SCIENTIFIC ABSTRACT SHABANOV, L. G. - SHABANOVA, A. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548510003-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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USSR Human wA Animal Marphology (Normal and Pathological). S
-Circulatory System., Blood Vessels.
Abs'Jow Ref Zhur Riologiya' No 1, 1959; NO '2970
Author Sho'banor M. Sh.
Inst Wt-.-~~n7-D6ii'lbdittir'Matitut6 1:
Ov.
Title bbrpholog7 of Branches of the Popliteal Artary-

Orig 1"Mi nauc _(Roetovsk. -n/D zed.
Tr.'Otohetn bn. konferentaii
in-t) za 15~6 g. Rostov-na-Donu, 1957, 167-169
Abstract On 150 lover extremities of humns of 'both sexes &rA
various ages it, vas demonstrated that the branches of
the-popliteal artery (PA) gmatly-:fre u6ntly an
vary .0 q ~
increased mi er is obeerved. About 20 branc has
originate from PA. Of those,10-15 are somwwhat larger
(1-2 mm in diameter). The bremches cf::PA originate
in POUP8 on 3 tYPical levels* in the;upper angle of
the poplitealIossa (3-4 ~rftwhss),- lawdiately above
C arit 1/9-

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S/032/62/0 -28/012/015/02'
A !TITIIIOR~i Bronfin, M. B., and Shabanov, 14., N.
Y: A portable apparatus for stripping-parall-21 micro Iayero~ from
metal samples
10 D TCA L: Zavodakaya laboratoriya, V. 28,-no. 129 1962, 1506 15
:)10
TEXT: A*,combined electrolytic and mechanical method:'is used. The specimen
j.-q rotated at high speed in contact with a simultaneously reciprocating
Llrciunl cast 'iron disk. This disk is coated with abrasive micropowder with
if?", f.rops of electrolyte added. A small recess in:the center of- the j
iron r!iisk~prev_ents continuous contact over the entire sample surface, -Ah.ich
ruarante-es uniform abrasion. - When direct- current -is passed through t.he
pecimen for electrolytic dissolution of -the sample surface the recess i.n
the disk will compensate the higher current density'at-the edge of the
CYlindrical upecimen, For a current density of 2 -,~.5 a./cm2, with micro-
pot.~,Ier, type ti 2D (M20) and 10~6' NaCl solution a layer 'of 1511 is removed from
a r
P,olybdenum dample in 30 sec. The size of the apparatus is 360-220-440 mm.
t e i Oh s 12 k g. There is I figure.
a 1-1 1111

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JG AT
AUTHOR: Smirnov, M. V.; Usov, P. M.; Lbovi S.; Shibano4:~.o
ORG: Institute of Electrochemistry, UratBran;ch, Acade'r`ny ofi'66iences SS;SR!
(Akademiya nauk SSSR, Urat' skiy filial, Institut etektrok4imiij
TITLE: Conductance and transference numbers in the molten M,js,tem LaCt a
3"
SOURCE: AN SSSR. Urat'skiy filial. Institut etektrokhieim. 7~ r iu' d Y, no~~ !6 1965
Elektrokhimiya rasplavlennykh so.levy-kh i tverdykh etektr'otito~1(itectro~.-he'mio'try
of fused salts and solid electrolytes), 57-64.
7'
TOPIC TAGS: electric conductivity, tanthanum c mpoutid tantihinim'
r
ABSTRACT: The specific conductivity of LaCI.3+La-metts was~me*asured'from~
pure LaC13 to LaCIZ. 14 in the -900 r 1015G temperature range. jhe specific ionic';'
conductivitv was found to increase approximately from 1.; 5 -, oLhm., ,cm-1 f6i LaC Ito
3
2. 5 ohm-l cm-1 for LaCLZ. 14- In melts close in compositionlo, ~LaCt? a rela-
tivety narrow peak is observed with 6 conductivity maximum, atiabout,7 ohm-11. cm-le.
this peak is associated with the superposition otelectronic conductivity. Zhe trans-
ference numbers of the cations and chlorine anion 4ere de~ierm4tbeid, in LaCt3 and-
C rd 1 /Z

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1i G~YI~T~_67 E.Wr" 01VY1 rWR(t Y/E-T-I 1JF(GY J~R/JG
ACC NR: A, 7002'158 SOURCE' COOE: U;(/0364/66/002/008/0953/0957

M,.j Institute of Elootrochemistry of the Urn:6k,
Sralt')OV V. and 5HA~j09K
P.
_
,_
,-Eie-"k-t"r'-ok-h"E-~~
SvorxilovslF--Cfn-s't-*i-t-u-t--c
-c'a omy of 5dioneas SSSR
Branch
i7Uiaifsl~6do
,
,
-
,
.
filic-Cla. AN SSSR)
-"Diffusion of Ions of Uranium and Molybdenum in Molten Chlorldes.of Alkali

Moscowt Llcktrokhimiya# Vol 2p No 8o 1966t pp 953-957
ABSTRACTI According to- the -Stokes -Zinstoln- oquationt the:' dif fusion c6officlont,
for ions of totravalant uranium must be groator tban for trivalento and the
rate of diffusion of Ions of trivalont molybdenum in a modium of molten chloridest
of alL-ali metals must rise in the order: LiCl - KC1 - _CsC1 s-rith docreaso in
N This gives uvi-:-
iscosity. Moasuromonts have show the reverse order to apply_

dence to the act that the Strokes-Einste
-f. in equation doe.9;not account for all-
factors that can affect diffusion rate.
An em-nnination was mado of tho mechanism of diffusion of multicharged
cations in molten chlorides of alkali metals, where they form complex anionic:
groupings. Displacement of the cation exchanae resins occurs chiefly inthe
composition of complexes, the size and-chargo of which determine the
tion retardation on the pnrt of the atmosphere of entionsiof the~salt-solvent.:
The diffusion coefficonts of the above indicated tons calculated an the basis.
04 this mechanism quite satisfactorily agree with experimental data.
It4s shown
whX the ion of trivalent uranium diffefies m~;
rapidly than
qri~
.
.
.
Card 1/2

124-58-6-6288
Translation from: Referativnyy zhurnal, Nlekhanika.- 1958, Nr 6, p~3 (USSR)
-AUTHOR: Shabanov, P. A.
T ITL E: The Work-of Russian Scholars on Solid-.body~ Dynamics
russkikh uchenykh po dinamike t,verdog 0 tela)--
PERIODICAL: Tr. Irkutskogo un-ta, 1957, Vol 15,:, pp 117-139
~ABSTRACT: This is a survey of some of the work of Russian scholars on-
solid-body dynamics. References to th.e-literattire-on this sub--
ject are not given, and the author apparently was unfamiliar
with writings and surveys already exis.ting (see, for example:
Golubev, V. V. , Lektsii po integrirovaniyu uravneniy dvizhe-
niya tyazhi~logo tver-dogo tela,okolo-nepodvizhnoy_tochk;' I
f Lectures--on the Integration of-the Equations~of the Motion of
-a Heavy Solid Body Past a Fixed Point]. M,oscow, Gostekhiz-
dat, 1953; also, RzhMekh, 1954, Nr 3, abstract 2408K;
Kuz' min, P. A. , Tr.- Kazansk. aviats. in-tai ~ 1953,. Vol 27,'
pp 91-121; also, RzhMekh, 1954, Nr 6:,. abstract 3584).' There
are typographical errors and mix-ups in symb-ols.
.1. Solids 2. Dynamics--~Applications 3. Mathematics--Applications
P. A.- Kuz' min
Card 1/1 -

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VE,
L 15347-66 EVIT (1)AwPW/w-WAY'A (d)4T~.~ (k) /000/003/0097/0104-
ACC NR: AP6002017 (A) _`4~ so CODE:--'.
Sh
!AUTHOR: Gyurdzhlyans V. M.
roces: i~l -Min
IORG, Institute of PhVsical andthemical Principles,for P snf, eral. Resources,
AN SSSR Novosibirsk (Institut fizikn khimictiesMi h osnov per-..
ISiberian Department 2 1 1 .
'erabotki minerallnogo syr1ya Sibirskogo otdeleniya AN SSSR),
ITITLE: Calculation of the proce ss fo'r aporous materialin Stokes flow, L
)conditions
iSOURCE: AN SSSR. Sibirskoye, tdeleniye. Izvestiya. Seriyal-tekfinicheskikb niauk, no.
3, 1965, 97-104
iTOPIC TAGS: combustion kinetics, combustion theory, flo*kinetics, Navier'Stokes
1equation
tABSTRACT: The authors consider heterogeneoud' reaction of particles -in ailflow on
!the basis of the reaction characteristics for a single par~ticlii.~~ -The case of
~to e
iaround a porous carbon sphere is studied witb'regard variation in the ~ i~nt renal ~rS
irea ing surface and th; -coeificient.of diffusion withinithe sphere at Re~jl. .iThe
!mathematical formulation' of the problem for. quasi station ary iso.-thermal conditions
rd 1/2
-CO L: ObC ~62.611 541.126

L 1,5347-66.
jACC NR: AP6002017
reduces to a system of Navier-Stokes equations for the space outside the sphere~fbr
02$ CO and C02 respectively. This system of'equations is given'in spherical coor--
dinates. The system of equations for the spice.within thei. sphere band boundary 4~'on'-
ditions of the problem are given in a previous work. . An ap"proximate analyticaVso-
lution for the problem is given for Stokes flow condition'sAn the:region,2:.5~