SCIENTIFIC ABSTRACT STANYUKOVICH, K.P. - STAPINSKA, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652910014-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 14358-63 EWT(I)/FCC(v)/BDO A"W410
ACCESSION NRt AP3003848 3/0020/63/151/003/0546/0549
AUMORs Stanyukovichp Ke N. Z
T IT LE sGeneralization of models for the Fridman. universe- 1
SOURCEs AN SSSH. Dokladyt ve 151# no* 3# 1963t 546-549
A TOPIC TAGS i 'Fridman univereep general theory of relativity, electron Ease,
ele,,tronicharge, erpanding universe, cosmology, gravitational constant
ABSTRACT% At presentp the possibility 'is being discussed that the, graritati
onal,
"constant" which appears in the equations of general relativity theoryffmay be
actually a function of time* Thereforet 'Fridman's cosmological model is being
generalized to include this possibility. In the classical' Fridman modelay the,
rate of expansion is a function of time. The make the rate of expansion in these
models constant , it is necessary to introduce an additional tensor of a- hypothetical;
fieldt, The resulting equation is solved. Some relationships obtainedp if properly
interpreted, may be of interest in the derivation of.the mass and energy of-the
electron. Orig. art. hass 27 equations.
ASSN: Scientific-Research Insto for Blectromechanics
Card
L/

STANYUKGVICH K.P.
The variational principle in the general theory of relativity.
Dokl. AN SSSR 153 no-3:562-565 N 163. (MIRA 17:1)
1. Predstavleno akademikom Ya. B. Zei'dovichem.

"VIl'il"KOVICIII K.11. (;.';O-,cow)
"Genn-ral va--iationai rrinciples in mocim-nics of continua and in the theory of
flieldif
Report presented at the 2nd All-Union Congress on Theoretical and Applied
Mechanics, Moscow 29 Jan - 5 Feb 64.

Ci7
((;ra-,;Ltat.iorjl GuravitatSiia- MOok va,
Y?62@- 45 ,. (","Oe v zflizni, nauke, tc@,!Ln.!-o IV
tj r, o-r. iDi, xto-15"
Fizika, T_-

ACCESSION NR3 AP4037107 S/0258/64/004/002/0318/0321
AWHORs Stanyukovich, K. P. (Moscow)
-TITLE: An approximate ma@lj 'i@r integrating equations of plans Potwitial gas rim'
'SOURCEs Inzhenerr4V*y zhurnal,, v. 4. no. 2j, 1964,9 316-321
@TOPIC TAGSs plane gas flow,, potential gas flows nonlinear differential a
quations
::superBonic gas flows isentropy,, steady state gas 12&v
ABSrR&CT: The basic (transfozued) equations describing plane potential gas tim
'are
PTO PVTO
CS
j@ere P is density, v is total velocity, 9 Is the angle between direction of
velocity and the X axi is potential# andYis the flow funations
W PU. (2)
The author uses a me@Cfioa-iial6gous to that of Dombrovskiy tut with the advantap It
.-Card V2

Acassim m: AF4o373.07
;'that it leads, in form, to those solutions which occur for one-dimensional, non-
!steady-state isentropic gas flows, Transformed equations for plane flows with
i "imprecisely" approximated isentropy are generally solved precisely. Here,, for
1precise isentropy, the author seeks an Vproximate solution of the basic eq"tionsdO
i These two approaches are complementar7o Orig. art,* bass 23 foradas*
A&9WIATION: none
SMUTTED: 28jun63 DATE ACQs 051=64 ENCLs 001
SUB CODEs AI AD Mr SOVS Oos OTMRs 000
C3 2/2
C
rd

-ACCESSION NR: AT4035829 5/2534/64/OW/024/6W/0069
AUTHOR: Stanyukovich, K. P.
i, TITLE: The problem of evaporation of Ice meteors
1; SOURCE: AN SSSR. Komitst po mateoritem. Meteorltlks, no. 24, 1964a Trudy*
Desyatoy Meteorltnoy konferentsil v Lenlngrade;29 mays - I Iyunya 1962 g., 66-69
TOPIC TAGS: meteor, astrophysics, Ice meteor, Ice mateorevaporation, meteor
shock wave
ABSTRACT: in the study of the proceiss of meteor evaporation an Important part Is!
played by the radiation of the shock wave which develops In front of the meteor
'body during its movement in the atmosphere; the dimensions of the shock wave exceed
by approximately one order of magnitude the dimensions of the meteor body. The
A'
shock wave itself has an almost spherical form. one of the most complek aspects
of the problem is estimation of the velocity of ablation or the velocity of move-,-
Iment t e boundary between the two phases u,F:" 4as (vapor) - solid (liquid) bodi.
of
Liquid is written In-parentheses because due to heat conductivity and transparancy
ement of the:-
the meteor body will be heated In d:pth at a rate more,-rapid than mov
discontinuity. This paper consider n Idealized prob em, niglecting heat conduc-@
'Light pressure Is
CatrVity and transparency.
1/4

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4
where CFo 5.6
7-10-5erg/cm2-sec-degree4 Is the Stefan-Boltzmann constant, c Is the
speed of light and T Is temperature. Under the Influence of the light pressure 1-
acting on the body a shock wave develops, be@lnd whose front there Is movement of-`
the medium at the velocity up, determined from the relation
P QGUPO, (2)
where is the density of the body and W Is the speed of sound In this.bodys
(1) and52) give
U Ig
P t
096C
'between the,
which can be considered the velocity of movement of the discontinuity
two phases. Assuming that the medium of which the body consists Is liquid. It Is
possible to compute the velocity of movement of the particles of liquid Under the
influence of the applied pressure using the relation
(4)
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1
I
4
Us
) and (
) It Is f
rig ( ound that
U 4o r (5)
3Q@c ..3W

These relations are applicable for relatively small pressures, not exceeding 102@

kg/cm2, which Is adequate s of meteor p,
for analysl henomena.
S I nce
CWT (6)
2
where cY is specific heat cappcity; U0, Is velocity of movement of the met7bor body;.L
is a factor taking Into account losses on Ionization. dissociation and other
energy losses, then
4o,4
Up
3Q@ Qpc 2ce

4a
3q# c

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For relatively small p formula (7) gives the lower estimate of the evaporatl
on
rate and formula (8) the upper limits, without aerodynamic factors taken Into
account. The author then proceeds to comput6 the initial Intensity of the evapora-
tion process, assjjming the meteor body-to be spherIcal. Since the velocity of the
evaporating particles'considfrably exceeds u P and u*, the evaporating matter ,
probably will be carried Into the tall of the meteor body. in a real case of flow
of air particles around the body the evaporation process will be accelerated. As'-
the meteorite breaks apart the evaporation proces .s. especially for an Ice meteor.
will be accelerated. A specific example Is cited and the duration of the *vapors-
tion process for ameteor with the specified parameters Is determined. 009. arti
has: 18 formulas.
ASSOCIATION: Kamitet po meteoritam, Akademlya nauk SSSR (Committee on Netsorltes;
SSSR Academy of Sciences)
SUBMITTED: 00 DATE ACQ: i8may6li ENCL: 00
SUB CODE: AA 1#0 REF 005 OTHER: 000
Caro

STA ITYU KOV I Off p - K. P.
Evaporation of meteoric ice bodies. Meteoritika no.24.-
66-69 164. (MIRA 17:5)

ACCESSION NR: AP4014446
S/0188/64/000/001/0062/0070
AUTHOR: Stanyukovich, K. P.
.ITLE: "~enera'lizewd"7a~il"a~tionaI formalism in the general theory of relativity
1A. 1, 0
SOURCE: Moscow. Universitet. Vestnik. Seriya 3. Fiz. astron.,kli 1964, 62-7
JOPIC TAGS: relativity, general relativity, gravity, variational formalism, gravi-'
tational field equation, gravitational field pseudotensor
ABSTRACT: The author considers the derivation of gravitational field equations in
.the presence of matter and the laws of conservation of the energy pulse of matter
@and of field on the basis of the variation of a generalized lagrangian density
with variable X . The role of the lagrangian in this case is played by R/2-X ,
where R is the scalar curvature; X is a variable parameter characterizing gravita-
tional interactions. in the limiting condition, the usual equations for the gravi-.
tational field are obtained, as well as the correct pseudo-tensor of the field, -
which automatically contains second derivatives. In this connection, there exist
:real gravitational waves which also shift the energy In an Inertial system of co-
ordinates. The normal procedure for isolating the diver ence, of which the second
,derivatives gik are part, is not covariant and'. as is we?l known, does not leadto
:,a,satiffactory pseudo-tensor of the gravitational fleldnCW to the laws of con-
C rd' /2

:ACCESSION NR: AP4014446
servation of the energy pulse. Consequently, the variation of the scalar curva-
ture is carried out while taking into contideration the second derivatives gik- It
,is not assumed that on the hypersurfac:s Spik - 0. From the very outset, the prob-
lem is somewhat generalizedand It is sumed that the "gravitational constant"
8 G
where G is the Newtonian "gravitational constant" and may be a vari-
.abi: orc4eventa tensor, since the relation between the tensor of the field and the
:tensor of the matter may, in the most general case, be tensorial. Orig. art* has;
@47 formulas.
!ASSOCIATION: KAFEDRA STATISTICHESKOY FIZIKI I MEKHANIKI 140SKOVSKOGO UNIVERSITETA
,(Department of Statistical Physics and Mechanics, Moscow State University)
,SUBMITTED: 27May63 DATE ACQ: 12har64 ENCL: 00
SUB'COCE: PH, MM NO REFSOV: 003 OTHER; 002
C.r'j 2/2

ACCESSION NR: AP4012082 S/0020/64/154/002/0313/0316
AUTHOR: Stanyukovich, K. P.
TITLE: Continuous medium Lagrangian in a Riemann space.
SOURCE: AN SSSR. Doklady*, V. 154, no. 2, 1964, 313-316
TOPIC TAGS: Langrangian, Riemann space, relativity theory, continu-
ous medium, Hamilton'@Jacobi equation, partial differential equation,
action function, field equationj electromagnetic field
ABSTRACT: The Hamilton-Jacobi partial differential equation for a
single mass point in Riemann space has the form
E2
g@k 1112C2
axi V
where E is the particle energy and s* is the effect. Since the
energy per particle in the case of a continuous medium is
WIN.= n, W,
Card 113

ACCESSION NR: AP4012082
where w is the heat content of a total mass unit, f is the entropy,
and is the density of the particle quantity, (1) can be expressed
as
g1k as. as. W2
-F
XT
Xk
This equation (3) is the Hamilton-Jacobi equation for a continuous
medium. Introducing the effects calculated for a unit mass s - a*/M)
(3) transform to 11, 43S as AV2
9 _5@7 -F- + -@
X* 0,
-The pressure p is the Lagrangian in continuous media which can be
expressed as
-p (w ejlv,-@
where'u is the specific volume, the combination of (4) and (5)
produces
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ACCESSION NR: AP4012082
L p f - E + ic (4)
These equations are then used to determine the special case of the
movement of an ultrarelativistic gas and for the movement of charged
particles in continuous media of an electromagnetic field. Orig.
art. has: 35 Equations.
ASSOCIATION: Akademiya nauk SSSR (Academy of sciences SSSR)
SUBMITTED: 3lAug63 DATE ACQ: 14Feb64 'ENCL: 00
SUB CODE: MM, PH. NR REF SOV: 005 OTHER: 000
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3/3

STAITMOVIGHP K.P0, -
New variational formalism in the general theory of relativity.
Dokl. AN SSSR 158 no.lt78-81 S-0 164 (KrU 17&8)
1. Predstavleno akademikom N.N. Bogolyubovym.

STAITYLIKOVICH, K.-Pa
_k,pproximaze metn@)d a I-nLegrzatLng equations for -P:an-: po@tantial
ga4 flcv. Tnzb. zhur. 4 ac,.22318-3721 t64 .(1,',!.-RA 17:8)

STAN-YUFOVIGH., Kirill Petrovich; LESHKOV"2SEV, V.A., red.
[The gravitational field and elementary particles] Gra-
vitatsionnoe pole i elementarnye chastlitsy. Mosk-va,
Nauka, 1965. 310 P. (mIRA 18:6)

STANYTTKOTICH, K.P., prof.; MOMAROV, V.N., zhurnalist
A new concept of the universe. Zem. i vael. I no.1:82-83 Ja-F 165.
(MIRA 18:7)

KOLESNIKOV) S-M, (Moskva); STANSKOVICH, K.P. (Moskva)
Nonstationary adiabatic centrally oymetrical m6tions of matter
in the general theory of relativity, Prikl, znat-, ii mekh. 29 no-4:
716-722 Jl-Ag t65, (MIRA 18sq)

t 10765-66, - Evirm/6cm) (v)-3/r/EWA(m)-2 IJP(c) GW
ACC NRt
AP5028907 SOURCE CODE: UR/0020/65/165/003/0510/0513!
AUTHORS: Starqukovich, K. .1 gj!@Eshekeyevv Oo-O Gurovich, V. To.
t/
ORG: none
qq, @F-,)
TITM Self-similar motion of relativistic gas in the general theory of relativi!z
for a case of point symmetry
SOURCE: AN SSSR. Dokladyt v. 165, no. 3, 1965, 510-513
TOPIC TAGS: relativistic gas, astrophysics, special theory of relativityg general
theory of relativity, isentropic flow.
the following
ABSTRACT: Starting with the Einstein equations 1126j'T xTik' get
of adiabatic motion equation is obtained for a relativistic gas
I.-, 1!!@!l + ukul agkl + T 03
ds
a
= 0. 0
ik V ds
where w and cr are the energy, content and the entropy, respectively. These can b*
expressed through the pressure P and specific volume V or
k
@W PV + ac", PY11 0,
Card 1 L2 UDC: 532.50101

L 10765-- 66
ACC NR, AP5028907
The above equations are then written in logarithmic form and are shown to differ froa
the special theory of relativity by the presence of the two functions 7, and V
The self-similar solution is obtained through the functions
ia (z), I/V==f-sga(z), P==9-,93(x),'
MS94(z), e" 11"#@s(z),z r/!.,
which lead to a set of five ordinary differential equations in the un1mowns j@ -C
It is shown that,in general, the aelf-similar solution does not admit of an isentrWic
flow.. Finally, an ultrarelativistic flow is considered with the similarityfunotions
P
el 016(z)i z'= r1l.
The special case of the notion of a dust type particle in a gravitational field is
considered whereP 0 and a a(X). The solution gives the following results
P 1 / V r2(c, xc2F(z)j,'-
A
P (S) d.-
This paper was prevented by academician L. I. ftdov on 9 April 1965, Origa sirt. hams.
Is equations.
SUB CODEs 209 93/ SMU DM: 04kpr65/ ORIG REF: 006
A Card

L 15529-66 FwT(8)1k11r(1) in(c).
ACC NR: AP5025860 SOURCE CODE: UR/0020/65/liZi6@i/6789/0792
AUTHOR: StanyukUntMch, K, P.
Vskiy
ORG: Scientific-Research Institute of Electromechanics (Nauchno-fooledovatel
lnstituf-efe-ktromekhantki)
TITLE- Electrodynamics in Rieman space
SOURCE: AN SSSR. Doklady, v. 164, no. 4, 1965, 789-792
TOPIC TAGS: Rieman space, electrodynamics, cosmology, metagalaxy, electromagnetic
field, general relativity theory
ABSTRACT: It is of considerable interest to study in detail the equation of electrodynamics
in Rieman spaces taking into account the general curvature of the Friedmantan models of
the Universe (Metagalaxy). The author analyses here the earlier results of Eddington and 0
J. Sing (Obshchaya teoriya otnositellnosti [General Theory of Relativity], ch. 10, no. 1,
IL, 1963) who took into account only the curvature of the space created by the electroMa-.
gnetic field proper and not the total curvature of the space. The newly formulated expres-
UDC: 530.12:531.51
LCard-1/2-

ORG: none
ITITLE: Ultrarelativistic escape of gas,in a gravitational field
SOURCE: AN SSSR. Doklady, v. 165, no. 4, 1965, 8o6-8o8
TOPIC TAGS: general relativity, light velocity, radio astronomy,
Igalactic radiation, gas mechanics
ABSTRACT: The authors consider the motion of a gas at velocity close
to that of light from the point of view of general relativity, in vieW
lof interest that at@aches to this problem in connectionwitb observa-.
Itions of _qjjasarsN,dAd explosions of galactic cores. To this end they
:!modify the@equations of motion and continuity previous ly'obtained for
Ithe special relativity theor :-,4qW
t to simplify the problem they assume
;the initial distribution of tn6 pressure and the velocity (the Caueby
'problem) to the same form as used.for self similar motion of,ordinary
igas. Although the final equation obtained cannot be solved ainalyti'01.11
UDCM@--530. 12.:-53 1-51-
1 Card

L 265-15-66 EWP(m)/E11T(j)/T-2 IJP(c
ACC NR, Ap6o=,4 SOURCE CODE:. UlVO382/66/000/003/oo65/0073.
AUTHOR: @olitsyn, G. S!,' Dzhuzumkulov, T. Staryukovichp K. P.
ORG: none
TITLE: General solution of the equations of,magnetobydr2&gNAce for one dimensional-
non-stationar7 and plane atatioriu7 motions
@SOURCE: Magnitnaya gidrodinandka., no. 1@ 1966., 65-73
magnetobydrodZmudes, mhd flow, p6&*&&*ft
jTYP:1r S TA
oAynamics,
FRUCT: ae a hors consideT -the solution of the equations of magnetobydr
for the case of a gas having ideal conductivity) for one dimensional non-stationary
and plane stationary motion in a magnetic field perpendicular to the direction of,
motion. While the fundamentalresults were previously obtained by one of the authors
(with S. A. Kaplan, DAN SSSR 39%, vo 95, 4 769), the present article presents a
solution which is more generaland is applicable to one dimensional non-stationary
motions. The method used to derive the equation is similar to that used first in
ordinary gas dynamics by one of the authors (Stanyukovich, Inzh. zhurnal v. 4, 3A
1964) to investigate plane stationary motions; The resultant partial differential
equations are solved approxlmately._@@We@)Chaplygin method. The degree of appraxima-;
tion of the results is briefly disEu_s_a_e_&._ Orig, art., has: 48formulas.
z
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AP6008832 SOURCE CODE: UR/0294/66/004/001/0087/0091
Kiselev, M. 1. (Moscow);, ULW scow)
AUTHOR: Stap vVich.&RI-050
ORG: None
TITLE: Contribution to the theory of nonlinear skin effect
SOURCE: Teplofizika vysokikh temperatur, v. 4, no. 1, 1966, 87-91
TOPIC TAGS: heat conductivity, skin effect magnetic field, metal conductivity, metal
heating
ABSTRACT: The authors investigate some solutions of the nonlinear equation of hrat condur-.!-
tivity applicable to the description of skin effect phenomena in highly magnetic fields. Two
possible versions of the evaluation of the depth of penetration of an electromagnetic field into
a metal are studied for the case when the Joule heat release is so high that it is necessary to
take electrical conductivity variations with the temperature Into consideration. Such evalua-
tions may prove to be interesting for technical applications in heating metal by means of high
frequency currents or high-current pulses, In interpreting data in an electrophysical experi-,
ment, and in describing transient processes in the critical point of superconductivity. Orig.
art. has: I figure and 24 formulas.
SUB CODE: 11120 SUBM DATE: 06Jan65 ORIG REF- 002 OTH REF: 001
UDQ 538.6:537.,29
C rd

1 22568-66 F-1JT(1 UVI
ACC NRt AP6019594 SOURCE CODE: UR/0293/66/004/003/0408/0413
AUTHOR: Mukhamedzhanov, A. Stanxak@940!!@@ 1-1)
ORG: none
TITLE: Theory of lunar craters
SOURCE: Kosmicheskiye issledovaniya, v. 4, no. 3, 1966, 408-413
TOPIC TAGS: lunar crater, selenology, lunar landfor'm, ring formation, moon surface,
meteorite impact
ABSTRACT: Questions dealing with the expenditure of energy in the formation of
craters as the result of meteorite impact are discussed. Specifically, the theory
of "explosive diffusion" is advanced to account for the characteristic structure of
lunar craters having concentrically enclosed walls (Vitello, Posidonius, Riccioli,
Furnerius, Wargentin, Gassendi, Marth, etc.). According to this theory, secondary
and even subsequent craters may be formed when the material ejected from the first
impact itself strikes the ground. It is further established that each successive
impact in the process of "explosive diffusion" is characterized by a lessening of
intensity. Orig. art. has: 33 formulas. JDMI
SUB CODE: 03/ SUBM DATE: 1OAug65/ ORIG REF: 009/ OTH REF: 003/ ATD PRESS:
6
card 1/1 UDC: 523.34

ACC NR, A 019527 SOURCE CODE: cjd@@16 6i68 Oqo_7_6_17@7@
AUTHOR: Stanyukavich, K. P.
y (Nauchno-isssledovatellskiy insti-tut,
ORG: Scientific-Research Institute of Intr2.sc2y
introskopii)
TITLE: Concerning one possible type of stable particles in the
SOURCE: AN SSSR. Doklady, v. 168, no. 4, 1966, 781-784
TOPIC TAGS: elementary nuclear particle, gravitation field, electromagnetic field,
galaxy, metagalaxy, cosmology
ABSTRACT: The article deals with the possible existence of quasiparticles (called
_"Plan2he rLs) of dimensions equal to the gravitational radius and to their internal
radius of curvature, with an internal field corresponding to a Schwarzschild field.
It is shown that such particles constitute stable closed Einstein microworlds and
are stable against both electromagnetic and gravitational radiation. Their total
mass is estimated at approximately the mass of the metagalaxy, so that their energy
i6 of -the same order as that 9f other forms of energy, as should be the case for the
uniform model of the universe. Calculttion of the frequency of collision of such
particles with nucleons shows that -the energy released by these collisions is suf-
ficient for formation of new nucleons in accordance with the Dirac-Hoyle theory.
The relation between these new particles and heavy gravitons, "maximons, " quarks,
particles produced by galactic explosions, and similar fundamental particles, is
indicated. Arguments are presented in favor of the hypothesis that quasars and other
2 UDC: 930.12 +

- - --------- -
ACC NR: AP6019527
metagalactic objects are made up of such superdense particles produced in the pa t
r,4W@@The- relation be-
and still being produced during tbe-.evolution,of..thel=etagaaax, S
tween this i.jpothesis and other cosmological theories are discussed. The possible
existence of other "closed" particles in the metagalaxy iS-prUpds6d'and-some of their
properties are tabulated. A scheme for the interrelation between elementary and
fundamental particles is indicated. The author thanks D. 1. Blokhintsev, &_ A,-
WrXQy,_ and G. A. Sokolik for an interesting discussion of, thL-tesults. Ibis report
was presented 73Y Academic-ian N. N. Bogolyubov 29 January 1966. Orig. art. has:
8 formulas and 1 table.
0
SUB CODE: SUBM DATE: 3lDec65/ ORIG RM 005/ OTH RU: 004

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ACC NRi AM50277
Monograph
UR
Gravitation field and elementary particles (Gravitataionnoye pole i elementarnyye
chastitsy) Moscow, Izd-vo "Nauka", 1965. 310 p. illus., biblio. (At head of
title: Ooskovskoye obshchestvo ispytateley prirody.' Sektsiya fiziki) Errata
slip inserted, 7600 copies printed.
TOPIC TAGS: gravitation field, gravitation wave, gravitational radiation., general
relativity theory, variational method, field theory, gravitation, Riemann space,
space curvature, elementary particle
PURPOSE AJID COVERAGE:,. This book may be of-,,@nterest to persons concerned with prob-
lems related to gr .avitation-and the gentral relativity theory, It represents an
attempt by the author to analyze and describe the nature of gravitation within
the framework of the general relativity theory. The first section is devoted to
the treatment and critical study of the general theory and the variational form-
alism used in it. It also contains a certain development and generalization of
the formalism under the assumption that the relation between the Ricci and energ
momentum tensors can be established with the aid of ?Atensor or paeudotensor)
matrix and not with a constant. The second section deals with different aspects
of the nature of the grAyttat;L JI/
qq!@j field and radiat'Lon' d contains a generali-
V an
zation of models of the Friedmann Universe. Some hypotheses and less rigorous
reasoning regarding the relationship between the particle structure and gravita-

ACC NRt A15027766
tion are introduced. The -author thanks G. -A. aq&Uk, S, M. Kaleanikay, M, Ta,
.Guroyich, N, P. Konopleva, M. K. Polivano . V. 5. -or-eshne and V. A. ZakhAMM_
for *valuable dis.cussions.
TABLE OF CONTENTS:
Foreword -- 3
Introduction -- 5
Section I. The general relativity theory -- 9
1. Variational methods of the field theory -- 9
2..- The classical Newton's low of gravitation and gravity In the special
relativity theory -- 14
3. Basic equations of the general relativity theory -- 26
4. Linear approximation - 33
5. Investigation of gravitational waves in linear approximation - 40
6. Motion in the general relativity theory - 43
7. MWon in a weak gravitational field - 44
8. Certain exact solutions in the general relativity theory - 42
9. Investigation of the central-symmetric field equations -- 57
10. Friedmann's models of our universe - 66 '
11. Conservation laws In general relativity - 69
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ACC NRi M1502 7 76-6
12. Energy of the gravitational field and waves -- 76
13. Basic modifications of t"' -- 81
14. Analysis of the Einsteiniand Friedmann models of our universe 86
15. A preliminary analysis of the results obtained -- 94
16. Rigorous variational principle in general relativity -- 96'
17. Integral conservation laws in general relativity - 116
18. The energy-momentum tensor and equations of motion - 119
19. Basic remarks on general relativity -- 129
(basic redults of an investigation of universe models with X # constand-
Section II. Components of the theory of space and matter -- 135
1. Prerequistites of the theory of space and matter -- 135
2. Generalized variational forma1ism. -- 137
3. Conservation laws -- 154
4. Generalization of models of the Friedmann universe -- 160
5. Gravitational radiation and waves - 170
6. Radiation of gravitational waves by elementary particles - 183
7. Int traction of particles during radiationof gravitational waves 208
8. The gravitational field and radiation and their possible quantization -- 237
9. Possible structure and evolution of matter -- 256
10. Certain properties of space and interactions taking place inside it -- 277
11. Electrodynamics in Riemann space 287
12. Problems of space thermodynamics 293

. I
I :- 7

ACC NRi
EWT(1)/EWP(m)/T IJP(cl
AUTHOR: Vrezhnev, V. S.;,Stanyukovich A K. P.
ORG: Scientific Research Institute of Intro3copy (Nauchno-issledovatel'skly Institut
introskopii)
TITIZ: Concerning the interaction between a spinor field and a grsv@(ational fi6l
SOURCE: AN SSSR.. Doklady, v; 168, no..5, 1966, 1027-1029
TOPIC TAGS: spinor, gravitation field, quantum number, electron spin, relativistic
quantum mechanics, Schroedinger equation
ABSTRACT: The purpose of the stady was to find a general-covariant formulation of
the Dirac equation in which only the components of the metric tensor are used. A
direct generalization of the nonrelativistic Schroedinger equation Is obtained first
on the basis of the known connection between the components of the 4-momentum of a I
particle in a gravitational field. A special transformation is used to obtain a wave@@,
equation in which the spin of the particle (e.g., electron) is taken into account.
It is also shown that a general-covariant generalization of the Dirac equation
so be obtained by a different approach in which the time and space coordinates are
not assumed to be symmetrical. In such an approach the particles and antiparticles
are asymmetrical in a gravitational field, but the asymmetry depends on the choice of'
the reference frame. It is concluded\tha:t-:in a gravitational field the concept of
spin as a quantum number is meaningless, and the principle of combined inversion
ceases to be an absolute law of nature, being fulfilled only in flat 4-space. Mis
Card 1/2 UW: 530-12 + 531-51

ACC NR: AT6036284 SOURCE CODE: UR/0000/66/000/000/0054/0065
AUTHOR: Stanyukovich, K. P.; Aytmurzayev, T.-, Arkabayev, N.
;'ORG: none
TITLE: Axisymmetric self-similar relativistic gas flows
;SOURCE: AN KirgSSR. Institut fiziki i matematiki. Ploskoparallellnoye i osesimmetri-
icheskoye techniye gazov i zhidkostey (Plane-parallel and axisymmetric flow of gases
;and liquids). rrunza, j%d-v* ilim, loss, 54-66
TOPIC TAGS: relativistic flow, similarity theory, Prandtl boundary layer
,ABSTRACT: A finite form of a set of equations of motion is derived for a relativis-
Itically moving gas using a general orthogonal curvilinear coordinate system. This Sys-;
item is applied to a case of self-similar stationary relativistic flow with axisymmetric
;proper-ties for which a spherical coordinate system is shown to be convenient. The so-]
:lution is obtained in a quadrature form suitable for numerical calculations and which
:for the case of a very small gas velocity relative to that of light can be expanded in
Megative powers of the speed of light. This solution has properties which allow con-
Isiderable simplification in the ultra-relativistic cases. The axisymmetric problem is!
i I
Ifurther extended to include nonstationary flows. Two classes of self-similar flows are
I i
;considered and it is shown that in both cases the problem can be described by a system
:_.C.,d 1/2

ACC NR: AT6036284
.of four ordinary differential equations. These equations describe the motion of the
:gas in one plane since otherwise the similarity conditions are violated. Orig. art.
has: 32 formulas.
!SUB CODE: 20/ SUBM DATE: 28Apr66/ ORIG REr; oo5
card 2/2

7@'
ir
49-207 7)
551.582.2:551.585.5:551.584(s
Meteorological Abate kashkarov, Daniii Mkolaevich, Zhuk-ov, A. and Staniukovich. K., Kholodnais. puslynia
i Tseoft&111=6 Tian-shan's Regultaty Ekspeditsil LGU letorn 1934 g. [The cold desert of
Vol. 4 NO.9 ;Centra.1 Tien Shan. . Results of expedition of LGU (Leningradttate University) in summer
Sept. 1953 11934.@ Leningrad, LGU War., 1937. 116 p. photo$., diagrs., graphs, refs. DLC_
@Chap. I (p.,12-35) contains in the section on Macroclimate, data on temperature (yearly -
Part I mean and seasonal distribution), precipitation, humidity of the air, winds, rate of cooling with
Climatology and laltitude, cloudiness, intensity of solar radiation, weather vahations, temperature of the sail,
Bioolimtology permafrost and underground ice. Deviations from the rni@ins, which to a certain extent
alleviate the gloomy picture described in this section. are discussed in the section on Eco-
iQ Microclimatic Data. Ile chapter concludes with a comparison of the climate of the c -old
desert with the climate of Pamirs and Novaya ZeWya. Subjeq Beadings., 1. Climatic datar!
2.Micractimatolop 3. Desert clinuites 4. TiezI Shan, Khafiria 5.U.&S-JL--CX.
i
115- MR-

STA1,"1M'CV7Cjj, F. V.
Stanyukovich, K. Y.: "The effect of various environmental factors on the age
composition of the desert bush vegetation in the Pamirs and its replacement",
Soobshch. Tadzh. filiala Akad. nauk SSSR, Issue 9, 194P, p. 6-9.
SO: U-3042, 11 March 53, (Letopis 'rWkh Stateys, No. 10, 1949).
fd*,@4 6 101 . 511,fi " , -IjL A 54 G@fi 1 .1 A S

ST"LNYUKOVICH, K. V.
P@_'_ 17/49T"!'9
UM/Nedicine - Plants Iky/Jan %8
Medicine - Rainfall
OVegetable Belts In Iketern Pamir and Their Re-
lationship to the Annual Rainfall and Altitude of
Snow Line,* K. V. Stanyukovich, Pamir Blol Sta,
Tadzhik Affiliate, Acad Sci USSBY 4 pp
Obotan Z4urn Vol XXXIU, No 3
Treats subject under the following: (1) height of
perpetual snow line, (2) upper limit of vascular
plants,, (3) nival X=6.1 (4) upper Alpine,subzone,
(5) lower Alpine subzone, and (6) sub-Alpine zone.
racludee diagram. Submitted 10 N&Y 47.
17/491%

-) @ VJ I-., @ , Il @, il , F, . " .
"Vegetation Cover of the Eastern Pamir," Geographical Coverage of the USSR, @$oscow,
1949.

1. STANYUKOVICH, K. V.
2. USSR (600)
4. Geology and Geography
7. Vegatation Cover of Eastern Pamir, K. V. Stanyukovich. (Moscow, Geography
Press, 19/+q). Reviewed by L. Ye. Rodin, Sov. Kniga, No 11, 1950.
9. IWReport U-3081, 16 Jan. 1953, Unclassified.

STANYtJKOVIC9, K. V.
USSR/Nediolne - Plant
Medicine - Begen:ratioa'
FA 27/49T77
Feb.49
"The Course of Restoration and Growth of Part of
the Semiundergrovth. in the High, Mountainous Deserts
of Eastern Famir," K. V. Stanyukov-ich, Famirskly
Biol Sta, Tadzhikskty Assoc, Aced Sci USSR; 3 PP
*Dok Ak Nauk SSSR" Vol LXNv No 4
Study was undertaken in eastern Pamir because it has
been established that a whole series of plants re-
generate 7ery badly there. Spudied regeneration of
undergrowth, of the growing part of Its pDpulation...
and Influence of absolute height and moisture od
their lengbh of life. Submitted 6 Dec 48.
27/49T77

STANYUKOVICH..K.V.
Dependence of the population age mountain subohrubs on abbolute altitude.
Dokl. AN Tadsh. SSR no-1:39-42 '51, OMM 9:10)
1. Inatitut botnniki Akademit nauk Tadzhikokoy SS.H. Predstayleno chlenon-
korreepondentom Akademit nauk Tadzhikekov SSR. P.N. OVchinnikowyn.
(Pamirs--Alpine flora)

STAN = OVICH. K. KISHKOVSKIY, T.N.
Dependence of plants on precipitation in the Alpine zone of the Pamirs.
Dokl.AN Tadzh.SSR no.2:9-3.1 '52- (MA 9:9)
LInstitut botaniki AN Tadzhikskoy SSR, Famirskaya biostantsiya. Predstav-
leno deystvitellnym chlenom AN Tadzhikskoy SSR SOI.Pleshko.
(Pamirs---Alpine flora)

STAIiYUKOVICH' R:. V.
Botany-Arctic Retions, Ulpine Flora
Outlook for using a viviparous species of_Fagopyrum in extending plant culture
into al-olve and tundra regions. K. V. Stanyukovich. Bot.zhur. )7 No. 1952.
Pamirskaya Biologi-cheskaya Stantsiya, Botanicheskogo Instituta, Akademii Nauk
Tadzhikskoy SSR
2
Sol Mont List of Russian Accessions$ Library of Congress, September 1955, Uml-

STAMROVICHY K. V.
Pamirs
What.is the Pamir, Izv. Vses. geog. obshch., 84, No. 4, 1952.
9. Monthl List of Russian Accessions, Library of Congress, October -195@.gUncl.

STANYUKOVICH, K. V.
"The Vegetation of the High Mountain Lands of the USSR."
Dr Biol Sci Inst, of Botany imeni V. L. Komarov,, Acad Sci USSR
(Apr-Jun 50. (Vest Ak Nauk, Nov 54)
Survey of Scientific and Technical Dissertations Defended at USSR
Higher Educational Institutions (11)
SO: Sum. No-521, 2 Jun 55

STANMOVICH,K.V.
Chief zonal types in the mountains of the U.S.S.R. Izv.Vses.
geog.ob-va 87 no.3:232-243 MY-Je '55. (MMA 8:9)
(Nountains) (Phy-togeography)

SUNYUKOVICH, K.Y. - XHIVONOGOVA, M.B.; LOYGUL, G.K.; SIDOROV, L.Y.
I
Vegetation belts of the Trans-Alai and Alai Ranges in the Ushpr
4zyl-Su basin. Isy. Otd. est. nauk All Tadzh. SM no,16:165-173
156, (mm 10:4)
1. Pamirskaya biologicheskm7a Uantsiya AN fadzhikokoy SSR*
(Alai 'walley-Phytogeograpby)

STANYUKOVICH, K.V.
Changes occurring at the present time in the vegetation of the
Pamirs. Dokl. AN Tadsh. SSR no.18:15-20 156. OffARA 10:4)
1. Pamirskaya biologicheekaya stantsiya Institute, botaulki kN
Tadzhlkakoy SSR.
(Pamirs-Botarq-Rcology)

STANnXOVIqH 1,Vladimirovich- BOYARKINA, V., redaktor; TIMSHIN,
tekhnich;s :.y-r-
[Alongmountain paths; a goobotanist's notebook] Po gornyu tro*u;
zapiski goobotanika. [Koskva] Izd-vo Tol VLISK "Holodada gvardita."
1957. 206 P. WaA lo:6)
(Siberia--Description and travel)
(Siberim@--Botauy)

STANYUKOVIGH, K.V.; KRIVONOGOVA, M,V,
- - - -
Iffsct Of moisture and continental climate on vegetation zones in
mountains. Ixv. Otd. est. nauk AN Tadxh,SSR no*-2o.-45@--57 157,
(Phytogeograph.T) I (MIRA 1128)

STANYUKOVICH, K.V
Discovery of fossil ice in the Zor-Kul' Valley. Dokl. AN Tadzh.
SSR no. 20:51-53 157. (M IM 11 : 7)
1. Pamirakeye biologicheskeva stautalya Institute botaniki AN
Tafthikskoy SOR. Predstavlano chlenom-korrespondentom All Tedshikskoy
SSR P.S.Owchinnikovya.
(Zor-Kull Valley--Ice)

STANYUKOVICH. K.V.
Brief survey of the vegetation on the southern slopes of the
Vakhaa Range. Dok:L. AN Tadzh. SSR no. 22:23-26 '57. (MIRA 11:7)
1. Pamirskaya biologichesksys stantsiya Institute botaniki AN
Tadzhikskoy SSR. Predstavleno chlonom-korresponclentom AN Tadzhikskoy
SSR P.N.Ovehinnikovym.
(Vakban Range-Botany)

STAHMOVICH. K.Y.:IKONNIKOV. S.S.
Vegetation of the Bilyand-Kiik Valley. Izv. Otd. sat. usuk
AN Tadzh. SSR no. 24:57-72 157. (KIRA 11:10)
1. Pamirskaya biologichaskaya stantsiya Instituta botaniki AN
Tadzhikskoy SSR.
(Bilyand-Kitk Valley@-Botauy)

STANYUKOTICH, K.T.
... -@- 1 --
OJourney through the Pamirs' by Pavel Luknitskii,Rsviewed by X.To
Staniukovich, Izv.Taas.geog-ob-va 89 no.1:74-75 Ja-F 157.
(yJak 10:3)
(ftmirs-Description and travel)
(Luknitakit, Pavel)

STARYUKOVICH, K.V.
11%- @, - , 1.1.
Golub-IAvan; data on the snowman in the Pamir. Izv.Vses.geog.ob-va
89 no.4:343-345 JI-Ag 157. (MIRA 10:10)
(Yeti)

STANYUKOVICH, Kirill Vl LI
_v44hprof.; SHCHERBINOVSKAYA, T.N.,
,,g.#o
tek:hn.red.
[Along the path of the argall) Tr4oiu arkharov. Moskva, Goo.
izd-vo go.ogr.lit-ry, 1959. 180 p. (KMA 12:9)
(Soviet Central Asia-Scientific expeditions)

@--STANYUKOVICH K.V.
Y
Dividing the mountain area of Tajikistan into mtural districts.
Dokl.AN Tadzh-SSR 3 no-4:31-33 '60. (MIRA 14:4)
1. Sovet po izucheniyu proizvoditellnykh sfl Akademii nauk
Tadzhikskoy SSR. Fredstavleno akademikqM AN Tadzhikskoy SSR V.P.
K-rasichkovym. (Taj"tan-Phytogeography)

3TANYUKGVICH,, K.V.
The Mediterranean belt tipe and its high altitude vegetation in
Central Asia. Uch. zap. Ihish. gos. pad. inst. 35. Ser. geog. no.2:
185-194 162, (MI14 16:9)
(Soviet Cantral Asia-Vagetation and climate)
1@

STANMOVICU,Ki-rill Vladimir vicb: SIDORENKO, G.T., otv. red.;
@ -9-1- --
VASILIYEVA, N.M., red.i7,d-va,- GELLER, S.P., tokhn.red.
[Wormwood deserts of Tajikistan their dynamics and age
composition of dominant iE@peciesj Polynrqe pustyni Tadzhi-
kistana, ikh dinamika i. vozrastnoi sostav edifikatorov.
Dushanbe, Izd-vo AN Tadzhik SSR, 1963. 52 p.
(MIRA 17:3)

KoV,
ryerAo-;aninl ard of--tYe Pamir---
IR a I -it at irn. Trudy Pam. biol . s I t'11-74 %3.
(MIRA 1-1 10)

DAR av el --I !@@R S a nUrOvich -GIJ
rgri cul turp and larm crops i.,r- Gomc.-Badaklishan Autonomcus
L :,L:, I . L
.Province, Taj-.!k S.S.R.] Zern-ledelie i sell skokhozlaiswen-
nye Icalltury Gornc-Badakhshanskoi avtonomnoi oblasti
Tadzhiksko`@ SIR. Dusbanbe 24 Tadzhik S-4@'@R. Vol..2. 1964.
205 P. (%eITRA 13:3)
1. Ghlen-korrespondent. Q17, SSSR (fo* Baranov).

I.STMIYUMVICII, Kirill Vladijoirovich, prof.; BATUROVA, L M, red.;
KORSHIKOVA) G.M., red.
(On the path of the arkars; expediLion storie!ij Tropow
arkharov; ekspedi-tsionrqe rasskazy. Dushanbe: Irfon,
1961:1. 161/1 P. (MIFlA 1.8: 11)

;@@ A"
- " " : . .! . @ I , ." I .
What is the rate of chanves in tho naturai condiLlons of the
Pamirs? Izv. Vses. geog. ob-va 97 no.1:26-3-1 Ja-F 165-
'i.
18.3 )

DEYCH, M.Ye., kandidat tekhnicheBkikh nauk; STAPANCHUK, V.F.. kandidat
tekhnicheskikh nauk.
Calculation of maximum operating conditions of ejectors with an
isobaric initial mixing zone. Teploenergetika 3 no-3:26-29 Mr '56.
(MIRA 9:5)
1. Moskovskiy energetichaskiy Institut.
(steam jets)

LBONKOV, A.M.., kand.tekhn.nauk, dotsent; STA NGHUK,_I.F., kand.tekhn.nauk,
dotsent; KRAVETSI, V.F.J, inzh.
Some results in testing of a turbine stage with partAal oupply of work-
ing media. Izv. vys. ucheba zave;, energe 5 no.9:72-77 S 162. (MIRA 15:10)
1. Beloruaskly politekhnickeskiy imat" Prodstavlena kafedroy
teploq6@rgeticheskikh ustanovok elektricheskikh stantsl&.
(Turbines)

STANDIE1 I.
Chemical and biological characteristics of liver hydrolysates.
Report 1. On the method of obtaining liver hydrolyeates. Vestis IAtv
ak no.1:147-156 161. (IFAI 10: 9)
(LIVER)

SITAPANEi 1@
Determiration of the amino ac!.d composition of liver hydrolysates
and the verification of their pyrogenous and anaphilactogenous
properties. Izv.AN Latv.SSR no.'/:135-143 163. (MIRA 17:4)

STAPANENKOV, R., assistent; TOPALOV, V., shturman dallnego plavaniya
Practices in the plotting of radio bearings. Mor. flot 22
no.2:18-20 F 162. (MIRA 15:4)
1. Odesslxoye vyssheye lnzh,--nernoye morskoye uchilishek -8.
(Radio in navigation) -

STAPANISHCHEVA, Z.G.
Antifungal action of the antibiotic griseofulvin. Antibiotiki 6
no.gs4l-43 3 161. (YLIRA 15-.2)
1. Mikologicheskiy otdel (zav. - prof.'A.M.Ariyevich) TSentrallnogo
kozhno-venerologii-,heskogo instituta.
(GIMEOFULVIN) - (FUNGICIDES)

VIOPEETSKIY, D.S.; GIAVATSKIY S.N.;-STAEAUQY,_A..A.; SYSSOYEV, V.P.;
CliECHEIEV, I., tekhn. red.
[Kur-Urmiysk@y District; nature and econoLV)Kur-Urmiiskii
raion; prir6da i khoziaistvo. Khabarovsk, Pria--urksii fi.Ual
geour. ob-va SSSR, 1958. 117 p. WIRA 15:11)
(Kur-Um.iyskiy District-Economic geography)

PETUKHOV, M.S.; ALEXSEYEV, N.D.; STAPANOV, A.A.
On the road of toahnological progress. Kozh.-obuv.prom. 5
no.2t4-6 F 163. (MIRA 16:5)
lb Glavnyy inzh. Leningradskoy fabriki "Proletarskiy trud" (for
Pa'tukhov). 2. Nachallnik planovogo otdela Leningradskoy fabriki
"Proletarskiy trud" kfor Alekseypv). 3. Nachallnik-tekhnicheskogo
otdeleniya Leningradskoy fabriki "Proletarskiy trud" (for
Stepanov) .
(Industrial organization)

FETISOV9 S.G.; PROEBOROV, A.V.;,-qTAPANOV F,.Z.; Prinimali uchastiyes
GONCIIAROV A.F., inzh.; Fi@AWNKW- -'V.F., inzh.
Effect of deoxidation on properties of low carbon structural
steel alloyed with manganese. Stall 24 no.12rlO90-1092 D 164.
(MMA 18 t 2)

CHUYE'V, Yii,V., Goktor tekhri. nauk, prof.; 1,1ELINIKOV, F.,F.;
T, ET U K 1; GV , S. I . ;
SHOR, Ya.B.; KUZIMIN,
V.I.; BOGOLYUBSKIY, V.S.; IV,'JXSFK0, 1@.D., red.
[Frinc1ples of operations research in military technology]
Osnovy issledovaniia. operatsii v voennoi tekhnike. Moskva-.
Sovetskoe radio, 1965. 591 P. (MIRA 18:10)

ARSENIYEVA, M.G.; SAVCHENK09, O.N.1 STAPANOV, G.S.
Correlation between the cytological picture of the vaginal
smear and the 24,-hour excretion of estrogens in the urine
in menopausal women. Akush.i gin. 36 no.1:86-91 Ja-F 160.
(HIU 13:10)
(ESTROGENS) MEN OPAUSE)

STAPANOV, N.M.,_pyof.
"Hemorrhoids" by A.M.Aminev. Rerviewed by N.M.Stepanov. Sov.med.
25 no.2:149-150 F 161. (MIRA 14:3)
1 (HEMOPMOIM) (AMIM, A.M.)
I
I

STAPANOV, P.S. --- (Tbilisi).
Considerations on social hygiene. Sov. zdrav. 18 no.3:49 159.
(SOCIAL HYGIMM (KIRL 12:3)
in Russia (Rus))

STAMOV, Ye.M.
Infiltration of alien elements into the subtropical fauna of
Transcaucasia. Zool. zhur. 39 no.11:161&1623 N 16o.
(MIRA 14:1)
1. Georgian Iaborator7 on the Biological Control of Agricultural
Pests, Batumi.
(Colchis--Agricaltural posts)

STAPANOVA, Ye.S.,
Hypertension in athletes. Sov. med. 23 no-5:64-72 I1q 159. (MIRA 12:7)
1. Iz sektora vrachebnogo kontrolya (zav. - prof. S.P. Letunov)
TSentrallnogo nauchno-issledovatellskogo instituta-fizicheskoy
kulitury.
(HYMT]MION, statist
in athletes (Rua);
(ATHIZTICS--DISPASES AN) HYGIWZ
hypertension in athletes, Btatil3t. (I-bm))

V3
-IJ
St;ipin [Stnpannj, A. L'. On UQUatol,@!@-11,;.I.-It
0! it. 7-Z 7

Let K(X,Y) 1w a
I't lid whoac bilille;
tr expaw!wt

(x. A Z-
Eittl _-1-71"Ut-1 0 al Rovio..."Zj

3 0 viilucs is itniforint It t4iboo wal qy"I .1
V c Uri
qld
i to, (Y) satisfies t [it; addi tio! .11 com I t1lon
z
y@

.,P.I,,(Y)dy=O (19 k:5 m)
forall V11 tilt-
_lwitive, integral values Of Y2, J`9j 1, 1111
non-finear ititegral 6quatiou
Y) [tt (Y) + E, C-101 (Y) ily
J
has a dis'Crew p1wdrum, identicahvith dult (if 011t. lilwar.
tiquation

MLNGULISt Kh.A.; NELINIKOV9 V.K.; STAPANSI, V.E.
Temperature conditions of the process involving the manufacture
of phonograph records from tableted plastics. Plast.massy no.2:
34,39 161. (MIRA 14:2)
(Phonorecords) (Plastics)

;iM`ei@al gwitric of dogs, for treating cor-l-Aicat-Ors n
fro
.."oot-and-mc)uth di!@ease in fram animal,@. Veterinariia IL no-7:45-47
J1 (?U,RA 10: 8)
)..Yerevansll@ly zoo,.-etqrivnxn3r,,r institlit.
(Foot-and-muth disease)
lGastric ju-*ce)
kYeterinary madicina)

STAFATXV, K.I.; KADYRBAYYV, R-A,; SAIMRIGAYLO, S.F.; CHOKIN, Sh.Ch.;
A. Ch.
Well-known specialist; on the 50th birthday of D.G.Oulir. Vest.AR
Kazakh.SSR 16 no.11:99-100 N 160. (NM 13:12)
(Onik, Dmitrit Grigorlevich, 1910-)

STPEL CZ.
Towaroznawstwo z chemi# (Knowledge of goods and chemistry) by Cz. Stpel.
Peported in New Books (Nowe Ksiazld.) February 152 1956. No. 4.

STAPEL, Wolfred
The Gnaszyn Paper Products Making Plants. Przegl papier 18 DD.3t
74,76 Mr 162.
1. Gnaszynskie Zaklady Wyrobow Papierovych, Onaszyn.

SOVETOV, S.Te,, prof.; SERDYUKOVSKAYA, G.N.;.@ZAP@NOVA,_Z.F_, red.;
BiLDINA, N.F... tekhn. red.
(Hygienic principles of the design, construction and equip-
ment of schools and preschool inatitutions]Gigienichookie
oanovy proektiroyaniia, stroitel'stva i oborudovaniia shkol
i detakikh doshkollnykh uchrezhdanii. Moskva, Medgiz,
1962. 398 p. (Schoolhouses) (141PA 16:4)
(Schools--Furniture, equipment, etc.)

STAFF, Maria
Gonservative therapy of spontaneous pneumothorax. Gruzlica 29
no.10:889-894 0 161.
1. Z Oddzialu Gruzlicy Flue Miejskiego Szpitala Specjalistycznego
w Krakowie OrdynELtor-. dr C.Laszczka Dyrektor: dr H.Brajer.
(PW,UMOTHORAX ther)

S TAP I NS Kk. J.
@- - '. -1 - -11. .1 ------
Kepler's test in the determination of adrenocortical insufficiency in
diphtheria. Pediat. Dolska 27-no.8:961-972 Au&_1952, (CIXL 23:2)
1, Of the Clinic of Children's Diseases (Read--Prof. Wl. Bujak, X.P.)
of Krakov Medical Acadesq.-