SCIENTIFIC ABSTRACT BAKHAREV, V. M. - BAKHCHISARAYTSEV, A. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103110008-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

DOLINSKIT, Yu.I., inzh.; BAKWkV, V.M., inzh.; ALEKSEYEV, V.N.,
arkhitaktorl KOLCIMNOVA, L.I., arkhitektor
Crushed colored glass finish of keramzit-ooncrete will panels.
Stroi. mat. 10 no.3tlS-20 Mr 164. MRA l7t6)

TIRNOVSIIT-I-Ti~~GAIIAGOOI-O-.A.,w-B&GROVI-l-oN.-t
SHILUMV#-Vq-A-q;PrinIm&li-
~:h&stiye: RArAYNY, S.T.; insh.; RTABO]ODN, N.I.. insh.;
rMLINIVDT,
6*V.. lush.1 PUCRtOV. S.G.i insh.; STAROSILSTSIrT, N,L,
inzh,;
To ToPeo-tekhnike 6
Developing a technology for the munfacture of lightweight
railroad
car wheels. lus.-shtam. proixv. 1 no.9:1-4 8 159.
(MIRA 12:12)
(Car wheels) (rorging)

Dunded lonog"o grAcaips: thuR, Paliongfitm y1eldn h!gMy:1,-Jdir
Tr,;7,q-0jfWicfinnhLi Tnpmtr----
fur eimirodiaiYMS, bUt n lower degree of crosslinkhig is
needed fnr mom-bran"u-s-ed in ultr.-&Itr-.L-Uor,. arl ham- 4
flp!rf-v
SU'RIAMTED! 00 FNCT.: 00 SUB CMIF NIT
NO RYF SoV 004 (YMIYR f1f."
co'd 2/ 2

USSR/Soil Science - Soil Genesis nnd GeographY. i
Abe Jour : Ref Zhur Biol., No 19, 1958, 86720
Author : Bakharava,., A._-.. - -, -
Inst : -
Title : Simple and Improved Drafting of Soil Maps,
Orig Pub : s. kh. Sibiri, 1958, No 3, 28-29
Abstract : No abstract.
Card 1/1

- ---KHLOPINI--Nya,;--B"PARr'.VAp IA. - - - - - --
Behavior (it pyramidon under conditions of polygraphic
differential
titration. Trudy Perm. farm. inst. no.lsl38-141 159.
(MIAA 15:1)
1. Permskly farmateavticheskiy inatitut, kafedra
neorganicheek4W
L analitichesko khWi
(WINOPIldNE) (POIAamapily)

TURINTSLV# Tu*I.j ZOWINt V-I-j BAMAREVAj, G.P.
Effoot of blasting on the stability of open pit
valls. Bezop.
truda v prom, 3 m,4t6-9 AP 161, (W.RA 340)
le Unipromed'o
(Blasting)

TURIMEV, lu.I*, inah.; ZOBNIN, V.I., inih.; BAUAREVA G*P # inzh.
Study of the stability and determination of safe angles of levelled-
off sides of the Myava open-pit mine. Izvvvys*uchebvzav&; goroshure
5 no.207-101 162* (HIPA .15:4)
I* Ural'skiy nauchno-Assledovatel2ekly i proyektnyy institut
modnoy procychlennosti.
(Blyava region --Strip mining) (Rasting)

UM/ Chatidatry Kinetics thoory
cara 1 1/1
Autbo" I Stepukhovich) A. 1). and Ba'rchimva . T. Fo
Title I The kinetics theory of two successivo one-sided reaction
of different
order
Perlodicaa I ZhAu-. fit. khim. P83% Ea. 6) 970 - 975, June 1?514
Albstract I An accurate solution to the kinetic problem of two
one-.sided successive
reactionu ol different order was,_-Oitainod through
integration-of
- ffi
dIfferential- equa on-sa p-j-dicable to the rate of such
reactions. It was
established that two succcsslve reactions of different orider,
at a
certain const~mt ratio, can W-kn pInce either in accordance with
the bi-
or mono -mole cular liw. Final terms for the calculation of
changes .
occurring during the concentration of '3asic substances,
intermdiate and
final prodacto . am, presented. Four U~~SR references. Graph.
Institution : The 11. 0. Chornishevskiy State University, Saratov
Subidtted : November 22J. 1953

STZP=VICHO A.D.; BAKHARIVA, I.F.
Reply to the remarks of ZU.S. Satalov. Zhur.fIz,khIm#
30 no@6:
1407-1409 Js 156. (MW 9110)
1. Saratovskiy gosudaretysuM univerattet ivent
N.G. Chererebevskogo.
Obesical reaction, Rate of) (Salagov, 1U.S.)

S/020/60/135/002/023/036
BO04/B056
AUTHORi bakhareva, 1. F.
TITLE: Nonlinear Thermodynamics of Irreversible Processes
PERIODICAL: Doklady Akademii nauk SSSR, 1960) Vol- 135, No. 2,
pp. 350-353
TEXT: The author aimed at deriving equations for
thermodynamic processes,
which hold not only, like ordinary linear equationsp near
equilibrium.
It was found that extending the linear equations over the
entire range of
kinetics of a reaction (beginning from t - 0) leads to
nonlinear inter-
relations. The Onsager function is written:
0 n
x Z L ikX kf i - 1.2,3-.,n (I)p where x1' X2 ... xn are the
thermo-
k
dynamic parameters, that characterize the deviation of the
system from
equilibrium. Lik are the kinetic coefficients, X k is the
thermodynamic
Card 1/3

Nonlinear Thermodynamics of Irreversible S/02
60/135/002/023/036
Processes B004YB056
force: Xk AS)/Qxk (3) (adiabatic course of the reaction.
6 S - deviation of entropy from equilibrium). In first
approximation, the
expreasion for Xk is used in consideration of the terms of
second order
with respect to 6S in the thermodynamics of irreversible
processes, so
that Xk too is linear:
n
Xk 21 91kxij k a 192j.9an W- Equation (1) therefore has the
form:
n
ii r Likgilxll i = 192teeen (6). If in the expansion of AS
also the
k'l
terms of third order are taken into account, one obtains the
equation
X 0 (1/2) M X'Xj (12) and a system of nonlinear
k gik'i' + ikl i
n
X,
equations i - Z:Limgikxi + (112) E Limmiklxixi (61). This
system has
Card 213 k,m mtl,k

Nonlinear Thermodynamics of Irreversible S/020/60/135/002/023/036
Processes B004/BO56
a more general validity, because it describes the entire kinetics
of
processes for which the system of equation (1) holds only near
equilibrium. The author thanks A. D. Stepukhovich for a
discussion. There
are 3 Soviet references.
ASSOCIkTION: Saratovskiy gosudarstvennyy universitet im. N. G.
Chernyshevokogo (Saratov State University imeni N. G.
Chernyahovskiy)
PRESENTED: May 28, 1960 by V. N. Kondratlyev, Academician
SUBMITTED: May 26, 196o
Card 3/3

BAKHAREVA, I. r.1 KMOT# As Y,
Linearization of the differential equations for the kinetics
of reversible chemical reactions. Zhur. fis. khim. 36 no.121
26594666 D 162. (MIRA 16:1)
1. Saratovskiy gosudaretyennyy universitet Imni Cbemywhevekogc.
(Chemical reaction, Rate of)

VLASOVAq K.N,j CHUDINA, L.I.1 ZAWLIGELISKIYj GULYAEVA,
S.1.1 BAKHAREVA,
L,T.
Uso of thormoplastio glue betsed on lov-molsoular
polyamids, resins in
shoe manafaoture. Kozh.-obuv. prom. 6 n0.800-31 Ag 164.
(MIRA 17tlO)

Ott
1.0

AUTHOR: --Ba js UOV/109-4-1-12/30
TITIR: Correlation Between the Waves of Various Frequencies,
After Their Passage Virough a Layer of Statistically
Non-uniform Medium (Korrelyatsiya mezhdu voinami. razlichnoY
chastoty, proshedshimi sloy statisticheski neodnorodnOY
sredy)
PERIODICAL: Radiotekhnika i Elektronika, 1959, Vol 4, Nr 1,
pp 88 - 96 (USSR)'
ABSTRACT: The article is concerned with determining the
correlation
function for the waves of two different frequencies
received at the same point. This problem is of interest in
the investigation of the ionosphere by means of two
different frequencies. It is assumed that the refractive
index of the ionosphere can be represented as
n - no(-' - W where no and )i are defined by Eq8 (1)
V in Eq (1) denotes the electron concentration in the
ionosphere, while e and m. represent,the charge and the
mass of an electron; 4N is a random deviation of the
electron concentration from its average value 17 . The
Cardl/4 aomplex phase of the wave can be represented as:

SOV/109-4-1-12/30
Correlation Between the Waves of Various Frequencies, After
Their
Passage Through a Layer of Statistically Non-uniform Medium
"'-Y = S + i I n A I
where A represents the amplitude
the wave. lf the phase ,.hange S'
change are small, the change of the
can be represented by:
NNI"
2
iAT"
and 8 the phase of
and the amplitude
complex phase, V
2k- +
k - k
2uk Ono
?x
(2)
no
c
where it is assumed that the primary plane wave propagates
in the direction of axis x . For a point with
co-ordinates (L, Ot 0) 1 the solution of Eq (2) is
approximately given by Bq (3). By adopting the notation
of Hqs (4), the phase and amplitude changes can be
expressed by Eq8 (5)- Consequently, the phase and amplitude
correlation functions are given by Eqs (8), where J1
Card2/4 and J2 are expressed by Hqs (9); the function B(r)

SOV/109-4-1-12/30
Correlation Between the Waves of Various Frequencies, After
Their
Passage Through a Lajer of Statistically Non-uniform Medium
of Bqs (9) is defined by Nqs (7), where r is the distance
between two points situated inside the integration region.
If the electron concentration is described by the Gaussian
law (see Eq (10)), functions J 1 and J 2 are given by
Bqs (11), where D is expressed by Sq (13). If the non-
uniformities in the ionosphere are comparatively large, the
factor & in Hqs (11) is negligible and the correlation
functions can be written as Eqs (14). For the same
condition, the average squa-re values of the phase and
amplitude deviations are expressed by Eqs (15)- Con-
sequently, the correlation coefficients for the phase and
amplitude deviations are written as Eq (16). The above
analytical results relate to the fluctuations of the
phases (and amplitudes) for two waves and frequencies
W, and w2 which passed through thicknesses L, and '-2
of the ionosphere, respectively~. The accuracy of the
formulae could be checked by employing the results of the
/4 experiments carried. out by Gusev and Ulirkotan kRef 5)-
Card3 The amplitude c-orielation coefficients obtained from

SOV/109-4-1-12/30
Correlation Between the Waves of Various Frequencies, After
Their
Passage Through a Layer of Statistically Non-uniform Medium
Hq (16) and from the measurements, are compared in
Figures 6, ? and 8; the circles, crosses, squares and
triangles in the figures correspond to the experimental
points. The author expresses his gratitude to Professor
S.M. Rytov for directing this work.
There are 8 figures and 6 references, 5 of which are
Soviet and 1 English.
ASSOJIATION: FJAzicheskiy inatitut im. P.N. Lebedeva AN SSSR
(Physics Institute imeni P.N. Lebedev of the
A.,.Sc.USSR)
SUBMITTED: April 10, 1957
Card 4/4

S/109/6010051010/022/031
E033/E415
AUTHORS: Kinber, B,Ye, and Bakhareva, M..F..
TITLE: Reliability of a System of Diversity Reception of Two
Unequal Correlated,Signals
PERIODICALt Radiotekhriika i elektronika, 1960, Vol.5, No.10,
pp-1726-1727
TEXT: In investigations into the reliability of diversity
reception of tropospheric signals, the statistics of uncorrelated
and correlated signals have been examined on the assumptidn that
the average powers of the signals in the various channels are
equal. In practice, this assumption is not generally true.. since
the receivers and-antennae are not identical. In this short
communication, the distributions of the levol in a system whith
Belects the beat signal from two unequal correlated relay signals
is obtained. It in shown that for high reliability and not too
large correlition, this system is equivalent to a system of
diversity reception of two equal uncorrelatod signals with mmall
average power, The reliability P(Z >80) of a double-reception
system, which selects the best signal, equals
Card 1/4

s/iog/60/005/010/022/031
Reliability of a System ... E033/E415
P(K>ff#).t_ IV (61, HSI del del.
where W is a two-dimensional distribution function. For unequal'.
correlated relay signals the function W has the form'
exp (2)
where 0, ri 1 1,2, Xo is a Bessel function (imaginary
argument), P12 1 p2, and p is related to the correlation
coefficient R between the signals by the relationship
R 0.921p2 + 0.0576p4 + 0.0144P6 +
It is shown that for high reliability so 2