SCIENTIFIC ABSTRACT VEDENOV, A.A. - VEDENYAPIN, G.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859220014-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

The Free Energy of Strong Electrolytes S07/56-z6-3-5-6/71
J
z1 and Z 2 respectively. For the free enerey of such an
electrolyte the author gives:
F-F Tk3 2 7ETR rzdr2 I V ("-PDap(t)-
o- -i-2n + "m t- a
R -) 00 0 ap
T 3 it 2 6 3 2
+ +,X R - 3 0 e z ) 1n k R~+
+RP 2 et 6g.~ Z3)1 1 (C-ln3 )_I.OZ2 ~93 Z 'j
3
K = f4npe I z
a I Zaz
(Po = free energy of the perfect gas, K - a quantity which is
inversely proportional to the Debye (Debay) radius,,~ a and Z a
Card 2/3 density and charge respectively of the particles of the kind

The Free Energy of Strong Electrolytes SOV156- 765- 3- r6/71
a,0-1/T, T - the absolute temperature, and C - the Euler
(Eyler) constant. Summation is carried out with respect
to the kinds of particles. The author finally thanks Academi-
cian L. D. Landau for valuable remarks during discussions.
There are 2 Soviet references.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet (Moscow State Uni-
versity)
SUBMITTED: November 25, 1958
Card 3/3

21M
AUTHORS: Vedenov, A. A., Larkin, A. I.
TITLE-. The State Equation of a Plasma (Uravneniye
sostoyaniya plazmy)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1959,
Vol 36, Nr 4, PP 1133-1142 (USSR)
ABSTRACT: A considerable number of papers has already dealt with
the problem of the equation of state of a particle system
with Coulomb interaction. A general formula for the
virtual coefficients is not applicab 1e in this case. The
Coulomb forces are found to be remote action forces
and therefore limitation by pair interactions is impossible
already in the first term of an expansion in series of
thermodynamic quantities according to the gas density n,
By employing the method of the selfconsistent field
Debye and HUckel (Ref.1) found the first term of an
expansion of free energy according to the density n
of the interacting particles, which is proportional
n3/2 . Glauberman and Yukhnovskiy.(Ref 2) endeavored
to calculate the following terms, but, as they used
Card 1 an unsuitable method, they obtained incorrect results,

The State Equation of a Plasma
SOV56-36-4-27/70
For the purpose of calculating the first terms of the
expansion according to n the authors of the present paper
used a graphical method which is analogous to that
used by Feynman in quantum electrodynamics. First, the
diagram technique used is discussed for a system of
interacting particles in thermodynamic equilibrium
for close-range action forces. In the following the
technique of summating graphs in the case of Coulomb
interaction is discussed. For the free energy F of a
completely ionized gas an *ex_Dansion'a'ccording to n is
3/2 2 2
obtaIined in the form F F ideal + An + Bn ln n + Cn
The second term is identical with the Debye-Hilckel term.
Expressions are given for the coefficients of expansion.
The authors finally thank L. D. Landau and V. M. Galitskiy
for discussions. There are 5 figures and 4 references, 1
of which is Soviet.
ASSOCIATIONs Moskovskiy gosudarstvennyy universitet (Moscow State
Card 21~_ University)

24(8)
AUTHOR: Vedenov, A. A. SOV/20-125-4-18/714
TITLE: New Method in Classical Statistical Physics
(Novyy metod v klassicheskoy statisticheskoy fizike)
PERIODICALs Doklady Akademii nauk SSSR, 1959, Vol 125, Nr 4,
pp 757-760 (USSR)
ABSTRACT: The author first gives a short report on earlier papers
dealing with this subject. The present paper develops
a new method of determining the thermodynamical potentials
of the system of interacting particles in classical
statistical physics. The author, above all, recalls the
known relation which expresses the variation AF of free
energy, which is due to the-interaction, by the correlation
x
function in pairs KI). K may be expressed in form of
an infinite sum of terms of different order of n with
respect to the potential Yj to these terms there belong
certain coefficients. To each summand a graph is then
assigned, which contains 1 points (14, K), which correspond
to the coordinates of the particles belonging to the
Card 1/3 slimmands. The construction of these summands is described

A New Method in Classical Statistical Physics BOY/20-125-4-16/74
in short. The correlation function in pairs K is equal
to the sum of the contributions made by individual
possible graphs, in which case a factor is added to each
diagram. The general formula for these factors is written
down. The author then passes on to using Fourier components,
and he employs the diagram tech:Aque in momentum
representation. The author showi that by means of this
method it is possible to calculate the second virial
coefficient for a gas of particles with short-range forces.
In this case the small parameter is the ratio of the
effective radius r 0 to the average distance R - V-113
between the particles. Formally, also the density V may be
used as a small parameter. A formula for the total
contribution of the graphs with the smallest possible
number of points (1- 2) is written down. For the qorrelation
x = e "
function in'pairs the expression K(") P(- ~V(X') ) is
found, and also a formula for &F is written down. In a
similar manner also the expressions for the higher virial
coefficients can be derived. Next, the case of forces with
Card 2/3 remote effect (Coulomb interaction) is investigated. The

A New Method in Classical Statistical Physics SOV/20-125-4-18/74
graphs corresponding to this are given, and a formula for the
total contribution of these graphs is written down. The
generalization of the discussed technique of graphs for
multi-component systems is trivial. In a two-component
system (consisting of charged particles) it is sufficient
to introduce two types of points and three types of lines in
the graphs. An expression for the correlation function
corresponding to this case is written down. In conclusion,
the here discussed method of determining the next-higher
correction to correlation functions in pairs is employed in
a system with Coulomb interaction. Also the correlation function
corresponding to this case is explicitly written down. The
author thanks Academician M. A. Leontovich for discussing the
present paper. There are 3 figures and 4 references, 3 of which
are Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. M. V. Lomonosova
(Moscow State University imeni M. V. Lomonosov)
PRESERTEDt November 27, 1958, by M. A. Leontovich, Academician
SUBMITTED: November 24, 1958
Card.3/3

22293
j 1 /'C;7,',," 0 1
3/0 5 -zlr Q
41. ,2 1A 0 a /u. J -7 P) 9 B 1. 2 ',~ /B ") 0 1
AUTHORS: Vedenov, A. A. Ve 1 i 1,*-C~v Y-i . PS, t;, d --i y cR - Z
TITLE: The stability of plazina
PERIODICAL: Uspekh' fiz-icheski-kh nauk, v. 73. no. 4; 1961, 701-7~f)
TEXT: The authors of the nresenr, nacer repirt or. Iia basit, physicai
results of the theory of stability, and illustrate rile subjcct by physical
considerations, without mrik-ne, !-,n analysis of the matlhem%ti--~-,] means.
The problem of the stabil-i"'; hris be,,n rractic.ally J'JMe
are corcerned The ioej
nes6 onl~r where small
not, in principle, distin,--zish be*,~-ieer me t as ;2 and z-it,-ole
state i.3 .3eparated
and is therefore unsuited in the ~;--tse 'rihere a stead I
by a barrier from another one, ThIs r-)rololem --alre-dy leads -,,n e nl-n-
q J,
With the c-xce,
linear theory of stabilily.
there is as yet no nonlinear theory of stalbilit, The
theory of stability, -L -en succe-oolf,,il ly J-:?-ve-11rLed 2,: the --,e~-,Ent
wh`ch has
past, deals with the effect -of pert,.rb.,1' ions on in L-'!J
:" I:rr,.s t')r- 'r1--7'-:irc,--;r~
the development of small pert~i.--0-15": .-I .T s f:~ ~-- t'L n-d
Card 1/7

22293
1 /07 5 /C 0U C-) 0 -0
The stability of plasma B:2~-)/B201
is suitable if the critizal
slight extent. Of some zertij (,f chysi~ ..I %re e
aperiodic instability, wilerl- the dcIviari(,,n frcm the tq,--i:Llibriam
increanes monotonically ir~ tr -
growing amplitude, The
for an oscillation instability rear": R i~ w 0 a d, R C
len--41-- -,I.e par-er, C1.1i 3
[Abstracter's note: becai.-,ae
articulation and the princi-al eq:-,ations Cur. cl,E, given I~erp_j T.-e
for the Dlasma description are as fol-lo-zis:
Svstem of kinetic at,,d
two-liquid hydrodyn
(ions, electrons)
mo
lone-liquid hydrodyna7m_i~c73 leo-is 'rba,~kgrz;~LJll
magnetohydrodynamics k in t; io Ca i,-k r; f c r the " d r
an ideal liquid
I
Card 2/7

22293
S/053/61/073/004/006/0071
The stability of plasma B125/B201
The s-7o.tem of equations of ideal magnetohydrodynamics for an ideal p1*2,ma,
(zero.dissipation and vanishing dissipation) reads:
+ div Qv = 0,
YF
av
7+(V V)V= --!.VP+7-1
(3,2)
Qc[.rot I1,H],
OH
T rot [v, H], (3,3)
P=P(Q)- (3,4)
When considering dissipative effects, the term -n,6v.+ (L + grad div
3
appears. additionally on the right-hand side of (3.2), rhere -q and denlo.e
c 2
the viscosity coefficients. In addition, ~-7 LH appears on the right-hand
side of (3-3). -4) in taken by.the two equa'Uions -o =P(' T'
he,place of (3
and
~e,
Card 3/7

22293
4. 3/053/~1/0711/004/006/007
The stability o plasma. B125//B201
C.T +
2
-dl' -L[E, III 01~') T
v Q1
2 4:t CL
rile
I Ov,
2L' + -4- talk
dxj 3 dxt
~ihere ;-1 denotes tile heat conductivity. In the case. of a homojLeneous or
almost homo.-eneous background one obta4ns:
Of of ='O. -1
+(vV)I+ILE-+ -, jv,I1jj
M me dv
divE-4ae(~J,dv-~f,dv), div111 -1). 11,T1
rat H e /,v dv - dv ) + I L", rot E I oil
C 0 C at -C -it-
,.a 3ystem is al3o baoed upon "'inetic tankinc account
of collisions. in the "drift" a-) f (V can be intro-
duced inatead of the distributiz)n --~--,nction T, t" . The corresnon-1 in,~
Card 4/7

22293
3/0 5 3/-',-
The stability of -31asma B-1,25/ 201
klne+ic.equation aas "'-e form
AP =-0- (3 -
+
Aperiodic plasma instabilil~: 4. Ideal plasma.: 4a. Energy princinle;
olight displac-ement of 'he plasmaa from 'he 2osition of equilibrium
satisfies the equation of motion (4a,l). Here, ~ denotes the displacement
from position of equilibrium. 4b.-Stability of the plasma boundary
(reference is made to an instability indicated by L. A. Artsimovich),
convective inutability, stability of a cylindrical pinch, stability of a
,rotntinu inho.-iogeneous plasma in a magnetic field, aperi'odic instability
of a non-1,1ax,,-,ellian plasma, stability of a plasma kept back by the
71J
pre-sur~e of h -frequency electromapetic field, aper~odic instability
of a Dlasma dissipative.processes into accouni, fitability of 'he
ta
rotation of a pl ma, stability of a pinch. III.'Oscillation instability
9f a p~asfia. Inc ability of beams in the plasma, ino tqbility of t-.;o
beams, absolute a d "drift instability" of be-ams, stability of ion beams
in a plasma, effel' t-of a magnetic-field upon the instability of beams,
macroscooic insta ilituy of a-11non-IMaxwellian" plasma, cyclotron resonance,
Card 5/7

22293
S/0 53/61/073/004/006/00"
The stability of plasma B125/B201
mfstuning (raskadIlka) of oscillations ina plasma'in the presence of a
-relative motion of ions and electrons, microscopic instabilities of dn
inhomo-eneous'plasma, stabil'ity of plasma floms in a magnetic field,
V
stability of plane flors, stability of -floas in -perpendicular to the field,
stability of n rotating pl-aama, 116acillation bon,;ection" in a -Olasma-,
instability of the positive column of a gas discharge in a magnetic field.
111. Problems of the nonlinear theory of inatability. This Chapter do-,Is
with the quasilinear treat-m6nt of the I'supercritical" state o--!' the -plasma,
which is then used to study 'he behavior of the plasma near the I-Imit of
itabil-Ity, the steady convection in a plasma and the "anomalous d i 1 -1 o n!
the quacilinear approximation in the study of oscillation instabilitiez
in a diluted -)I-aama, 'he developed instability. Appendix I de--ls -,ith the
z;ta~bilit~r of the beams in a olasna, aonerdix II 7,itb the slanbility of a
rotating,, plasma, namely, the homo,~eneous rotation of a pla-,!ma cnd the
ro~.ation of a )Iaorl!i inder the action of an electr4C L-, acylindrical
condenser, appendix !II -iith'llhe stability of t-,e )ositliie column, and
an-oendix IV -;IWi Vlf: --'onic su-ind --n an inhomoreneo~-..---- There are
52 fi,-Ures, 1 table, and 50 3 0 3 o -v --*- -2 to c .Th e t v o
references to Englinh-lan(,,uae~ 1.ublfcations re--:.! --c follows:
Care, 6/7

22293
S/053/61/073/004/00Cj"337
The stability of olasma B125/B201
B. B. Kadomtsev, A. Nedospasov, J. Plasma Phys. (1961) (being printed);
Y. Nakagava, Phys. Fluids, 3, 62, 87 (196o).
Card 7/7

VEDENOV, A.Ai_VELIKHOV, Ye.P.
Development of the electrostatic instabilitY of a plasma in
a high magnetic field. Dokl. AN SSSSR 246 no.1:6548 S 162.
(MIRA 15:9)
1. Fredstavleno akademikom M.A. Leontovichem.
(Plasma (Ionized gases)) (Magnetic fLelds)

VEDENOV, A. A.
Dissertation defended for the degree of Doctor of Physicomathematica
Sciences at the Institute of Physical Problems imeni S. I. Vavilov in
1962:
"Problems of the Theory of Weakly Turbulent Plasma."
Vest. Akad. Hauk SSM. No. 4. Moscow, 1963P pages 119-145

AUTHOR: Vedenov, A. A.
86
1~101
S SY62/013/001/001/012
B102 B104
TITLE: Quasilinear plasma theory (theory of a slightly turbulent
plasma).
PERIODICAL: Atomnaya energiya, Y. 13, no. 1, 1962, 5-24
TEXT: A-quasilinear plasma theory is developed to describe the resonance
inte*raction between particle and wave. This theory holds it tie plasma
oscillation energy is notably lower than the thermal energy of's.11
particles an(k notably higher than the thermal noise energy of the plasma
waves* It ii'based on decomposing the particle distribution function f
which enters the self-consistent.field equations
a - , , ,, , 0,
H):L-0
V (E
ax
Card 0
TMI

S/08 62/013/POI/001/012
Quasilinear plasma theory*,. B102ytIO4
4x'y, e. dv; V x E,
(2)
7 x H =Anc-t
I e. J.. v/a dv
of a c"pletely ionized rarefied plasma into a ralidly oscillating (f 1) and
a slowly variable part (f0), the influence exerts"d by the former on the
0
latter being taken into account. f I 'qt f , F_ ~> nT/O D; re is.-the energy
density of the plasma waves, nT the energy density of the Coulomb
IND is
interaction, n'the plasma density. The two components of f are given by
ate
X7
Card .2/5..

S10891621015100110011012
Quasilinear plasma theory... B102/BI04
and
W 2YkEk,
d, k 8/' (tft kv).
T
all a D a's
:D
,l
-k.
ihus the behavior of the slow oomp-onent is described by a diffusion
equation, that of the fast component by equations of the linear theory.
(8)-(9) is a closed set of equations of the quaqAlinear theory for the
2
spectral density 6- - IE-t-1/ons This system is extend
,p4..by, Vpr9psing its
k k
equations in terms of the productioD and absorption ok the "illeotive
Card 3/5

quasilinear plasma theory...
3/089/62/013/001/001/012
B1021BI04
oscillation quanta by the particles$ and of the particle displacements in.
the phase space. Thereby 04)(9C) re obtained; ._N fs the w Iavq density in
q
the phase space, c k
vector k, o--P is* the
q
is the kinetic energy of the particle with the wave
2 2
energy of the q"'wave, 0 0 ILO 4R /q'; N w2E.
k,k-q' 0 q q/* WO
O/k
aN
N, j Nq (*k+q- q *k, q), -6k
489) Y Wk k~ltb (4 -V A~9), ft
k q
i's the plasma frequency The application of this theory to problems of
0 V
spe al concern is considered, e.g.t quasilinear relaxation of collective
pla a oscillations or formation of disturbances in the-'initially unstable
pl~ia. Th .e phase space region, wherein f.is constant .(the f lateau)
p
is studied. The interaction of a charged-partiole beam penetrating the
plasma is dealt with and the results provide a basis for examizling the
relaxation of a state with f plateau under the action of pairtio;a collision
The absorption of plasma waves with amplitudes greatl exceeding the theima
noj,'se level is studied. Further, the author deals (&~ with the oxcitatio'n
of~non-equilibrium oscillations when an electric current P009i through the
Card 4/5

S/08 621013100110011012
Quasilinear plasma theory... B102YB104
plas'ma, (b) with plasma diffusion in the direction transverse to a magneti
field subjoct to the chaotic fields of these non-equilibrium oscillations,
and (c) with the threshold absorption of waves having amplitudes which
exceed a certain critical value. In conclusion the rqaults are discussed
and some problems particularly amenable to solution by the quasilinear
theory are stated. There are 7 figures.
SUBMITTED: January 26, 1962

6
S/056/62 3&1/046/056
C) B102/B104
AUTEO.R. Vedenov, A. A.
T112L:w,-. Kineti c tranaitiona
2E"W70DICJIL: Zhurnal, eksperimentallnoy i teoret~cheskoy fiziki, v. 43,
no. 1M, 1962, 333-335
TEXT: ','iherl a thermodynamic force X (gradient of the el.ectric field, of
the chemical potential, of temperature etc) acts upon, a system which is
in thermodynamic equilibrium a current J occurs which is proportional to
this force. If X exceed~s a critical value X , the system may become
c
unstabib and new degrees of freedom are excited therelin, giving rise to
an. inner periodic motion. J(X) is discontinuous, exhibiting a salient
point in X c. The behavior of J(X) in X c is studied more accurately. The
first derivative has a finite discontinuity:
(J)Xc+o 0 N
W /49X)X,+, - (di ax)x,-, A W / ax) + 0' 00. (2).
Card 112

S/056/62/043/00 1/046/0506
Kinetic transitions B102/B104
The. value of X c depends on outer parameters, denoted by'a. M
differentiated with respect to a gives
A (OJ / act) x (dXIda) A (ailOX).; (3);
hence, also dJ/P)oIL h4s a discontinuity. in Xc- (3) can be used to study
t.he transition. Similar relations hold likewise when two thermodynamic
forces X,,X are acting. Convection of a viscous conducting liquid,
2
-'-ced between two horizontal plates in an outer maGnetic field and heated
.krom below, is considered.
10 N: '~iLoskovskiy.fiziko-lekhnicheakiy institut (Moscow Pbysico-
U
technical Inr3titute)
SVB.,.ITTZ;D; April V, 1962
Card 2/2

Vt 2 5
S/056/62/043/00.3/034/063
9- BIOS/B102
AUTHORS: Vedenov, A. A. Velikhov, Ye. P.
TITLEs- Quaoilinear approximation in the kinetics of a rarefied
plasma
PERIODICALt Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 43,
no. 3(g), 1962, 963.- 967
TEM The processes in a real plasma can' be divided into'fast and slow.
By averaging over the fast oscillations it is possible to write equations
which describe the slow changes occurring in the mean quantities. This
method can be applied only if the resonance interaction between waves and:-
p rticles is slower than the variation of the self-cdnsistent field acting
o the particles. The processes in a uniform eleqtron plasma without a
r gnetic field are investigated by this method. Wave-wave and particle-
p rticle interactions are neglected. For describing relaxation processes
t~hie linear theory has to be supplemented by terms accounting for the
effect of the waves on the particle distribution in phase space. These
conditions in a rarefied plasma lead to the following quasilinear set of -
tquationss
ard 1/2

Q asilinear approximation in...
dek OP k ~f' a kv) do.
et, dt
Of, C1 f
TF TU_ --o- ej,6 (o),, kv) ~-* .
S/056/62/043/003/03*4/063
BIOB/BI02
(9)
(11)
2
E JE f is the slowly varying part of the particle distribution
k k 0
function. These equations hold for sufficiently great t. Eq. (9)
accounts for rise and attenuation of plasma waves, Eq. (11) for the diffu-
sion of particles in velocity space owing to these waves. Neither of
these equations, however, is suited for studying instabilities of a mono-
energetic beam in a plasma.
SUBMITTEDt March 24, 1962
Card 2/2

VEDENOV, A.X ;, VELIKHOV, Ye.P.
Instability of the drift of carriers in solids and coherent phonon
radiation. Zhur. eksp. i teor. fiz. 43 no.3:MO-1112 162. OMIRL 15:10)
(Electrons) (Ultrasonic-waves) (Gryat~al lattices)
4

42704
S/020/62/14T/002/010/021
B102/Ble6
AUTHOR: Vedenov, A. A.
TITLE: Quasilinear equations for a quantized plasma
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 147, no. 2, 1962, 334-337.
TEXT: The author adapts his quaailinear theory of a weakly turbulent
plasma to a quantized plasma. The relatione'derived are important for
investigating the behavior of a weakly turbulent carrier plasma in a solid.
The method of derivation is the same as is used for a classical plasma.
Starting from the self-consistent field equations and assuming
f i~p Q(x-f/2,x+1/2) for the density matrix in Wigner representa-
xp
tion, one obtains
2
C11xP eft(9-P)
-P T,-+-,
Card 1/4

Quasilinear equations for a
A.,q) = 4nne (YJ
P
S/020J62/147/002/010/021
B102/B186
(2).
2
For the system considered the dispersion law 5p M p /2 is assumed to be
valid (fi - m . 1) when longitudinal oscillations of an electron plasma
exist over the positive space-charge background, These equations are
replaced by a system of equations of quantum distribution functions
f0 - averaged over a period which is great with respect to the
plasma oscillation period, the oscillating terms of (1) and (2) are
separated and spatial Fourier components are introduced. After some
further steps d W21 (p' 4;rnel I q),2t I (ot (kP)' (rp+k,, rp
7T t k _k12) na (G)k kp). (8)
df,O ___:
+ ne. YJ I (P" 12 lop) 6 (o), k (p. +
k 2
0 (9)
UP tpo-kj k (P - L )I .
Card 2/4 12)

8/02 62/147/002/010/021
Quasilinear equationa for a ... B102YB186
is obtainud. It is assumed that the functions "~k(t)' and fo(t), which
vary slowly with time, are constant. Eqs. (8), (9) represent a closed
system of quasilinear equations, a kind of kinetic equations for an almost
ideal. system of waves (bosons) and particles (fetmions), on condition that
the only processes occurring in the system are emissions or absorptions of
these waves and particles. The variation in t he number F P of particleain
the momentum space due to the above-mentioned processes is then
aF I Wp.'p+k Nk f(Fp+k - Fp) 6 wk - k
k (P + (10)
_ (Fp - Fp_t) 6(wj, - k(P _L 2)))1 -
where WP17P = WP'P' is the probability of an absorption accompanied by a
transition of the particle from p to pl;co k is the wave energy. For the
wave density (N k) variation due to these processes one has
Card 3/4

S/020/62/147/002/010/021
quaailinear equations for a ... B102/B186
aN - N 'K'- W -F )6 -kp)
k/al; k Z- p+k/2,p-k/2(pp+k/2 -k/2 ((jk (11).
p p
(10)t (11) and (8), (9) agree, if
Wp. p, = 4jt2 e2 (I)P-P, Nk IT421
FP --P1 V 4AWk
Of course the energy and momentum conservation laws are satisfied.
PRESENTED: June 21, 1962, by M. A. Leontovich, Academician
SUBMITTED: April 10.. 1962
Card 4/4

ACCESSION NR: AR4014754 B/0059/63/000/012/GO17/GO17
SOURCE: RZh. Fizika, Abe. 12G121
AUTHOR: Vedenov, A. A.
TITLE: Thermodynamics of plasma
CITED SOURCE: Sb. Vopr. teorii plazmy*. vy*p. 1. m., Gosatomizdat,
1963, 273-285
TOPIC TAGS: plasma, thermodynamics, plasma thermqdynamics, Coulomb
interaction, statistical thermodynamics, Coulomb force, Coulomb
scattering, thermodynamic potential
TRANSLATION: Topics are considered in the statistical thermodynam-
ics of a plasma, defined as a system of particles with Coulomb in-
teraction. The task of statistical thermodynamics is to calculate
the thermodynamic functions of a system of interacting particles in
Card 1/2

ACCESSION NR: AR4014754
thermal equilibrium. Only weakly non-ideal gas systems with Cou-
lomb forces are investigated. In this case the small parameter of
the.problem is the ratio f/r of the average amplitude of Coulomb
scattering f - e2/E (E -- average plasma particle energy) to the
average distance between particles r - n- 1/3 (n -- plasma particle
density) - The thermodynamic potential of the plasma can be expanded
in powers of this small parameter. The principal terms of this
11virial" expansion are considered.
DATE ACQ: 24Jan64 SUB CODE: PH ENCL: 00
Card 2/2

ACCESSION NR: AT4019713 S/3041/63/000/003/0203/0244
AUTHOR: Vedenov, A. A.
TITLE: Introduction to the theory of a weakly turbulent plasma
SOURCE: Voprosy* teorii plazmy*, no. 3, 1963, 203-244
TOPIC TAGS: plasma, turbulent plasma, weakly turbulent plasma,
particle and wave interaction, plasma oscillation, thermal noise,
particle distribution function, diffusion equation, plasmon, turbu-,
lent heating, plasmon-plasmon interaction, three plasmon process
ABSTRACT: A quasilinear theory is developed to describe the dy-
namics of 'the interaction between rezonant particles and waves in a
j Plasma. The analysis is confined to tho case when the energy con-
centrated in the collective degrees of freedom -- plasma oscilla-
tions -- is much lower than the energy of random motion of all the
particles and at the same time is much larger than the energy of
!Card 1/3 . ......

ACCESSION NR: AT4019713
the thermal noise on the collective degree of freedom. The method
consists essentially of breaking down the resonant-particle distribu17
tion function into two parts, one rapidly oscillating and the other
slowly varying, and taking account of the effect of the mean square
of the oscillating part on the slowly-varying part (a method clulit!
is shown that
to the Van der Pol method of nonlinear mechanics). it
the behavior of the slow part of the distribution function is de-
'scribed by the diffusion equation in phase-space, while the growth
or damping rate of the fast oscillations (plasma oscillations) is
determined by the formulas of the linear theory, in which the non-
oscillating part of the distribution functions varies slowly with
tiMO. The section headings are: Interactions of plasmons with par-
ticles. Fundamental equations of quasilinear theory. Relaxation of
plasma oscillations. Development of perturbations in an unstable
plasma. Interaction between a beam and a plasma. Effect of.-.
threshold absorption of waves in a plasma and turbulent heating.
Plasmon-plasmon interaction. Three-plasmon processes. Higher-
!Card

ACCESSION NR: AT4019713
order processes. Literature. Orig. art. has: 11 figures and 67
formulas.
ASSOCIATION: None
SUBMITTED: 00 DATE ACQ: 12Mar64 ENCL: 00
SUB CODE; PH NR REF SOV.- .021 OTHER: 007
CQrd , 3/3.

of -lirbi
2250 -Te 164.
1. Moek--.v,,:kly

A _:1 F F Cb ? WA -7
ACCESS.--ON NR: AP-50,32307
AUT]HOR: V denoy, A. A.
TITLE: Solid state plasm
SOURCE: UGpelchi fizicheskikh nauk-, v. 84, no. 4, D964, 533-555
TOPIC TAGS: solid state plasma, plasna oscillations, metall-plasma, semiconductor
plasma, seadmeta-1 plasma, plasma flow, plasma turbulence, plas- Lat'~ice interac-
tion
ABSTIVCT: This review article analyzes the properties of solid-state plasma Fs
-(1 ctions of the host crystal latt4ce of in--eraction between --he ch--ges
.un L~
and the lattice, as well as phenomena occurring when the plasma 4-n -~he
constitutes a subsystem which reacts we&?dy with the lattice. Expressions axe
given for the frequency and amplitude of plasma, oc-cillation,s in meta_Ls, sem,.-
meta-is, and semiconductors. This is followed by an analysis of the flow of a
charge plasins-, in a metal of var'_a'b_*e cross Zec"_:in, _'ead-*;.nZ to the occurrence of
the so-called configurationa-L emf, and -flow of neutral plasma in a
Cord 1/2

L C~ 17 " 4 -6 ~:
ACCELSION IrR: AT~00230'(?
p! a c el_~ I* n &_n eKt_ernal magnet f Le ad i ng to p_' a sma n~etic =onnent The
nabi.iaty of Lzuhinax _f~.3w o-' -_--e-na
con-n-cr wi- th the -4r,,,t?r a cLion so 1 i -14 -st at. c- p1&sma and the cr-js-~a__ --cc
a -, 1- a
n
c L~1- i o,o1-Ine s a-,ii-,d by r D:-~ p -a LLf.,:
0 n th e d i s -. e -- s i o r, c u--v e s D:' D-"arzra _zs bz- re s c ~z_-
Some thcorez~icai and experLmenta-L prob-t=z- ble
the properties of solid-state plasma --re men--foried _"n the conc-lasi'on.
has: 14 figures and 36 formulas.
ASSOCIATION: None
SUMITTED: 00 ENCL: 00 SUB CODE: SS., MM
NR REF sov: o14 omm: o45
Cord 2/2

A
I "N" VC-4 _1110V
C A. Rudakov,
-W
UM3: Wave interaction in continuous media
SOURCE: Ali SSSR. Doklady, v. 159, no. 4, 1964, 767-770
TOP113 TAGS: plasma hydrodynamics, planmon, plasma electron teMDerature, Dlasma
instability
ABSTRACT: The authors show that interactions occurring in continuous media
betw.?en collective oscillations be-Ionginp to different vibrational branches, and
a r,; 1 r ri~_Y 7r - Ply r --11-1 F, ' VFM 0~ ;1,1 P_
7,
the coordinates and wave vectors), and equations of the hydrodynamic types for
the variations of the density, velocity, and pressure of the material. This
system of equations can be used to investigate processes whose Periods 9-nd wave-
lengths greatly exceed the period and wavelength of the high frequency oscilla-
tions. The equations contain only average characteristics of the high frequency
Card 1/2

waves, which under these conditions can be regarded as quasiparticles. The
resultant self-consistent system, which describes the interaction between the
high frequency oscillations (quasiparticles) and the field of the low-frequency
ww~res, is used to calculate severp-L efferts in an isotropic- plasma not
electrons. This includes the damping Df the lonif-sou-nd wave In a gaZ of .'_,_,i;mUir
piasmons, the instability of a cold gas of Langnmir piasmons, -.ne :rLterjon, for
instability of a hot plasmon gas, and the interaction of plasmons with a random
field of ionic-sound waves. "We thpnk D. D, Ry-utoy for usefui discussions."
This report was presented-. by M, A. ,enntov.,:h. Orig. art. has: 20 formulas.
ASSOCIATION: None
SUMITTED: 1Z41aY64 ENCL: 00
SUB CODE: HE 1IR REF SOV: 001 OTHKR: 000
Card 2/2

VEDENOV, L.A
y of turbulent plasma] Teoriia tur' lentnoi plaz--y
[Theor- I ou
Moskva, Ali SSSR, 1965. 114 p. (MIRA 18:10)

VEMOV, A.G.
Cooperation between the (Leningrad Kirov) works and scientific
institutes in the drive for technical progress. Zav.lab. 21
no.10:1147-1148 155. (MIRA 9:1)
l.Glavnyy metallurg Leningradskogo Kirovskogo savoda.
(Research, Industrial)

- TF=HEV, A.B., redaktar; KARA , V.D., khudo-
VTZD OY
__P - -- ~
zhestvannyy redaktor; AMESANDROV, V.L. tekhnicheakiy redaktor.
[Photography with a roll-film Toti)3'e-o',:a plenochri-,,' ~ramaroi.
Pod red. Y.V.Paelkova. Moskn-_'~, irkusatTre, 101";,. [73 p.(MLRA 8:1.)
(Phot ography)

W'Xz-i\c'V' Ak~- -V 14,
% ~'c
VOSNOV, Aloksley Ilikolayevich; IMBEDAY, P.B., red.; TAIROVA, M.Y., tek-hn.md.
[Aid for the rural amateur photographer] V pomoshchl sallskomu foto-
liubiteliu. Moskva, lzd-vo 'Bovetskaia Rogoija." 1957. 1,09 P.
(Photography) (MIRA 11:3)

VEDENOV, Aleksey Nikolayevich; VOROZIEBIT, A.A., nsuchnyy red.; BARKOVSKIY,
1-."r.-,--Ted-;,-.Lv,YoNKrsKAYA, L.G., tekhn.red.
(Taking pictiine with ninititure rarrros; mnnuall Mnloformtnaia
fotognifiia; rukovodstvo-npravochnik. LenDWvid, Loniodat, 1959.
687 p. (HERA 12:12)
(Miniature cameras) (Photopraphy--Handbooks, manuals, etc.)

VEDNNOV. A.V.
FersOnalit.7 an a subject of psychological science. Vop.paikhol.
no.1!19-33 Ja-F '56. (NLRA 9:5)
1. InBtitut psikhologii Akademli podagogichookikh nauk RUSR,
Moskva.
(Personality)

VEDENOT, A.T.
*Psychology of personality* by A.G. KovaleT, A.T.
Vedenov. Vop. psikhol. 10 no.ltl79-182, Ja-FI6641 (141TU 1793)

VEDENOVY A.V.
Communist education and the science of psychology. Vop. ps4khol
no.4:7-20 Jl-Ag 163. (MIRA 17:1)
1. Institut psikhologii Akademii pedagogcheskikh nauk RSFSR,
Moskva.

VLTN'~NOV, VASIL'YEVic';
V06PITAlirlk; VOLI SHKOLINIKA V
FROT6FbSh; UCHMNOVY DaAT
Vi,()S KVA, 17D-VO AKADJ,~Jl FEDAGOGI-
Z
CHiSKIKII NAUK iWSR, 1957.
95 P.PMAGOGICHESMYA BI-PLIOT4M
EXHITUYA)
AT HAD 0.--' TITLE: AlKADD-lIYA P!TnAGO-
GICHE6KIKH NAUK I,A.!3TITLr,,
PSIKHOLOGII.
BIBLIOGRAPHICAL FO(M.OTE~.
RUSSIA

VAMOV, A.V.
Role of internal contradictions and of the means of overcoming
them In the dovolopmant of pernonality (with pummary In Nnglish].
Vop.paikhol. 5 n0,1:51-63 Ja-F 159- (mru 12 -.4)
1. Inatitut pa M ologli APB RSFSR, Moskva.
(Maturation (Psycholog7))

GORLOVSKIY I.A.; AYZEIIBERGP.Ye. S. [deceased]; VEDEII)V,..~.N.; MIGAREV, S.K.;
i*IRO., I.S.; EPSHTEYN, S.Z.
Technology of the production of ultramarine. Iakol=ao. mat.
i ikh prim. no.3z2O-25 161. (MIU 14-.6)
(Ultramarine)

Apgove K.F*
A. Haeckells fight for Darvinlem. Biol.v shkole 6:65-69 H-D
158, (MIRA 11:11)
(Haeckel, Ernst, 1834-1919)

-pOc.O1y.,4,ph; SUKHOV, A.D., red.; ATROSHCHEEKO, L.Ye.,
lum~ya'-
,tekhn.re
[Ernst Haeckel as a fighter for Darwinism] Ernst Gekkall -
borets za darvinizm. Moskva, Izd-vo "Znanie," 1959. 30 P.
(VOeBoiuznoe obshchestvo po rasprostraneniiu politichookikh
i nauchnykh znanii. Ser.8. Biologiia i meditsina, no.11)
(MIRA 12:8)
(Haeckel, Ernst, 1834-1919) (Evolution)

YEDENOVY Mikhail-Te.doroyiph; PLATONOV, G.If., doktor fil. nauk,
otv. red.; KONDAKOV, N.I., red.ixd-va; SYKINA, G.S.,
tekhn. red.
(Ernst Haeckel's struggle for materialism in biology] Borl-
ba E.Gekkelia za materializm v biologii. Moskva, Izd-vo AN
SSSR, 1963. 222 p. (MIRA 16:10)
(Haeckel, Ernst, 1834-1919)
(Biology--Philosophy)

FIRANK, G.M., otv. red.; KUZIN, A.M.p otv. red.; KUZNETSOV, I.V.,
doktor filos. nauk, red.; LIVSHITS, N.N., doktor biol.
nauk, red.; VEDENOV, M.F., kar,'. filo.,z. nauk, red.;
SHATALOV, A.-7.-, sotr. , nauchn. red. -
KREMYANSKIY, V.I., miad. nauchn. sotr., nauchn. red.
[The essence of life] 0 sushchnosti zhizni. Moskvay Nauka,
1964. 3~O p. (MIRA 17:8)
1. Akariomiya nauk S35R. 1'-chuyy t3ovot po f1losofakim vop-
rosarr yestestvoznaniya. 2. Institut filosofli. AN SSSR (for
Kremyanskiyj Shatalov). 3. Chlen-korrespondent AN SSSR (for
Frank, Kuzin).

ASEYEV, A.A.;.,g'DENSKAYA,_ I.E.; MARKOV, K.K., doktor geogr. nauk,
otv. red.; SPRYGINA, L.I., red. izd-va; RYLDIA, Yu.V.,
tekhn. red.
(Relief development of the Meshchera LowlandlRazvitie rellefa
Meshchersko'L nizmennosti. Moskva, Izd-vo Akad. nauk SSSR,
1962. 126 p. (MIRA 16:2)
(Meshchera-Landforms)

AUTHOR: Vedenskaya, ------
TITLE: The Permanent Interdepartmental Geomorphological Commission
(V pootoyannoy mezhvedofistvennoy geomorfolo6richoskoy kornissii)
PERIODICAL: Izvestiya Akademii Nauk 3SSR, Seriya Geograficheskaya, 1956,
Nr 3, PP 156-158
ABSTRACT; In April 1956 the USSR Ministry for Geology and Conservation
of Mineral nesources founded a permanent interdepartmental geo-
morphological commission in Leningrad. Its 30 members repreaen-
ted various geological, geographical, geodeticetc., institu-
tions. S.S. Shullts was chosen head of the commission and S.A.
Epshteyn was appointed learned secretary; B.A. Fedorovich is
leading the Moscow branch. At the end of January the commission
gathered in Moscow to discuss a directive,composed by S.V. Ep-
zhteyn, on the organization and performance of a geomorphological
survey for maps of the scale 1:100,000 and 1:200,000. The com-
mission decided that in the future every expedition should in-
clude a geomorphological expert for ~juaternary geology and geo-
morphological mapping. Furthermore, the commission instructed
Z.A. Svarichevskaya and A.I. Spiridonov to edit a geomorphologic-
Card 1/2 al glossary, and decided to take the necessary steps to ensure

The Permanent Interdepartmental Geomorphological Commission 10-,58-3-26/29
the publication of a geographical dictionary compiled by
I.S. 6hchukin.
AViLILABLE: Library of Congress
Card 212 1. Geology - US3R 2. Minerals - Conservation - USSR

VEDENSKAYA, I.E.
Main forms of the morphosculpture widespread in the U.S.S.R. Izlr.
AN SSSR. Ser. geog. no.5:64-72 S-0 163. (WRA 16:10)
1. Institut geografii AN SSSR.

VEDENSKIY, A.
Moving pictures in Education
Documentary films shown to school children., Kinomekhanik, no. 10, 1)51.
a List of Russian Accessions., Library of Congress,, May 1952, UNCLASSIFIED.
Mont.]

VOENSKIY,, A.
Moving Pictures,, Documentary
Documentary films shown to school children,., Kinome-khanik, no. 19, 1951.
Mon List of Russian AccessiOns, Library of Congress, May 1952. OCLASSIFIED.

-YiA9lWTT,-AZ.; KOROSTOInSEVA, N.V., kand.med.nauk- (Leningrad, )11.
Tekstile;r, d.5.kr.-'J8)
Homo - and autoplasty of the poital vein. Veat. kK-r. 91
no.7 233-40 .31163 (MIRA 16:1.2)
1. T7, laboratorli konse:rvirovaniya i peresadki tkaney i
organo-T (zav. - prof. N.G.Kartashevskiy), laborator--li r-k----
perimentallnoy patologii ( nauchnyy rakovoditel.? - pro'l.
I.R.Fetbrov) i khirargi.cheskoy kliniki leningradskogo oi-dena
Timdovogo Krasnogo Zharteni nait(-,-hno--,:ssl--dovatellskogo lnstl-
tut-a perelivaniye. kro-vi (nauclm7 rukovoditell - prof. A.N.
Filatov).

A
AUTHOR: Vedenskiy, A. N.
TITLE: Methods of major vein autoplasty
CIZED SOURCE: Sb. nauchn. tr. Lenlner. n.-J1. in-t perelivaniya krovi, vyp. 14,
.1963, 508-515
TOPIC TAGS: transplantation, vein
TRANSLATION: SegTnents 15 cm long wer-- excised from the external jugular vein of
,rarlous animals. After t-reatment, the ends ioined together
ring ,)r sviur--. Tlhk-~ opposire poit-s c-,f a ruunj au--otran-s:~Iai:'w
`4er7,w r--
rE- A-7-1~ 'he S-Iles of T!~ e-,I, iarel-a!-L~
Card 1/2

NP:
mme
-.e we
ir
7; ~l
Cff J-arge S
ENCL- 00
ISUS COD-E- LS
2/2

!Mr c IlAr 1,
y tom. Abs. BMI~-
SOURCE: Ref. zh. Biologiya. '7:vr>drT
AUTHOR: Vedenskiy, A. N.
,TITLE: Inferior vena cava plastic surgery
!CITED SOURCE: Sb. nauchn. tr. Leningr. n.-i. in-t perelivaniya krovi, vyp. 14,
:1963, 516-523
TOPIC TA(iS: plast-ic surgeni, transplantati-, 11--~", prnosthesis
7F-AN 7- vascuiar Dros`e:,es
=T
h
.remain unobstructed for a loplg S
SUB CODE: LS ENCL: 00
C."I 1/1

T-,, !fj A
~jl o r
jr~ n
.,Aj
SO: L:~Ituc,-: I's 71-urn a! I ny,:l-,

VEMISKIY, A. P.
Vedenskiy, A. F. - "Experience in seekina -P 0- "-,e 1-as*s 0~,
- .. . I ~ I
floating roe", Iz+jestiya Tikhookean. nauch.-issled. in-ta ryb. khoz-va i
I V0116 xxix, 1949, P. 35-49.
so: u-411o, 17 July 53, (Letopis 'Zhurnal Inykh Statcy, No. 19, 1949).

tiThe
- Ll , 1 11 - -, -1
,,a r Ka Exn ffil i a t
F
54')
SO: 3um 4*-3"-', ?,? Air 55

VEDENSKIY, O.N.
Measures-taken to prevent the thinaing of diesel lubricants. Elek. i tepl. ,
tiaga 7 no.11:23 N 163. (MM 17:2)
1. Starshiy inzh. sluzhby lokomotivnogo khozyaystva Sredneaziatskoy dorogi.

VEDETISKIY, O.N.; U-11TRIYEV.- N-.I.; KOROLEV- -V.A.; TURGUNCV, D.T.;
-- -- - -- 'M%IT_IXOVy V.Ye., red.; HEDVEDEV'. G.G.., inzb., retsenzent;
MURAITTYEVA, N.D.p toekhno red.
I
[Maintenance and repair of TGM3 diesel locomotives in the
depot] Remont teplovozov TGM3 v depo. Moskva "Transport,"
1964. 107 p. ~MIRA 17:3)

VEDENSKIY, O.N.
I... 'I..--------
Use of an epoxy, paste in the repair of cylinder blocks. Elek.
i tepl. tiaga 7 no.6tIl Je 163. (MIRA 160)
1. Inzhener sluzhby lokomotivnogo ienergeticheskogo khozyaystva
Srodneaziatskoy dorogi.
(Diesel locomotives-Maintenance and repair)

bTAR.KOV, Gennadiy Leonidovich; VEDENSKIY, S.S., red.; LYUDKOVSKAYA, N.I.,
tekhn.red. -
[How to preserve and improv6 vision; talks with an ophthalmologist]
Kak sokhranit' i uluchohit' zrenie; besedy glaznogo vracha. Izd.2.
Moskva, Gos.izd-vo med.lit-ry Medgiz, 1958. 51 P. (MIRA 12:9)
(BYR-CARE AND HYGIM)

PHASE I BOOK EXPLOITATION 477
Shuvalov, Yuliy Avraamovich and Vedenskiy-, Viktor Aleksandrovich
Meta I lore zhushchiye stanki; kln-e-ma-t-i-e-he-s-kly-e-r-gaTra-v-lTc-H-e-dl~fye
skhemy (Metal-cutting Machine Tools; Kinematic and Hydraulic
Diagrams) Moscow, Mashgiz, 1958.242 p. 25,000 copie8 priinted.
Reviewers: Nalchan, A.G. Candidate of Technical Sciences;
Ed.: Vladziyevskiy, W.P., Doctor of Technical Sciences;
Managing Ed.:of General Technical Literature and Catalogues:
Ponomarev,', K.A., Engineer; Tech. Eds.: Matveyeva, Ye. N. and
ElIkind, V.D.
PURPOSE: This book is a textbook for students of mechanical
engineering and polytechnical vuzes.
COVERAGE: The book contains diagrams of speed and feed mechanisms
.and assemblies and mechanisms for special and'auxiliary movement.
Kinematic and hydraulic diagrams for some metal-cutting machines
are presented. Technical char:,.cteristies of the most widely
used modern metal-cutting machines are briefly given.

VEDNASKIY, V.A_.----,
Standardizing norms 'for the rigidity of machine tools. Standarti-
zataiia 24 no.12:11-17 -D 6o. (MIRA. 13:11)
(Machine tools)

VEDENGKIY. V.A.
Development of rigidity standards for machine tools.
Standartizatsiia 25 no.6:16-22 Je 161. (MPIA 14:6)
(Machine tools--Standards)

GUSEV) I.T.; VEEIEIJSKIY, V.A.
Rigidity norms for circular grinding machines. Standartizatsiia
26 no.9:6-8 S 162o (19M 15:9)
(Grinding machines-Standards)

GUSEV, I.T.; VEDENSKIYj V.A.
Rigidity standards for surface-grinding machines. Standartizataiia
27 no.3s24-30 Mr 163. (WRA 16 s4)
(Grinding machines-Standards)

NEDEN
IT'YEVA, R.Aa-
c
Characteristics of the inhibition of vascular reactions in depressive
stateo. Zhur. nerv. i pBikh. 61 no. 1:99-103 161. (MBU. 1-4:4)
1. Nauchno-i-osledovatellskiy paikhonevrologichookiy institut V.M.
Bekhtereka (dir.-prof. V.N. Hyashishchev; zav. otdelom patologii
nervnoy deyatellnosti - prof. G.Yu. Belitskiy)y Lenipgrad.
(PARDIOVASCULAR SYSTEM) (DEPRESSION MENTA~)

VEDENT I EVA, R! AID_ _ --
Characteristics of the inhibition of vascular reactions during
description of the stereotype of experimentation in dogs. Zhur.
vys. nerv.deiat. 11 no.5:927-931 S-0 161. (MIRA 15:1)
1. Bekhterev Research Psychoneurological Institute, Leningrad.
(CONDITIONED &SPONSE) (BLOOD VESSEW)

VEAWAKINA, T.; VLADIMIROVA, Ya.
-I- - -
Business accounting in the shop. -Prom.keop.se-3:10-12 Mr 156.
(MLPIA 917)
1.Pr4daedatell pravleniya arteli "MoskeepshTeybell7ew (for
Vadenyakina.2.Sekretarl byure partorganizataii (for VladimirOTa)
(Industrial management)

VEDENYAPINA, A.S.
Some ifi2lldes of the cocidation-reduction processes in patient43
operated on for stomach cancer under different types of anes-
thesia. Sov. zdrav. Kir. no.6:29-341 'N-D'62. WIRA 16:6)
1. Iz Kirgizskogo nauchno-issledovatellskogo instituta onko-
logii i radiologii (dir. - prof. A.I.Sayenko).
(OXIDATION, PHYSIOLOGICAL) (STMIACH-MCER)
(SITU. ACII--SURGERY) (AIMTHESIA)

VEDENYAPINA,..A.S.
Chamges in venous pressure in operations for cancer of the stomach
under endotracheal nitrous oxide anesthesia. Sov.zdrav.Kir. no.4:41-
44 Jl-Ag 162. (KRA 15:8)
1. Iz Kirgizskogo nauchno-issledovatellskogo instituta onkologii i
radiologii (direktor - rof. A.I.Sayenko).
(BLOOD PRESSURE) MOMACH-CANCER) (NITROUS OXIDE)

VBUWAPI]i, A.Ya. (g. Rostov-na-Donu)
Certain concepts in a chemistry course for secondary schools. KhiM.T
shkole 9 no.3:67-70 MY-Je 154. (MLRA 7:6)
(Ohemistry-Study and teaching)

N; - , -~.. 1 -,7 -i:~ - 1 :-, - - , ,
7- & " I- ~; a- 1-w-a.I -~ --~ -1 -.- ;I -- I
VIEDICKTAPIN.A.Ya.
. --%,1.f---, ~. ~,
Chemistry experiments In schools. Alm. v shkole 10 00-3:27-35 5-
0 '55. (HLRA 8:11)
(Ghemistry-Experiments)

I'Some n-2 rroject-v- -osc j-. ,~r of
-on. 0v, ;..Osc VI "'o 7,
-'C:I!jnos
jU,:- 631, 2.) )uirvoy of
:)-issertntioris ,efen-Aed at Iii,,her -,ducatio.,~,.!

,58019
4'so/ 0 SOV/155-58-6-20/36
AUTHOR: Vedenyapin, D.V
TITLE- '~`On-n-=TY~~Ztve~-Sac~es \~4
PERIODICAL: Nauchnyye doklady vysshey shkoly. Fiziko-matematicheakiye naukiq
1958, Nr 6,pp 119-126 (usn)
ABSTRACT: The following problem is considered s Determine spaceaq free
of torsiong of affinitive connection which allow a mapping on-
to the affinitive space such that the geodesicB are mapped on-
to curves lying in two-dimensional planes of the affinitive
apace. These planes are demanded to be completely geodesic, do
not.pass through the same point and are not parallel with the
same direction, i.e. they are not subprojective in the sense of
Z_Ref 2
with the desired
7 . The author constructs a spece T
-
n
is a
properties and explicitly considers the case where T
n
Riemannian space. As an example of a four-dimensional Rie-
mannian space of the class A
the author gives the space with
n
/
the metric
Card 1/2

68C 10- 19
On n-2 Projective Spaces SOV/155-58-6-20/36
ds 2 = 2 dyldy3 _ 2 dy2dy4 + (Y 4)2 (dy' )2
This space is irreducible and symmetric and has a transitive
group of motion of order 8 . The author mentions P.K.
Hashevskiy.
There are 9 references, 6 of which are Soviet, 1 German,
1 Frenchq and I American.
ASSOCIATION% Chernovitskiy gosudaratvennyy universitet (Chernovitsy State
University)
SUBMITTEDs April 23, 1957 (Uspekhi matematicheskikh nauk)
October 249 1958 (Nauchnyye doklady vysshey shkoly. Fiziko-
matematicheakiye nauki)
Card 2/2

BOVDA) V.; YIPEUAFIV G.; MOROZOV, A.; FORTUVA, V.; PIIRSOO,E.
Itranslatorl; RISTOJA, J., red.
[Checking the technical condition of a tractor diesel
engine without dismantling] Traktorite diiselmootorite
tehnilise seisukorra kontrollir-ine ilma lahti monteeri-
mata. (By) V.Bovda ja teised. Tallinn, Eesti Riiklik
Kirjastus, 1964. 57 p. [In Estonian] (MIRA 17:6)

RtDffltS-XIY, N.M.. kan.d. tekhn. nauk; VEDEIMPIN, G.A., otv.red.; KOZWVSKIY, I.S.,
kand.tekhn.nsuk, red.; ZIL13MMEM, Ya.G., insh. xamestitell OtT.red.
BRILING, N.R., doktor tekhn.nauk, Drof., red.; YALISH, G.G., doktor
tekhn.nauk-, prof., red.; PEVZM, YA.M., doktor tekJm.nauk, prof.,
red.; XHRUSHCq~V, M.M.; dok-tor tekhn.nauk, -orof., red. RAMAYVA, K.S.,
dohtor tekhn.nauk, red.; LIPGART, A.A., prof., red.; PUADIWV, V.I.,
kand. tekhn. nauk. red.; ROZANOV, V.G., kand. tekhn nauk, red.;
CHISTOZVONOV, S.B., inzh., red.; AVAKIMOV, G.G., red.izd-va;
SHIKIN, S.T., tekhn. red.
[Investigating the durability of crankshafts in TAAX diesel engines)
Isoledovanie yynoslivosti kolenchatykh valov dizelai IaAZ Moskyao
Gos. nauchn.-takhn. izd-vo mashinostroitellnoi lit-ry, 1957. 30 P.
(Moscow. Gosudarstveanyi nauchao-issledovatel'skii avtomobillnyi 1.
avtomotornyi institut [Trudy]. no.8a]. (MUL 11:4)
1. Direktor (,'rOBudarstvennogo soyu2nogo ordena Trudovogo Krasnogo
Zmmeni nauchno-iseledovateltakogo avtomobillnogo i avtomotornogo
instituta (for Vadenyapin). 2. Zamestitell direktora po nauchnoy
chasti Gosudarstvannogo soyusnogo ordena Trudovogo Krasmogo Znameni
nauchno-issledovatellakogo avtomobillnogo i avt6motornogo instituta
(for Kozlovskiy). 3. Chlen-korrespondent AN SSSR (for Briling).
(Oranks and crankshafts) (Diesel engine)

TRAKTOMIKO, I.A., kand. tekhn. nauk;-4EF~~~-t, otv. red.; KOZIOVSKIY,
I'S., kand. tekhn. nauk. red.; ZILIBBRBUG, la.G. inzh. zaaegtitels
otv. red.; BRILING, N.R., doktor tekhn. nauk, prof., red.; TAL SR.
G.G., doktor tekhn. nauk, prof., red.; RUM, U.N., doLrtor tekhn.
nauk, prof., red.; IGIRUSHCHBV. M.M., doktor takhn. nauk, prof., red.;
RAMAYYA, K.S., doktor tekhn. nauk, red.; LIPGART, A.A., prof., red.;
FRYADILOV, V.I., kand. tekhn. nauk, red.; ROZANOV, V.G., kand. tekhn.
nauk, red.; CHISTOZVONOV, S.B., inzh., red.; SHIKIN. S.T., tekhn.
red.
[Investigating the effect of the cetane number of di'esel fuels on
the performance of engines] Iseledovanie vliianlia tsetanovogo
chisla topliva no rabotu dvigatelia. Moskva, Goo. nauchno-takhn.
izd-vo mashinostroitellnoi lit-ry, 1957. 30 P. (Moscow. Gosudar-
stvannyi nauchno-issledovatelleni avtomobillnyi i avtomotoruyi
institut. [Trudyl no-83). (MIRA 10:12)
1. Direktor Gosudarstvennogo soyuznogo ordena Trudovogo Krasnogo
Znameni nauchno-iseledovatellskogo avtomobillnogo i avtomotornogo
instituta (for Tedenyapin). 2. Zamestitell direktora po nauchnoy
rabote Gbaildarstveunogo soyuznogo ordena Trudovogo Kraenogo Zname-
ni nauchno-issledovateliskogo avtomobillnogo i avtomotornogo inati-
tuta (for Kozlo*skiy). 3. Ghlen-korrespondent AN SSSR (for Briling).
(Diesel fuel) (Diesel engine)

SKOTHIKOV, Vjktor Vanil'yevich~~~JY,-Gj,""d.; LIPGART, A.A., otv. red.;
BORISOV, S.G.,red.; BRISKIII, H.I.,red.; DYBOV, O.T.,red.; ZILIBM, Ta.
G.,red.; KOZLOVSKIT, I.S.,red.; LOZARI, A.S.,red.; LINff, I.S., red.;
FRUM. la.M.,red.; PRWILOV, Y-I.,red.; RMYYA# K*S-trod.;
S&MOL', G.I.,red.; SEDOVA, Ye.V.,red,; KIMMN, N.S.,red.; CIMPAW,
A.A.red.; CHISTOZVOIFOV, S.B.,red.; SHKOLINIKOV, E.M.,red.;
YgGama, L.I.,red.izd-va; SMIRNOVA, G.V.,tekhn.red.
[intermediate transformation and temper brittleness of auto-
mobile body steels] Promezhutochnoe prevrashchenia i otpusimaia
khrupkost' v konstruktsionnykh avtomobil'nykh staliakh. Moskva,
Gos.nanchno-tekhn. izd-vo mashinostroit. lit-ry 1958. 74 p.
(Gosudarstvennyi nauchno'-issledovatellskil avtomobil'nyi i avto-
motornyi institut TivAy, no-85) (MIU 12:2)
(Steel, Automobile--Metallography)

21160
3/032/61/027/004/022/C,28
10.qa C) 0"60 B103/B201
AUTHOR: Vedenyapin, G. A.
TITLE: Recording of torsionsl vihrptions of small amplitude
PERIODICAL: Zavodskaya laboratoriya, v. 27, no- 4, 1961, 468-469
TEXT: The author describes a simple transmitter which regulates the
sensitivity toward bending and torsional vibrations, and, at the same
time, permits recording low-frequency vibrations at torsion angles of
1.10-5 rad and over. This transmitter consists of two Helmholtz coils
and a glass tube in-between, which constitutes part of a vacuum system.
This tube contains a frame consisting of a great number of windings of
a thin conductor. One terminal of this conductor is grounded, while the
other is connected to the input of the amplifier via a mercury contact.
The frame is tightly linked to the sample. Alternating current of a
given strength is fed to the coils by a sound generator. If the plane
of the frame is equal to the direction of the lines of force of the mag-
netic field between the coils, the emf in the frame will practically
remain equal to zero. If the frame deviates from this neutral position,
Card 1/4

21160
S/032/61/027/004/022/028
Recording of torsional vibrations ... B103/B201
a changing emf with a frequency given by the sound generator will arise
in it. The amplitude of the emf is a linear function of the torsion
angle if deviations from the neutral position are small. To reduce
vibration energy losses (caused by the magnetic interaction of the frame
with the coils) as far as possible, it is necessary to diminish the
currents flowing in the frame. For this purpose, the emf induced in the
frame is fed to an amplifier with a high input impedance. The author
simplifies the formula for calculating the inductivity of the coils and
of the magnetic field strength in-between, neglects the small values in
the addition, and obtains for the maximum value of the emf-amplitude
in the frame for the case of the coils being connected in series:
Emax cto K1- Un2fS f2l , where n1 denotes the number of windings of
D2W 2 + K2n1
a coil; n 2 is the number of windings of the frame; V is the resistivity
of a unit of length of the coils L; KI, K2 are constant factors; f is
the frequency of the alternating voltage fed to the coils; S is the
Card 2/4

23-160
S/032/61/027/G04/02-2/028
Recording of torsional vibrations ... B103/B201
average area of the frame; U the voltage fed to the coils, and D the
average of the coils. The author concludes that the emf in the frame,
hence also the change of this emf when vibrations arise, will be the
larger, the larger U, n2, and S, and the smaller D, ?, and n1. The
emf of Emax is hardly changed by a frequency chang e of voltage f. The
parameters of the coils are chosen such that the sound generator has a
normal load with any chosen f. It is suitable to choose f = 3 - 4 kc/sec.
An example is given of a theoretical calculation of the abovementioned
values which are in good agreement with measured ones. The connection
of low-frequency filters to the amplifier, which are adjusted to the
fixed frequency f, is recommended. Noises can thus be attenuated. The
author's transmitter is said to be superior to similar devices by
L. I. Bayda (Ref. 3: Elektricheskiye izmereniya, Gosenergoizdat, 460,
1950) and Yu. D. Chistyakov (Ref. 4: Zav. labor. XXII, 71 1956)- Its
readings are not affected by an inaccurate centering of the frame, and
its range of application is considerably extended. Valuable advice
has been obtained from 0. T. Malviinhknv, Candidate of Technical Sciences.
Card 3/4

23160
S/032/61/027/004/022/028
Recording of torsional vibrations B103/B201
[Abstracter's note: It has not been possible to attach the figure to
this abstract, because it happens to be the rear side of another figure
which has been attached to the preceding abstract]. There are 1 figure
and 4 Soviet-bloc references.
ASSOCIATION: Moskovskiy institut stali im. I. V. Stalina (Moscow Steel
Institute imeni I. V. Stalin)
Card 4/4

VED&4YAPIIN, G. V.,ed.
The Siberian kolkhozes. Redaktaiia Vedeniapina i Vazanova. Novosibirsk, KniEosoiuz,
1929. 108 p.

V C ; ? 'L~. i V y A V i N
-- -Ll I I ") f I s-, - 7 ,
Y M NYAPIN, G.V.; GURSVICH, A.M.
LOperation of the DT-54 tractor] Ikeploatateiia traktora DT-54.
Moskva, Goo. lzd-,ro sellkhoz. lit-ry, 1953. 221 p. (MI-RA 7:6)
(Tractors)

BUDKO, A. I.; VEDEIMPIN, G. V. ; SAFFRAU.",'KYAN, 0. A.; LIKEACH'iEV, V. S.
Agricultural Machinery
Considering G. B. Klimov's article "Evaluation of the work calxicity of agrLcultural
machinery by usage coefficients." Sellkhozmashina No. 3, 1953.
9. Monthl List of Russian Accessions, Library of Congress, June -1953, Uncl.

I-lame i -YEDENYARM., Georgiy Vladimirovich
Disnertationi Scientific bases and methods of construction of
systems of technical care for tractors
Degree: Doe Tech Sci
Affiliation! Stalingrad Agr Inst
Defense Date, Place: 2 14arch 55, Council of the Moscow Inat of
Mechanization sad Zlectrif ication of Agr
imeni Holotov
Certification Date: 12 I!Iay 56
Source: BhIVO 4/57

YEDINYAPIN, G.V. i~4!,
Istablishing maximum values for wear and disadjustments. Sellkhoz-
mashina no.2:23-24 Y 156. (KLBA 9-5)
(Mechanical wear)