SCIENTIFIC ABSTRACT ZHDANOV, YU.A. - ZHDANOV, YU.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064620017-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ZHDANOV,,,,-V,.14.-; PARNES., V.A.
Cysts in mice of the C57BL low cancer line. Biul. ekap biol. i
med. 55 no.4;82-91~ Ap 163. iMIRA 17;10)
Iz kabi~eta leykozov.(zav, - doktor mod. nauk V.A. Parnea) Insti-
tuta.virusologii-imeni.D.I. Ivanovskogo (dir. deystvitellnyy chlen
DAMN SSSR V.M. Zhdanov) AMII SSSR, Moskva.

'GOROMOSOVj M.S red.; GRORBUH, B.M.p red.j.IUDANOV, V.M.,,.red.j
POKHOVSKIY,,,A.A ,red,; KROTKOV, F.G.p ~~a,%-)-'--IXTAVEII A.A.,
..red.1 LITV:DiOVI,N,N,p red.; RYAWIOV, V,A,p red.; URAZAYEV,
N.M.) red.; CHERKIWIY, S.N., red.; KIL41-11DULLIN, H.S., red.
[Transactions of t~v 1/#th All-Union Congrese of Wgionists
and Public~Health Physicia~s] Trudy Vaesoiuznogo zIlazda
gigienistov i sanitarnykh vrachei, I/,. MosWaf Hedgiz,
322 P. (MIRA 1W)

ACCE"Slov, lat.: 0/0207/63/00d/065/0011/0017
03014915
AUTHO' Ur, !,.liyqvskiy, U. Ya.,,'(SverdloVsk); Zhdanov, V. M. (Sverdlovsk).
~TITLE. 'Transformation equations-for nonisothermal multityped plasma
-.,SO.TR. CE: Zhurnalprikl.~ makhaniki i ~,.tekhn. fizikis 'no. 5, 1963P 11,-17
:TOPIC TAGS: nonisothermal plasma,-transformation equationt nonisothermal multi-
typed plasma.
ABSTRACT: The Grad thirteen-moment approximation hasbeen used to obtain a closed
ansport equations for the i-th species in a multicomponent plasma.
set of plasma tr.
The,first three equations (continuity-, momentum, and energy) are obtained using thel:
'taxwellian distribution function$ whereas the two higher moments, or the stress
~.-tensor and the heat flow vector, are derived.using the Grad distribution function-
~for a nonuniform gas.. Transport.equations for the plasma are obtained by assuming
small displacements and neglecting all inertia terms# The resulting linear alge-
,braic equations axe discussed for the condition T,>'> T - T and it is shown that
a,
~~the viscosity tenser and the heat flow veotorof the ectrons can be determined
independently from the rest of the plasma components if one makes use of the
Anequality m~/%44-1. For the:same reason one oan negleat the effects of rre and he
Card

B/040/62/026/002/009/025
D299/D301
AUTHOR: Zhdanov. V.?A.Jsve dlovsk)
TITLE: Transport'.effects in partially ionized rases
PERIODICA1: Prikladnaya matematika i mekhanika, v. 26, no. 2.
1962, 28u,- 268
TEXT: Expressions are, obtained for the tensore of viscosity and of
thermal flow of particles in,a three-component plasma (electrons,
ions and neutral particles); the generalized Ohm's law is derived
for such a plasma. The transport equations are obtained under sim-
plifyinf; assumptionsq, (it is assumed that the macroscopic Cas-para-
meters change little.at distances of the order of the effective
free-patht and times comparable to the interval betricen collision4.
Th'e obtained general system of equations contains, in its riCht-
..hand sides, the "moments with respect to the collision inteeral"
ro' tell, (Ref. 2: H. Grad,
calculated in the app ximation of 1113 momen
Oil the icinetic theory of,rare gases. Comm. Pure nzd Appl. I-lath.9
1949,.v. 2, P. 331). After transformationsy one obtains The diffu-
sion equations
Card 1/4

S/040/-62/026/002/009/025
Transport effects in partially D299/D301
ad p. grad p) - (dIv P-~ div-..) +
9r P P
(
+ ne.E' + ne,,,W, x B - L j x 11
P
Ma II ni I
P, 111A PA
un
System (1-15)t,in conj' ction with the viscosity tensor and
thermal particle-flow h yields the diffusion velocities of the
coinponents; -it can be also used for deriving the generalized Ohm's
lamp connecting the conductivity current j in the gas, with the gra-
dients of t -he-thermodynamic quantitiers and the values of the elec-,
tric- and magnetic fields. ItAs aosumed that the masses of the
ion,~and of the neutral.atom are e4ual* The solutions are considera-
bly,simplified i In forml owingto the presence (in the.equations)
of a small,~P*rameter - the -ratio of the electron- to ion mass me/~Ui
or of m /M #'Thusp the viscosity tensor and the thermal electron
e a ,
flow are.obtained independent of the equations for the other com-
Card 2/4

low
S/040/62/026/002/009/025
Transport effects in partially ... D299/11301
n n
ponentsp whereas the corresponding quantities for ions I- d atoms
are determined from a system of 2 equations in which i5t~.and h. no
longer enter. Expressions are obtained for 7--et 3, and whose
a
su.-%; constitutes the viscosity tensor for the entire gas. E-Expressi-
ons are also obtained for the thermal flow, In deriving the geniera-
lized Ohm's law, the thermal flovis are taken into account in -lie
diff~ision equ"tions a this leads to a much more accurate
T / 0);
value for.1the conductivity a( of theplasmal in both longitudinal
and transverse direction to.the magnetic field. The Ceneralized
Ohm's law for a partially ionized gas, is
+ B x W To CW Ir (W -ro'J) d (D - H x W T (4.10)
e e 0. e 0 e 0
where, A I Bp Cp D and H are given by expressions. Hence one obtains
for the x-c th
omponent of e.conduotivity current:
0: (grad T) (4.16)
ix o(CE, x+ R-e (grad Pe)x Te,
e
-Card 3/4

B/040/62/026/002/009/025,
Transport effects in partially D299/D301
a, O'/j. (4,17)
where
0~
The~correction to o' (i, e. the value of (Y as compared to o.), ranees
bet'Neen 8 ~j` and almost.200:~a (for each of the limiting cases, re-
spectively), This is-in agreement with the Chapman-Coviling, "second
a-proxi,mation". Finally, an expression is derived for the trans-
V1.%rse conductivity-current J4. There are 9 references; 2 Soviet-
'.,-1oc,and1 7 non-Soviet-bloo (including 3 translations, one of which
being S. Chapman-T.G.-Covilingis "Mathematical Theory of Non-Uniflom
'Gase .1erences to
S"). The re' ~the Bnglish-language publications read
as follows: H. Grad. On.the kinetic theory o-' rare r,ases. Comm.
Pure and Appl. Math. 1949P v. 2y P. 331; R. Herdan, B.S. liley
pynamic-cl equations,and transport relationships for a thermal plas-
na. -.,iev. Lod. 11hys#, , 1960, v0 32y P-~ 731 ; V1, Marshallp The kinetic
~.theory of an ionized ga's III& Atomic Mnergy Res. Establ. j 1960F
2419; A.C. Pipkin Electrical conductivity of the Partially
ionized Gases. Phys. of Pluids, 1961, V. 4t p. 154.
SUBMITTED: January 150 1962
Card,4/4,

~e(, 17/ b ,W oo(, o I., Lt2o
- I I , -1
AUTHURS Ye leonsk iy, V. M. , and Zhdanov, ~ . ~'. r I c,% It k
TIT I-F- (,rl tne C n j ; r 4, x I rji,j , i ;) njat, e 11 ..14, m
in a strong electric field
i1ERlUDlCAL. Zhurnal prikladnoy mekhaniki I takhrixche-r.~koy fir,1ki,
no.1, .1963, 26-31
TEXT. The present analysis is based on an expanision for the
distribution function which is of the form
a2 83
+ a --L + a a + f (2)
a 8V a0 3V 3V *PY ~v ~V t~ v
OL Ot P CL
The hydrodynamic approximation is obtained by retaining on1y tne
first few terms in ttils expansion. -1 h it 4! xpix n8 , -, n -, -) e I Ii c I e 11 1, a c it n
be expresced in torms of the moment e ul tne d in t x iv),.t 1 011 1 I'll( I I'M
arid the first mow-ents corresponj to -;ezisitv, avor,i.4c. ve 1.), it) .
stress te: sor arid ther-mal partic ie i lux. 1 t 1 14 d,$-$ -I I- e j t !iA *- t 'I it
(I.Lstribut ion func t ion L'ur the gerounu -3 t ate uepen,;s ii ~ Y 01, T-L-e
modulus of the particle velocity. A I inite number of terms is
Card 1/3

On the hydrodynamic a 1) pro x im a t I c) 7/
taken in Eq.t2) so tfiat its final lorm is
,3 1 2 hCE
f u +
a v 2 av ~v 5 IJV 0
a CE a
where f noed.not be the Niaxwell distribution
function? The transport equation for the electront In a partinlly
ionised gas is thon considered with vlectr,i; :k . 1 is i,) n b
neglected. Electron ion collis iom :u-(- clitscu s.5uo i it ter-i,s r) t' tne
Fok ke r - P Is nk a pproxiina t ion. t I m it) W I I K t
1n t he a ho v e e x pa rin i ,ris a ti v a C A -4 1 t 1~
in add I. t I c) ri t c; Th ~ n y arodynihm i c v ~i r 1.
tir-es for these v.irietbles wriicii L:aii i oo t i r;
the groun,l stat e i istr ibut icn i i-n, 1
1, is th,tr-, ',erlved. The -vt-
morients nrid ttit~ e juari,in tor I
J'he re 11a xa t i -jr, t1, f-,!5 4 rt!
d i 13 t r I t; u t I- r, ri , -Wlile th(-,
~axweli-,an tari. for fl. Thu s T:, r e r, I! i~
Card 2/3

z, / e f 2
(in the hydrodynAmm ic a pprox it"rin
to develop a syBtematic hydrodynamic description ot ~%n ionkst.~j
gas in a strong external field even when Tho gromi(l it.5tr-
ditstribution function is not Maxwellian. Die paj.-r Ii cong 111,1'dA
with estimatas of the contribution to the relaxat.xon times wfitch
is due to electron-electron collisions.
SUB."11TTED. October 19, 1962
Card 3/3

-3
ZHDANOV v I'm plorif, V. rl. - A IX V fV
Study of tlhe,
*16 aid of --adlado" 4w~i ~i .-55
Vs
7
mad-* to--nskcy rfid'. M.
n
o
go n 3 tu

L 8488-M WM/ETC/UF(n)-2/EW(m) IJP(c) AT
ACC NRt AP5021"5 SOURCE CODEt UP/0207/65/000/004/0066/0070
9'#, .1
AUTHORC Zhdanov,_V. N. (Sverdlovek)
ORG: none
If VIS-
TITLET ~.'Electiicia conduct N4 of.1 a,. partially ionized gas mixture in a nkignetic field
SOURCE: 'Zhurnal7priklidn6y miekhanW1 tekhnicheskoy fixfti, no. 4. 1965, 66-70
TOPIC TAGS: plasma conduotivityo multicomponent? plasma
-.'Ab~Tmcr.* Electrical conductivity-'of':an- R-component gas mixture which is partDilly
.16nized'is itudle'& by solving-the 4iffusion equations wder certain approximations.
This approach permits the author to express the problem using the analogy with the
three-component plasma and replacing some of the parameters with certain effective
values. The linear set of vector equations for the diffusion velocities of the gas
species is simplified mainly by neglecting lotic and neutral heat flows. This in'turnj
leads to the generalized Ohm's law from which the conductivities parallel and perpen-
dicular to the magnetic field and Hall current conductivity is obtained. Also dis-
cussed in some detail am the second order effects in the case of weakly ionired mix-
tures giving a conductivity which is only slightly different from the Lorentz conduc-
tivity (assuming the same interactions.) The case of a mare general degree of ioniza-_
tion is also discussed and a method for the computation of parallel conductivity is
given. Orig. art. hast 38 formulas. I
Sto COVET 20/ SUM MET O3Nar6$/ ORIG REFt 002/ OTH Mrs 007
'dvl<

~M_ A
A
CC-NR P-6034-573-(A~At)-SOURCE CODEt UR/0020/66/1701006/1430/1432
AUTITOR: Zhdanoj V H (Active member AMN SSSR); P?terson,_~ Ps;
Ifel I niko, lo A.
_ORG.,~,:Institute of Virology_im#~P, 1, IvanovskiX, AMN.aSSR_(Inatitut,
,Nrusologii,AHN SSSR)
-Inductio of enzyme by various
n a_lla tripping. ti -ru G~ _06
:SOURCEt AN SSSR9 Dokladyj v& 1701 no. 6, 1966j 1430-1432
.TOPIC TA-GSi anzymologyo enzyme.- virology, virus, enzyme synthesis
ABSTRACTs Variola viruses produce a compound within the call-called
the "stripping" factorwhich is closely related to the inductive
activities,of the viruses, Cell fractions of infected cells grown in
tissue cultureki;nd hea't-killed.viruses were tested in tiasue culture
for their deprotainizing and induction properties. The activity of the
various straine was analyzed and compared. Variola vaccine strain
Dermovaccine had the most,active,deprotainizing activity and chicken-
poxvirus the least* Orige art. has$ I figure and.1 table, (We-A's 5.0)
SUB CODEI 06t- SUBH DAM 14Mar66/ ORIG REVI 001/ OTH REPI 002
Car-d

--m-y"o-rgerevich., IAVRINOVIGH# Lay
PCROGHM, Tevgealy Nalmrovich;
RUMUNTOT, Alsksandr Kikhaylovich; SVITLOT# Mikbail Yedorovich;
TARUSTOVSZIY, Andrelbleksandrovich; RZMNITSTN. N.A., kandidat-
tqkhutcbseiLW nauk,",rodaktor; TINOGRADOVA, N.M., redaktor, isdatellet-va;
SAIIAUOT, 14P~:, teklml6heekiy redaktor
lope'r~tion of bydraulic engineering installations] AkspInatatetia,
gidrotekhnicbsskikh~s6,oru:dhsnit. Po& red. H.A.Rzhanitsyua.~XoGkva#
Izd-vo O.Rechnoi transport,,,$. 1956. 406 pe (NLRA,10:2)
(E4rdriaullo.engiaee ring)''

tj P4 G V, V 'S
M-/4-Gan-.PaCho oCy Apr 57
1154, ZIWANOFFV.S. Hoep.Medsantrud, Moscow. *.Diabetes in insular
:,adenoma (Russ lanlext) ~ ARKH. PATOL, 1956. 18/3(92-93)lltus. 2
In gastric resection was carrjed out in a woman aged 51, on account of ulcer.
Six niontha later, pain made it neclssary to resort again to laparotomy. and an
b%duration in the operative field and metastases In the liver were found. Three
yedrs afterwards, diabetes mellitus and an eczema were established and 7 months
later the patient died with the signs of progressive cachexia, At autopsy. a lumour
(4.5 x 3.5 cm.) ofthe tail of the pancreas, with hepatic, metastases, was found.
which histologically was Interpret"d an an insular carcinoma (argyrophilia of the
ce its. consequently y cells). Brandt Berlin (V. 16)

USSR/General Problems of Pathology - Comparative Oncology. U-3
Tumors of Man.
Abe.JoUr Ref Zhur a Biolf) lio 16) 1958) 75537.
Author Bogdanovich, NX., Zhdahov, V.S,
Inst
Title Wo'cases of Primary Sarcoma of the Heart.
Orig Pub Patologii, 1957, 19, No 1, 71-73-.
Abstract Description of 2 cases of primary sarcoma of the heart
by females 45 and 65,years old. In both cases, rhabdomy.
osarcoma of the heart was dia(piosed on the basis of pre-
senco of giant cells with multiple nuclei or with one
large nucleus with clear chromatin substance. The diffi-
culty of clinical and histological diagnostic is underli-
ned. In both cases the dia(piosis was made post mortem.
Card 1/1

GRIGMAN - A* V. (Moskvap Smolerskiy bullvar, d.17, kv.43); ~JIDAWOV, V.S.
p -

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WRTM-AIT Ni-na--Borisovna, n na
Ivanovna; VEYNBERG, A.K.; IjUB114CHAp E.Ya.,, ZHDAIIOV,,V.V..;
ZOTOVA, I.F.;'ILAYEV, M.G.; TRUNINAy V.Ya.,- HOi?6~, *B.Y-a*;
SHOLPOy L.Ye.; GITEYEVA, G.M.j red.j KA114YKOVAj I.A*j
ved. red.
[Physical~propertieis of rocks and minerals in the U.S.S.R.)
Fizicheskie.svoistya gornykh porod i poleznykh iskopaemykh
SSSR. Moskva., Nedra, 1964. 325 P. ~ . (MIRA 18:1)

ACC N" AR6035077 SOURCE CODE: UR/0160/66/000/008/COOG/GO06
AUTHOR: Zhdanoy, V. 1..LGolubev, A. A.
TITLE: Petrophysical investigations related.to the deep-seated structure of the
Earth's crust
SOURCE: Ref. zh. Geofizika, Abs 8037
REF SOURCE: Sb. Materialy k So veshchaniyu Obshchiye zakonomern. geol.
-yavleniy, 1966. Vyp. I. L., 4965, 331-335
TOPIC TAGS: earth crust, parameter, magnetite, petrophysical research
ABSTRACT: Petrophysical. research includes, study of physical properties of rocks
and determination of a correlation dependency between physical parameters and
the conditions of formation of magnetic and metamorphic rock, Direct
-dependences have been determined between thedensity and the basicity of Igneous
rocks, between the degree of, magnetism and the magnetic content of the rock,
and so on. This indicates great possibilMes for petrophysical investigations during
study of the deep-seated structure of the Earth's crust. (Translation of abstract]
SUB CODE: 08 20/
:.JCard_l/l~

CC__HR1__J&700704A SOURCE CODE: UR/oollM/ooo/boe/ m 1/bco
AUTHOR#.. Vfdana'-I.A.-
ORG: All-Union Scientific.Research,~Geological Institute, Leningrad (Vsesoyuznyy
geologicheskiy institut)
TI TIE Granite, formations of the western Kola Peninsula and their relationship to
formation of the Earthys'eru'st
SOURCE: AN SSSR. Izvestiya. Seriya pologicheskaya, no. 8, 1966, 71-85
TOPIC TAG3: earth crust, seismic wave, elastic wave
ABSTRACT: The described territory (the western part of Murnanskaya Oblast)
consists of anci nt sedimentary and magmatic formatio
metamorphosod C no uhich have boon
to different dograoss, Tho'high Value of positive gravity
anomalies, the velocities of elastic Waves at depths of 2-3 ka Attainins
6.4-6.8 km/soo and tho' abs6co of-cloar aoimic discontinuit4os a,2,woll
as direct geological observAtiona make it possible to postulato* Mat the.
rocks of tho Lapland block gradually pa3s into formations of'tho 'basalt
layer*", The entire block probabIr is part of tho "basalt layer" 4PP01r-
ing at the earth's surface as a result of vertical ascending movanont,
The author discusso3 the ZoMation of, motasomatic granitaids in -the area,
(Fig. I its a schematic goological map of the area) 0 formation of rheo.
Aorphio granitoids and formation. of mapatio granites. . GonaidorW as a
Card UDC: 552.)21.1 71.21)

ACC NR: AP7007048
whole the dominant pro case in, the granitold fonitations of the area is
metasomatosis _- the evolutionary transformation of petrographically*
.-different rocks of the upper part of the earth' S crust, directeo to the,
creation of-A homogeneous rock close in composition to granite. The
different forms of manifestation of the metasomatic process are depon-
dont primarily on the structure and character or development of that
part of the oarthl,s crust where. thovo in a, motasomatic reworking or the
matter., Typical metasomatio, granitos aro fornod under static conditions
of rigid structures of analent. blocks. Rheomorphic granites in their
development are related to the process or motasomatosis in dynamic
structures of zones of development, of deep faults* Granites of the
masmatic formation are associated with mobile parts ofstructures air
-rigid blocks but the 'formation' of their individual complaos has basic
differences. For oxamploo the Yuvskiy complex it; the reault,o~r 0XQ_
*thermal processes of motasomatosis under conditions of a strong dynamic
effeat on the rigid structure of the Lapland block. On the oi5er hand,
the Upakiy complex of mspatio~ iraratos in its genesis differs from, all
.'the other Lgiranites of the mestjin part of the K01a ?Onin3Ula.^ SinCO this
area is the stoat deeply eroded part of the Baltic shield it is' Possible
too tra,Ce the deepest processes of formation of granitoldsl making it
.pIcu~slbls to'ahed light ontheir genesis in the younger: stmatural %ones
of the earthli crust. Drig. art, has: figures and i t'abl~- 1jPhS3 39,7181
CODE: 08
Card
/2

ZHDANOV Yix.A#),,KOROL'CEMOj G.A.; DOROFEYMOt O&K,; ZHNGMTU,, Gpi.
Some pr ties of the perchlorates of acetylated monoeaccha-
..ridea, the syntliaois of.0-g3,vcoaidao. Dokl. AN SSSR 154
no.41861463 J.,'64, (KIRA 170)
1, Roitovskiy-na-Donu goeudarotvennyy univeraitet. Predstav-
leno aMdamikm B.Av Kazanakim.