/2

USSR uDc 632.95
VAESITOV V. I., DE DON, V. S., DWI-4-OVA, V. P., OSIPYAN, V. T.,
~IASLIY, L. K.,,, KOCHANOVA, A. P., and MATUMIA, V. V.
"Entomological and Toxicological Characteristics of a Nw Repellent --
Carboxide"
Tr- V14IT dezinfektsli i storiliz. (Works of AM-Union Scientific Researcli
Institute of Disinfection and Sterilization), 1971, v". 21, Vol 2, r--P 30-3*1'
(from RZh-Miiniya, iro 14y 25 Jul- 72, Ab.,tract Ho l41;465 by T. A. Delyayc%ra)
Transla-'-ion: Carboxide is an effective repellent for mosquitoes, rrid-es, and
some species of horseflies ard mites. As creams and ointments are
-r su e c
protective film-formin.~ b3tances niust be put in sivc arboxide is abz:)rb-
able through the skin. Refined carboxide, when used in its various fontis
(ointment, cream etc.), causes no lesions on exposed areas of t-he body and has
no side effect on t-he human orgni-,ism. Use of unrefined (industria.1) carboxide
to make various forw-s of the repellent can induce skin irritation.
W
Ot
o M, ~ lam flo"MI

_11/tL 027 UNCLASSIFIC-0 PROESSING OATE--30OCT70
rLE--THERMOPHYSICAL PROPERTIES OF,FILLED EBONITE MIXTURES BASED ON
'LSKMS-50P -U- i
~-:':AUTHOR-105)-ZANEMONETS, N.A., YEGOROVA, S.A.t NEKRASOVA# Eol.t AGAYANTS1
I M 0 KOCHAN2YA-e 0. M.
COUNTRY 6rrN'FO--:UlSft
~'~SOURCE-KAUCH* REZINA 1970p 29(2)t 27-9
DATE PUBLISHED ------- 70
SUBJECT AREAS--MATERIALSt PHYSICS
TOPIC TAGS--FILLERY SYNTHETIC RUBBER, HEAT TRANSFER COEFFICIENT, HEAT
CAPACITY, EBONITE, STYRENE/(U)SKMS50P SYNTHETIC AU3BER
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRARE--1997/0457 STEP NO--UR/0138/70/029/002/0027/0029
CIRC ACCESSION NO--AP0119393
UNC LA SS 1. r- LED

LINCL 4SSIFIEDf -G DATE--30OCT70
2/2 027 PROCESS IN
_jC'IRC ACCESSION ND--AP0119393
ASSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE HEAT CONO, COEFFS. (LAM20A IN
KCAL-4-HR-DEGREESC). HEAT TRANSFEk CGEFFS. (A IN OEGkEES A PAIIML2-HR),
AND VOL. HEAT CAPACITIES (C EQUALS LAMBDA-A) WERE OETD. FOR EaONITES
MADE FROM SYNT.HZTIC RUSSIER SKMS-50P FILLED WITH LESS rHAN OR 1EQUAL To
300 PARTS OF EBONITE POWDERY KEROGEN, CARBON POWDEko OR 9AGLIN IN THE
30-170DEGREES RANGE. THE TEMP. HAD NO EFFECT ON LAABDA AND A- Th~
INCREASE OF T14E FILLER AMT. INCREASED LAMSDA AND A. TYPICALLY LAMFIDA
AND A OF THE UNFILLEO EaGNITE WERE, RESP., 0.161 AK 3.7L TIMES 10
NEGATIVE PRIME4.j LAMBDA AND A OF THE EBONITES CONTG. 100 PARTS AND 303
PARTS CAR50N POWDER WEREY RESP*, 0.203,,.4.24 TIMES 10 NEGATIVE PRIiME4
AND 0.2441 4*74 TIMES 10 NEGATIVE PRIME4. THESE EBONITES CONFOR,4ED To
THE PHONON THEORY OF HEAT TRANSFER AND THE EQUATION LAMBDA EQUALS CUL-3
(U IS THE AV. PHONON VELOCITY APPROXIMATELY EQUAL TO 2.5 T18ES 10 PRE"IE5
CM-SEC. AND L IS THE AV. FREE PATH OF THE PH(INON)m FACILITY:
MOSK& KHIM. TEKHNDLc INST. IM. LOMONOSOVAt-MOSCOW, USSR,
UNCLASSIFIED

1/2 012 UNCLASSrIFIE0 PROCESSING DATE--23OCT70
TITLE--POSSIBLE ABSORPTION OF HYJROGEN SULFIDE, ESCAPING DURING THE
VULCANIZATION OF EBONITE MIXTURES, USING lEOLITES -U-
_,~~AUTHOR-(05)-KOCHANOVA# O.M.r BLOKfir G.A.# KOKMANY F,,S.p STRELOKP I-m.v
LEVINA, S.A;"'""
,:;.COUNTRY OF INFO--USSR
SOURCE--KAUCH. REZINA 1970, 29(3)t 15-17
DATE PUBLISHED ------- 70
..wSUBJECT AREAS--MATERIALS
-_TOPIC TAGS--EBQt4ITEt VULCANIZATIONP HYDROGEN
RUBBER/(U)SKMS50P SYNTHETIC RUBBER
11CONTROL MARKING--NO RESTRICTIONS
OOCUMENT CLASS--UNCLASSIFIED
SULFIDFt ZEOLITE, SYNTHETIC
PROXY REEL/FRAME--1997/0543 STEP NO--UR/0138/70/029/003/OOL5/0017
CIRC ACCESSION NO--AP0119462
jw~

212 012 UNCLASSIFIED PROCESSING DATE--23OCT70
CIRC ACCESSION NO--AP0119462
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT, THE ADON. OF 8 WT. PARTS ZEOLITES
FENAX 2 OR FENAY 3 TO EBONITE 18ASED ON SYNTHETIC RUGaER SKMS 50P 100
'AND S 40 PARTS) DECREASED THG EVOLUTION (11: H SU82 S DURING VULCANIZATION
4T 1700EGREES BY UP TO 60PEkCeNT. OTHER COM. ZEOLITES (NACOXI FECAA 3t
NAX) HAD CONSIDERABLY LOWER H SUB2 S ABSORPTION A131LIlY.
FACILITY: SVERDLOVSK. FILIAL NAUCH.-tSSLEO. INST. REZIN. PROM.#
SVERDLOVSK, USSR.

Acc. Nr. Abstracting Service:
AM04-5148-
,,,,CAL ABST. -f 74
ir' 91293Y Properties Of ebOftites containing lignin t.,'
electrohydraulic shock. KochanoX""Al.; Udatici-
va. L
t9rozhe
1 1; Rem lovsk. Filial
Elp'. MUM.
1970, 29(1), 120-2 (Russ), ;Lignin (I ed w
60-2% acidified to pH 2. was wash ~h
- -1, placed in a rea0ar
H.-O, and treated bY elect rohydraulic. shock i
It a volt,4e
for 8 min at 13o impul$"Imin. Th V~ modified I conferred
nite (H) superior elastic, physic
omech., and dielec. ~propertjes,
The PhYsicomech. and ditlec. properties of I.;filled ft
good as those of 11 filled with 11 dust or kerogen-70. The
vulcanization temp. of 1-filled 11 was 1804.
UELIFRAME
19780048
Ref. Code
U 1? 0 8'
Nau
Rezina
M.0' at
contg.
of 4,5'kV
on 4~W-
were as
max.
CKJR J
ZO

llz 025 UNCLASSIFIED pjZj,'jC C- S S I
IV JqG 01-TE-20NOV70
TITLE-INVESTICATICN OF IRUN SUdLAlTICES I NA SINGLE CRYSTiLL UF THE
IFE.'~KIIL TIMFEG SW33 -IJ-
AUTHUR-(0q)-K6GhAFt0Vt A.G., LUSHMANI)V, A.A., YAMZIN, CHERVONENKIS,
r... A.YA.-
rOUNTRY CF INFC--USSR
EKSPERUIENTALINOY I TEGRETICHESKUY FUlKJ:, 1970v VOL 58,
k 5 PP 1511-1517
'..~.-'GATE PLLISHEb-------70
'.:~-~.UBJECT A RE A S--PHYS ICS
TOPIC TAGS-CRYSTALLOGRAPHYp IRON OXIDEr MAG14ETIC STRUCTUREt NEUTRON
SCATTERING
--!CCNTRCL MARKING-PIG RESTRICTIONS
~-DOCUM.ENT CLASS-UNCLASSIFIED
PROXY REELIFRAME-MU11930 STEP
--C-IRC-ACCESSHN NO-APOU'522,
-- ----------
4 ,I

I -
.212 025 UNCLASSIFIEP PROCESSING DATE--ZONOV70
CIRC ACCESSION NC--AP0125522
A.BSTP.ACTIEXTRACT--(U) GP-0- ABSTRACT. THE BEHAVIOR OF THE
ANTIFERRO14AGNETIC STRUCTURE PRODUCED BY FE PRIME3 POSITIVE ION 140MENTS
IN THE GkTHGKH01481C CCMPOUND TMFEO SUB3 IS INVESTIGATC0 SY THE ELASTIC
MAGNETIC NEUTRON (LAMbUA EQUALS 1,07 ANGSTROM) SCAFTER[NG AND TORQUE
TECHNIQUES AT TEMPERATURES 8ETWEEN 78 AND 720DEGREESK. THE NEEL
TEMPEf%ATUkE CF TFE IRON SUBLATTICES DETERMINED ON BASIS OF TEMPERATURE
DEPENDENCE OF THE INTEGRAL MAGNETIC REFLECTION INTENSHIES 15 550 PLUS
OR MINUS 5UEGREESK. THE EXPERIMENTAL TEMPERATURE DEPENCENCE OF THE
INTEGRAL INTENSITIES IS IDENTICAL WITH' THE BRILLOUIN FUNCTION FOR T14E
GROUND SFIN STATE S SUBFIVEhALVES OF THF FE PRIME3~~POSITIVE ION. AT
ODEGREESK TFE 14AGINETIC. r-I.JMENT OF IRON IONS IS 4.68 PLU-S OR MliNUS 0.08 MU
SUBB. IT IS SHCWN THAT THE ANOMALY OF,THE TORQUES AT TEMPERATURES
BET6EENI 103 A140 780EGREESK IS DUE TO REOkIENTATICN OF THE EASY
MAGNEIIZATICIN VECTOR AWAY FROM THE (001) OIRECTION 10 THE: (100)
DIRECTICN; AT 780EGREESK THIS REJAIENfATIGN DOES NOT TERMINATE. CAUSES
OF DISCREPANiCIES BETwEEN THE EXPERIMENT'AL ANU CALCULATED FOR14 FACTORS
FOR THE FE PRIME3 POSITIVE ION AT ALRGE SCATTERING ANGLES ARE DISCUSSED.
-RVAL 114
CAUSES OF THE SHIFT LF THE REURIENTATIGN TEMPE11,ATURE INTE
~MAGNETIC AND NEUTRON DIFF;:,ACTION MEASUREMENTS ARE j4LSO: DISCUSSED.
-FACILITY: INS*fITUT KRISTALLOGRAF11, AN SSSR..

USSR
UDC 621.35.035.2(033.8)
0 E A.
"Method of Measuring Variations in the 11ork Function"
USSR Author's Certificate No 316000, filed 7 Jan 70, published 29 Nov 71 (from
RZh-Xhimiya, No 12, Jun 72, Abstract 11o 12L340P)
Translation: A procedure has been Patented for measuring tile variations in the
work function under various effects by placing the investir-ted metal sat-.,pie
in a medium vith nonstationary param-ters, bringing th~: sairmle into contact
with a comparison electrode and measuriq; the potential contact difference.
The procedure is distinguished by the fact that a coinparis= electrode rade
from the. same metal is used in order to: decrease the error and simplify the
measurement process.

USSR UDC: 517-5
DUMASHYANY M. M. and KOCHARYAN, G. S.) Institute of Mathematics., Yerevan
State University
"Uniquenas's Theorems-for Several Classes of Anal,,,-tic Naction-s"
Izvevtiya Akademii Nauk SSSR--Seriya.llatematicbeskaya, 1.
Moscov 10 1, 1973
pp 93-134
Abstract: In an earlier paper of the first of the authors nuied above
L
(Rasshireniye kvazianaliticheskikli klassov Danzhua-Karlewana -- Broaden--ML- the
Denjoy-Carleran Claasi-Analytic Classes -- Izv. P11 ArirZSR, Mabefiztika, v-01 3,
to
3(1968), pp 171-2)48) the concept of alpha quasi-an,~alyticity was introduced.
170
This concept involved HadwaaiNI-Denjoy-Carlemaii classic.-.1 q~Mri-ajMlYticj-t."---
The solution to the problem of alpha quaci-aniLlyticity enn be wlved by re-
ducing it to the Watson problera through the theory of integrtil transfo-j-jatians
of the functions with 14ittaIT-7,ciffler kernels, a z.-.othod. also d-eveloped by the
first of the authors iianed abcwe (see Dzlirbatihyini, M. M., In1;e,!!ral'nyye prc-
obrazovaniya i predstavleniya fwi?.tsiy v kompleksnoy OURSti -- Integral Trans-
formations and Renresentation of Functions in the Complay. Reigion -- "Naulim,"
'Luther applications of thir, method of
Moscow) 1966). In the present papar, 1 1.
integral transforirations are given. nruugh further generalization of tile method,
uniqueness theorems for so.-rie classes of analytic functioms are developed,
1/1

P V1
JPRS 61608
29 March 1974
CS)

MC 523.044+543.422.6:523.30

c=zcA.L.c=cslTL=-.ur Tur -nas i,:itF~AL-e Lit T~--
ILMICtOD-21 UORK R=10.*t
(Article by-Z -W Ye. Kocharoy andj. V. VIULgKov; ?bxcow, Dcklady U44rdi
A
1�73
b
ie
ux-ma
mitted
4suk S381t Itup
za 1~ 19i4. pp 71-74. su
-t
1

This articlo Is dcuoted,to an analysis of the ex-parinen-
t9l. results obtained Uslne,tba Mqd.3-.njzed X-r*T rluar-
ascent spactrometar enrriod aboard the "Lunckhod-2."In c~reat-
Ing tho modernizod variant of tho spectrometer specialists took
Into account the experience In operating instrumentatiocL aboard
tho "Lunckhod-l" Li-3j &nd the spactric nature or the 2clamt1fic
problems to be solved by "Lunokhod-2."

(I)CP-slast. em.~ ~.PW. xy ... x a sop= (WA)
F

A:X-

(3) (4~)

(31
(6)
(5)

1

12 oft
K ... %.4

,
"
1
%5
I

1
0
,
K9
O~M
'
13 M-- l 1
f
%31
1 1 S.46 "Ol
1) Conp~rlson. of Con-jositions of Some lanar and Terre3triftl
'
Rocks (-,~ by weight)-.
?) Mloment; 3) Anorthosite, "rA'rn&-ZZ!,ft;
4) TerrestrIal anorthosite; 5) ReColith, "Lune-27), ; 61 Rego-
:
lith, "Luna-16,"; 7) Ratio of content of elements
n regolith,
"Luna-16," to their content In r;go lith, "Luna-20 1 81 '.isgne-
9 ium; 9) Aluminum; 10) silicon; 1) Potassium; 12 Calcium;
13) Iron
1 It USSR A]

7
UNCLASs4lolEw:1 PROtESSING OAT':---11SEP70
~-.T1,TLE--THERMONUCLEAR REACTIONS WITHIN THE :SUN AND SOLAR NEUTRINr0S -U-
:.-.AUTHOR-KOCHAROV, G.YE.j STARBUNDV# YU.N.
OF INFO--USSR
lH. EKSP. TEOR. FIZ* 197'09~11(2) 132-5
ATE PUBLISHED ------- 70
..'S,UBJECT AREAS--ASTRONOMYtASTROPHYSICS
:..'TOPIC TAGS--SUN, THERMONUCLEAR REACTIONv NEUTRINOt MODEL
CONTROL -MARKING--NO RESTRICTIONS
_:DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--1987/0882 STEP '40--UR/0386/713/011/OCJ2/Ot32/')l?r)
CIRC ACCESSION NO--AP0104316
UINC LASSIFTED

13Nf)
-aa~s-396ns. Sl Nns 9HI :10 U0.10INI 3Hi Nj'.nN ONV. Aslf3N3
AO NOIIV'd3Ng9 30 A11111BISSUd MBN,Y 0 11V LENlbd (3AliVS3N 3WI.'dd 3
LE-4WI 6d 'NO113V36 3HI :W -31VII 3HI WOUJ 031:)3dX3 39 01 3nlVA 3141b AD 11WIl
~0MOI 1731i3803H.1 3HI. MU-139 09 -3C HG13V:f V Sl HIbV3 3Hi.-40 a6v:izjns ~i4i,
NO oosuo xnij nN 9HI *031dHISN00 Sl (A3W t,,~*l sum nNenS 3) nN sn-id
Q SGIAIA 3AJlV9="N 3kItId 3 Snld d Snld d ONV IA3W Zt*O SlYflD3.*XVW3Wlldd~
nNG(lS 3) AN snld U111SOd 3W[Wd 3 snld 0 S0131A d S01d-d. :SNC1I3V:3)!.*
3HI HOdd nN 'dVICS 3HI iC NOIIVd~N39 3HI JO AIISN31NI 3141 H31HM
N1 0:-dGl73A30 Sl 1300W ~!VIOS V 003NIVIGO AIISV3 39 ainDHS 3SV3 SIHI-NI
u3blP~3b St 1VUll 35S-W3 13AUV03N -3WIVd 01 SnNlW 934liV93N 3WINd 01 =10
)(f)IJ.9H 1~3WISd, '.-10--- A111.013A 3HI "IfIdIA0 lHbl-l lN3'Sg~d -3Hi dn dj3)1 C-1 33S~
b~d 1310nN -;H ~gWlVd RC9WlSd 01 NH9 OlnOHS N65 3HI &AN bVIDS ADIGN3
H91H 3HI :ia xni:i 3111 s3sv3vo3a siHi oogwnssv Aiivnsn sv.hvH..L u3"Sm
99 ClnGHS 'NON03 3H E3Wlbd ~Hl 433VId 3AVI S%O113V4ld.dV313(lNClW'daHI.-
3b3HM SNO193b 3HI Pil SI)HI *10IN33 3H1 01N] SN01938 31DWgld 3S3141 WO&I
sSvd olnoHS 314 EgWlHd 'NnS Nk =10 UOIN3M 9H1 NI NCIIM3~11:) Sl 3d3HI
A] *3hll IN3S3bd 9HI 01 dn N~]Ag lNgSg'dd ao oinOHS 3H Z3WI'Hd,'NnS 3H1 -40
b3IN30 3PI NObJ 91OW4t 911V IVHI SK0103B NI '(6961) AONflUbVIS *N *nA riNV-
A06VHDON *3 $9 AO VIVO NO 03SVG *13VbISUV -0-d9 (A)--I3V6IX3/I3V~!lsQv
1RIIE1~01M-ON NUISS333V :)-dl3l-.
DLdM3Sll--31VQ ONISS30018d o3ijissmNn ..Slo z

C It, tj,,(.LASSI F IEDI O.ATE-11DEC70
'TITLE-ThE iiJERACTION Cf- ULTRA H I 5H ENERIGY COSMIC RAYS WITH Pil"ITONS ANU
NEUTRV,,Lj~ 1.',i THE IJNIV~,~SE -U-
~:, -:-AUTPk2R-(C3)---~Cl-.STA~*dTli,~Olir o*V.t K6C HA k0VjGLSTAP,61UNUV, I.N.
CCU:4TkY LF lNFC--LSSM-', HUNGARY
~-SGUPCE--INTL!;NATICN.~L WNI-EK-LNCE CiN C-L5.4,LC RAYSt ljl*k,~,, ijUD,WEST, ifUl"GARY,
AUGLST, 4* 1~;6V9 PKOCEEDIt46S. VOLUME Vli) GALACTIC.
J-ATE PUELISHE43--70
S U i3i E C TARb4S--AfMGSPHERIL SCLE14CES
TAGS-LOSMIC KAYP ENEkGY SPECTRUM, ~PHOTON, NEUTkIND
TOPIC
C.C.NTRCL 1,11ARKING-NO RESTRICTIONS
DZICUPEtJ CLj~SS--WICLA.SSIFIED
PAJXY FICHE NU ---- FD7Q)/tk05Jb,)/F07 STEP ~40--~iU/25Ot3/7O/t)Zq/CCO/0527/c~530
C I U AC-Cllc, c. I CN-N,j--,ATC 144ilt2f)

1 IDEC70
212 018 UNCLASSIFIED. PKIXESSING DATE
CIRC ACCESSM4 NU--ATC14,lt420
GP-0- AOSTRACT. TH EPROBLEM 4)1: THE OISTORTIGN OF
IS GUE TJ THE
THE Eti SPECTRUM CiF ULTRA HIGH ENERGY COSMIC RAY.
ISOTROPIC ['ACKGROW-W OF PHuTONS ANU NEUTRINOS IS CONSlUERED. IT IS
ShO~wh THAT THE SHAPL UF ThE ENERGY SPECTRUM OF WSMIC RAYS IN THE ULTRA
-HIGH ENEkGY REGICN MAY YIELD INFORMATION GN SOME 'IMPORTANT ASrRUPhYStCAL
AND NUCLEAk PARAMETERS.
FACILITY: AKADFMI;IA NAUK SSSR,
INSTITUT, LENINGRAC, USSR.

USSR I= 621-357-1~7:669,765'75
KOCHEGAROV., V. M., KOLDY11SKAYA, T. M.
"Study of the Possibility of Electrochemical Production of 'Min Filmtj Baiied
on Bismith-Antimony from Perchlorate Fluoride Salutions"
Tr. Ryazansk. radiotekhn. in-ta (Transactions of the Ryazan' Radiotachnical
lustitute), 1968, vYP- 13, pp 148-152 (from RM-Khimiya, Ho 23 (11), lo Dee 69,
Abstract No 23 L320)
Translation: The effect of electrolytic conditions on a-ate of forim.-tion and
quality of BI-Sb films was studied. It wan established that a rice in solution
temperature reduces the Sb content in the alloy, but a rise in Dcathode (DO
increases it. To obtain high-quallty deposits of Bi-Sb ELIloy, uce the follow-
ing electrolyte (in g/1) is recommended: Bi perchlorate (wlien,recaiculated
for the metal) 10-11, HC10
4 300, Sb trifluor,ide (when recalculated for the
metal) 53-55, temperature 20o, and D. 0-25-1 amp/dm2. Them anodes are of Bi
and Sb.
Vi

1/2 029 UNCLASSIFIED PROCESSING DATE--30OCT70
i:.!TITLE--CODEPOSITION OF BISMUTH AND.ANTIMONY F R PERCHLORATE FLUORIDE
SOLUTIONS -U-
-,:,AUTHOR-102)-KOCHE'jAROV9 V.M.t KOLDYNSKAYAP T.H.
:.,.COUNTRY OF INFO--USSR
!.'_S0UR,lCE--ElEKTR0KHIMIYA 19701 612), 185-7
;-DATE PUBLISHED------70
:I.SUBJECT AREAS--CHEMISTRY
JOPIC TAGS--BISMUTHi"-ANTIMONyi ELECTROOEPOSITION, CHEMICAL REACTION RATE,
PERCHLORATE, FLUORIDE, METAL ELECTRODEt. COPPER
CCINTROL )4ARKI.'.'G--NO RESTRICTIONS
,.DOCUMENT CLASS--ONCLASSIFIED
PROXY kEEL/FRAME--1998/1145 STEP NOI--UR/0364/TQ/00,1)/oO2/0135/0187
C-IRC ACCESSION t-40--AP0121704

212 029 UNCLASSIFIED PROCESSING OATE--30OCT70
ACCESSION NO--AP0121704
~..ASSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE CODEPOSITION 01: 81 AND SB FROM
PERCHLORATE FLUORIDE SOLNS. CONTGo O.IM BI PRIME3 POSITIVE PLUS 004M SO
POSITIVE W4S STUDIED- FACTORS CONSIDERED WERE THE EFFECTS OF GAS
D.r TEMP.t CONCN. OF SOLN.r SHIFT IN COMPN# OF THE ALLOY4 ANO THE
CURRENT EFFICIENCY. A CU CATHODE PT ANODE SYSTEM 41AS USED. INCREASING
SOLN. TEMP. DECREASES THE SB CONTENT INTHE OEPOSIT,GVER A WIDE RANGE OF
1C. 0. INCREASING THE Co D. HAS A FAVORABLE EFFECT ON THE YIELD OF SO IN
THE ALLOYo THAT IS, THE RATE OF SB DEPOSITION INCREASES titilLE THAT OF 61
REMAINS APPROX. CONST,. IN ALLUYS CONTG. LARGE CONTENTS OF SSr WHERE 81
I'S BE114G DEPOSITED AT THE LIMITING CURRENTP THE DEI"()$IT WAS OF HIGH
QUALITY.OVER A WIDE RANGE OF C. 0. (0.1-3 A-0M PRIME2) AND TEMP,
(20-60DEGREESI. THE DEPOSITS WERE COMPACTj DULL BUT EASILY PCLISHEOI
-'C
-AND STRONGLY ADHERENT TO CU. FACILITY: RYAZANv RAGEOTEKH. INST.9
:RYAZAN* USSR.
UNCI-ASS[FIED

- 1 i~; . ~ I ~l - mmmmu!~
_`___112 020 UNCL ASS! F I ED PAOCESSI;NG Dt,,TE--18SEP70
;-T.tTLE--EFFECT OF THE RATE OF ANTIMONY ANDIINDIUM IONS DISCHARGE ON rHE
~PHASE COMPOSITION OF THE ALLOY -U-.
AUTHOR-(031-BELITSKAYA, T.B., KOCHEGAROV, V.M., CHERNOV, YU.I.
'COUNTRY OF INFO--USSR
.~SOURCE- -ELEKTROKNIMIYA 1970, 612)t 215-17
,..DATE PUBLISHEO ------- 70
~SUBJECT AREAS--MATERIALS
ALLOY# INOIUM ALLOY, ION, INTERMETALLIC COMPOUND,
.,:,~'COVALENT BONDING, ELECTRODEPOSITION
~,~CONTROL MARKING--NO RESTRICTIONS
,DOCUMENT CLASS--UNiCLASSIFIED
:-PROXY PEEL/FRAME--11988/0691 STEP NO--UR/0364/70/0061002/0215/0217
CIRC ACCESSION NO--AR0105667
----t !NC- I.. A -S~54 _r__j F

2/2 020 UNCLASSIFIED~ PROCESSING DATE--18SEP70
~'CIRC ACCESSION NO--AP0105667
:~ABSTRACT/EXTRACT--IU) GP-0- ABSTRACT. THE CODEPOSIT[ON OF S8 AND IN 14AS
STUDIED FROM 4 GLYCEROL SGLNS. CONTG. A. TOTAL METALi [ON CONCN. OF 0.4 M
WITH IN (AS INCL SUB3) EQUAL~ U.35, 0.3, 0.2, A14D 0.1 M AND Sa AS
K(SBOJC SUB4 H SUB4 0 SUB6.0.5 MINUS H SUB2 0 AS THt- REMAINDER AND KOH
EQUALS 70.G-1. SOLNS. CONTG. HIGH CONCNS. OF S8 GAVE DEPOSITS OF
ESSENTIALLY PURE SB. BY L014ERING THE SB ION CONCNa AND INCREASING THE
q CATHODIC POTENTIALl THE INDIVIDUAL DISCHARGE CURRENTS WERE APPROX.
-'E0UAL.;-THUS, THE DEPOSITS CAN BE MADE Tb CONTAIN Sa-IN ALLOYS- HOWEVER,
CHANGING-THE OF-POSITION RATE DIO NOT PLAY AN IMPORTANT ROLE'TOWARD THE
FORMATION OF THE INTERMETALLIC INSS COMPD. WITH COVALENT BONDS.

MRS
112 023 UNCLASSIFIED PROCESSING DATE--230CT70
-_m.T.ITLE--EFFECT OF CERTAIN ELECTROLYTIC PARAMETERS ON COMPOSITION AND
QUALITY OF INDIUM THALLIUM ALLOY DEPOSITS -U-
,~-AUTHOR-(.02)-KOCHEGAROV, V.M., TSAREVAI A,V*
~.,,;C,.0UNTRY OF INFO--USSR
PRIKL. KHIM. (LENINGRAD) 19701 43(3) 675-7
ii-DATE PUBLISHED ------- 70
-.-SUBJECT AREAS--CHEMISTRYP MATERIALS
.~.-TOPIC TAGS--INDIUM ALLOYr THALLIUM ALLOY9 ELECTROLYSIS, ELECTRODEPOSITIONP
"PERCHLORATE
~-CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--1996/1949 STEP tlO--Uit/0080/70/04.'3/003/0675/0~)77
CIRC ACCESSION NO--APOL18911

-77
2/z 023 UNICLASSIFIED PROCESSING OAT:-:--230CT7C
.-ClkC ACCESSION NC--AP0118911
.ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. THE DEPOSITION OF IN-TL ALLOYS
FROM PERCHLORATE MIXTS. WAS STUDIED AT PH 2.5 AND 20-70DEGlEES. THE
CONCNS. OF IN(ClO SU84) SUB3 AND TLCIO SUB4 IN THE 3 MIXTS. WERE 0.35
'AND 0.05, 0.30 AND 0.10, AND 0.25 AND 0.15,A4, RESP. I%DIUM DEP'ISITION IS
ACCOMPANIED BY LARGER POLARIZATION IN RURE SOLN, ANJ 3Y JEPOLAR[ZATION
IN THE MIXT. THE DEPOSIT BECOMES BRIG*HTEP AND DENSER, 1.E., THE QUALITY
IMPROVES WITH HIGHER TEMPS., HIGHER C.O.5, AND HIGHER RATIO OF IN To TL.
HIGHER TEMPS. DECREASE IN POLARIZATION.. THE ALLOY CURRENT EFFICIENCY
DECREASES WITH HIGHER TEMPS. AND C.DS. THE FOLLOWING CONDITIONS ARE
RECOMMEND~D FOR A COMPACT DEPOSIT: IN(CLO SUB41 SUB3 0,35t TLCLO SUB4
O..05M; C.D. 1.0 A-DM PRIMEZv PH 2*5, ANQ INSOLo AN,QDES*' FACILITY:
..-RYAZAN, RADIOTEKH. INST.t RYAZANP USSR*'.
Et ii

USSR
V. A., and SOKOLOV, V. N. (Institute of Semiconductors of the
Ukrainian Academy of Sciences, Kiev)
"Theory of Phase Transitions in Multivalley Semiconductors"
Kiev, Ukrainskiy Fizicheskiy Zhurnal, February 1974, pp 186-195
Abstract: The authors study the thermodynamic peculiarities in the transition
of a cubic, multivalley semiconductor to a new anisotropic state with a
changed energy spectrum of carries and deformed lattice; the transition
results from deformation electroa-phonon interaction. Temperature and
carrier density are considered as thermodynamic variables. It is shown
that in the case of two-valley states there occurs a second kind of phase
transition. The fluctuations of the anisotropic defOrm4tion and inter-
valley distribution of electrons near the.phase transition point are
considered. In the case of one-valley.states the first kind -of transition
takes place.

"I0,
USSR u L)c 6?-L.315-592
KOCHELAP, V. A. and IKIM, V. V.
"Conductive Anisotropy and Intertrough Redistribution in Doped Somiconductors at
-lures"
Low Tempera.
Leningrad, Fizika i Tekhnika Poluprovodnikov, Val. 4. No. 6, 1970, PP 1051-1058
Abstract: The Sasaki effect, which includes the phenomena of conductive anisotropy
and intertrough redistribution, has been theoretically ijivestigated, by several
authors (the first paper on the effect was apparently publisiled in the -J. Fhys.
Soc. Japan, 11, 1950', p 1202, byW. Sasaki and K. Shibya). The presen", papar,
however, is the first devoted to examination of the Sasaki effect in alloyed semi-
conductors at low temperatures when the intratrough (per pulse) and intertrou,"'h
electron dispersions are strongly doped. Moreover, the efrect may differ quan-
titatively as well as qualitatively from other cases under these conditions. The
semiconductors considered by the authors are n-type germanium. To obtain the
quantitative characteristics of the Sasaki effect, the authors assurie that the
electron energy relaxes into acoustical phonons, col1isions with optical phonans
being negligible at low temperatures. Also, under the ass;aMption that the charac-
toristic times of the transitions between troughs are much higher than all other

intratrough relaxation times, the authors take into account the dispersion in the
impurities and the lattice in pulse and intertrough relaxation. Th-en, the elec-
trons in each trough form carrier groups, to a large extent indeperidenr., which
permits comparing each trough to its distribution function. The authors express
theirgratitude to Z. S. Gribnikov for his guidance and to 1. M. DykMan for his
useful comments.
212

Code: UR 0056
Ace. Nr: AP004376JL- YOCHUAP VARef
PRIMARY SOURCE: Zhurnal Eksperimeintal'noy i Teoreticheakoy
Fiziki; 1970s Vol 58, Nr 3p pp 44,
THEORY OF STMULATED RADIATIVE CHEMICAL REACTIONS
IN GASES AND THE POSSIBILITY
OF TH EIR APIFLTCATION IN ~ LASERS
The contribution to the complex dielectric permeability of a Iras wixture due to a
radiative chemical reaction between the gese" i.9 calcubited. The oplical ptoporties of the
reacting gas mixture, including the light absorption CoOffiCient ot amplification coeffi-
cient, the --cbemi luminescence intensity and their dependence on hiaquency are determi-
ned. The formation of diatomic, molecules from 'atom3 is analyrad quitatitatively. Sell
stimulation of the radiative chemical readion by the light it emi-13 is cvnaidered. It is
shown that the reaction can be divided into two stages. 1) A relatively: long period of
REEL/FRAME
197701G7

------------ - ---------- ------
N
AP0043761
photon accumulaiion in a very slow chemical revtion, 2) a subsquent .9bort period
during which a very rapid chpmical reaction takes place. The possibility of employing
a self-stimulated, reaction in the chemical laser proposed in ret [11] is considorl~d. 1,..stiuia-
tes show that in this type of laser with. an initial h1om concontration of 00 cm-3 OV
shoul&be able to obtain a light amplificatioa coefficiont of i-tO db-cm~', pulse reac-
tion time 10- see and power per cm2 of,the order of 3 101 W.
-/let
19770168

Ace. Nr 043774' Ref. Code: 13R 0056
Aru
PRIMARY SOURCE: Zhurnal Elcoperimental"noy i Teoreticheskoy
Fiziki, 19702 Vol 58, Nr 3, pplve,46 -lo-5Z'
COOLING OF CURRENT CkRpjjgRs sextar-RING THEIR ENEIRGY
ON THE OPTICAL LATTICE UIBRXTIONS
Z. S, Gribai
If the mean free time for a current c, with respect to optical phanor, emis
arrier
caller th it r y
sion in a dielectric or high resistwice semiconductor is much sm, an s ene g
relaxation time involved in quasielastir -scattering niechardsms, thon ia electric field!~
of intermediate strength the isotropic component Jo(z) of the qiiasi-isotrapic distribl.-
tion. function becomes independent of the electric field and the carrier jnDbilily ia thc
substance bveomes olimic. This esecoub (in distinction to thp oijililibrium. or nfirstf-)
ohrair section must necessarily precedo the secUou of drift veltwity saturation in the
law temperature case Uirjj,~>k.T); hovoever it may also exi~-:t whert saturalJoa is absent.
The shape of function f,~(e) on tho ssecond# ohnge WtiOn IS btOTMineil IjN' tile, enOtgy
dependence of the mean freo path relative to elastic, scattering 1(c). If the length is
small for e _- 0 and sufficiently rapidly decreovs with s - 0 thpa in t1je Ic-ar tempo-
raiure case the current carrier gar, will be cnoler thAn in the (410librimn. ca.9a.
REEL/FRAM
1, V
19770182
1

ISSR
AWTSHULER, S. A., VAUVEV, R. M-, &nd ElASANOV, A* IG-d.,
Kazan" State University imeni V. 1, Lenin
"Study of a Phonon System by the Mandelstam-Brillouin Light. Scattering Method
Under Paramagnetic Resonance Saturation"
~bzeov, Zharnal E.7-sperimentallnoy iTeoreticheskoy Fizilti, Vol 62, no 2, Feb
72, pp 639-651
Abstracts The article gives a detailed accou;it of the resultu of an exTarl-
mental and t-heoret-Ical study of a phonon tottlened< Jn oexium riamesium
nitrate by the Ybnde1sta-n-BrII1ouin light scattering nothod. Continuous
parawgnatic resonance saturation of the ae3+ ions vas viged to study stvid.,.-
state "heating" of the phonan system; then measumments were durInIK
spin syston, excitation Iry ".rlodic rvetangular pulu Cs, and tho mteady-stat6
process was studied together with the tiwisient procestj occ=.-Ing at tho
moment of inclusicn of a satuniting fieldo, Nmr recull'arlties of the phollon
bottleneck effect 'were found during saturation at -the em~[ ot" th~.~ BIT line: viz.,
saturation on fruquerieJan differiiij, froi,.j rj,*t;ot%ncc fi,4~q.,--.Wney by
1/3

USSR
AL'TSMUTLER2 S. A., et al., 7h,,-,_-naI Eks_gerimintal'noy i TeoretdchesVoy
Vol 62, No 2, Feb 72, pp 6-9-651
1100 Mz corresponds to the maxinLun steady-state "heartii3g" of the phonon sys-
tems Moreover, during pulsed saturation with detwiing mi avalismehe-ty
pe
growth in the number of photions was observed behind the lmding odge of the
pulse, fol-lowed 1,7 a comparatively slow drop and the tmnsition of the
process to a steady-state irode. Tile equilibriwq state was reer.Uablished
after the end of the s-n-turating pulse. The phonon per;k intentilAy deparmal or
the detuning value and at A L L,: /2 _i( --- +100 ?Lhz reacbvd a raxln= value of
80000 K. Tito dependence of elviracteristic parameteirs of the ohtervcd phoi)on-
enon on the detuning value ( L~u>o) was measureci -in another~zerien of ex-
perimants. The avalandie reaches maxinum intensity at intormoAlato datuning
values, declines on both sides of the optimal v;iluu of.,~, IIYJ and car;-
pletely disappears at the point A CO = 0. The affective teLm-ei,ature of phnnons
in the steady-state region changes similarly. The specti-al d1utributions of
effective temperatures for "hot" phonons in the avalancho pc.,rtl~ cand in the stendy-
state region vere found for h 60 /2 ~T = 10D 1,h-z. An lq)ort~nt pecullarity- is
the fact that the of the phonon spectral d-*Stribivttionr, fail to coir-cide
with the f-requency Q_?0I or the frequency W and am dirplaced fvor- the SI~Ijura-
t~on point even farther along the end of tAe EPR line# lb arldition, the "hot"
2 3

'R 'hiLrr
ALITSOLE
.1 S e~ al, -9 -ml Rksperimentallnoy TLoretiehe!ikpy pj~i-j'
Vol 62, No 2, Feb 72, PP 639-651
phoaon band is significantly narr:Dwer tnan the EPR line vidth. "horions in the
frequency band below 30 1,aiz take part in the avalanche. The frj-~crucricl'..' scale 011
the entire pattei
-n is n--duced almost in half by diluti~,)zt of the cl~ystal.
Kimetic ea-tmtions are eterived to describe EFR sutuz-a-.iom iti the ~-erieral
case when a!-' -tlu-ce coupled subsystems -- Zeemrin, spin-spin interaction, aid,
phonon -- are in a imequilibritm state. It is shmai th~,.t in particub:~11 C"'Ce"
the equations coinc-ide with Uicse of B. I. PRCNIOTOI~-)V anti the plion-on bo-6tlct-~eck
theony. Steedy-state EPR line 6aWratioa in conoidered J'Irst, thun transient
processes arising in trie phonon silbsysl"-It after inclus-ic)IIA Of a sa-GuratiniT,
variable field, It Is tri~ljo**m t.,ILLt tiie cha%rmcter of time vmri:,tion of -Uo
state of the systen, dQ.Tends essentially an the uaturatcit--
1 .1 pow:,or lcvul. The
experimental rem-0-ta abtained are considered in tQms of the de-,ftloped thuory.
3/3

OZJ9
Acc. Nr- AP0037014 Ref Code: TJR
PRIMARY SOURCE: Fiziologiches i~ hurnal. SSSR, 1970, Vol 56,
kiv
Nr 2 V PP '21
ELECTRICAL :AND MECHANICAL AC JI VITY
OF THE STOMACH SMOOTH UUSCLES IN. CAT
By
From the A. A. Boaomoletz Institute of Physiology, U&r. SSI1 Ac. Sei., Kiev
Y2
and institute 01 1 LEM
The electrical and mechanical activity of ffie isolated circular sinooth muscles of the
cat antram. has been investigated by means ofi#sucrose gapi~. Three wain types of the spon-
taneous action potential are observed at nortnal conditions: it) simple action potential
without plateau, b) action potential with Di-ateau, c) action pjtential with plateau and
additioiil spikes on it.
The simple spontaneous action potentials of the circular sinooth inuscles in the cat
antrum, does not produce marked contraction In the muscle. The spontaneous action po-
tentials which have plateau are acromparied by pronounced pluise muicle contraction.
atrength and duration of the mtLicle contraction depends on the ri-iospoed and size of the
initied depolarisation phas,~ of action potential aud sizo, of. the 104itcau mid presence of ad-
ditional spikes on it.
REEL/FRAME
Voto 11

AP0037014
A
Contraction in muscle cells begins when the depot arisa Go n phase of action potential
reaches its peak.
Adrenaliae produced hyperpolarizationi decrease both in the initial spike part and
in the plateau of action potential and depression of contraction. The acetylcholine in-
fluence, is accompanied by opposite changes in spontaneous activity.

USSR UDC 576.852.211.094
PEN"SHIKOV, D. D., DYKIINO, M. 14., Wy"N., BYKOV,,A. S., and
TYURIN, V. S., Chair of Microbiology, First Hoscow Medical Institute imeni
1-H. Sechenov
"Ultrastructure of Drug-Sensitive and Drug-Resistant Mycobacterium Tuber-
Ollosis"
Moscow, Problemy Tuberkuleza, No 5, 1971, pp 64-68
Abstract: Electron-microscope study was conducted of five M. tuberculosis
strains differing in resistance to such drugs as streptomycin, PAS, cyclo-
serine, etc., to determine whether ultrastructural characLeristics are
related to drug sensitIvity. The strains used were the atock strain 1646
and Nos 686, 946, 827, and 551 isolated from tuberculosiv patients treated
with ttiberculostatic agents. While the strains differed from one another
in electron density, thickness of the coll.wall, presenci- of extracellular
gnmules, and nwber of vacuoles, no correlation could bit detracted betureen
any of these morphological features and sensitivity or resistance to drugs.
For example, heavily vacuolated cells were found in both~,the sensitive
strain 686 and in strain 551, which is particularly resistant to PAS and
isoniazid.

Inorgazac: Compowids
USSR WC 551.464.679.1
BATURIN, G. N. , and XgQIWOV. A. V. Institute of Oceanology$ Academy of
Sciences USSR, Moscow
"U-ranium, In the Interstitial waters (f Harine and Oceanic, Sediments"
Noscow, Gookhimiya, No 10, Oct -73, pp 1529~4536
Abstracti Data obtained in the investigations of samples collected by USSR
oceanographic and marine study vessels in the Atlantic Ocean,,Pacific Ocean,
and the Black Sea indicated that the content of U In the lVerstitial waters
of the bottom sediments varied In the range from 1.3 x 10- to 650 10-6 L,
Among factors. which determined the content of U in the Uterstitial waters
were the pH, the Eh, the content of U and the concentration C , of organic sub-
org
stances in the sediments, and the content of organic substances and of CO2 in
the interstitial waters. The existence of a correlation between the content
of U in the interstitial waters and Corg made it possible to "sume that a
part of the dissolved U was present In the-form of orgaAametallic complexes.
Presumably U was bound to dissolved or colloidally disperued organic com-
pounds of the fulvenle acid type.

ri
Cytolorly
USSR
MCHE.- V. G.
IfTh e Problem, of Permeability of Biological MI-eidure-nes"
'auk SSSR, Seriya Biologicheskr;ql, "10 3, 11~
Moscow, Izvestiya Akademii N lay/June
70, pp 472-575
Abstract: Membrane bi-oloMr 'began with the discovery, 17 years ago by G-1-:.
Frank, of a laminated membraze of a nerve sheath. At a mex~,-inp!; of the Acado,_-~Y
it was stressed that all the vital functions of Vic cell ~..n the rx,-,brane.
T
ntracellullar membranes govern the oynthetic functions. Abse~rp,~:Lon, exc-re-_tion
ion exchange, and all possibie vital reactions depend on meLibrane, ba-~ically
tein layer ,fiiich regulates ion transfer and ,,he ri,.t-e of ~!nzyiratic
a lipop.0
I?eact-.Lons. The rate of permeability of non-electrolytea ii- Witiin thf. hyd~rc-
uhabic and hydro-ohilic parameters of t~ie molecules and the itv~mbrant-2-3. Tile
Michaelis-Menten governs penetration of sugar into ~he nrut,~cle cell,
law of I
itates the rate of transport, whic-L ma-y be 4~nhibited by
n w L
Insuli. el-ely facil
fluorine deriva~-ves. it, has been shown that -the pho:~pLno2ij?id membranes of
mitochondria and ciaromatophores possess directional propertLes, mmdinc- anion3
in one direction and cations in the other. Ion transfer th3*ci;.:Tia the raito-
chondrial membrane against the concentration gradient is tha result of poten-
tial changes in the membrane. Chemical energy libej:atcd in Oxidation and in
1/2

q-9R
KOCHEREZIUMI, V.G., Izvestiya Akademft Nauk SSR, Seriya Biologi&eskara, UO 3,
May/June 70, PP 472-575
hydrolysis of ATP can be transformed into electrical energj on the -nembranes
of mitochondria and chromatophores. The concluding speaker at the meetini.7
proposed further study of the cooperative properties of mitmbranes with elec-
trGn cofactors, ions, metals, and enzymes.

OATE-040EC70
~I/Z 0 5 3 -:c0
TITLE--CERTAIN THERMAL AND ELECTRICAL CHARACTERISTIC$ Of A LIQU!D FULE
DIFFUSION FLAME _U_
AUTHOR-(03)-TOLUSINSKIYj V.I., KOCHEREZHKP-".N.t CHARUKHA, L.G.
.:COUNTRY OF INFO--USSR
"-SOURCE TEPLOFIZIKA I TEPLOTEKHNIKAv VOL.
169 L9709 P 21-25
01T E PU8LISHED ------- 70
'SUBJECT AREAS--PROPULSION AND FUELS
.TOPIC TAGS--THERMAL DECOMPOSITIONt ELECTRIC PORPERryv LIQOKD FUEL, ETHYL
ALCOHOL, COMBUSTION R AND D, PYROLYSIS# ELECTRON DENSITYt LOW
TEMPERATURE EFFECT* PHYSICAL DIFFUS'ION
CONTROL s4ARKING--NO RESTRICTIONS
..OOCUMENT CLASS--UNCLASSIFIED
.PROXY FICHE NO----FD70/605024/E05 s,rEP NO--UR/0651/10/1)1,6/(>Of.)/0021/00211
,CIRC ACCESSION ND--AP0141364
UNCLASS!F[IF.0

2/2 053 UNCLASSIFIEO, PROCESSING DATE,---040EC7f-.
C'IRC ACCESSION NO--AP0141364
-A,BSTRACT/EXTRACT--(U) GP-0- ABSrRACT, EXPERIMENTAL STUDY OF THE
DISTRIBUTION OF THE LOCAL TEMPERATURE CHARACTERISTICS OF THERMAL
DECOMPOSITION PYROLYSIS PROCESSES IN AWETHYL ALCO1413L DIFFUSION FLAmE.
THE FREE ELECTRON CONCENTRATION DISTRIBUTION IS ALSO DETERMIN;ED. IT is
SHOWN THAT ELECTRICAL PHENOMENA IN THE ~LAM-E MAY HAVE A CONSIDERABLE
EFFECT ON THE MASS TRANSFER PROCESSES OCCURRING OURf,qG COMBUSTION.
FACILITY: AKADEMIIA NAUK UKRAINSKOI SSRr INST(TUT TEKHNICHESK01
TEPLOFIZIKI, KIEV, UKRAINIAN SSR.
UNCLASS I F IEO

Mom===
USSR UTDC 612.281.223.11
KOCHERGA, D. 0. and ZHYGAYLO, T. L., Laboratory of Respiratory Regulation,
--rigtitute of Physiology imeni 0. 0. Bogomolets, Academy of Sciences, Ukrainian
SSR,.Kiev
"Effect of Hypercapnia on Electrical Discharges of the Bulbar Respiratory
7 Neurons and Neuromotor Units of the Respiratory Musclesil,
Kiev, Fiziologicheskiy Zhurnal, No 5, 1972, pp 636-643
Abstract: Changes in impulse activity of both inspiratory and expiratory neuron
populations and of neuromotor units of the respiratory mijscles irere studied in
anesthetized cats breathing a gaseous mixture containing 6% carbon dioxide.
Respiration was intensified at the level of the bulbar respiratory center be-
cause of the increase in frequency and number of impulses in voj'leys of both
inspiratory and expiratory neurons. At the level of the efferent link, the
respiratory muscles, respiration was intensified mainly I)y the mobilization of
previously inactive neurcmotor units and, to some extent., by a slight increase
in the frequency of discharge of the functioning neuromol:or untts. A compar-
ison of the responses of the bulbar respiratory neurons with the neuromotor
units Gf the respiratory muscles during hypercapnia indicates that an increase
in frequency of neuron discharges is essential for activating new functional
units.
1/1 - 44 -

USSR UDCP 577-1:615,5:612.8.015
A. V., and Y. nst J -
tute of BiocInemistry, Academy of 3ciences Ukrairliau
"Effect of li~ellipramine cfn Serotonin Up'take by~ Anim_rl Brain Tis-
sue',
Kiev, Ukrayinslkyy BiokhimichrIyy Zillarnal, 'Vol 112, Np 6, 1970, pp
687-691
Abstract: The effect of meli-pramine on serotomn Lr:)taka by rat
and rabbit brain tissue vias studied in vivo and in vitro. -.'-1 -1 e
albino rats iia_i6hing 1.60-200 g ~inrj rabbits ko
Tne rabbits aere given an intraperitoneol
were used. J_
o 'L 5 U m.-k fc,r U-1- -31ii.)Iamine, as weil as an
tion of 100 M. C dl, V*
116 of se-rotonin 4 hours 30 minu*.cs ICfore S.,Acri-
fice. The rats -,,;ere ~;iven 50 mc-70kg Of meliPramLne 1~ n~~urs be-
fore sacrifice and 20 rim/k& of* seroLonin 30, 6G ~:nd 90 m-Laimes
after-e-ards by inLrapearitoneal administration. Trie resuits at'
the in vitro studies indicate tnat melipramine inhibits the uD-
take of exogenous serotonin by the fraction Of nervi., endings zillic

ClInyy 7hj~_,_
er. al., 'Ukrayinslkyy ':Iiokhimi
Vol 42t No 6, i970, pp 6187-691
syna.)-.ic vesicles,, as well L,,hibitJng, t.-.e libel-P-t-irri Of s~:ro-
tonizi from trie fraction of nerve ebdin.,!s d'ur~M,,; of
"'Ie
the latter in a physiological, medium, I re uit~' of ~-ic ~n
vivo studies also indica-te tne possiole e-f.41"Dct of
raelipramine on exogenous serot~)nir. uptake by ~irain "~issuc-
Y., is suggested zhar, melip.raminq may inhibit the pene-,.-ri-tiorl of
the nerve endinE; memuranes by serotonin.
2 /2

USSR UDC 517.946
KOCHERGIN, A. V.
"Goursat Problem for Equations of the Hyperbolic Type"
V sb. Materialy Itog. nauchn. konferentsil. Kuybyshev. gos. ped. in-t, 1970.
Vyssh. matematika (Papers. Summation of Scientific Conference. Kuy-hyshev State
Pedagogical Institute, 1970. Higher Mathematics -- Collection of Works),
Kuybyshev, 1970, pp 32-34 (from RZh-Matematika, No 4 Apr 71, Abstract No 4B384)
Translation: Let the numbers a, 8 > 0 be given and D be a region of the plane
Oxy bounded by the lines y = 0, rl:x + y = 0, and r2.- Fx + V:y 1. The func-
tio-n u(X, Y)Q C20)(NC(D-T is sought satisfying the equation
+ poop - M14- No0
in D and the boundary conditions
u!r,-wP4, u1r.=t2 OP-Ecl)-
The solution of the problem is obtained in explicit form. It. Flayrher.

q
Powder Metallurgy
USSR UDC 621.762.224
HICHIPORENK09 0. S., NAYDA, Yu. I., and &~.MRGIN. A. V~ Institute of Prob-
lems of Material Science, Academy of Scienffs &ftrnI7fWiSR
"Production of Nickel Powder by Spraying"
Kiev, Poroshkovaya Metallurgiya, No 12, Dec 70, pp 1-4
Abstract: A study was made of the possibilities for producing nickel powder
with predetermined form and particle size by spraying, Powders with both
spherical and nonspherical. particles were produced experimantally. The
technological and physical properties of powders of both types were analyzed.
The required powder form was produced by adjusting the relationship between
heroidization time and cooling time, with spherical particles resulting
s
p
when the spheroidization time was less than the cooling tiae. In the ex-
perimental portion of the study, the metal was sprayed through a circular
slit 0.8 mm in width at a pressure of 2,5 Atm. The resulting nickel powder
had a spherical particle form when sprayed without additIves, tud a noti-
#phCrJCaJ form when 0.05 wt % alublaum wagjd4ed. Particle dimieters for
both types of particles averaged 250-330 m1crons,

-a'px -S 5 57 45z- 9'
7-2)
RCrAIR OF DAMAGED AORTIC UALL ZY INTi.ALUMIUAL SEAUMLUS INSERTIUN OF A STYIZAML,
LAVSAN-LINED PARIETAL PLATE
(Artiel" by IQ_fachrryin. Second Moscow Medical TamtItuta I=c-.i
H.I. Piroguyt Moscow. Nauk SSR, Russion. No 2.
Vp b9-711
We conducted experiments cm 12 dog,~. involyl np_. t rrtc Lion of the
diameter of the ibdominal-aorra in a circoi~~cribcd h,-,zz,.-nt,qr Varietal
dafects~ using an intralumin3l scamless double styrocryl plate, In all -cases
in this set(*% of chronic experiments, we observed complLte resumption of
blood flown normal,function of the aorta and underlyEng parts of the blood
system for I period of up to 20 months.
The &;tpertment was cott'.ucted as follmw. I'lip aorta was exposed for
no more then 30-;40 ;~= abvve the bifureatJrn. Tht later4l branches tit
this section wVre, ligated and cut. The anterior wall of the aorta was
cut lengthviso between two clamps (Fjru-.m I , a) , the =rgin5 of the wulLs
were picked up with books or eye forceps and spread ttut (FiKure 1~ b). Time
ietnI double-loyer lavsan plate w,,, inserted in tht? opeitlog thus formed
ouch a manner as to have the marginr of 010 lle~,'Pred wall betUat:11 Owe Lwo
k~L`tm; of the plmte and in Itn growu. rhe lnrirtlin w,tt; dr.1lbcrk;tvl)- nndt G.5-1
= shortvr than the longitudinal sectipn of the pl,itc so t1int tha wntgin6
-01 th, vessel wonld ftc rather t1jjht17 over r~-,e ri!- and after
with a ligature would provide a hermetic joint. ^ftcr the plate won inserted
H the drowntrIng ligatures (one silk, one catgut) ware tied In a knot (rivire
1, 0. This provided close contact I)CLU~Ien the lower surface of 0to plate
and the vascular wall and ntled out the pcsolbility of a finaure forming
between the margin of the lower nurface anti the Intima. The clanipa were then
rapidly removed and circulation restored (figure 1, d).
The technology of manufacturing intraluainal patletal platen to repair
the damqgvd wall of a vessel consisted of the following. A 60-70 mm piece
cut off a woven corrugated lavsan [synthetic polyester resin comparable
0 dacron) prosthesis, 8 am in diameter. Then the wall of this place is
ut lengt;hwisa. straightened and smoothed. The smooth tape thus obtained
a cut into two rectangular pieces, each 20 am long,,and styrocryl namia
103 -

COU&O
'-ur)C- W.33+616.142-05, 1-089. Ell
SURGICAL TAMICS IN USTRODEMENAL REMORKRACES
1 11 pt.,All _; r&~
JArticls by Berezov, T.G. Kocher" A.S. Yormolo M 0 Lfi I Second
a - z
a - - ! e- re=
~11- SS
Moscow Widt, natitute; Moscowo ~Oocnz. X4001111, no, Houk S R,
So 7 1971. VP 5-5-501 -
-Far-isore than 100 years. t1tare.hoo-been a scientific debate an to
method of choic* for the treatment of pstltrttis' wAt"h-hisairtaging In- the
digestive tract. This debate is partLcularly hosted with respect to gastra-
4uodsnal bleeding since Ois to encountorFd the ant often and its couseo
are veryftverae.
TheIdifficulty of d&rarmJnLag the causes 'and sometimes OW location
of much httsorrhages, the serious condition of the patient b#c&usa,of the blood
lost coalpol us to consider the development of standard tactics for the
encire.group of gastroduadenal. hamarrh"es directed toward stopping the
bleeding and otabilizLig hemodynamic Indleea, Mte solution to this problem
determine&, in essence. the medical tactIts.
The seeming simplicity of the solution (any hemorrhage to the prero-
gative at a surgeon and requires surgery) encounters specific conditions In
each concrete case and contradictions between what Is necessary and what is
impossible (little justified or unjuitified risk). Such conditions and contro-
diction$ Include: the serious condition of the patient who has lost much blood
and extrawly critical surgical intervention in this situation-, the inability
to stop blooding by virtue of the particular nature of the causes that
caused It (noureoectable tumor of tba otomach, pancreas, ete.)l unrqliabiltty
of surStcol twthods of arresting bleeding in the presents of surAr formo of
pathology (erosive g4strItio, arro%ion of varicose esophogetil Vt-tng) and,
finally, bleeding that does not r'spend to surgical management (hemorrhagic
diathsolo,' hemophilia, and others).
In spite of this, va,must agree with Yu.Yu..Dzhanelidze, that "all
patients 'with gestroduttOnal bleeding should be rtforred.to tho surgical
dopatmant and they should ba Considered.as subjects whose lire Ij in
immid lite A anger."* S.I. Sp"okukotokiy believed that ail patients with
nu.Yu, Dshmm aU Sov4tskayn Kh rqiya (Soviet Surgory) No S, 1933. p, 26a.
81

USSR UDC 621.373.531(088.8)
KOCHERGI14 0. K. KABLOV, C. P.
I'Kipp Relayll
I
USSR Author s Certificate No 262159, Filed 5 Aug 68, Published 3 Jun 70 (from
RZh-Radiotekhnika, No 4, Apr 71, Abstract~ No 4G214P)
Translation: A kipp relay is proposed in which a pulse transformer is installed
to decrease the recovery time. The primary winding of the transformer is in-
cluded between the timing capacitor and the collector of the normally closed
semiconductor triode, and the secondary winding shunted by the semiconductor
~diode is connected to the bast-amitter junction of the auxillary semiconductor
triode.
MHUM - M-1 2111=11.1

Oscillatorst "d; ib"lators
UDC 621.373.431.2(088.8)
USSR
KABLOV, G. P., KOCHERGIN, 0. K., SHCHERBINA, V. P.
"Blocking Generator"
USSR Author's Certificate No 272355, Filed~15 Apr 68, Published 9 Sep 70 (from
RZh-Radiotekhnika, No 4, Apr 71, Abstract:No 4G229P)
Translation: A transistorized blocking generator is proposed, which contains
a pulse bridge element to one am of which the transformer winding of the
blocking generator is connected. In order to regulate the pulse repetition
period within broad limits, the bridge element is connected via a separnting
^.apacitor to the collector of the tranaiator and via 1,esintor, to the Control
voltage source.

USSR uDc: 621.373-531(088-8)
KOCIMRGIN 0. K. Novosibirsk Electrical:Engineerine, IrLstitute
"Transistorized Pulse Oscillator"
USSR Author's Certificate No 270791, filed 28 Apr 69, published 26 Aug 70
(from, RZh-Radiotekhrika, No 2, Feb 71, Abstract No 2G243 P)
Translation: 91his Autlior's Certificate introducer, a piase gy.,nerator which
contains ur-leg bridge whose legs are made up of rosistur-, -and capaci-
tars, while the diagonal is comprised of a semiconductor diode and the
primary vinding of a pulse transformer connected in series, the secondary
of the transformer being connected in the base circuit of a trF-Isistor.
To improve the stability of the prf when there is a chimge in the ambient,
temperature or supply voltage, the bridge is connected to the collector of
the transistor through a resistor, and also connected arectly to the source
of control pulses.
1/1

Xoscoii, Otlrytiya. Izobrenteniya,-Promyshlennvve Obraztsv lovarn-,we ZTiaki-,
No 17, 12 May 70, p 35, Patent No 210791, Filed 28 ApIL: 69
Translation: This Author's Certificate introduces a transistorized pulse
generator containing a four-arm bridge the amrs of which are made up of re-
sistors and capacitors and a diagonal made of a series-connected diode and
the primary winding of a pulse transformer the secondary winding of which Is
connected to the base circuit of the transistor. The generator is distinguished
by the fact that in order to increase the stability of the average pulse
repetition rate on variation of the ambient temperature and power supply volt-
age, the bridge is connected to the collector of the~transkstor via a resistor
-and directly to the control pulse source.

USSR uDc 547.789.60781
GRIN', N. P.o KRABOVSKIY, A. N., KOCHERGINI F. M., Zaporozh'ye State Mledical
Institute# All-Union Scientific iewmseaffi~ -Pharmaceutical Institute
imeni S. Ordzhonididze, Hoscow
"Studies in the Imidazole Series, LXXVIII, Reaction of 2-azinobenzothiatoles,
with LI.-haloketones"
Riga# Khimiay, Geterots:Lklicheakikh Soyedinenlyp No go 1972, pp 1271-1274
Abstracts A detailed study was made of the reaction of 2-aminobenzothlazole
and Its 6-substituted derivatives with 4-bramozathyl 4kyl(aryl, heteryl)
ketones, Under mild conditions (in acetone at 15-200) , 3-ac~rlmethyl-2-
Iminobenzothiazolines were formed. Their structure was established by
qualitative reactions to the carbonyl group arA Infrared spectra in which
there are clear absorption bands of the CO and NH groups in the 1,680-19707
cm7l and 3,320-3,345 cm7l r"ions, respectively, The propertios of the
compounds were investi ted, and the conditions of r1M9 :ro=atjoD -to obtain
derivatives of imidazo el-Gbenzothiaz6le are discussed.
,A

USSR
LTDC 615.22:547.785.5
LI12_17i`,,O, V. I., T71-DWHENKO, A. A., Slilllfa-k, B. A.,
POVSTYAJNOY, M. V.: All-Union Scientific-Researob Z'cononico-
pharma. coutical Institute ineni S. OrdzhoniRidze~ Moscow, and
ZaDorozhtye Medical Institute
"Studies of the Imidazole Series. LIII. Synthesis and Pharma-
cological Action of Derivatives of 1midaZo(l,2-f)Xanthine1'
Moscow, Y,~iini!co-Ffrma'u-sevtiches!-,iy Zhurnal, No 2, Feb 71, Vol 5,
pp 22-26
Abstract: Cert'ain 7-acy.Inethyl-8-chloro(broina)theo,,)hvllenes react
It Othii-8-al! lamno
h_pi;l~nary and secondary aminos to form 7-acylm -'IV
W
(arylamino, diall:ylamino)theonhyllenes; the corresnonding hydra-
zones were obtained from the iatter, they are of initerest because
of their tuberculostatic properties. Also synthesi--ed were a
u
series of 7-;~cylall,-yi-8-bron-otheolohyllines not nreviously described
in the literature, and various derivatives of I H-bnidazo(1,2-f)
xanthine, Fifty-five compounds were studied.
The derivatives of I hr-imidazo(1,2"f)xanthine were found to affect
112

'USSR
KOCHERGIII, P. M. , et al, KI-iL-ailco-PaMatSevtichea)ti;,r Zhurnal,
No 2, Feb 71, Vol 5, pp 22---26--
u
the cardiovascular system (Pre-paration 3 deDresses hear' action
in frogs, rabbits and cats; PreDarations 1 and 2 inareased con-
traction Praplitude in excize 4j
d frog hearts). Preparations I and
2 increased arterial pressure.in rabbits, among other effects.
2/2

USSR WIC 547-785.5-07
PRIYMENK0, B. A., and KOMAR.Im, p. M,# Zaporozhe State YWIcal Institutet All-
Un' M Ozdzh
-on Scientific Cherai ~-Yrgxmaceu"Ml Research Institute imani, S, onikidze,
Moscow
"Studies In the I-ida o1 Series. LXIII. Synthesis of Ijddazo--f1,2-jaImi&-Lzole
Derivatives Based on 2-AminoimidazoleSn
Riga,p Xhimiya, Geterotaiklicheskikh Sayedinenlyp No 12, Doe 71, pp 1692-1694
.C1,2-2aimidazole derivativ s was synthesi2ed
Abstracti A series of Wdazo a
by the reaction of 1-methyl-2-aminoixidazo-le (1) with r4( -bromoketones (II).
To a golution of 0,02 mole of (1) in 20 ml acetone# 0.02 mole of phenacyl
bromide was added, the mixture was refluxed!for 30 min,. coled, filtered#
yielding the desired 1-nethyl-3-acylastbyl-2-ininolmiaazD:Llnes, Alch were then
converted to bydrobromides and picrates, In the IR spectTa of these compounds
strong bands am observed in the region of 1670--1715 and 3120-~3260 cm-1 (the
00 and M absorption regions). These hydrobromides are unstable and on beating
in lower alcohols or water they can be easi3,y converted to respective imidazo
fl,2-3aimidazole derivatives, This " of cyclization occurs even easier
in organicp hydrochlorle, or hydrobromic acid; In "2S04, 040 and FOCI 3 this
cyclization occurs even in cold,
1/1

USSR UDC 547.785.5-07
PRIYMETNKO B. A., Y-00=146-6-9c U-, Z&Dorozh'ye State Medical
Institute, All-Union Scientific Research Institute of Pharma-
ceutical Chemistry imeni S. Ordzhonikidze, Moscow
"Studies in the Imidazole Series. LVI. Synthesis of Derivatives
of 2,3-Dihydroimidazo /1,2-a7 imidazole"
Riga, Khimiya Geterotsiklicheskikh Soyedineniv, No 9, Se-o 71,
pp 125 =54
Abstract; The authors studied two methods for the synthesis of
new derivatives of 2,3-dihydrolmidazo /T 2-a7 Jxiidazole. the
treatment of Dreviously synthesized I _t;4-kiydrox-yethyl)-2-amino
(alkylamino, arylamino)-4,5-dinihenylimidazoles with thionyl chloride
or phoanhoruq oxychloride and subsequent cyclizii-tion of the inter-
mediate' 1- ( /~-chloro ethyl) - 2-amino (a rylamino) -4, 5 -diphe ny I imida -
zoles with NsOH in ethanol gives such products. A simpler method
is the reaction of 2-bromo-4,5_diDh6nyl1midazole with 1,2-di-
chloro(dibromo)ethenes in aqueous D14F. in the presence of NaOH or
1/2
35

USSR
PRM,11-;"-TKO, B. A., ot al, Khirii-rr GoterotsikliGhaskilrh
Soyedineniy, T-To 0,, Sep 71, np 12
treatment of l-)3-hydro--Yethyl)-2-bromo-4,5-dinhenyliniidazole
with thionyl. chloride or phosphorus:tribromide to --ive 1-(13
-haloethyl)-2-bropio-4,5-di-ohenylimidazoles and the subseauent
reaction of the latter with ummoniWor primary amines.

7;
USSR UW 547-781:542.19U~.11958-3
ENKO, B. A., Daia Zaporozhlye State Medical
PRIYME xg-am.
c of Phprmaceu-
Institute, All-Unian S jen-ifid esearch Institit",
tical Chemistry imeni S. ordzhoniltidze, Moscow
XV. -Aminoimi-
."Studies in the imidazole Series.. L. Synthesis of 2
dazole Derivatives Prom 2-Haloimidatbles"
Riga, Khimiya Geterotsiklicheskikh Soyedineni No 9, Sep 71,
PP 124"- 251
Abstract: The authors studied the bromination of 1-methyl
TT-"Fyd-roxyethyl,ri-hydron-proD l)-4,5-diphenylimidazoles with
Y
bromine and alkylation of 2-bromo-4,5-diphenylimidazole with alkyl
halides'~6-haloalcohois and alkene oxides. The corresponding
I-allcyl(/7-hydro.-,-.yall--.vl, P-Iiydro.-,varalicyl)-2-bromo-IL,5--di-phenyl-
imidazoles were obtained in the Drocess. The structure of the
resultant comDounds was confirmed by IR spectra and parallel
Synthesis. T~e authors studied the reaction of these' comDounds
With.ammonia, prim;,ry and secondary,amines. It was found that
1/2
36 -

US!5R
Ch miya Geterotsilclich
PRMENIKO, B. A., et al, R i estilth Soyedineniy,
No 9, Sep 71, pp 124b-1251
this reaction does not take -olace at 66-1200 (boiling in methanol,
ethanol or butanol), but at 155-1850 (boiling im HUR',' or excess
high-boiling amine or heating in a low-boiling solvent in an
autoclave) there is nucleophilic displacement of the bromine atom
by an amino(alkylamino, arylamino, cyc'oalkylam~no) groun to rive
-all~yl(/3-hydroxyalkyl, P-h-,,,drovYPraikyl)-_2-
the corresponding 1,
amino(alkyiamino, Prylemino, cycloall,,,ylamiz)o)-4,5-diphenylimida-
zoles, whose structure was confirmed by IR speebral data. Thus,
the study resulted in the comparatively sinple synthesis of sub-
stituted derivatives of 2-aminoimidazole from 2~-haloimidazoles,
particularly 2-bromoimidazoles.
2/2

USSR UDC 547.785-51867.4-07
PRIMIMTKO, B. A., "OQ7991al 2a-oorozh'ye State Medical
Institute, All-Union Scientifle Research Institute of Pharmaceuti-
Cal Chemistry imeni S. Ordzhonikidze, Moscow
"Studies in the imidazole Series. Lr",IV. Synthesis of Imidazo
/1,2-a7imidazole Derivatives From 2-Haloimidazoles"
Rigs, ltaiimiya Got erotsikliches kikh Soyedineniy, No 9, Sep 71,
PP 1243-1247
Abstract: The authors studied the synthesis of imidazo /1,2-a7
=Jdazole derivatives b9sed on 2-haloiraidazoles, narticulari~
4,c-d4j-,Phenyl-2-bro.,noi.midazole. The reaction of the latter with
tr,-bromoketones gives 1-acetonyl-2-bro--io-L,,5-diphen.71imidazole and
I-Dhenacyl-2-bromo-[L,5-diphenylimidazoles. Such co,-7oounds can
also be synthesized by the reaction of LL,5-diDhenyli.-_nidazo1e with
O~-brono!~etones and subsequent bromination of 1_acyLmethyl-L,5-
diphenylimidazoles. The authors then studied the reaction of
I-acetonyl-2-bromo-4,5-diolienylimid%t4ole and I-phenacyl-2-bromo-k,
5-diphenylimidazoles with ammonia, prim-?ry amin(gs of the alinhatic,
alioyclic, aliphatic -aromatic and aromatic serims, J,ncluding amino
112
37

PR='_~EO, B. A., et al, Soyedineniy,
No 9, sop 71, Dp 1243-12
alcohols (aminoethnnol, 2-sxaino-l-nentanol) and dia.112cy1mino-
alkylamines (diethyle-minoethylp-mine), as well as with secondary
amines (n-om~holine). It was found that nutleophilic replacement
of bromine by the amino qrouD does not take Dlace dnring boiling
of the conpo-ents in alcohols (methanol, athano2, butanol) or in
dime thy] forn amide. But on heating with armonia and araines in
L
lower alcohols (methanol, ethanol) at 165-1900 (in a sealed tube
or autoclave) there is not only replacement of the bromine atom
by the amine groun, but also simultaneous dehydration of the
intermediate 1-acylne-~"-hyl-2-amino(alicylsmino, arylamino)-4,5-
dii)henv1imida-oles. '~,'),e corresponding derivatives of imidazo-
/1'2-iY imidaz-ole are formed in the process. This 3,eac'ion tai..-es
191~ce7boilina in excess high-boiling smirnes. The reaction of
I-acy1methyl-2-haloinidazoles with;secondary atiines stops at the
replacement of the halogen by the amine group.
212

USSR UDO 547.785.5'741
P. M.. SHEYMPER.9 YU. N., D=HINVTA7 A. A. Y PjUXY, P. 14. and
KOM-FCTN
AIFA=v-EVA, L. M.JI All Union Scientific Chemical-Fharmact~-utical Institute
Imeai S. ORDZHCIIMDZP-, Moscow
"Studies in the Imidazole Series. LVIII. Debenzylation o-' N-Benzyl-substituted
IH-Pyrrolo (1,2-alinddazole and 4H-Pyrrolo [1,2-a]benziwcLdazoIe"
Riga, Ehimiya Geterotsildicheskikli Seyedineniy, No 6, Jul' 71, pp 826-830
Abstract: Dabenzylation of N-benzylsubstituted lII-py-rroIo-[1,2-a) i-midazole
and 4H-pyrrolo [1,2-a]bcnzimidazole by the action of sodium in liquid am-monia
was studied. Using IR and 12-1R srectral analysis it mis Oimm that the products
are derivatives of 711-j)yrrolo-[l,2-a)iYddazole and 3H-pyrrolo(1,2-ajl)enziirid-azolc-.
Debenzylation of 2,3-diphenyl-l;-benzylpyrrolo(1,2-albenzirriidazole tt-.-kes place
with concurrent reduction of the pyrrole ring forming lH:-2,3-diIiydro-2,3-
diphenylpyrrolo[1,2-albenzimidazole, m-P-193-1940.6
aq
r, iP-7-7

USSR UX 547-789.6'785-5-07
HPASOVSKIY, A. N., HF-Tir"r-74- -P-. M., and ROMAN A. B. Zaporozhe Medical
Institute, All Union Scientific Chem4cal-Phannaceutical Research Institute
imeni S. Grdzhonikidze, Moscow
"Studies in the Imidazole Series. LVII. Synthesis of 6,7-DDrathylbenzD-.Qidazo
(2,1-blthiazolidone-3 and Its Derivatives at the Nathylexle, Group"
Riga, lQiimiya Geterotsiklicheskikh Soyedineniy, No 6, jun 71, pp 822-825
Abstract: Synthesis of 6,7-dimethyllbenzimidazo (2,1-b] thiarolidone-3 (1) was
developed. Refluxing 5,6-diTrethylbenzimidazolyl-'~)-.m~re-aptor--cetic acid in
acetic anhydride leads to the formation of W; Vne-11 L',' -15,6-dirrethylbenzirrida-
zolyl-2]mercaptoproplon-ic acid is used -- the product is 2,6,7-trime-thyltenzi-
m!d;azo(2,l-b]t1hiazolidonc-3, vhich in spite of the pretience, 0~ --athylene
group does not react with arj1diazonitun borofluoride. (I) reacts with alde-
hydes, isatine, nitro compounds, and with, ary1diazoxxiwti salts producing deriva-
tives of the riethylene group CH3 N 0
~- ~-,-N
C113
C, N S X
1/2
-- ---- 17
-mimmilimirmmimmmmi

USSR
KRASMtSKIY
., A. If., et al., Khimiya Geterortsiklichoskikh Soye(linen;y, No 6,
Jun 7-1, pp 822-825
X, m.p. reDOrted: C6H5CIf, 254-2550; P-CH3 OC6H4CH, 238-2390; p-(CI[3)2CHC614CH,
225-226'; 0-02"CACH, 246-2470; rn-0206%0, 259-260'; P-0~O'C04CITI, 318-319";
2-furfurylidene, 260-2610 5-nitro-2-furful7lidene, 274-2760; 3-isatinilidene,
344-3450; P-(CH3)2NC6H4,q, 300-3020; P-CH30:C6H41M, 228-229; p-Bi-C6114MV, 262-
263"-
2/2

USSR UDC 615.31:547.718.11.012.1
KOMISSAROV, I. V., TKAaLENKO, A. A., and VLASOV, V. V.,
All Union Scientific Chemical-Pharm-gce-u-tipal Research institute imeni S.
Ordzhonikidze, Moscow, Zaporozhe Medical Institute, Donets Medical Institute
"Studies in the Imidazole Series. 1,11. Synthesis and Pharmacological
Properties of the Derivatives of Ioldazolino(1,2-f)xanthene"
Moscow, Khimiko-Famatsevticheskiy Zhurnal, Vol 4, No 12, Dee 70, pp 14-18
Abstract: Starting from 8-bromo-, 8-rimino-, and 8-methylmercaptatheopliyllines
a series of imidozolino(1,2-f)xanthene derivatives was:synthasized. Their
pharmacological action was investigated. The products exhibited a positive
inotropic action on frog's heart, comparable to that of theoghylline; they
lowered the blood pressure and affected directly smooth vascular muscles.
They shortened the latent period of conditional reflexas sladiug down their
extinction; they incre ased the 'spontaneous! motor activity, but counteracted
the stimulating effect 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 stimulated breathing, but were not
capable of counteracting the breathing iohibitory actiDu of morphine or hemenal.

Acc. N Abstracting Servic -J70 ef. Code:
9PW45143 cmic ' -
AL ABST.
c~
~
env
r 90370j Synthesis of 2,3-dibydro livatives of imidAZOIL-2-
alimidazole syst -A--; AT
ems. pty's-
allen,
Priimenko, B. A ~N -1
Farm. Inst. - im. z oni idie AfosoowL~5,13RJ. I Khim.
Ue-lerolsikl. svedin. 1970 ' (Q,-I Reikikn of 2-halo-
imidazoles with halogenated ales., Clefin oxi&s' Ind 1,2-dihalo-
alkanes in an alk. medium give the foWwing: l-(2-4yd:-oxy-
ethyl)-2-bromo4,5-diphenyli~iidazolg in. L65-6'; 2-chloro ana-
log, in, 138-0*; -)..chloro-3-(2,rhydroxyetli~i)iiaplith[1;2-dlimi-
dazole in. rhes"e litated'with Nils & RN-141 gave:
1-(2-hydroxyetltyl)-;.I-ph'enyla~ii~Q-4,5-dip'hcn~ii~lidazol~-, in.
219-220; 2-benzylatiiin6-3-i:.):-Iiydroxycthyt)n4phtti(1,2.djitn-
idazole, in. 113-6*, whieh.with SOCI, gave IAO-triphenyl-2,3-
dihydroimidazoll,*2-a)it~idazate': in'. 199--;200*' !2,3-d~b~ydroim-
0
CH.Ph
idazoll,2-a]bcnzimidatole(piqrate.m.180-"-'*); 1-benzyl-2,3-di-
hydroimidazo[3 "-bjnaphth[I,2)-djimidazole. in, 186-7' (1),
Similarly were prepd, 1-(2-bromoethyl)-2-broi.tio-4.5-diphenyl-
imidazole, m. 147-9"; almd; 2-chWo-3-('-'-brj jilioethyl)naplith-
11,24jimidazole, m-100-70, 0. K. Ko%Olapoff
.#*Al
REEL/ FWIE
19780043

F1
UDC 547-785-5
POVSTYANOY., M. V., and YOCT1EErQ,,_P. M.) Zaporozhlye 1k, a iCRI, Institute; All-
Union Scientific Research Chem, ico-Pharanceutical Institute iment S. Ord--honi-
kidze, Ybscov
"Stuaies in the Tinidazoie Series. TM. Synthesis of 2-Vethylmereapto-3-
acybzietlivl(beta-hydrox,.ralkyl)wphU2O/l,,.:I-d/imid--Lzoles and 7heir Trans-forrations
into Derivatives of liaphtho/1,2-d/iir-idazo/3,2-1)/itiLi(iazole and ]Taphtho/1,2-d/
imida2o/3,2-b/imidazo1irO"
Riga, Khimiya Geterotsiklicheskikh Soyedineniy, !To 6, Jun 72, pp 816-819
Abstract: In order to obtz,.in physiolorrically active empounds 2-me11hy1.re--ca-)to-
mphtho/1,2-d/imidazole (I) was reacted with CY -bi-criomictily! aryl ketones,
ethylene chloro(bromo)hydrins, and ethylene, styrene, or r-n1trostyrene oxide
to prepare derivatives of I sifostituted in the 3-PositiOn with
where R is Ph, p-MeC6Hjp P-?A~OC6114, P-ClC6Hj , or p-BrColl (TV, V, VI, V11, and
VIII, respectively) or with R where R is H8~112C~,- or P-11C~C61---4
C11(01f)Cl~ (IX, X, and X!, respectively). 2-Mercapto-37phenncyl- (II) end 2-
inerea)~to-3-(beta-hydr-oyyplienp-tliyl),,ia-,nhtho/112-d/i.3,dc'lcizol(~- (III) yielded V and
X. rempectively, on being, Tpe-thylated with II and ITI were Synthesized by
reacting the corresponding, 2-chloro coi,-Tpounds w1th thiowrea. Heating, of IV-VI

USSR
POVSTYANOY, M. V. and KOCHPRGTN, P. M., Khimiya GeterQtGiklicheskikh Soyedineniy,
No 6 jun 72, pp 816-819
and VIII with amines NH,.,R (R =Ph, p-T.IIeC61%, P-"'aOC041 P-Cl("04) "'t"'C04,
m-C'C04, P-EtCC6 H),, CH2Ph) it! INeOIT at 170-50 in an autoclave resuitca in sub-
stitution of the SMe Sroup with IW and also dehytiration of the inteTrirediate
2-a--Ylamino(ben--vlP.MiDO)-3-acyl-metl)ylnaph-Uio/1,2-cl/l.riidi-.i,.,OlL-B -WIt'n -the formation
of mphtho/1,2-cl/imi-d"zo/3,2-b/ini~L--2ole derivatives Y-V;C:-Px (tuble). The reac-
tion of IX or X with aryl&minas under the mme conditions stlapped upon forration
of 2-aryla-mino- 3- (beta -hydroxyallcyl)naphtho/l, 2 -d~/imidsmzoie s, of' which three
(XII-XIV) were synthecized by react~rLS n.' with m-_MeOC6Mt M2 or
ancl X with Fhllf~. Under the action of SOC1,, XIT-XrV xindeivent cycliz~%ti6n
with the fon-ation of the respective naphth6/1,2-~t/iinidazo/3,2-b/iriidazol-inc-
derivatIves.
2/2

MW
USSR
UM 547-7811 - 1 - 4. 542.944 - 7
KOCHE1jqV MKOV, M. A., -and MIMMWWA, 1. S., All-Un-lon Scientific
TE-8~Wi;~iChemico-Pharmaceittica1 Institute imeni S. Ordzhanikict,"'e. Moscov
"Studies in the Imidanole Series. LXXV1. Gatalytic Dei,_hlarination of Chloro
Derivatives of Imidazole.11
Riga, Khimiya Geterotsiklicheakikh Soyedineniy, No 6, Jun 72, pp 820-822
Abstract: 5-Cliloroirddazole and 1,2-disubstituted 5-cb1oroI.irddftzo1es irere
subjected to catalytic hydrogenation vith Raney M to eltminate the Cl atom.
By carrying out the reaction at. 40-1000 drid:an 112. pretsojure of 50-1-00 atm- in
the presence of 11aOH in alcohol or of lla,63koyide, coir-liounds
CHO
with R If., Mep Et, Pr, a,, i-R, t were prepared,
N
Hydrogenation of 1-benzyl-2-rlien,i:L-5-chlaroir,,ildazol.e i)ader C~e saxe 1--onditions
V
at elevated temperatures led to the fonnation of 2 -eye I ohexylAmida zole; to
obtain 1-benzyl-2-phenyliTrddazole, the reaction had to be carried out at a
temperature 20-250-

jT Tj
USSR UDC 543.422.25i5~A,74017B515
A 12 YS BY EV AL. 14. D'F'(-)'IY ANr S EINA G .C... PEFIMAHOVA j 1. V. YU. 11.
All U-nion Scientific
PALEY, R. X. , and YOCHEIR-31111 P. Ill
coutic-Al Research nn MUe IiIen! �'.',Drdz ban, ikidge 1"Oscow
"Protonization of the De-rivatives of
Riga, KbInUya Getprotsikllcheskikh Soyadineniy, No 8, Aug ?2, pp i112-11.3?
ura ?. -
Abs-I otj Protoni-ation of a sarles of pyTrolo,19,0
in trifluoroacetic acid iia-s ctudicd by Prii '~)je I
conpounds protonize exclualLvely on the C atom.
IL xathyl subatitu.-.nt on ponitArjij I foria a mixtura of two for~t~;
under identical conditions, corn-,spondillg to the additiop, of a jj".'~)toll to C,
and C3 xz~spectivcly. Relative contont of the 0, prutonlut!d fozn
gradually from to 18,~S ping fron a compound unsiibztJtutc!d in rositic:' 3
- 1. 11 -i. *:,:, zis t, -
to the r2sT,~3c'iva 3-phunyl- and 3-;~lethyl &erlvativc-, Bar;icity (. , - i - t, ~ o
decreace ;3ynbatlc,--l-',y ulth tho inc--Nu.-ze af the
o. n' of this fo,-L-a. Relative pl.-Otorl acceptor cap-bilit'l, of
C
nte,
Ai C.
pyrralo J 2-i:tv nzimidanola b---on c:d ul, 4'o-,
from. th-C., Zzd -EX-)m 11"k1oxas of --rc-actIvIt.3',

7. 17-ANNO-4 ~74- 7
USSR -785-3*789.61,854.4,343.422.
UDC 541.621547
25.4
AISIZEEMA, L. M., P&REEWNW, YS. H., SHEYNKHR, YIJ. V., "MBPjHX P. 11.,
MWOVSXIY, A. N., and KURYAZ, B. V., All Union Scientific C,hemical-
Pharmaceutical Research Institute imeni S. Ordzhonikidze, Moscow
"Ring-Chain Tautomerism. of S-Acylalkyl Substituted Imidasoles and Annelated
Imidazole Systems"
Rigap Khimiya Geterotaikllchaskikh Soyedineniy; No 8,, Aug 72, pp 1125-1131
Abstracti The ring-chaln tautomerism of S-acylalkyl oubstituted 2-mereapto-
4,5-diphenylimidazole, 2-moreaptobenzimidazole, 2-mercaptonaphtZ-192-d
7
imidazole, 8-mercaptopurine, 8-nercaptotheophyline, and 2-mereaptoimidazoline
has been studied by PhR and IR spectroscopy. Depending on the structure of
aldekvde or ketone radical, or on the typo of heterocycle condensed with the
imidazole nucleus, depending on the stat* of the aggxelpate and on the tyl)e
of solvent usedo these compounds can exist; as open hetary1mareaptoaldehydiss
(ketones), as cyclic 3-hydroxy derivatives of Wdazothiazoline systems or
as mixed tautomeric forms. Vhen a, substituent exists on posItion 2 of the
thiazoline ring, the cyc-lic compounds oxist as a mixture of two disstereoiso-
meric forms,

l
M ~
AA0043
49
0
-
i .
4
.
.
6

6
-y
d7
lilt
ell

t M!
Acc. Nr A s t i Service:
j9f~03 MEMI"Cc ST. i4-70
78S501k Preparation of m lone and durene b
izatioa and disproportionati seudocumene.
Priy~doy, 1~,_&; Fornenko G.
Lnk,zhiWi, 1- S. K I A~ tkov.
; Va
-(--rebin -. C'.
ink, 7
lef. Code,
U/Z
tho isomer-
of 90-5'7~
I ;U;ii was prepd. by
rectifying coke chern. solvents (20-35 and 10-20% llyfeiCisH4,
4-6 and 3-5~-V "; + p-EtCJ14NMe. 15-17 and 10-12% 1,3,5-
MeiCaHj (11), 1-1.2 and 0.7-0.91? P-FtCj1,.%fe, 16-18 and
12-14'~b 1, 1-2 and 2-3t-, 1,2,3-AIe3C4H3, -1-6 and satd.
hydrocarbons, and 0 alid 2-3% unsatd. compds,) on: columns
having 50 theoretical plates at a reflu.x no. of 60-100. Norneriza-
tion and disproportionation in the presence of 30(' of am MCL-I
complex at 1-17" for 3 lir in expd.. app. yieldW4.000,'1o CcHe-
PhNfe-satd- compds., IT.27% 1NTc2CJ1,, 17.0.2% 11, 35.09% 1.
and 10.71(/-c durene (III). Yields in plant runs were similar.
Rectification of the 11 traction on a lab. column, having 75
theoretical plates at a reflux no. of 80-100 yielded II 6f 97.5%0
purity in3g.24"i-c yield. Af tcr rectification to in crease T11 concn .
to 45.94% in the III fraction, recrystv. at .5 td - 18* yielded IN
of -&'%. parity and further reMstri, Iwith 35% PhMe ~pve r1I
011 -Q,7,% purity in -85% yield (177o sdectivity fron I azd
1.8% from the coke chem. solvent). Lucile S. a-;Xis0Z
REEL/FRME
ely "'t "ei'l
0 72-16'a I
1

,1/2 005 U14CLASS IFIEDI! PROCESSING DATE--20NOV70
-_.T,.ITLE--KUPE.S,I CAL METHOD FOR THE SO-LUTLCN Of SOME PROBLEMS ON bCEAN
C.IACULATIUN -U-
"AUTHOR-KCCHERGIN V 0 P
.C 0 UNTRY OF INFC--USSR
QURCE--VETEG9CLGGIYA I GIGROLOGIYA, 1970v NR 5p PP 67-75
PUBLISHED --- - -- 70
.SW3JECT AREAS-EARTE SCIENCES AND OCEANCGRAi~lii
_,jGPIC TAGS-OCEAN DYNAMICS# OCEAN CIRCULATIGN
CGNTROL lVARKING-NO RESTR(CTIGNS
,.DtCUMENT CLASS-UNCLASSIFIED
PROXY REEL/FRAMt~-3C05/0089 STEP NO-UR/0050/70100C/005/0067f0075
A P f", I i,, - -13 2-- --- __ ___ - - __ __ --, - ---- --
i z I-El ____ --
L

-T~ M7 -IT 71z., MIR?71"P~
212 005 UNCLASSMED PROCESSING DArE--ZONUV70
CIRC ACCESSICN NO- APO 132 382
~ASSTRACTIEXTRACT--(U) GP-0- ABSTRACT. A METHOD OF N13,MERICAL Co,"IVEPSIGN
OF APPROPRIATE OPERATOR IS SUGGESTED FOR THE SULUTIJIN (JF- A PIR03LEM ON
OCEAN DYNAMICS. AS DISTINCT FRO14 PAPERS (1, 6, 8),,~APA) 114 CONNECTIcili
WITh THE Ar3CVE THE DEPENDENCE OF COEFFICIENT OF TURBULENCE DIFFUSION oN
-,~--,-THE~DEPTH IS EASILY ACCUUNTED. COMPARISON OF iNUMER'ICAL,ANO ANALYTICAL
MET14.GDS IS GIVEN. FACILITY: VYCHISLITELINYY TSENTR SIBIRSKOGO
AN SSSR.
W L AS 5 1

USSR UDC: 62o.193,L3
BOCHKAREVA, N. N., and YARYSHEVA, 1, A,, Ura" State
a Ix h.Yj.,r4
University imeni A. M. Gorlkiy
"Corrosion and Stationary Potentials of Carbon Steel in Molter. 1:1~6diuxl,
Potassium.and Calcium Chlorides"
Moscow, Zashchita Metallov, Vol. 6, no. h, JuI-AUG 70, pp 457-4rg
Abstract: Molten sodium, potassium,,and calcium chlorides are widely used
on heat treating lines for steel parts; however the data on calxlbon steel
corrosion in these media are far from adequate. The etfi-uct of the carbon
content in the steel. on corrosion rate has so far been s*udied only -Ln
V
aqueous solutions, and sometimes with conflicting conclusions, A curve
reflecting the relationship between the stationary poten 't1al. and the mean
corrosion rate of U7 steel in molten KCI at 8500C shows that a higher
carboa content shifts the stationary potential first to negative and trier,
112

NOCHERGIN, V. P., et al, Zashchita Metallov, Vol. 6, no. 4, _Uj-AU,7 70, pp 457-459
U 0
to positive values with the mean corrosion rate passing through the naximlz-~.
A corresponding curve for the eutectic mixture CaC12-11e"'l at 5750C is the
exact opposite. In both cases an increase in the mean Lorrogion rRte
corresponds to the shift of the stationary potential to negativLt values. 7he
above effect of carbon is related to changes in the stracture of the steel..
At 8500C with up to 0.2% C, the steel comprises ferrite and austenite; within
0.7--l.2% C, -- austenite and secondary cementite. Carbon steels containing
austenite feature a lower corrosion resistance in molten KCI at 8500C.
Addition of more than 0.2% NaOH to molten KCI moves the stationary potential
to positive values even more intensively.: The opposite change in the potential
is observed by adding KCI to the eutectic mixture CaC1,7-NaCl at 575'C. 'Pie
obtained data on the effect of H&C1, KC1,and CaC -12 on t,he stationary potential
of U7 steel agree vell with those obtained by other researchers in determining
the potentials of beryllium, zirconiumland titanium in molten halides of alkali
and alkali-earth metals,
2/2

............. .......... . ........... ..........
~/>00441049-4
Acc. Nr. Ref. Code:
-tp
Nature-of the,,'Sast Kurile Ha0etic Ano!~4y
(Abstract: INature of the East Kurile Magnetic Anomaly," by -L- K. _T_uyP_zov.__._
M. L. Krasnyy, 0. A. Solov'yev and Ye. V..Kochergin, Sakhalin Xulti-Disci-
-_plins Sciiiiific Research Institute,.;f restiya demii Nauk SSSR,
Pizika Zemli., No. 1, 1970, pp. 90-93)
The east Kurile regional anomaly stands 'out clearly in the regional
field obtained by analytical continuation.of the anomalies of the Okhotsk-
Kurile region into the upper half-space at,tNe levels 1.2.5, 25 and 40 km.
This anaomaly extends for more than 1,500 km along the Kurila-Kamchatkan
Island arc and for a distance of 50-100 km to the east of it. Its axis
is situated between the island arc,and the abyssal trench. The northern
part of the observed anomaly is about 300 km wide at an.altil:ude of 12.5
km; in the south it is about 150 km wide. On the west it joins the anomia-
lies of the Sea of Okhotsk and on the east it adjoins the, sign-variable
field of the Pacific Ocean. A comparison of the map of regional magnetic
anomalies with seismic deep ueismic sounding tions shows a rather
cross sec
good correlation between the intensity of the regional inagnetic anomaly
and the thickness of the basalt layer. In the Kurile-Kamchatkan island
Reel/Frame DL,

are the thickness of the granite layer is generally im;ignificaat and
therefore it is entirely natural to assume that the regional magnetic
-.anomaly is caused by the behavior of the upper and lower bodndaries of
the basalt layer. Computations were made for determining the quantitative
relationships between deep.seismic sounding cross sections and magnetic
anomalies scaled to an altitude of 25 km. The computarions revealed a
good agreement between the computed T values from thm basalt layer and
the.regional anomaly. The computations prove that the,regicaal east Xurile
Mapatic anomaly is caused for- the'.most part by the mapetic properties,
thickwss and depth of the basalt layer.
13770509

USSR UDC 539.~:534.1
KOCHERGIN, Yu. G., FAKEYEV, N. P., ALESHIN, N. N.
"Experimental Study of Vibrations of Foundations Joined by a Reinforced
Concrete Plate"
V sb. Issled. po stroit. konstruktsiyam (Studies in Structural Designs --
Collection of Works), Tomsk, Tomsk University, 1972, pj) 66-77 (from RZh-
Mekhanika, No 3, Mar 73, Abstract No 3V238)
Translation: The results of experimental studies on vtbrations of foundations
of pillars after their ends are joined by reinforced concrete plates are dis-
cussed. The reason for initiating the study was to de-tennine the extreme
vibrations of foundations of pillars and building strui,-tures. The reason for
these vibrations was irrigation of the area which broup-jit on a drop in the
rigidity of the foundation. It is noted that the joiniv-- of the pillar foun-
dations by reinforced concrete plates did not give the expected results.
The experimental data obtained require cdreful processing. 0. V. Luzhin.

USSR UDC 620.193:(669,14:66.062.722.8]
-ftces
Candidate of Technical Scie
"Corrosion of St. 3 Steel in Diethylene GlycoL Solutions'!
Moscow, Khimicheskoye i Neftyanoye Mashinostroyeniye, No 11, Nov 70,
pages 28-29
Abstracc: The State Scientific Research and Planning ln!itituv~ for Petroleun.
Machine Building has performed studies of the influence of concentration,
temperature,and VII of diethylenc glycol gol%itions on the vorrosi.on of St. 3
steel. The tests were performed in fliemostut5 tit variol;ai tempora t tires
(from 20*C to the boiling point). 'Me tests lasted 96-100 hours. The values
of effective activation energy were calculated. Itwas dj~term.Jwlvdl that if
coWitions are present in installations usling diethylene glycol favoring
acidification of the solution as a result of oxidation o-i- de-composition of
the diethylene glycol, increased corrosion of the equipmmit will result.
Int--nduction of 0.3 g/I acmaethinalanine sharply reduced. cormsion in tile
~vapor and liquid phases of a 90% solution of diethylene RJycoI and the liquid
phase of a 60% solution of diethylene glyco'l.
1 ill

USSR UDC Ccl-352-035.4
YMMA, L. D.Jq nm- ~,,,CIIKV, S. V.) and KOCHERGIIIA., 1. V1.
"Galvanic Elements vith a Lithium Anode and Solid Electirolyt,~11
Sverdlovsk, In-t elektrokhiniii UNTs AN SSSR (Sverdlovsk, Instittite of Electro-
chemistry, Ural- Scientific Center of the Academy of Sciences 7JSSR), 1972, 5 pp
Yanuscript at A-11-Union Institute of Scientific and Technical Info-n-nation,
No 46o8-72 Dep, Tul 72 (from Refelrativnyy Zhurnal -- hhirniya, Svodnyy rjbTn,
No 23M), 1972, Abstract No 23L187 Dep)
Translation: lia-lie-es of metals -were used as cathodes in low-teifc-erature imalvanic
cell with Li ar-ode &nd solid electrol,,,rte. The eTaf of such cella varied from
2-09 to 3.654 at 20'-' P-'C. Pziong all studied cathode nvitferialu the rost
promising were CuC1,p-21L,,)O and 14C16. The cell with V1C16 catho;~Ie worked cantin-
U-MelY -for 336 hr, vith an output of 15-5/,/Af/crr?. Iffie short-circuit current
of this element vas 32-1-4 Ale--?-'.

V2 018 ~A SIFIb PROCESSING UATE--30OCT70
UNCL 5
-TI,TLE--CAPILLARY PERIAEAC-ILITY IN PATINETS WITH AT14EROSCLERGSIS ANU
-U-
HYPERTENSIVE DISEASE
-AUTHOR-( 021-DZIZINSKLY r A.A.* KCCHERGINAp T.K.
CCUNTRY OF INFO-USSR
DELU, 19709 Nk 6, PP 15-LS
,---:.DATE, PUBL ISHED---70
;...SUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
-TOPIC TAGS---CAPILLARYj PERMEA&ILITY MEASUREMENT, ATHEROSCLEROSLSt
HYPERTENSION
:-_CCNTROL MARKING-NO PESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
.~PRQXY REEL/FRAME--3002/1906 STEP NU--UR/0475/'10/001)i,)06/0015/OOIB
CIRC ACCE5SICN NO-AP0129255
j!,N(- L A SS' E. 0
19
11"', m
I
mll

212 018 UNCLASSIFIED PAUES~ING DATE-300CT70
CIRC ACCESSICN NO--AP0129255
rT. A NEW TEST IS PROPOSED ENAi5Ll',,,G To
-ABSTRACT/EXTRACT-M GP-0- Ar3STRA%.
DETECT DELREASED PERMEA31LITY OF BLOOD CAPILLARIES~. PATIENTS W11TH
ATHERGSCLERGSIS AND HYPERTENSIVE DISEASE SHOW ALREADY AT EARLY STAGES CIF
THE DISEASE A DECREASE OF THE ADAPTIVE,PUSSIBILITIES OF THE BLOOD
CAPILLARIES. DISORCERS OF CAPILLARY PERMEABILITY ARE OF MAJOR
-SIGNIFICANCE IN THE PATHUGENSIS AND CLINICS Of THE ABOVE DISEASES AiND
THEREFORE A SEARCH FOR EFFICIENT METH ODS OF THEIR TREATMENT IS
NECESSARY- FACILITY: KAFEDRA FAKULITETSKUY TERAPI! LECHEBNOGO I
PEDIATRICHESKOGO FAKULITETOV NOVOS16IRSKOGO MEDITSINSKUGO INSTITUTA.
U-CLASS11-1 0

USSR UDc 6,61.3522.1.035-151088.8)
PEWIER, M. G., GRIGOR'YEV, V. V., LEONOV, 0. V., KOCMWDSKIY, M. D., CMATILO,
A. V.
Small Battery]. Galvanic Batter.,r"
13
USSR Author's Certificate No 276191, filed 15 Pec 66, Published 29 Sep 70 (from
RM-Ulektrotekbnika i P-nergetika No 5, 1-11ay 1971, Abstract Ro 5A251P)
Translation: In order to simplify the assembly and improve the voltage of a
small battery one end of the case, for example, the bottom is made concave
and is suD rted on the open surface of the electrode with the current
PO
tap of the outside element. There is 1 illustration.
129

USSR uDc: 621.,3T4.33(088.8)
KO ;Z~CH, S. S.
'A Svitching Device"
USSR Author's Certificate No 263673, filed 30 Sep 68, pijblished 1 Jul 70
(from RZh-Radiotekhnika, No 1, Jan Tl, Abstract No IG265 P)
Translation: This Author's Certificate introduces a switching device which
contains an am-clifier based on t-wo transistors coiLnected in a ::ircui-t with
common emitter and common base. a stage based on a transistor operazing
-icreaae the atten-a-
in the sVLtching mode, and a se-iconduclor diode. To ii
ation factor in the switched-off state, the a=li: - output is connected
to the cathode of the semiconductor diode and to the collector of the
transistor operating iv. the switching w4e, the bases o,." this trtui:5-istor
and that in the co=)an emitter circuit being connectad thrcui," resistors
to the controlling input.

v;q(AlC.SSl;,!G DATE--~VINUVIO
023 UNCLASSIFIEU:
IT L 1 N T EF A C I A L P H E ~'W M E iN AON AS IL VE;~ U k.D S 1: 4 C E Th;~- z;:-~G(~E-SS
-U-
Or PHOTGGRAPHIC UEVELOPMENT
v-AUTKUR--KlJCH-_4OV, N.P.
~:_COUNIRY OF VlFi3--USSR
-7 0 -90( 5 1136-9 (PHYS
AKAO. NAUK SSSR 19 1 CHEA)
~:DATE PUBLISHED ------- 70
AREAS"METHODS ANJ EQUIPMENT
TOPIC TAGS-- S I LV ER .-C.0;ANJUND, BRO!-HUE, PHOTGGRAPHYt CHshPC2E EAC H A N G E
~'CONTROL MARKING--NO RESTRICTIONS

--'PROXY REEL/Fi~,114t--.500 1/054~(t S TE 0 Nd,-UR/00201 70i'1 ?).W 0~)W I 136f t 1 39
C IRC ACCESS ION N-3--A IT 0126291

PRI (It C r- S S'f GD A T E - - 13 N 0 V 7 0
1.12 Q23
C IRC ACC, NO- - A T 0 12 e);? 9 1
E S S 10
AbST-,~ACT/EXTKACT--(U) GP-0- 46STkAcr. ELEMENTAMY P!-'.OCESS.-:S OF CHARC~E
EXCHANGE 'rA.:-',[.-',tG PLACC AT THE iNTERFAC' OF AGBR A!-it) U,,EVEt.JP1,%fj SCLI:S.
DEPEND 01,0 THE LOCATION GF- PIE LLECTf%Lj,'I LEVELS OF b(ITH OXIDIZED ANJ
REDUCED FORMS A'~I Ox I DA. kEf).'14. SYSTE-A Will CH HAD , BIEFN
THE DEVELOPIN., SOLN. rHE GQ,~,F.ELATION OF TfiE NO. CIF ELEC
TO Vj',CtA;')T LEVELS AND 11
NTQ THE CONDUCIION BAND WAS DETI). UNDER CEkTAIN
'E AV THE sAt,,,.L- rlME
WNDITIO.'IS, '-EVEkAL ELEcriwCHEM. REACTNNS TAKE PLM,
COMMNE- TO PR(31)UCF THE~ [CITNIL POV TI L i-' AG
UM AG PARTICLES. THESC 0 1 A (.V I F I
'N I G R
PARTICLE. F A C I L I T Y R.ADIEVYI INSTs. IM. KHLOPINA, LE N A 0,
USSR.

USSR we 621.357-7t669.387t669.3-416
GOWVIKA, YE. S., XQQIMROVA, Aa_j., KOROTXOVA, T. S., BUMNSKAYA, A. V.,
BOJOARWI V. V., and.MUZNIM, I. G.0 State Scientific Studies and Design
institute for Alloys and the Processing of Light Metals
"Electrochemical Process for the Treatment of the Surface a. Copper Foltr
Author's Certificate No 338558; filed 16 Jul 70! published 9 Jun 72 (from
ReferativrWy Zhurnal - Dimiyal no 8(n) , 1M, Abstract 11o 8LZ99r)
Translationi An electrochemical process is patented for tho treatment of the
surface of copper foil during the prapexatiqn of foil-conlaining dielectaAce.
This Includes the galvanic deposition an the surface of a layer of copper-
cuprous oxide from a copper plating electrode. It is Improved in that in
order to incree3a the strength of the boni between the fokl an& the dielectric,
the surface is additionally treated catbodically In a solution -containing
10-70 g/liter of an alkali metal dichronate. For exanple, on the surface of
a coppor foil a microbuffing layer of copper oxide is asposited galvanically
fron a solution containing in g/liters
OuSO4611001 H2304o?5; N4040-058t and 2
gelatin; 0.050 -1.000. The process Is poxfommed usIng a IL of 8 -10 axps/da
a temperature of 20 - 23 OC for 0-5 -1-0 Minutes- The ~noOe is -lead. After
1/2

USSR
GOLOVINA, YE. S., et also Author's Certificate So 3383581 filed 16 Jul 70.
Publiahed 9 Jun 72
rinsing with running the surface of the foil is supplemotarily treated 2
cathodically in a ?% solution of potassium dichromato at a Dk of I - 2 amps/"
secondso Then the foil Is washed In runnia
and a temperature of 200 for 30 _g
water and dried carefully, either tV hot air or In a themostat of 60 - 70*.
2/2

t~ Mr, V 7 1
7
7141!
Acc. Nr: Abstracting Service: Ref. Code:
'4POO.52.50(; CHEMICAL ABST.,T-70
AA x
101319c Empiric-al principles of thernml molecular motic;n
in polymers. Roshchupkio, V. P.1, K6chgrvimskii. V~ V. (Filial
Inst. Khim Ytz., Chernogoloy",, USSR). VI o~_Jim,
ysokonid
SW ZI 1970, 120), 41~3 (Husq) The--thermal toeff-6o)) and-the
activation energy (E) of thermal mol.: motion %vre ditd. for a'no.
of polymem [(e.g., poly(Aylene oxides),.- natural nibber, and
polyethylene] by dielec. rvination ;60 NMR te~be log 4%, 4.'j +
0.94 E. When E =.O, i.e., thermal mbtibn haVing ad'activation
energy had :g 10i Hz frequency and ico~isted iof plioi~ons. The
linearity of the equation w" due to46'additivity of eiat and
ropy
the beat of activation of gm'ups of at;'Opu.; The differiin~e betvv~een
the relative positions of the. polymer; in' tht equation log: v., - A +
BE gave a qual. indicatioit of t 40n of inol.
A and B were coeffis. dotdNdregrp" Of coopena CKJ R J
motion. h poly-mer.
REEWFUME
19821147

USSR
GINZBURG, I. P., MATVEYEV, S. K.
ar~- Layers"
"Semi-empirical Methods of Calculating Turbulent Bound,
Teplo. i Massovercnos. T. 1. [Ifent and Mass Transfer, Vol I -- Collection
of Works], Minsk, 1972, pp 65-74, (Translated from Refcrativnyy 7hurnal,
Mekhanika, No 10, 1972, Abstract No 10 B730, by P. P. Vorotnikov).
Translation: Results are analvzod of numerical calculations of a turbulent
boundary layer, in which various rules of change of path length of dis-
placement across the boundary laver were tested. According to these calcu-
lations, the velocity profiles in the boundary laver con-structed in coor-
dinates u/u,,, vv/y., are independent of the.Reynolds numb4!r near the wall
and in the bufier area, In the outer portion of the boundary layer, the
Velocity profiles do not depend on the Reynolds number if constructed in
coordinates y16, Cu - u )/v,,,. In the last,case, the form of the theoreti.-
e
cal curve is determined to a great extent 1)), the hypothe~~,:is used for the
length of the displacement path. A curve calculated using the followina
formula for displacement path length agrees best with experimental results:
6. if Y, Y
4. if Y <