SCIENTIFIC ABSTRACT BONDARENKO, B.A. - BONDARENKO, B. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206220004-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

MYASNIKOV, Ploksandr Leonidovich, pi-of., red.;
RYWRI, lzraill
ff%
Abrwnovich; BONDLINKO, B.A., red.
(Incidence of hypertension and coronary
arteriosclei-osi~.
and living conditions] Rasprostranenie
gipertonicheskoi
bolezni i koronarnogo ateroskleroza i usloviia
zhizni-;
Leningrad, Vedi,,:.ina., 196,1. 160' p.
sbornik State4
1. Direktor Iw4iWta terapii AMI SSSR,
deystvitellnyy chlen
AMI OISSR (for Myasnikov). 2. Institut terapii AMN
SSSR (for
Hyvki n) .

BOGATSKIY, Georgiy Filippovich, kand. tekhn.
nauk; BONDAUNKO.,
Bori8,,AnAXe.X.~,y -)~ VIiafm-iii'-
kand. arkhit.; LEONTOVICE
-V's7~o`lodovich,, inzh.; SURYGII;A, E., red.
[Course planning of populated places] Kursovoe
proektiro-
vanie naselenMkh most. Kiev, Budivellryk, 1964.
142 p.
(MIRA 17:10)

BONDARENKO, B.A.
Polynomial solutions of static equations, and
hamonic
polynomials. Izv. AN Uz.SSR. Ser. fiz.-mat. nauk 9
no.5:
82-83 t65. (MIRA 18:11)
1. Institut matematiki imeni Romanovskogo AN UzSSR.
Submitted
May 21, 1965.

BOMURUKO, B.A
App~ication of
of a prismatic
156- -
(T;rsion)
alternating methods for solution of problems on torsion
T Idar, Trudy Inst. mat. i makh. AN Uz. SSR no.18.-43-51
(MIMA 10:4)
(Approximate computation)

SOV/124-57-8-9256
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 8,
p 98 (USSR)
AUTHOR: Arzhanykh, 1. S., Bondarenko, B. A.
TIT LE: On the Expression c~f the General Static Solutions of
the Theory of Elas-
ticity by Means of Definite Integrals (0 predstavlenii
obshchikh
resheniy statiki teorii uprugosti opredelennymi integralami)
PERIODICAL: Tr. In-ta matem. i me)chan. AIN UzSSR, 1955, Nr
16, pp 34-38
ABSTRACT: The harmonic functions contained in the expressions
of the general
solutions of the elastic ity- theory equations in P. F.
Papkcvich's form,
supplemented by fhe component rot r x H, are expressed in the
inte-
gral form of Whittaker
1T
GX f gx (x cos ~ + y sin (~ + iz, ~) d~
Tr
etc.
The paper provides the expressions of deflections and stresses
in terms
of six arbitrary functions.
Card 1/1 A. 1. Lur 'yc

SOV/124-58-4 -4383
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr
4, p 98(USSR)
AUTHORS: Arzhanykh, 1. S. , kBondarenko L-A-
TITLE: On the Differential Equations for the Stress
Functions of an
Anisotropic Elastic Substance (0 differentsiallnykh
u~ra-%~rieniy4kh dlya lurik.tsiy napri(,azheniy
anis6t-rophogo
uprugogo tela)
PERIODICAL: Tr. In-ta matem. i mekhan. AN UzSSR, 1956, Nr
18, pp 35-41
ABSTRACT: The authors offer six differential equations of
motion for a
uniform elastic anisotropic medium containing 15 arbitrary
functions, with the help of which it is possible to form
various
modifications of the differential equations of motion. The
com-
ponents of the displacement vector are expressed by the
deri-
vatives of the 15 functions, while six functions are not
included
at all.
1. Elastomers--Stresses 2. Differential equat I?PA.
Ter-Mkrtich' yan
3. Functions
Card 1/1

SOV/124-58-11-13038
Translation from: R,eferativnyy zhurnal, Mekhanika, 1958, Nr
11, p 168 (USSR)
AUTHOR: Bondarenko, B. A.
-----------
TITLE: ------70-n-0--ne Class of Solutions for Dynamic
Equations of the Theory of
Elasticity (Ob odnorn klasse reshe,niy dinamicheskikh ura,
nen:y
teorii uprugosti)
PERIODICAL: Tr. In-ta matem. i mekhan. AN UzSSR, 1957, Nr
21, pp 41-49
ABSTRACT: By employing the reviewer's formul ae of the
dynamic displace -
ment vector (Tr. In-ta matem. i~ mekhen.AN UzSSR 1954, Nr 13,
pp 19-11; RZhMekh, 1957, Nr 7, abstract 7469) and by
utilizing
the Whittaker concept of a wave function [Whittaker, E. T. j
Watson, G. N. , Kurs so-yremennogo analiza. (A Course in
Modern
Analysis). Vol 2. Moscow, -1934], the author obtains an
explicit
expression for the components of a dynamic displacement
vector
expressed in two versions by means of generic functions of
the
C3 class.
1.S. Arzhanykh
Card I/l

SOV/124-58-3--3158
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 3,
p 89 (USSR)
AUTHOR: Bon4a-V-6nko, B. A.
TITLE: The Application of an Alternative Method to the Solution
of a Problem
on the Torsion of a T-section Prismatic Rod (Primeneniye
al'terniruyu-
shchego metoda k resheniyu zadachi o kruchenii prizmaticheskogo
sterzhnya tavrovogo secheniya)
PERIODICAL: rr. In-ta matem. i mekhan. AN UzSSR, 1956. Nr 18,
pp 43-51
ABSTRACT: A problem on the torsion of a T-section prismatic rod
is solved by
Schwarz' alternative method of the solution of Dirichlet's
problem for
harmonic functions in an example when the cross-sectional area
is
the sum of two (according to the meaning of the theory of
multiples)
areas, in this case of two rectangles. Recurrent formulae are
pre,
sented fc;r the calculation of the Fourier coefficients which
form a
part of the expression of the torsion function for one of the
two
rectangles by means of the Fourier coefficients from the
expression
of(V torsion fmction or the other rectangle. The coefficients
&k~ ), Ak' "s Tis ?-), and L. are computed incorrectly,
Card 1/1 N. 0. Gulkanyan

Aj-UT-1
PHASE I BOOK M(PLOITATION sov/4796
Akademiya nauk Uzbeksoy SSR, Tashkent. Institut matematiki i
mekhaniki
Is.sledovaniya po'matematicheskamu anal I zu i mekhaniket v
Uzbekiatane (Research in
Mathematical Analysis and Mechanics in Uzbekistan) Tashkent,
Izd-vo AN
Uzbeksk SSRp 1960o 259 pe Errata slip insertedL. 1,W0 copies
printed.
'0Y
Sponsoring Agen4: Akedenlya naur Vzbekskoy SSR. Institut
matematiki i mechaniki
imeni VA. Roianovskogo.
I V, -
IteaPt-W.: T.S. Arzhanykh, Corresponding Member, Acadwq of
Sciences UzSSR; Ed.:
-4".QWs1nskap; Tech'. Ed.: ZJ. Gor'kanya.
FURME: This collection of articles is intended for
mathemetic-iam, -mechanic i~' -A
aspirants, and students taking advanced courses in divisions of
physics and
mathematics at univernities and pedagogical schools of higher
education.
COVERAGE: Thp, collectjoi~containe 17 articles daslir4g with the
results of investi-
gations on the theory of integrating differonttal equations im
mathematical
physics and mechanicst the theory of n=bers, iqnd the problem of
the beat approx-
imation of functions. Individual articles discuss elasticity,
flow close to a

Research in Mathematical Anelysis (qont.) SOV/4796
rotating disk,, transverse vibrations of beams, motionof an
automobile after
impact, themal stress, etc. No personalities axe mentioned.
References
accompW 14 arti:JL*s.
TPLE OF CONTMM:
1. Arzhwykh, I.S. On the Derormation of Space-Time Under the
Action of
an Electromagnetic Field 3
2. - Jimdamaker-16A, On Gradient and Vortical Solutions of
Dynamic Equations
of the Theory of Elasticity 17
3.- Grebenyuk, D.G * On Certain Ve~ghted, Polynomials of the
Degree*N n4 the
Least Deviating From Zero Within the Inter%sl, Whose Coef-
ficients are Connected by Several Linear Relationships 30
4. Grebenyuk-
,, D*G. On Polynomials of Several Variables,'Whose
Coefficients
are-06nnectealy Several Linear Relationships., the Least
Deviating From
a Given Function In a Certain Domain (D) 70
50 Grtbenyuk; D.G. On the Minimin of Certain IntegraLls With
Infinite
U*itsof Integration 84

1, J62J'000/001/038/061
V044
C111/C222
AUTHOR: Bondarenko, B.A.
TITLE: On the gradient and vortex solutions of the
dynamic equations
of elasticity theory
PERIODICALs Referativnyy zhurnal. Matematika, no. 1,
1962, 59,
abstract 1 B 282.("Issled. T)o matem. analizu i mekhanike
v
Uzbekistane". Tashkent, AN UzSSR, 196o, 17-29)
TEXT: The gradient and vortex parts of the general
solution of the
dynamic Lam6 equation
2
aLgrad div UL - 8 rot rot 14, 0
t
are written with the help of the formulas of I.S.
Arzhanykh (RZhMat,1956,
2264) in spherical coordinates.
[Abstracter's note : Complete translation.
Card 1/1

27143
11 L) ~, 112 S/166/61/600/004/001/007
B112/B102
AUTHOR: Bondarenko, B. A.
TITLE: Potential and vortex solutions of the dyn,=ic theory of
elasticity in the case of dispersion
PERIODICAL: Akademiya nauk Uzbekskoy SSR. Izvestiya. Seriya
fiziko-
matematicheskikh nauk, no. 4, 1961t 3
TEXT, The author solves the equation:
2-*
u/8 t2 0.
a grad div-il-6curicurit- a u
Its solutions have the:form:
--0 =-A- - "") --+ 2X0 D
u B grad (z0 MB ttp
--1 Fo D "
U A curl(x,,Lr A - 2 ty).
--:31
r is the position vector with the comp2iients x Z:
JZ0= (a - p)/2a, X0 = (a - p)/2p. -t, A, y andyare determined
from the
equations
Card 1/2

Potential and vortex solutions of the ...
27143
S/166/61/bOO/004/001/007
B112/B102
cl 9, = 0, 0
a
Da, = 0, -P%OrrAj.
The operators 0 CL and D.t are:
P72 02/at2
aV2 Dty Dt, Dt + 6.
I. S. Arzhanykh (Informatsionnyy byulleten', No. 1, VINITI,
M., AN SSSR,
1960) is mentioned. There are 4 references: 3 Soviet and 1
non-Soviet.
ASSOCIATION: Institut matematiki im. V. I. Romanovskogo AN
UzSSR
( Institute of Mathematics imeni V. I. Romanovskiy AS
Uzbekskaya SSR)
SUBMITTED: March 1, 1961
Card 2/2

8/044/62/000/009/040/069
A060/A 000
AUTHOR: Bondarenko, B. A.
11ITLE: -approximate solution of the first and second fundamental
problems
Qf. the theory of elasticity for a parallelepiped
PERIODICAL: Refe'rativnyy zhurnal, 14atematika, no..9, 1962, 24,
abstract 9V121
("Tr. In-ta matem. AN UzSSR", 1961, no. 23, 93 - 110)
TEXT: A sequence of polynomial solutions for the homogeneous'equations
of the three-dimensional static theory'of elasticity is constructed.
To solve
the problems mentioned in,the title the author appliesathe method
of,least squares,
using the polynomials constructed by, him as coordinate functions.
S. G. Mildilin
[Abstracter's note: Complete translation]
CArd I/11

KRAVCHINSKIY, Boris Davydovich; PgtD_k red.; LEEEDEVA,
G.T., tekhn. red.
[Physiology of the water-salt metabolism of body fluids]
Fiziologiia vodno-solevogo obmena zhidkostei tela. Lenin-
grad, Medgiz, 1963. 310 p. (MIRA 16:10)
(WATER METABOLISM) (BODY FLUIDS)

-UNDARU'Q,Pj. (Lenin&r,,d, D-88, Muyka, d.40, kv-3);
GLUMN', B.Ys. ~Leningrad, D-11, ul. Rakova, d.lro,
k%7.07)
Clinical forms of ILLng cancer in the initial ank.
9 no.6:9-14 163.
1. Tz kliniki fakul'tc-itskoy teranil (wichqllnik
Beyyer) VUennc-inedit--q-Lnskqj c-rd*ena Len-irs,
akadeic"i
Kiri~va i Basz~ej.iuvoy kIInichfv,.:3koy bollnitsy
imeni ~`hizrinov-,kcgo
(I Iavnyy vrar-h - A. L. Ma tusov).

_F'ONMARENKI), B.A., do-Lssnt; GLUMAR0, 13. Yt~--.
Ca!3e of isolated the srn-11 Intesl~i-ne~ an
abstxac~t. Probl. genat. J ro,-rel. krw-~ 9
no.1.2g-54 D t64
(MIP,4 IBSI)
1. Kai I'm fakullt~atslcoy -LerapJA (na--ha~tn-J.K -
prof. V.A.
Voyenno-meditsinskoy akadsmil inicni S.-M. Kirova I
klinicheslcava boltnitsa imeni Chuctnovskogo
(gla-vnyi vrao-h A.A.
Makarov)q L~ningrad.

23754-66 mwT (d) /E,,-,,T (M) /Fyp
lip W PPJ
ACC NI. AP6008547 SOURCE CODE: tJR/0166/66/000/001/'0003/0011
AUTHOR: Bondarenko, B.A._,
ORG: Mathematics Institute im. V. L RomanovsIdy, AN UzSSR (Institut
matematiki AN UzSSR)
TITLE:~ jjol a system of differential equations in the statics~of
elasticity
theTry [The essence of this paper was reported at the 11 All-Union
Conference on Computational
Mathematics hold in Moscow in January 1965)
SOURCE: AN UzSSR. Izvestiya. Serlya fiziko-matematicheskikh na~~ no.
1, 1966, 3-11
TOPICTAGS: boundary value problem, elastick LheiM5 differential
equation system, solid
statics
ABSMkCT: Boundary value problems in the statics ofelasticity theory in
transfers consist of
the determination of the functions u, v, and w to satisfy the system
7,
da I t'
+ 0
V x
0A
0
2W=0
V
+
rd
Co

66

BONDARPNKO, B.B.
Case of osteolyals of medicinal origin. VeRt. rent. i
rad. 39 no.4t
78 j)-Ag 164. . . (MIRA 18:7)
1. KF-,fedra propedev4l.ki vrmtrennilrh bolezney (zav. -
prof. M.L.
Shcherb& (doceasedl)'i kafndra rentgerologli i
radiologli (zav. -
prof. Rokhlin) I Leningradskogo meditsinakogo instituta
imeni Pavlova.

BONDARENYO, B.B.
Mechanisms of a1dosterone
literature. Probl. endok.
1. Xafedra prr,iedevtiki vroatrennikh
M.L. ShcherlA [deceased])
tuta imeni Pavlova.
secretion control; mirvey of the
i gorm. 11 no.1:114-119 Ja-F loj.
(MIRA 18:5)
bolemey (zav. - prof.
I leningraOokrpo Insi--i-

'BONDARENKO, B.B. (Leningrad)
Effect of aldoeterone on alettrolyte metabolism and
k1driel,
function; a survey of the literature. ilat. liziol. i ekap,
i terape 9 no.3v84-" MY-Je 165. (MIRk 180)

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:me

BONDARENKO, B - I -
"The Determination of Product Yields in Catalytic Cracking,"
Pet. Ind., No. 1, 1951-

AID P - 1138
Subject USSR/Chemistry
Card 1/1 Pub. 78 - 16/25
Author Bondarenko, B. I.
Title Material accounting in the catalytic cracking process
with re-eirculatlon
Periodical Neft. khoz., v. 32, #11, 56-62, N 1954
Abstract General discussion of fraction distillation in cracking
with re-circulation is presented. The relative amount of
the re-circulating component or the coefficient of re-
circulation is computed with experimentally-determined
formulas and correction coefficients. Distribution of the
distillating components is tabulated for various operating
conditions. Three tables, 2 charts and 2,~Russian refer-
ences (1934-1950).
Institution : None
Submitted : No date

AID P 2695
Subject USSR/Chemistry
Card 1/1 Pub. 78 - 13/21
Authors : Bondarenko_, ~. I Grushin, A. F., Ivanyukov, D. V.
and ZlotnlK Ye.
Title : Experiment in reconstruction of an oil-refining
installation
Periodical Neft. khoz., 33, 5, 58-62, MY 1955
V,itract In the reconstruction of an oil-refining installation
its capacity has been increased and higher fractions
obtained. The flow diagrams of the old and the
reconstructed installations are shown. The main
difference is that in the new installation the
charging stock enters by two different lines, one
part (about 55%) through heat exchangers and the
other part (about 45%) through the coils of the
vacuum line furnace.
Institution : None
Submitted : No date

T. T
AID P i
Subject Chemistry
Card 1/1 Pub. 78 - 12/20
Author Bondarenko, B. I.
Title New foreign oil processing plants
Periodical Neft. khoz., v. 33, #1o, 60-71, 0 1955
Abstract New petroleum fuel processing plants located
out'side of Russia and its satellites are described,
namely: Petrofina Refinery (Quebec, Canada); Ferndale
Refiner of the General Petroleum Corp (Washington,
U.S.A.)~ Gewerkschaft Erfll-R4ffinerie Emsl'
and,
Lingen-Holthausen (West Germany); Durban Refinery
(South Africa); Kwinana Refinery (Australia); Aden
Refinery (Arabian Peninsula). Some others are briefly
mentioned. Diagrams, tables, 22 foreign references,
1946-1955.
Institution : None
Submitted : No date

k: BONDARWO. D.I.; NIKULIR, D.D.; SUKRANOV, V.P.;
KLNYMXNOVA, K.F.,
redaktor; TROPIMOV, A.Y., tekhnichookiv redaktor
[Catalytic cracking) Kataliticheskii kreking. Moskva,
Gos. nauchno-
tekhn. tzd-vo neftianot i gorno-toplivaoi lit-ry, 1956.
208 p.
. (Cracking process) (MLRA 9:9)

IVANYUqr, D.Y.; BCODAR121KO, B.I.; GRACHXV, D.S.
Increasing the productivity of a pressure snd vacuum
refining plant by
means of radical reakrangement. Neft.~hoz.34 no-7:38-46 J1
156.
(Petroleum--Refining) Owk 9: 10)

PHASE I BOOK EXPLOITATION 1-183
Bondarenko, Boris Illich
Ustanovki kataliticheskogo krekings (Catalytic Cracking Units)
Mascav,
Gostoptekhizdat, 1958. 303 p. 2,500 copies printed.
Ed.: Kleymenova, K.F.; TechoSdo: Trofimov, A.V.
PURPOSE: The book is intended for engineers and technicians
specializing in
petroleum refining.
COVEME: The book describes catalytic cracking units with
circulating catalysts.
Flowsheets of industrial catalytic cracking units are given.
Methods of pre-
paring raw materials and the construction of the mat important
units are
discussed. The author thank Ya.N. Frenkel~ for reading the
manuscript, B.K.
Amerik for his coments and also K.F.Kleymenova and N.V.
Hatveyevs. for their
assistance in preparing the manuscript for publication. There are
253 references,
of which 61 are Soviet, 188 English and 4 German.
Card 115

Catalytic Cracking Units 1-183
TABLE OF CONTENTS:
Foreword
Ch. I. Purpose and General Nature of Catalytic Cracking Units
Ch. II. Terminology and Definitions
Ch. III. HaW Materials for Catalytic Cracking Units
Ch. IV. Catalysts
Ch. V. Methods for Preparing Raw Materials for Catalytic Cracking
1. vacuum distillation
2. Light thermal cracking of mazuts and heavy residues
3. Preparation of distillates by coking petroleum residues
4. Obtaining raw materials from mazuts and petroleum asphalts
by tom ing '4#pbe
0V jt -b 113rqwne, method'.
the,
5& Preparation of distillate raw materials in-c-stalytic cracking
units
6. State of aggregation of raw materials prior to contact with
catalyst
Card 2/5
3
5
15
28
35
48
48
53
65
69
T2
84

Catalytic Cracking Units U83
Ch. VI. Types of Cracking Processes
Ch. VII. Cracking and Regeneration Section of Units With
Circulating
Pelleted or Spherical Catalysts
1. Flowsheets for catalyst circulation
2. Counter:r-aw reactor
3. Unifthw-react6r-
4. Regeneration of the catayst
5. 'Mati-zone regenerators
6. Regenerators with few heating and cooling stages
7- Air-lift of the catalyst
Ch. VIII. Sections for Cracking and Regenerating of Units
With
Circulating Povdered or Microspherical Catalysts
1. Fluidization and circulation of catalysts
2. Reactors
3- Regenerators
4. Cyclones
5. Relative position of reactor and regenerator
6. Fractional distillation sections
7- Converters for orthoflow crap-king units
Card 315
94
103
103
108
in
118
122
128
134
139
140
145
154
165
169
175
179

Catalytic Cracking Units '1183
Ch. 1K. Catalytic Cracking Process Conditions
Ch. X. Balance of Materials and Quality of Products
1. Balance of cracking of various types of raw materials
'2, Yield of products in catalytic refining
3- Empirical formulas for determination of the yield of
cracked products
4. Quality of cracked products
Ch. XI. Industrial Cracking Units With Circulating Spherical or
Pelleted Catalysts
1. Units for cracking distillate raw materials
2. Houdresid units
3. Elements of design of a direct-flow reactor
Ch. XTI. Cracking Units With Circulating PowdereE or
YAcxospherical Catalysts
1. Pluid flow units -- models I, II, III, and IV
2. Modified fluid flow units
191
203
203
220
226
228
236
236
243
246
252
252
271
Card 4/5

Catalytic Cracking Unite 1183
3, Orthoflow units 274
4. Heat balances of reactors and regenerators. Catalyst
circulation
Ate 278
Appendix 1
294
Appendix 2
294
Appendix 3
295
Bibliography
296
AVAUABLZ:
Library of Congress

Card 5/5 TWR"

2-13-59

PARKHOMENKO, Vasilly Yefimovich, dotsent; PICMJGIN,
A.P., inzh., red.:
-ME . roteenzent; LEV11M, Ye.S., vadushchiy red.;
BFM*VUAL%.RT'w.4GA.~tekhn. red.
0
[Technology of petroleum and gas refining] Tekhnologiia
parerabotki nefti i gaza. Izd.2., parer. i dop. Moekva,
Goa.
nauchno-takhn. izd-vo neft. i gorno-toplivnoi lit-ry,
1958,
452 P. WIRA 12:1)
(Petroleum--Refining) (Gas, Natural)

11(4) '
SOV/92-58-9-28/36
AUTHORS,. Staff Member of the Petroleum Insti-
., and Sukhanov,, V.P., Staff Member of the Gosplan
tute
of the USSR
TITLE: Formation of Coke in a-Reactor and Gas Oil Recycling
(Koksoobrazovaniye v reaktore i retsirkulyatsiya
gazoylya)
PERIODICAL: Neftyanik., 1958, Nr 9, pp 29-30 (USSR)
ABSTRACT: In a letter containing a reference to a book by
B.I. Bondarenko, published in 1956 and entitled "Catalytic
Cracking", 1. Sivakov, senior operator, raises the question
as
to how the increased recycling of the light gas oil affects
the
formaticn of coke. At the same time in a letter referring
to the
same book G. Konyayev, engineer of the Salavat refinery,
asks
for the clarification of a similar question on how the gas
oil
recycling influences the formation of coke. They both state
that
the actual results of catalytic cracking operations
contradict
Card 1142

Formation of Coke in a Reactor SOV/92-58-9-28/36
Bondarenko's assertion that the higher coefficient of recycling
gas oil inoreases the yield of gasoline and decreases the yield
of gas and coke. In reply to the above-mentioned letters the
authors Of the Dresent article confirm that, in principle, the
statement contained in the Bonarenko book is correct. However,
the authors emohasize that the yield of catalytic cracking
products depends on the different conditions under which the
catalytic cracking unit is run, as well as on the composition of
the feed stock used. These conditions are discussed at length
by the authors who point out that the problem is rather compli-
cated and many factors should be taken into account to permit
one to draw the right conclusion. Refiners and members of sci-
entific institutes are invited by the authors to express their
opinion in Neftyanik as to how they propose to reduce the
formatLon
of coke in a catalytic cracking unit.
ASSOCIATION: Neftyanoy institut.im. Gubkina i Gosplan SSSR (The
Petroleum Institute im. Gubkin, and the Gosplan of the USSR)
Card 2/2

ALITSHULER, Anatoliy 'fevgenlyevich; KOROTKOV, Petr
Ivanovich; KAZANSKIY,
Vasiliy Leonidovich; GERASIM91W.0, Nikolay
Mikhaylovich; B(HfDA-
RWO, B.T., kand.tekhn.nauk, red.; LUBASHRVICH
, I,P,, kan ~.
_-bdd-._f,-UFRHMOVA, T.D., Yedushchiy, red.; MMINA,
B.A.,
teQ.red.
(Production of lubricants from high-sulfur petroleum
crudes]
Proizvodst,ro smazoehnykh masel iz sernistykh neftei.
Moskva,
Goe.nauchno-tekhn.izd-vo neft. i gorno-,toplivnoi
lit-rY, 1959.
189 P.- (MIRA 12:10)
(Lubrication and lubricants) (Petroleum--Refining)

BRAZHNIKOV, Vasiliy Timofeyevich. Prinimal
uchatitiye: RALINOVMAYA,
N.P.. inzh.. SKOBLO. A.I., rateenzent; ~1011DARWO,
B.I.,
retsenzent; 71FRMOVA, T.D., vedushchiy ra~a7 I,;,
B.A.,
takhn.red.
(Present-day units for manufacturing lubricating oils]
Sovramennye ustanovki dlia proizvodstva GM82ochnykh
masel.
Moskva. Gos.nauchno-teldmAzd-vo neft. i
gorno-toplivnoi
lit-ry, 1959. 355 P. (MIRA 12:11)
(Lubrication and lubricants)

MOLDOUIN, A.Ya., inzh.; Prinimali uchastiye.'
KHOKHR)"41OV, P.A., dotsent;-
BONDARENKO B.I. dotsent
Choice of a phenol-reclamation flowsheet in 5elective
refining of
oils. Nauch.zap.UkrnUproeI(ta no.4:132-140 161. (MIRA
15:1)
(Phenols) (Petroleum--Refining)

SKOBLO, Aleksandr Ionovichp dots.; TREGUBOVA,
Iri4a Ananlyevna., dots.;
yEdOROV, Vikolq Rikolayevicb, dots.; -J30NDAMWK,,O
-BL p kand.
tekbn, naukt reteenzentl BABUSHKINA, Sr.-t-`ved.
red.;
KLMIENOVA, X.F., ved. red.-; POIDSINA, A.S.y
tekhn. red.
[Processes and equipowt of the petroloum refining
and petro-
chemicals industries] Frotsessy i apparaty
nefteparerabaty-
vaiusbohei i neftekbimicheskoi protWshlennosti..
Moskva, Gos.
nauchno-tekhn.iza-vo neft. i gorno-toplivnoi
I:Lt-ry, 1962.
652 p. (Petroleum-Refining) (MIRA 15:2)

BONDkRENKO B.I.
Nov petroleum refineries-in Canada. Rhim.i tekh.tonl.i
masel
7 n'o*2:6E~-72 F 162. IM-IM 15:1)
L. Moslcovskiy institut neftekbimichesko'y igazovoy
promDrahlennosti
im. akad.Gubldna.
(Canada-Petroleum reVineries)

BO'DAII'MW) B.I.; NICHIPOROIKO, 0.3.
~,~ ~ - , - ~- ,
Investigating gas-o-,:ygen b=nero of low output to obtain
rcduc-in,),
gas. Gaz. pro:..,. 9 no.9:27-31 164. r7:10)

71;~

iie*-SeMs ts~-anapresentg -tabuhtedlW I
ar qAt dqtE~,`c e previous V
do oncernin
R th

-
-1 comp.eted unitg for remote MWsurements of both A.C and DC current ~~
A

volta4-es "The work was part,
icipated in by a group of coworkers of the SPAB includling

ya. IS j. ke
B -h

Yu.
_);~aji;, A. A. Nadel A Ond(I V-V. S asher

ah, as well a.,
-.I,-!Larkov tmd L,V. FAyd
V.-N, 'Cheim-mvAily, La,-V-01-ch-epko
-
-

who aro ociated with other onlonpy- so=
~o~v ass
V.I. i3rnsbtqym and Ye, 1. Andrianov,
-
-
-
-
-
-
-
-

M.
jic
ff , N'Tes f~i
W
rwthe SP 10. Orle. art. has.- 2 filrures i--rjrl 1 t M,
OrTce
ng ~71 CF4
a
lo
,

ASSOi!IATION: none

SUBMITTED: 29SOP64 BNCI;- VO :SVB CODE- EE;T-,g

No
RI-F SONF.. 000 OTHERi: Goo

2 ,2
C
d

ar

------ WM 1191 111

ZATULOVSKIYP B.G.; PONOMAREVA, G.V..; DZETSINA,
L.V.; P2PAEENKQ,..B.I.;
GUMANY M. M.
Further study of sporadic cases of exanthematous
typhus in Kiev.
Zhur.mikrobiol., epid.i immm-M. 32 no.12:109-112 D
161.
- OAM 15:11)
1. Iz Kiyevskogo instituts, epidemiologii i
mikrobiologii.
(KlUI-TYPHTJS FEVER)

BONI)ARENKO),-,..
~,, -i ... "I., . ~.K.; DEHIDOVIGII, V.N.
A generator of chaotic pulses. Geofiz. prib. no.
12:90-92
162, (MIRA 17:5)
1. VMOIA.

YERMDLIYEVA, Z.V.; TRAKHTENBERG, D.M.; BONDARENKOO
B.N.
Isolation and characteristics of prodigiosin from
Bacterium
prodigiosum in submerged cultures. Antibiotiki 9
no.5:397-
403 MY '64. (MIRA 18:2)
1. TSentrallnyy institut usovershens,tvovaniya
vrachey I
Vsesoyuznyy nauchno-issledovatellskiy anti,biotikov,
Moskva.

DOnDARENKO B.N
Deep cultivation of Bacterium prodigiosum.
Antibiotiki 9 no.9:
814-818 S !64. (MIRA 19:1)
1. Kafedra mikrobiologii (zav. - deystvitellnyy
chlen AMN SSSR
prof. Z.V. Yermollyeva) TSentrallnogo instituta
usovershenstvo-
vaniya vrachey i Vsesoyuznyy
nauchno-issledovatellskiy institut
antibiotikovp Moskva.

AMA . A.R., Inshener (g.lovochorkamsk); SITNIK, N.1h.,
inzhener.(g.Ncvc,-
S"Wff-'MICXMW, V.A., Inshener (g.Nayocherkaesk).
Single-phase industrial frequency electric
locomotives.Zhal dor.
travep. 37 so.11j&-14 N 155. (KWA ;:2)
(Blectric locomotives)

DONDAREM , B.R.-. YANOV,, V.P.; CHFRNYAVSKIY, S.N.
Further dpvelopment of the construction of els-etric
locomotives.
Zhel.dor.transp. 47 no-lo-43-49 Ap 165.
(NIRA 18:6)
1. Direktor Novocherkasskogo elt-Itrovozostroitellnogo
zavods i
Vsesoyuznogo nauchno-issledovatel*skogo i
proyektno-konstruktor-
skogo instit-uts elektrovozostroyeniya (for Bondarenko).
2. Glevnyy
inzh. Vsesoyuznogo nauchno-issledov-tellskog- i
proypktno-
konstruktoirskogo instituta F-lektrovozostroyeniya (for
Yanov).
3. Nachallnik otdels tekhniko-ekonomicheskikh
isslpdoveniy
V.-;Psoyuznogo nauchno-issledovatellskogo i
proyektno-konstruktor-
sk-ogo institutn elelctrovozostroyeniya (for
Chernyavskiy).

5W SOV/162-58-3-25/26
AUTHOR: Bondarenko, B.V.
TITLE: The Problem of the Nature and the Determination of
the Thermoionic Constant A (K vopr osu 0 prirode i
opredelenii termoelektronnoy postoyannoy A)
PERIODICAL: Nauchnyye doklady vysshey shkoly, Radiotekhnika i
elektronika, 1958, Nr 3, pp 184-191 (USSR)
ABSTRACT: The possible reasons of the divergence between the
experimental values of the thermoionic constant 4
and its theoretical value A = 120.4 a/cm degree-
are investigated for differgnt cathode types. The
author arrives at the following conclusions: a)
The theory of ppots cannot satisfactorily explain
the anomaly of the value A in the case of semiconduc-
tor cathodes without contradicting the results of
cathode investigations by electronic microscopes.
b) The anomalous values A, obtained by the Richard-
son method for semiconductor cathodes, may be ex-
plained by the temperature dependence of the work
Card 1/3 function, found by means of shifting the character-

SOV/162-58-3)__25/26_____
The Problem of the Nature and the Determination of the
Thermoionic
Constant A
istic, which is caused by a change of the location
of the electrochemical potential level. c) The
Richardson method does not provide reliable values of
the work function in case of coated cathodes. The
method of determining Pie medium work function at
A 120.4 a/cm degree acqording to measured values
o? the current emission and the cathode temperature,
is more reliable for any type of cathode. This me-
thod permits a eimultaneous determination of the
temperature dependence pf the work function within
the range of_meapuring temperatures under the condi-
tion that 1 M=j, whereby IT is the medium factor
of electron reflection at the emitter-vacuum boundary.
There are 11 graphs, and 13 references, 3 of which
are English, 1 German, 1 Japanese, 1 Indian and 7
Soviet.
Card 2/3

BOV/162-58-3-25/26
;he Problem of the Nature and the Determination of the
Thermoicnic
Constant A
ASSOCIATION: Kafedra elektronnykh i ionnykh priborov Moskovskogo
fiziko-tekhnicheskogo instituta 'k (Chair;; of Elec-
tronic and Ionic Devices of the 1,,,Ioscow Physics En-
gineering Institute)
SUBMITTED: March 29, 1958
Card 3/3

BONDLONO OSTAPCHENKO, Ye.P.
Thermionic properties of alkaline earth tungstatea.
Hauch.dokl.
vys,uhkoly-, radiotakhi slaktron. no.4:239-245 '58.
(MIRA 12:6)
1. Hoskovskly flolko-tokhnichaskly Institut.
(Alkaline earth tungstates)

BONDARENKO, B. V. Cand Tech Soi __ (diss) "Peculiarities of
the
thermoeleetronio properties of semiconductor-type cathodes."
Lmow.j 1959.
22 pp (Min of Higher ~Iduoation ISSR. Mos Phys-Teoh Inst),
130 copies
M, 47-59, 114)
M20-

66325
SOV/162-59-1-25/27
AUTHOR: Bondarenko, B.V.
TITLE: The Thermionic Properties of Scandium, Yttrium. and
Lanthanum. Oxides
PERIODICAL: Nauchnyye doklady vysshey shkoly, Radiotekhnika i
elektronikap 1959, Nr 1, pp 211-219
ABSTRACT: The author presents the results of an investigation
into the thermionic properties of scandium, yttrium
and lanthanum. oxides. Sofar, the thermionic proper-
ties of these materials have not been studied in a
wide temperature range. These oxides have a suffi-
ciently high melting point with a known crystal struc-
ture and they are of interest for manufacturing ther-
mionic cathodes working at higher temperatures, as
for example, the thorium oxide cathodes. The pure scan-
diura, lanthanum and yttrium oxides were pulverized and
prepared in a methyl alcohol suspension, which was
applied to a tungsten core, 2 mm wide, 5 cm long and
Card 1/5 35 microns thick. The density of the oxide coating
T

66325
SOV/162-59-1-25/27
The Thermionic Properties of Scandium, Yttrium and
Lanthanum.
Oxides
changed within the limits o4 '' 2-4 mg-cm-2 at a thick-
ness of 25-30 microns. The experimental device was a
planar diode with a system of working and protecting
anodes. The emission of the working anodes, placed on
both sides of the cathode strip, was measured by a
galvanometer with a maximum sensitivity of 5-10-9 amps,
The cathodes to be investigated were connected to one
of the arms of a Wheatstone bridge. The cathode tempe-
rature was determined by the resistance of the tungsten
core. The maximum error in determining the work func-
tion -P T accordi to the graphs of C.G. Jansen and
R. Loosjes ZR-ef J4 amounted to 0.25%. The voltampere
characteristics of the cathodesy plotted in the range
of anode voltages of 100-500v, sbowed a saturation
character, whereby the saturation current value was
= 400 v for determining -P T. The correc-
limited to Ua.
tion for the chottky effect was equal to 0.012 elec-
Cp,ri 2/5 tron-volt, with an electrode gap Of 3.5 mm, ie.
it re-
L41*1

66325
SOV/162-59-1-25/27
-,he Thermionic Properties of Scandium,Yttrium and Lanthanum.
Oxi-des
mained within the accuracy limits Of -f-T measurements.
The values of the work function -P T were calculated
according to the density of saturation currents for
certain temperatures at a value of the thermionic con-
stant of Ao = 120.4 amps-cm-2, whereby also the tem-
peratures factor of the work function could be de-
z~ T
termined for measurements in a temperature range of
1300-20000K. It was established that _A~_ kP does not on-
n~ T
ly change its magnitude in this temperature range, as
for example, for scandium and yttrium. oxides. A quali-
tative explanation of the behavior of Ins f is given for
-=T
the state of a cathode, immediately after the thermal
activation and also for the stable emitting state. The
sign of 6 f is negative at low temperatures and posi-
a r (1 3 /5 L T Lr

66325
SOV/162-59-1-25/27
The Thermionic Properties of Scandium, Yttrium and Lanthanum
Oxides
tive at high temperatures. The investigation results
for scandium, yttrium and lanthanum oxides are compi-
led in a table. These oxides are of interest as ca-
thode materialsp except lanthanum oxide, -whose emis-
sion is somewhat lower than that of scandium and yttri-
um oxides; lanthanum oxide is highly volatile in the
range of operating temperatures. The comparison of the
thermionic properties of scandium and yttrium oxides
with those of thorium oxide shows only insignificant
deviations. According to measurements of Menar fRef
97, well-activated thorium oxide shows also a break
of the Richardson lines at high temperatures, resul-
ting in values of '-fo = 1-6~1.7 electron-volts at
A = 2-lo-3amps.em-2-degree- . This means that at-T
20000K, the current density of a thorkum oxide catho-
de will be equal to 3 = 4-10-lamps-cm-2, which corres-
ponds to \-F T = 3.60 electron-volt at Ao = 120.4 amps.
Card 4/5 cm-.2-degree-4. Yttrium. oxide cathodes are easily
sin-

66325
SOV/162-59-1-25/27
The Thermionic Properties of Scandiumq Yttrium and Lanthanum
Oxides
tered on a tungsten core and have other advantages com-
pared to the thorium oxide cathodes. There are 3 graphs,
1 table and 11 references, 9 of which are Russian, I
German and 1 English.
ASSOCIATION: Kafedra elektroniki Moskovskogo
fiziko-tekhnichesko-
go instituta .' (Chair ' of Electronics of the Moscow
Engineering Institute of Physics) Lr
SUBMITTED: JulY 199 1958
Card 5/5

DONDARENKO$ B.V.
Thermoelectonic properties of titanium,, zirconium.,
hafnJ,=,. and
thorim oxides. Nauch. dokl. vys. shkoly; radiotekb, i
elektron.
no.2030-335 159. NIPA 14:5)
1. Kafedra elektronnykh i ionnykh priborov
Moskovskogo finiko-
tekhr.icheskogo instituta.
(Thermionio emission) (Metal oxides)

BONDARENKO, B.V.
Temperature dependence of the work function of a
tbermionic
cathode. Trudy MYTI no.4:62-71 '59. (MIRA 13:9)
(Thermionic emission) (Work function)

iOND
Methods of determining thermionic emission constants
of 8eml-
conductor cathodest, Trudy WE no.4:72-84 159. (MIRA
13:9)
(Semiconductors)
(Work function)
(Thermionie emission)

~v
AUTHORS: Dondarenico, D.V. and Tsarc
TITLE: Thormo-electronic Characteristics of the IMetal 0--,zide--
of the III and IV Groups (Teri,-ioole1ztroi-.myye svoystva
oir-lislov metallov III i IV grupp)
PERIODICAL: Radiotelchnika I elelctrani.,za, 19591 Vol 4, 1'r 6,
-,.p 1o59 - io6o (USSR)
ABSTRACT: The imetal oxides Sc2031 Y,032 La2031 Tio 2-, Zro 2
and RfO 2,
have comparatively high aieltii-i-r, 1points aild are 1--herefore
of' Interest as the materials for the cathodes opcrating
at high te.,ziperatures. ThO2is an oxide of the same type.
The invest-4gation described aimed at determining the
emissivity of the above oxides. The cathocl-- prepared
from La.0- and Ti02 were activated at a temperature of
2 200 0K, 0while the remaining c.%---;des -,-jrere activated
at 2 600 K. The current-temperature curves for all the
materials are indicated in the figure on p 10.)g. I t is
seen that the Riaharftn curves for -all the oxides exceLlt
Card 1/3 Ti.02con:5ist of two linear portions. This is thought to

soviog-4-6-23/27
Thermo-elez;t.,,cjnic Characteristics of the Metal Oxides of
the III
and IV Ciroups
be due to the dependence of the electrochemical potential
of the semiconductor cathodes on the equilibrium concen-
tration of donors within the investigated temperature
interval (B.V. Bondarenko - Ref 10). The table on p 1060
shows the values of y and A obtained from the
Richardson curves. The work function of the cathodes
(PT is also shown in the table. From the investigation,
it is concluded that apart froin ThO, and Y20 31 the
hafnixua oxide Hf02 is the most promising material. This
is principally due to the fact that HfO. forms very stable
layers which are strobgly attached to the t-un-rsten core
of the cathode.
Card 2/3

sov/log-4-G-23/27
Theri,,ic-electronic Characteristics of the Metal Oxides of the
III
I
and IV Groups
There are 1 figure, 1 table and 10-refereaces, 4 of which
are English, 1 French and 5 Soviet: 1 Soviet reference
is translated from French and 1 from English.
SUBMITTED: JanuarY 5, 1959
Card 3/5

Id
- I
'Oka
:0.1 S
Pik. M
IL
s -p
31
1 HIS v 4" 9
1 1.3 3 E 140 2 -on
all E 1H'
-All it.
Ir -j
I vAl"Si 31
In ilu .3 .1 .81 131

3 6 (//.3 71
-94, / jc~
84075
S/181/60/002/009/016/036
B004/BO56
AUTHOR: Bondarenko, B. V.
TITLE: The Temperature Dependence of the Work Function~in Hot
Cathodes of the Semiconductor Type
PERIODICAL: Fizika tverdogo tela, 1960, Vol. 2, No. 9, pp.
2140 - 2151
TEXT: The author discussesthe different results obtained by
measuring
thermionio emission by employing various methods (Refs. 2-5)-
For the
purpose of explaining this problem, finely ground So 203Y
Y2031 La20 39
TiO2, ZrO2, HfO., and basic Ba, Sr, and Ca tungstates of the
type Me 3W06
(particle size < 1 V) were suspended in methyl alcohol and
applied onto
a 30 p thick tungsten band, which served as cathodes The
teperature de-
pendence of the work function TT was measured at 10-7 - 10-
torr within
"Oha temperature range of 300 - 20000K. Fig. 1 shows the
function
12/3 = f(U k) for Y 0 and Ba WO Fig. 2 shows ~T (T) for Sc2031
Y2 03P
a 2 3 3 3v
Card 1/4

8h075
The Temperature Dependence of the Work
S/181/60/002/oog/ol6/036
Function in Hot Cathodes of the Semi- B004/ '056
conductor Type
La203v TiO 21 Zr02' Hf02 ; activation of the oxides
occurred at
2200 - 2600'C. The lower values of FT relate to the maximum
degree of
activation of the Gathode, and the higher values to the
stable state.
Fig. 3 compares the current'aharacteriaties of the tungsten
filament
(T = 27000K) and the oxide-covered tungsten band (T -
3000K) at the be-
ginning of the experiment with that after 60 min. Table I
gives the
thermionic properties of the metal oxides of the III and IV
groups of
the periodic systemg and Table 2 contains those of the
tungstates.
Fig. 4 shows the occurrence of the intrinsic conductance of
Ba 3W03 at
Tc,18000K. This effect is not observed in oxides. From
these data the
author draws the following conclusions: 1) The high
emission of ther-
mionic cathodes consisting of oxides of the III and IV
group is based
upon the fact that, in consequence of the activation at
high temperature,
free metal penetrates into the oxides. The oxide coating is
then no pure
semiconductor but a mixture with metal. 2) In the case of
stable emission
the values obtained for TV which characterize the
temperature dependence
Oard 2/4

84075
The Temperature Dependence of the Work
S/181/60/002/009/016/036
Function in Hot Cathodes of the Semi- B004/BO56
conductor Type
of the mean work function, agree with those obtained by
changing the
space charge- 3) The experimental values Of YT within the
temperature
range measured at a stable state of the oxides agree with
the theoreti-
s3ally expected temperature dependence of the electric
potential in donor
semiconductors. They are not influenced by the
surface-state fields.
4) Between TT and the lattice constant aOA there is a
qualitative con
nection in the case of a cubic crystal structure. With
increasing a0A,
6 'h
AyT/AT rises, so that the thermionic constant A -
Aoexp(-l/k)( yT/ T)
becomes smaller, 5) The lattice constant of the oxides is
reduced by a
value, which is uniquely connected with the concentration
of the excess
metal it contains. The radiographically determined
contraction of the
lattice proves the occurrence of oxygen vacancies and
also that the
entire excess metal is in the lattice and not on the
surface. 6) All
eauations obtained by transformation of the theoretical
emission equation
with A = Ao = 120.4 a.cm- 2. deg-2are applicable only
subject to certain
Card 3/4

84075
The Temperature Dependence of the Work s/181/60/002/009 016/036
Function in Hot Cathodes of the Semi- B004/BO56
conductor Type
restrictions. The only reliablR method is determining the work
function
by calculating it from j - A T4exp (-?T /kT) on the basis of the
values
2] 0
measured a.cm and TOK. The author thanks Professor Boris
for j E
Mikhavlovich Tsarev for supervising this investigation. There are
4 figures, 2 tables, and 14 refewences: 7 Soviet, 3 US9 2
British,
2 German, and 1 Japandse.
ASSOCIATION: Moskovskiy fiziko-tekhnicheskiy institut (Moscow
Institute
of Physics and Technology)
SUBMITTED: June 5, 1959
Card 4/4

0e" 4" s/log/60/005/008/008/024
'~'3110 E14O/E555
AUTHORS~ Bondarenko, B,V., Ostapchenko, Ye.P, and Tsarev, B~M.
,rITLE~ Thermionic Proprrties of Alkali-Earth Metal Tungstates
PERIODICAL; Radiotekhnik* i elektronika, 2960, V01,5, Noa~
pp.1246-1253
TEXTZ The work functions and structures of a number of
compounds, listed in the three tables.. were studied by means of
X-rays and electron-microscopy: The objects were, firstly, to
find the barium tungstate compounds with optimum stability in
vacuum at working temperatures of 1400-1700'K~ -iecondly, to find
those with the best emission propertLes,, and, thirdly, to
determine
the effects of substitution of calcium and strontium for barium in
the tungstates, The technology employQd has been previously
destribed (Ref,l), It was found that these tungstates may be
synthesized by sLntering in air, as well as j_n hydrogen as
previously done, The high-temperature stabil),ty of' Ba 3W06 and
BaWO4 was already known from the literature,- a new phase Ba2wo 5
is found to have the same property. A number of compounds has been
studied for the first txme. It was found that Ba 3W06 on tantalum
Card 1/2

I
S/109/60/005/008/oo8/o24
E140/E555
Th6rmicnic Properties of Alkal.1-Earth Motal Tungstateg $,.
has better emission properties than on tungsten, For the tantalum
base the basit tantalate is superi.or to tung5tatc. There are
3 figures, 3 tables and 3 references: 2 Soviet and I non-Soviet,
SUBMITTED,~ December 21, 1959
Card 2/2

83276
.T6,
S/109/60/005/009/026/026
?r3120 B14o/E455
AUTHORS: Bondarenko, B.V., Yermakov, S.V. and Tsarev, B.M.
TITLEa Thermionic Propertiesilof Alkali-Earth Metal
Tantalates
PERIODICALs Radiotekhnika i elektronika, 1960, Vol.5, No.9,
pp-1553-1555
TRXTs This is a continuation of earlier work (Ref.1) in which
basic barium tantalate was found to have higher emission
properties
than barium tungstate. A table of the 22 compounds studied is
given on P-1555. It is found that basic barium tantalate has
higher emissivity than basic bakium tungstate but is less
stable
thermally. Its limiting iemperature is therefore 1500*Kv as
compared with 1700 to 1800 X for the latter compound. There are
3 figures, 2 tables and 3 Soviet references.
SUBMITTED-4 April 1, 1960
Card 1/1

29327
S11091611006101010261027
D201/D31~P
AUTHORS: Bondarer-ko, B.V., Yermakovp S.V., and Tsarev, B.M.
TITLE: Thermo-electric properties of barium hafnates and
perrhenates
PERIODICAL: Radiotekhnika i elektronika, v. 6, no. 109 1961,
1773 - 1775
TEXT: In conjunction with the results of study of thermo-electric
properties of barium tantalates by B.V. Bondarenkop Ye.P. Ostap-
chenko, and B.M. Tsa4ev, (Ref. 1: Radiotek ika i elektronika,
1960,, 5P 8p 1246) which were shown to be Aghtly befter than
ihose
of barium tungstanatep the authore give the results f their de-
termino,g thermo-electric properties of barium hafnates of type
(BaO)n (Hf02)m with n : m = 2 : 1; 3 : 1; 5 1; 7 : YV and of ba-
rium perrhenates (BaO)n (Re207)m with n : m I Or 2; 2 : 1; 3 : 1;
5 *0 1; 7 : 1; The study of barium hafnates and rhenates with
diffe-
rent content of barium oxide was required to d*termine the
influen-
ce of barium oxide on the thermoelectric properties of complex
oxi-
Card 1/3 4/

29327
S/10 61/006/010/026/0t7
Thermo-electric properties of D201YD302
des and to find the composition of oxides which would be
stable in
vacuum at operating temperatures. A tungsten tape, cleaned by
heat-
ing in vacuo, was used as the base. The temperature was being
de-
termined by a tungsten iridium thermo-couple. The process of
acti-
vation of cathode consisted of prolonged heating with the
outflow
of emission current# starting; with the temperature
corresponding
to a low emission 10-8 - 10-7 ampere2 and ending at the
tempera,.-ure
beyonfpwhich the emission started to fall due to the
increa8es i,.,)rk
functionep. After the activation has been finished, the
emission
was measured within a wide range of temperatures after
increasia~,
it and decreasing until a stable and reproducible emission
curr~.-;nt
was obtained. All analyzed substances had a minimum of the
work
function, corresponding to that of a simple model of an
n-type se-
miconductor. The thermoelectric properties of barium hafnates
ard
rhtnates as obtained in the experiment are given in tabulated
'Lorn~
The results obtained show that as compared with those of
tungsiena-
tes and even tantelates of bariumf the rhenates~ and in
pariieular
hafnates of barium have somewhat better emission properties~
It is
stated in concluBiong however, that until the above
substances c-A
rV
Card 2/3

29327
S/10 61/006/010/026/027
Thermo-electric properties of D201YI)302
be recommended for use in thermal emission cathodes, further
inve8-
tigations into their evaporating and thermal stability
properties
have to be carried out. There are I table, 2 figures and I
Soviet-
bloc reference.
SUBMITTED: June 159 1960 41
Card 3/3

16
16
S10581621000100910551069
A057/A101
AUTHORS: Bondar nko, B
-._V,, Tsarev, B. M.
TITLE. On the nature of temperature dependence of the work
function of
semiconductor thermocathodes
PERIODICAL: Referativnyy zhurnal, Fizika, no. 9, 1962, 3,
abstract 9-3-61
("Tr. Mosk. fiz.-tekhni in-tall, 1962, V. 8, 14 - 2o)
TEXT: Investigating thermoelectronic properties of semiconductor
cathodes
in a wide temperature range, usually a break* of Ric~bardsmb
straight lines (RS)
is observed. The breaks of straight lines for thermocathodes of
the semiconduc-
tor type have the same character; at low temperatures the'RS are
much steeper
than at high temperatures. It is.demonstrated that the behavior
of experimen-
tal RS for semiconductor thermocathodes can be explained uniquely
by the ve:ria-
tion of the electrochemical potential in a wide temperature
range. A considera-
-tion of the variation of the electrochemical potential in
different temperature
ranges makes it possible not only to explain the physical meaning
of the values
obtaineff from the inclination of the RS, but also to calculate
from the experi-
Card 1/2

S/058/6P,/000/009/055/069
~On the nature of temperature dependence of... A057/A101
mental data the value of the external viork function, the energy
of ionization
of the admixture and its concentration for the semiconductor.
There are 6 ref-~
erences.
A. F.
[Abstracter's note: Complete translation]
Card 2/2

44198
B/109/62/007/012/020/021
D
271/P308
'AUTHORS; Bondarenko, B. V. and Yermakbvp S. V.
TITLE: Thermionic properties of carbides.of metals belonging
to groups IV and V
PERIODICAL: Radiotekhnika i eloktronika, v. 7, no. 12, 19.62,
2099-2101
TEXT: Measurements of thermionic emission of some metal carbides
are reported. Experimental diodes had cathodes of W tape with a
thin film of investigated carbide on one aide.and a thermocouple
,on the other side, and Ta anodes. The effective work function was
determined from measured values of temperature and emission cur-
rent density. A linear dependence of work function on temperature
was found in the temperature range investigated. The following va-
-lues of the work function To + ~TT eV are tabulated: TiC:
-4 TE 6T- + 1.10-4
.3-46 + 2.10 T (1300-- 11500K) and-3.6 T (1750. 2200 K).t
Card 1/2

B/109/62/007/012/020/021
Thermionic properties of -to D271/D308
zrc: 3.24 + 2.10-4 T, HfC: 3.42 + 1.75-10-4 T, VC: 3.85, practically
invariable in the range of 1300 - 21000K, NbC: 4.1 - 2.5-10-4 T,
TaC; 3.98 - 1.5-10-4 To Work function values at 300 0K, 1400 0K and
20000K are also tabulated, as well as the carrier concentration at,
20000K. The sign of the temperature coefficient of the work func-
tion 'depends on the character of doping ceniers: donor in metal
carbides of IV group and acceptor in V group. Zr and Nb carbides
are the most pro~iBing for use in thermionic cathodes. Current den-
sity of 3.6 A/cm was obtained for NbC'at 20000K, There are 3 fi-
gures and 2 tables.
SUBMITTED; May 25t 1962
;Card 2/2

BONDARENKO, B. V.,
"The use of rare-earth metals for thermionic cathodes."
report presented at the Conf. on New Trends in the Study
and Applicatiors of Raxe
Earth Metals, Moscow, 18-20 Mar 63

L
15-57-1-291
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 1,
P 40 (USSR)
AUTHOR: ondarenko,-- B.-V.
TITLE: Geologic Explanation of the Magnetic Field at the
Pripyat'Depression in the Southeastern Part of the
BSSR (K voprosu geologicheskogo istolkovaniya
magnitnogo lya Pripyatskoy vpadiny vYugo-Vostochnoy
chasti BSSRTo
PERIODICAL: Izv. AN BSSR, 1955, Nr 1, pp 53-61
ABSTRACT: Three types of interrelationships become apparent
when the geological structure of the Pripyat depression
in BSSR and the geophysic9data are considered togethet:
1) Intense gravitational minima, coincident with a
depressed and undisturbed magnetic field, are located
in the district of granitic rocks over a relatively
Card 1/2 large section of the Precambrian foundationi- 2) Intense

Geological Explanation of the Magnetic Field (Cont.)
15-57-1-291
gravitational and magnetic maxima correspond to the
distribution
of gabbro rocks at the protrusions of the Precambrian
foundation.
3) Intermediate zones or stages of the gravitational field
and
magnetic maxima correspond to the distribution of the
effusive
rocks associattd-with deep tectonic faults in
the,,pyrstalline
I
foundation,
Card 212 V. V. K. %f-