SCIENTIFIC ABSTRACT BOYDA, S. A. - BOYEV, I. D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206630005-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

SRSIDINO Ya.G.; DOM)AI.Sh.A.; GAVRILOV, A.P.
Use of borehole radiometric surveys-in searching for some
types of rare metal deposits. Razved. i okh, nedr 26
no,7-.4&51
J1 160. (MIRA 15:7)
1, Ministerstva, geologii i okhramy mdr SSSR.

BOTDACHENED, T.N.; T T. V.P.
Results of conductijkg loggiag operations in the Moscow Coal
Basin.
Razved. I okhenedr 22 n6.2.*42-0 7 056. (MLRA 9:6)
(Moscow Basin--Borixgs) (Moscow Basin--Coal *eolog7)

5(l) PHASE I BOOK FeLOITATION SOV/2927
Yaroslavl,, Tekhnologiehegkiy institut
Uchenyye Z~tpis*ki, Tom 11 (Scientific Notes, Vol. 2)
Taro81.h'V1 cou c.- pr 1 n,-.
EdItorial Staff: A.I.Zaikins., Candidate of Hi6torical
Sciences; Docent
M.M. Makarov, Candidate of Tachnital Sciences; Professor M.I.
Farberov,
Doct;r of Technieml. Scienc-.s,'
Reap. Ed.: Professor Vi.S. Masabakov, Doctor of Chemical
Sciences
Secretary-Scientist: B.F. Ustavshchikov, Candidate of Chemical
Sciences
PURKW: TYAa book is primarily intended for Industrial chemists
and tech-
nologists interested In the kinetics of chemical reactions and
their re-
lated ph~,slcal processes.
COVMUGE: The twenty-two articles of this collection deal
mainlywith in-
dustrial processes for the preparation of organic compounds,
problems of
heat physics and general me~:banics related to these
processesand with
Card l/ 5

Scientific Notes (cont.) SOV/2927
industrial cbemlical equipment. Po personalities are mentioned.
References
are given after e&eh artirAe.
TABLE OF C,',TU--ENTS-
CIL Mf MIRY
Farberov, M.I. anit X.A. Me,,,htLvia. Interaction of Isobutylene With
Acetaldehyde. and the, Synttesi6 of Methyl Pentedlene on This Basis 5
Belo-rossuva, A.i~,. and M.I. Fai-berov. Syrithesis of Alkyl
T-benols 19
Bondarenko, A.V., 14.1. Bogdsvzio-r and M.1. Farberov. Industrial
Synthesis of
Vinyl Toluene 33
Ustavshchikov, B.F., S.I. R]ryukov, V.Sh. Falldblyum and V.D. Shein.
Some Transformations of a r*Fropylene DimerTl (2-meLhyl-l-pentene).
Report 1 47
Krupsitkin, I.L. Stratification 0-apacity as a Branch of 1rhermal
Analysis
and As an Independent Method of Research 55
Card 2/ 5

Scientific Notes (Cont.) SOV/2927
Vitallskaya., N.M. Analytical Use of the Organic Reagent
2-aminonaphthalene-
(1-p;o-l)-benzene- 2-carboxylic Acid 65
Saksino B,F.,, BWov, V.P., and N.A. Orlov. The Oxalate Complex
of Magnesium 73
Musabekov, Yu.8t, and L.A. Vazina. 'The Energy of Final
Decomposition Products
of flitrogen-containing ftbotences 81
CHEMICAL !LWMI&GY, PROCESSES AND EQUnMIT
Yermilov, P.I. Effectiveness of Wetting Agent DB for Recovering
Lead Filings 91
Yendlov, P.I. Adsorption, of Wetting Agent DB on lead Oxides
Under Siatic
Conditions 103
Frolov,, A.P., and G.B. Novikova. Separation of Mixtures of
Methyl-Dioxane
and Alyl Carbinol 323
Basargin, B.N. A Method of Compft~tiug the Acammlated Material
of Rectifica-
tion Columns by Employing the Coefficient of Mass Transfer 129
Card 3b

Scientific Notes (Cont.) SOV1292T
Makarov,, M.N., and F.P. Chernyakovskiy. Desicceition and
Vh1canization of
Friction Wheals by High-Frequency 0,=rents 14T
Makarov,, MX, and F.P. Chernyakovsk-ly. Dielectric Properties of
Friction
Wheels 161
Panichev, A.D. The Problem of the Distribution of Rubber in
Different Parts
of Automobile Tires 171
Epshteyn, V.G. and V.G. Tretlyakov. The Influence of the Amount
and
Stability Of C6tallites on the Strength of Rubbers With NK
(Natural Rubber)
Base in the Case of Using Various Accelerators 193
Epshteyn, V.G., and B.A. Smirnov. Synthetic Alkyl Phenol-aldehyde
Resins as
Rubber Strengtheners 200
HISTORY OF CBEKLSM
11asabekov' Yu.S. Development of the Chemistry of Heterocyclic
Compounds and
Alkaloids in Russia 209
card 4/ 5

Scientific Notes (Cont.) SOV/2927
Musebekov, 1U.Se. and V.V. Voronenkov. Yu,V, Lermontonva's
Research in
Petroleim Pyrolysis 233
HUT PHYSICS, WOUM XECHMICS
Ivanovp L.A* An Absolute Method for the Complex Determination
of Physic al
Heat Coefficients With Instantaneous Heat Sources 251
Boydalov, A.D. Graphic Determination of the Motion of the
Center of Mass
-5f--a-9`od in Dependency Upon Time, Position of the Moving
Body and Speed 255
Boydalov, A.K. A Graphic Means of Constructing Surface Effects
for Reactions
of Rods Fastening a Solid to a Foundation 273
AVAILAME: Library of Congress TK/jb
Card 5/5 2-26-6o

BOYDALOVI A. K.
Boydalov,A. K.
"Graphic Procedures of Solving.Certain.Problems of Spatial
Mechanics."
Min Higher Education USSR. Leningrad Order of Labor Red
Banner Technological
Inst imeni Leningrad Soviet. Chair of Descriptive Geometry
and Graphics.
Leningrad, 1955. (Dissertation for the Degree of Candidate
in Technical
Sciences).
SO: Knizhnaya Letopislo No. 27, 2 July 1955.

ID P, L
5(l) PME I BOOK EXPIX)TrATION SOV/2927
Yaroslavl,. Tekhnologlcheaxly institut
Uchenyye Z~ipiski, Tom 11 (ScienLific Notes, Vol. 2)
Z 1'r, 0r7. r. rf~~! r-p r. pr 1,
Yaroallavil.
Editorial Staff: A.I.Zaikina, Candidate of Historical Sciences;
Docent
M.M. Makarov, Candidate of Technical Sclen"a; Professor
M.I..Farberov,
Doctor of Te&Dical Sciencea;
Resp. Ed.: Professor )N..S. )bsdbekov, Doctor of Chemical Sciences
Secretary-Scientist: B.F. UsteLyshchikov, Candidate of Chemical
Sciences
PURPOSE: This book is primarily intended for industrial chemists
and tech-
nologists interested in the kineltics of chemical reactions and
their re-
lated physical proeesses.
COVERAGE: The twenty-two artiel es of this collection deal mainly
with in-
dastrial processes for the preparation of organic compounds,
problems of
heat physics and general mez:hanics related to these processes and
vith
0; ard I/

Scientific Votes (Cont. SCYV/2927
industrial chemical equipment. flo personalities are mentioned.
References
are: gIven e&ter each article.
TAKE OF CONMRTS-
OMaSTRY
Parberov, 114.1. an(I K.A. ME.,,~Mina. Intoraction of Isoblitylene
With
Ace- taldehyde and the Synt-LeBis of' Methyl Pentadiene on This
Basis 5
Belorossova, A.q. and M.I. Parberov. Synthesis of Alkyl Phenols 19
Bondarenko., A.V., M.!. Bog&jnov and M.I. Farberov. Mud-astrial
Synthesis of
Vinyl Toluene 33
Ustavshchikov., B.F., S.I. Kryukov, V.Sh. Felldbly= and V.D. Shein.
Some Transformations of Ft "Propylene Dimer" (2-methyl-l-pentene).
Report 1 47
Krapatkin, !.L. Stratific-ation %'Japacity as a Branch of alermal
Analysis
and As an independent Method or Research 55
Card 2/ 5

Scientific Notes (cont.) SOV/2927
Vitallsk4ya, B.M. Analytical Use of the Organic Reagent
2-aminonaphthalene-
(1-Azo-l)-benzene- 2-carboxylic Acid 65
Saksi.n. B*Fop BWovp V9P9) and N.A. Orlov, The Oxalate Complex
of Magnesium 73
Musebekov, YU.S., and L.A. Vazina. The Energy of Final
Decomposition Products
of Witrogen-containing Substances 81
alaaCAL TECMLOGY, PROCESSES AND EQUnWNT
Yermilov, P.I. Effectiveness of Wetting Agent DB for
Recovering Lead Filings 91
Yermilov, P.I. Adsorption of Wetting Agent DB on Lead Oxides
Under Siatic
Conditions 103
Frolov,, A.F., and G.B. Rovikova. Separation of Mixtures of
Methyl-Dioxane
and AI-yI Carbinol, 113
Basargin, B.N. A Method of Computing the Aammulated Material
of Rectifica-
tion Colmms by Employing the Coefficient of Mass Transfer 129
Card 3b

Scientific Notes (Cont.) SOV/292T
Mak&r,ov,, M.M., and F.P. Chernyakovskiy, Desiccation and
Vulcanization of
Friction Wheels by Higb-Frequency Currents 147
Makarov, M.M., and F.P. Chernyakovskly. Dielectric Properties of
Friction
Wheels 161
Panichav, A.D. The Problem of the Distribution of Rubber in
Different Parts
of Automobile Tires 171
Epshteyn, V.G , and V.G. Tretlyakov. The Influence of the Amount
and
Stability of ;rystallites on the Strength of Rubbers With NK
(Natural Rubber)
Base in the Case of Using Various Accelerators 193
Epshteyn, V.G., and B.A. Smirnov. Synthetic Alkyl Phenol-aldehyde
Resins as
Rubber Strengtheners 200
HISTORY OF CHEMISTEM
Musabekov, Yu.S. Development of the Chemistry of Heterocyclic
Compounds and
Alkaloids in Russia 209
Card 4/ 5

Scientific Notes (Cont.)
SCIV/2927
Musabekov, YU.S., and V.V. Voronenkov. Yu.V. Lermontonva's
Research in
Petroli!nm Pyrolysis 233
M?AT PHYSICS, Wmu Hmmes
Ivanov, L.A. An Absolute Method for the Complex Determination of
Physical
Heat Coefficients With Instantaneous Heat Sources 251
Boydalov, A.D. Graphic Determination of the Motion of the Center
of Mass
of a Solid in Dependency Upon Time, Position of the Moving Body
and Speed 255
ov. A.K. A Graphic Keens of Constructing Surface Effects for
Reactions
of Rods Fastening a Solid to a Foundation 273
AVAILABLE: Library of Congress TK/jb
Card 5/5 2-26-6o

SOV/124-59-4-3475
Translation from: ..Referativnyy zhurnal. Mekhanika, 1959, Nr 4, p
10 (USSR)
AUTHORt Boydalove A.K.,_--
TITLE% Graphic Method for Determining the Motion of the Center of
Mass of
a Solid Bodyhnder the Action of a Force Dependent on Time, Position
and Velocity of the.Moving Body.
PERIODICALs Uch. map. Yaroslavsk. tekhnol. in-ta, 1957, Vol 2, pp
257-271-
ABSTRACT: The-graphic method of plotting the path of a material
point under
-the action of given forces dependent on velocity, position and
time,
is based on the determination of the mean of the point velocity for
a finite interval of time. By way of an application, the author ex-
amines the motion of the center of mass of a projectile in a medium
using the Ciacci law of resistance. Ye.N. Bereakin
Card 1/1

1101-I)ALOV. Ax.
araphic determination of the congtruction of Influerce Gurfacoo
for the reaction of rods fixing a solid body to a foundtation.
Uch.zap. IA-rosI.tqkhnnI.Inst. 2:2?3-281 157. (MIRA 12:7)
(Graphic statics)

124-58-9-10488
Translation from: Referativnyy zhurnal, Mekbanika, 1958, Nr 9. p 157.
AUTHOR:. Boydalov, A. K.
,TITLE: Graphical Method for the Determination of the Stresses in Six
Beams that Fasten a Rigid Body to its Foundation (Graficbeskiy
priyem opredeleniya usiliy v shesti sterzhnyakh, prikreplyayu-
shchikh tverdoye telo k fundamentu)
PERIODICAL: Tr. Leningr. tekhnol. in-ta im. Lensoveta, 1957, Nr 38,
pp 16-25
ABSTRACT: The. problem stated in the title is solved by purely
graphical
means in its orthogonal projections; the general case is examined
when the lines, of action of the reactions sought, Pl, P6
and the given force Po do not have'points or planes in common.
The concept of a vector moment L(P) is introduced; L(P) is
equal to the geometric sum of the vector mot-nents M,(P),
Mb(P), and ~ Mc(P) of the same force P relative to axes a, b,
ana c arb'itrarily place'd in space. In a balanced system of
forces N-'L(P-) :-- 0. Following are the successive steps of the
-solution: 1) Tlhree straight lines, a, b, and c, are so selected
Card 1/3 th'at they intersect the lines of action of PI, P2, and P3,

124-58-9-10488
Graphical Method for the Determination of the Stresses (cont.
respectively; 2) the vector moments M (P 0)f Mb(Po) , and M~(Po)
and their
Isum,. L(P- ) are computed; 3) the direcdons 0 the, vector moments
QP4),
L(P5), and L(P6) are determined by substituting the arbitrary
direction
vectors S4, S5, band S6 in place of the as yet unknown forces P4,
P5, and P6
and computing L(S4), ;.L(,95),* and L(S6) in a manner analogous to
that shown
in (2); 4) the values of L(N), L(P5)i and L(P6) are found by
balancing
L(Po) by the vector momeiAs corresponding t "o the three
directions previously
found; it is considered that L(Pl) = L(PZ) = L(P3) = .0; 5) the
values of
Ma(P4), Ma(P5), and Ma(P6) are found by meanp:'of incomplete
decomposi-
tion of L(P4), L(P5), and L(P6) along the directions. a, b, and c;
6) the
values of P4, P5, and P6 are determined from the values of Ma(P4).
Ma (P 5), and Ma(P6) and their corresponding moment arms; 7).the
resul-
tant R of the forces Po, P4, P5, and P6 is found; 8) the
forces'pl, PZ, and
P3 are determined from the condition that they must balance R.
Original
graphical methods are also proposed for the solution of two
ancillary prob7
lems: a) the construction of the vector moment M for a given force
P with
respect to a given axis (2, 3) and the determination of a force P
-from its
known moment M with respect to a given axis (6); b) the balancing
of a
Card 2/3

124-58-9-10488
Graphical Method for the Determination',of tWS~iesses (cont.
given vector by three vectors having given di.rections (4,5, 8). In
problem a)
the force- is represented by three orithogonal components V, H,- N
such that
V a fid-: ii do not intersect the given axis; the m6*icnt arm - r .
of the component
N relative to that',axis is determined; similar frLngli--s
ar'~:c~onstructed such
that a: proportion M:N=r:l be achieved. In pro,bIt'im' b) the
direction of the
resultant of two unknown vectors is determine&f rom the diagonal. of
a paral-
lelogram. constructed from lineal segments that are inversely
proportional to
the vertical components of the desired vectors. The application of
the method.
is illustrated on a model earlier investigated by the graphostatic
method of
Egerer (Egerer, Neue Methoden der Berechnung ebener und ra"umlich,er
'
Fachwerke, Berlin, 1909), R. Beyer (Uspeklii matem. nauk, 1940, Nr 7;
Z. d. An-geW.Math. und Mech. , 1933, Vol 13, pp 17-31), and G. D.
Ananov
Metod ortogon'all nykh pr oyekts iy v zadachakh mekhaniki (The
Method of
Orthogpnal Projections in the Solution of Mechanics Problems).
Gostekbizdat,
I 9,f 8].
1. Beams--Stresses 2. Beams--MathematicalIanalysis Ya. B. L'vin
Card 3/3

BOYDANOVA Ye. M.
25849. BOYDANOVA, Ye. M. Sochnye i grubye korma v ratsicnakI
telyat. Trudy Vsesoyuz. nauch.-issled4 in-ta
zhivatnovodstva,
t. xvii~ 1949, S. 179-204.-Bibliogr: 14 nazv.
So. LetoFis' ZhurnalInykh Statey, Vol. 34, ~bskva, 1949

BOTDIK, Soma. ~ AbramoyUhq - imbener; TAKOVIRT.
D.A,, inzhoner, reduktor;
--I--~W,fVTSOV, A.Se-, glawayl redak,tor
CIwUlBG device for acoustical asasurement]
Impullenaia ustanovka
dlia akustichaskikh Isnerenit. Tom 7, no.P-56-408.
Moskva@
Akedemile, nauk SSSR. 1956. 20 p. UIDA 10:3)
(Sounil-41masure'vent)

0 a ~- ~
ODINTSOV, Mark Valentinovich; BOYDEK #W brampyj glm
9 LINSTIBEFG,
V.F., inzh.,~ved.-red.; SORA T.M.p te'W. AW.
INAk
_~4w , r
[Sonic-frequency phase meter. Reverberation
absorptionmeter)
Fazometr zvukovykh chaetot, Reverberatelonnyl
lzmeritell po-
gloshchaniia. LByj S.A.Bokdek. Moskva, Filial Voss.
in-ta.
nauchn. i takhn. informateii, 1958. 18 p.
(Paredovoi nauchno-
tekhnicheskii i proizvodstvennyi opyt. Tema *.
No.P-58-145/4)
(MIRA 16:2)
(Frequency measurements) (Electronic instruments)

MOSHCHINSKAYA, IMMOVSKIY, S.P.; LkKHKAMHUK, L.S.;
MOWSNOV.h, V.P.; CHIRTUX, Te.R.
Synthesis of starting.materials for the production of poly-
condensation resins. Izv.vys.ucheb*zav.; khim.i khim,tak& 2
no.5:790-796 .159., (KIU 13: 8)
1. Dnepropetrovskly khimikb-tekhnologicheakiy institut.
(Phenol condensation products)
,(Chemistry, Organic--Synthesis)

ACC NRt AR6029512 SOURCE CODE: UR/0137/66/000/006/1075/1075
MHOR: Hishin, D. D.;~~ Khadzhimuratov, A. Kh.
'ITLE: Effect of heat treatment on the magnetic Propertiep of
cobalt-platinum alloys
'POURCE; Rdf. zh. Metallurgiya, Abs$ 61S32
XF SOURCE: Uch. zap. Urallskogo un-ta. Ser. fiz., vyp. 1, 1965, 77-80
EPIC TAGS: metal heat treatment,-cobalt containing alloy, platinum
containing alloy,
gnetic property
LANSLATION: A study was made of the effect of cooling rate from 1000
to 2000C and sub-
!quent ordering at 6000C on the magnetic property (BH) max of a
Co-Pt alloy close to
ie equiatomic composition. The study was conducted on samples of two
compositions
,th a concentration of Co, of 40 and 50 at %. The heat treatment was
done in a vacuum
1-10-3 mm Hg. The magnetic properties were measured on a permeameter
by the ballis-
,c method. Regions of maximum quenching rates were shown, for which
further beat
,eatment guaranteed the highest magnetic- properties of the alloys
studied. On an al-
iy with 48 at % Co magnetic properties, close to the maximum
obtainable, could be at-
iined by cooling from 10000C at a less than optimal rate, without a
supplementary heat
,eatment. (Based on resumd).
a CODES 3211
UDC t 669o2551231.018.58
Ord 1/1

USSR/:?am.-.n and Aninal Phys`:.olo~~. Goncral Problems - T
Abu Jour: Ref Zhur-Biol., 11o 20, 1958, 92923.
Aixthor Dok~~
Inst Vimj.,:tsa Modical Instoitute.
Title Comparative Assessinent of Local Laukocytosis and
Temperature
of the Body with Certain Internal Diseases.
Orig Pub: 8b. nauchn. tr. Vennitak. med. in-ta, 1957, 16,
31-34.
Abstracl';: llo abstract.
Ca:7d 1/1

B.")YDYR, R. Z.; KUPEP140, L.N.; ALIMDEKY S-Kh. '
-Vinnitsa)
I k
Diuretic action Of nf')xrurl,'t,- and its vide
effe-c-ts in rectal
administration, Sov,jned. 18 novlif!12-11~* H 165,
(MIRA 1&1-2)

and Tech
a
0r
4mooLt mechanis
h
e#s op
L'vov, 1957. 21 PP drRwings. (Min
Higher Ed UkSSR, L'vov Pblytech Inst). (KL, 9-518, 117)

25(1)p25(2) SOV/119759-9-8/19
AUTHORS: Boyeahkop Be Yuep Engineert Yakhimovichp V*Ae, Engineer
TITLE: Orienting Devices for Plane Workpieces of Complicated
Configuration
PERIODICAL; Priborostroyeniyep 19599 Nr 99 pp 18-20 (USSR)
ABSTRACT: The most important and at the same time most complicated
function of apparatus for the loading of bunkers is.the
generally automatic orientation. Therefore this function must be
given special consideration when solving problems concerning
automatic loading with piece goods. The difficulties encountered
in the orientation process depend mainly on the complexity of
the workpiece to be oriented. Automatic orientation is effected
while shifting the workpieces relative to the orienting planes
of the device. Thus devices demanding no separate mechanism for
the shifting'of workpieces will be most suitable. This is the
case with, e.geq vibrating devices for the loading of bunkers.
As far as the authors know research on a wide basis in this
direction is being carried out only at the Vsesoyuznyy nauchno-
issledovatel'skiy institut priborostroyeniya (All-Union
Card 1/3 Scientific Research Institute for 'InstrCawnt
Mahufactiiking),

Orienting Devices for Plane-Workpieces of
Complicated Configuration
SOV/119-59-9-8/19
The present paper gives a description and general considerations
on the-construction of the devices mentioned in the title.
The first part deals with an orienting device for a number of
plane workpieces, whose limiting contours'represent triangles
with sides of-different length. The orienting device for this
kind of workpiece consists of a V-shaped synclinal tray with a
0
generating angle of 60 - 90 . This device consists of 2 stages.
The first stage of it selects and transmits workpieces of a
certain group. The details within this group are finally
oriented in the second stage of this device. The motion of the
details on the tray is a foroed one, and is caused by the
directed vibratioif of the bunker shell.An orienting device of
the type described was tested for a wide range of pifoh angles
of the tray (from -10 to +50) and for amplitudes from
0.2 - 0.8 mm. Performance of the device was precise and reliable.
The second part of the p;Lper deals with an orienting device for
certain planeworkpieces having a bevel edge on one side.
Card 2/3

I
Orienting Devices for Plane Workpieces of
Complicated Configuration
Card 3/3
SOV1119-59-9-8119
V-shaped devices are suitable for these workpieces also. The
first stage of this device is similar to the one described in
the above devide. The second stage utilizes this bevel edge.
The simplicity of si~ch devices speaks for the intentional
production of workpieces of complicated shape, having
"technological" bevel-edges 'in order to simplify automatic
orientation and supply. All these devices described here are
similarly suited for bunkers with helical and plane trays.
There are 4 figures.

BOUCHKO. B-Tu.-. R"INOVICH,_ A.N.; YAKHMOVICH, Y.A.
Vibratory bins for automatic loading of parts in the menufacturs
of Instrweents. Priborostroents no.8:20-21 Ag '60. (MIU 13:9)
(Vibrators) (76e4 mechanisms)

RABRIOVICH, A.N., doktor tekhn.naujlc; BOYECIIKO
Blyu.; PAVY'EVIC110 R.Yu,
Sprocket type checking and guiding devices.
Mashinostroitell
no.9:9-10 S 162. (14IRA 15:9)
(Machino-ohop practico)

BOYECHKOP B.Yu., kand. tekhn. nauk
Automatig-machine for marking diak-type parts. Mashinostroenie
no.5:31-32 S-0 163*-. (MIRA 16:12)
1. Llvovskiy sellskokhozyaystvennyy institut*

RABINOVICH, Avram, Hakhimovicho doktor tekhn. nauk;
YAKHB,'OVICi,
Vladimir Aleksandrovich, inzh.,- BOYECHKO Bogdan
Yulianovich, kand. tel,hn. nauk. .. Mftt*t~.-
GAVRILYUK, V.I.; KAMYSH141Y, P.I., doktor
tekhn. nauk, retsenzent; CHERNIS, N.Kh.p inzh.,
retsenzent
[Automatic vibratory feed mechanisms] Avtomaticheskie
zag-
ruzochriye ustroistva vibratsionnogo tips. Kiev,
Tekhnika,
1965. 379 P. (MIRA 180)

USSR/HUm%n and Animal Physiology - Nervous System. R-12
Abs Jour : Referat Zhur - Biologiya, No 16, 1957) 71113 D.
Author : Boenko, E.D.
Inst
Title : New Data on the Physiology of Interoceptors.
(Conditions
Affecting the Formation of Quality of Interceptor
Reflexes).
Orig Flub : Avtor. diss. d-ra nod. n. Ryazan. zed. in-t.
Chitinsk.
med. int. Ryazan-Chita, 1955
Abstract : No abstract.
Card 1/1 - 84

BOYENKOP A.D. (Chebarkull Chelyabinokoy oblasti)
Organization of giving blood free of charge in a district
-8)
hospital. Felld. i akuoh. 27 no.9.*20-21 S'62. (MIRA 16.
(BLOOD DONORS)

BOYXNKO. l.D.
Pb7slologic effoot of therml stimlatiom of the carotld sins.
Tr. TsesoUm. absk. fisiol. no* lsffl-" 1952. (CM 24:1)
1*' Delivered 29 Oetcher 19499 Obelyabluk.

BOYENKO. I. D.
BOYENKO. I. D. -- "New Materials on Internal Receptivity
(apropos of
the Problem of the Conditions Affecting the Formation of
Internal Receptive
Reflexes).11 Chair of Normal Physiology. Ryazan' Med Institute
imeni Ac'ademician
I. P. Pavlov, Chita.Med Institute, Ryazan'-Chita. 1956.
(Dissertation for
the Degree of Doctor of Medical Sciences)
SO: Knizhnava Letonial No 43, Octobe~ 1956, Moscow

190DOS, Xh.G.. prof.. BOYEM. I.D., dots.' KOZIOF. V.A.. doti;.
'The resort of Daraomn* by U.Ne Shlrokov. Reviewed by M.G. lhodos,
I.D.Boenko, V.A. toslov' Top.kare'fialoter. i lechofis. kullt.
23 no,,49372-373 JI-Ag 1;8 (KIRA 11:8)
1. Zaveduqahchly kafedroy nervnykh bolesney Irkutskogo ueditsinakogo
Instituta (for Riodos)e 20- Chitinakly meditainakiy Inatitut(for
Boyenko, Zoglov).
(DARASUN-NDMRAL WATERS)
(SHIRONTO M.N.)

-,~BOTMO. Igor' Dmitriyevlch;,XOZLOT, Vasilly Antipovich;
KALIliOVS[AYA,
- X. -, red.; - dk-.1k. *`~ tekbn. red.
CInfluence of the climate of Transbaikalia on the human body)
0 vliianii klinate.Zebaikellia na organism cholovska. Chitaq
Chitinskoe knishnoo Isd-vo. 1959. 79 p. (MIRA 13:7)
(TRAMAInLIA--KAN-IMMMCZ Of CLIKATZ)

BOMMO, I.D.
----------------------I. .......I.....
zrim.mics or the labIlIty of the motor neuron In bealtby
and ill
persons,following'tbe con'suivAlon of Mlyinkan mineral
water.'
Top,kar.,fisloter.1 loob,fIzAtalt. 2$ noo-2t.16-20 160.
1 (KM 13:5)
1. Xavedmqushchly lafedroy normallucy fistologii
Chitinskogo
usditainskago Institata,
(ULIYAXA (CRITA Povivaii)-Knum vAms) (NMR ABILITY)

BOYENKO, I. D. (Chita)
K voprosu o vliyanii aminazina na dinamite rozbudimosti dykhatellnogo
tsentra pri. nekotorykh ekstro i interotseptornykh vozdeystuiyakh
report submitted for the First Moscow Conference on Reticular
Formation.,
Moscow, 22-26 I-larch 1960.

BOYENKO, I.D.; VASILOV, S.I.; CHERKASHINA, V.L.
Changes in muscle contractility during interocaptive stimulation,
Fiziol.zhur. 46 n6.2s~10-23.3 F '606 (HIRA 14-5)
1. From'the Departments of Physiology and~of,Physics,-Medical
Bititute,,
C~ita.
(MUSCLE) (DIGESTIVE MGANS)' (CAROTID SIM)
(GARom Anz~r)

prof.,,,red.; MARKELOV., E.G., otv. red.; 7ROITSKIY,
ot;r.
S.p.., zam.
red.; KOZIDV, V.A.J. red.; CHEBOUYEV, HOVOP
red.; KONOPIXV, G.M., tekhn. red.
[Treatment at the bealth resorts of
Transbaikalia]Lechenie na
kurortakh Zabaikallia; sbornik nauchno-prakticheskikh
rabot.
Pod obshchei red. I.D.Boyenko. Chita, TSentrl
kurortnoe upr.
Profsoiuzov, llo.2..;~1960. :L62 p. (NIRA 15:12)
1. Nauchno-prakticheskaVa k-onforentsiya vrachey
sanitarno-
kurortnykh uchrezhdeniy Chitinskogo territoriallnorro
upravle-
niya kurortovs sanatoriyev i domov otdvkha. 3dp
Darasun,, 1959.
2. Zaveduyushchiy kafedroy normallnoy f#iologii
Chitinskogo
gosudarstvennogo meditainskogo instituta (for
Boyenko). 3. Za-
veduyushchiy kafedroy patologichaskoyfiziologii
Chitinskogo
gosudarstvennogo meditsinskogo instituta (for
Kozlo-,-).
(TRANSBAIKALIA-HMTH RESORTSt WATERING-PIACES, ETC.)

BOTENKO, I.D.; ZAVIYADDV, A.V.; CHERKASHINA, V.L.
Some new methodological works on the course In
sports.pbysiology.
~Uch.zap.Chit.gos.ped.inst. -no.82120-12.5, '63-
(kRA 17:4)

130YENKO I#D., SOROKINA, VVY06
Comparative'aharacteristles of,some functional changes in
singing and
speakL-ig types of respiration in singers. Fiziol. zhur. 50
no.12.91437-
1"3 D 164, (MIRA 18:9)
1, Kafedra normallnoy fiziologil Meditsinskogo instituta,
Voronezh.

BOUNKO, 1-1. A.
Boyenko, It. A, -'- "Influence of the Action of Bromides on the
Formation of a Gaas Bubble
in the Presence of Artificial Pneumothorax. (The Participation of the
Cerebral Cortex
in the ~egrulation- of the Vol=e Changes of the Lun,~s)."( 'Min
Public Health 16FSR
Leningrad Sanitary, ftienic Ned Inst, Leningrad, 955 Dissertation for
the Degree of
Candidate in Medical Ociences)
SO: Knizhnaya "etopis', No. 24',, Mosew, Jun 55, PP 91-104

AUMOR: Boyenkov, N.M.
"Influence of Solar Eclipse onthe Ionosphere on the Basis of
Observations
of 30 June 1954 and 25 February 1952,"
A-U Sci Conf dedicated to "Radio Day," Moscow, 20-25 May 1957.
PERIODICAL: Hadiotekhnikai Elektronika, Vol. 2, No. 9, pp. 1221-1224,
1957
(USSR)

$0313
9.9100
30V/169-60~3-3084
Translation from: Referativnyy zhurnal,
Geofizika, 1960, Nr 3, P 152 (USSR)

AUTHORt
Boyenkova, N.M.

1/
I
1
TITLE:
On the Effec
t of the Solar Eclipse.
1
on,the nosphere From
0

Observations, in February 25, 1952, and Jun-e-3M,-797.
PERIODICAL:
V
sb.-. Polnyye solnechn. zatmeniya, Febr. 25, 1952 1 June 30,

1954.
Moscow, AS USSR, 1958, pp 336 - 346
ABSTRACT:
The ionospheric
conditions of the observation of eclipse (E) in

1954 were
more.favorable,than in 1952. Data are disaussed'ob-

tained for the E
in 1954 by 10 Soviet ionospheric stations, and
'

for the E in 1952 by 2 stations * An
effect of corpuscular E was

not observed.in both cases. The author is
of the opinion that

it is not clear what effects in ionospheric
parameters should be

expected during a corpusoular E. The calculations
of the instants

of optical B at the altitudes of the layers E, Fl, and
F2 are per-

formed.' The dependence of the time-lag ( 6 t) of the f
0F2 minimum

in regard to the Instant of the maximum phase of the E on
the geo-
Card 1/4
magnetic latitude is detected, Thus, the value of t
;vj13O min

80513
sov/169-60-3-3084
On the Effect of the Solar Eclipse on the Ionosphere From
observations in
February 25, 1952, and June 30, 1954
for Murmansk, but in Alma-Ata no time-lag was observed, but
phase lead
4L t 27 min),. ' In other stations,- the magnitudes of A t
showed inter-
mediate values and varied sufficiently smoothly. Proceeding
from the basic
equation of ionization balance, the author computed the values
of the effec-
tive recombination coefficient (aLl) and the ionization
intensity (qe) by
the method of least squares from the data obtained by various
stations for
the layers F2, Fl, and E (see Table). Having assumed selected
values of
OL', the author computed the variation of the amount of the
ionizing
radiation during the E. By all stations located at mean
latitudes, the
minimum of radiation (MR) ionizing the F2-layer was observed
still prior
to the instant of total eclipse, i.e., it was connected
probably with the
eclipsing of the active region in the western part of the
solar disk. Only
in Murmansk, the MR was observed after the instant of the
maximum phase of
the E. Por the Fl-layer the MR almost coincided with the
instant of maximum
eclipsing or slightly left behind it according to all the
stations. The
author undertakes an attempt to divide the total ionizing
solar radiation
for each of the layers, into radiation of the homogeneous disk
(qoS) and
Card 2/4

80513
SOV/169-60-3-3084
On.the.Effect of the Solar Eclipse.on the Ionosphere From
Observations,in
February 25, 1952, and June 30, 1954
radiation of the active formations (qs) Calculations performed in
accordance
with.the formula
dN ax/d' (qoS + q ).oosW OLIN 2
M 8 max
showed that during the E in 1954,two active regions were on the sun
in the
western and eastern parts of the solar disk, the western region
being more
active-in its effect on the ionosphere. During the E in 1952, two
active
regions were also observed on the sun. The author draws the
conclusion :that
the radiation from local sources affects all ionosphere layers, but
the P-
layer depends to a greater extent on the local radiation sources
than the'
Fl- and E-layers. Bibl. 2O.Iitles.
N.M.B.
card 3/4

80513
SOV/169-60-3-3084
On the Effect of the Solar Eclipse on the Ionosphere From
Observations in
February 25, 1952, and June 30, 1954

F2

Fl

E

Stations
CM3 /
electron
g
CkIcm3/
electron
g
cm3/
g electron

see
e
r
M3/see

see
e
cm3/sec

see,

cm3/sec
June -30, 1954
Murmansk

-9
3.0-10

60

010-9
4

86

Leningrad
-0
1.3.10
240,
.
8.0-10-9
~
430

-
Sverdlovsk .
3-7.10-9
388
1.0-10-9
700
5.0-10-9
90
Gorlkiy
3.o.10-9
.274
5.0-10-9
560

-
1
Kazan
-9
1.7-10

2-40

3.0-10-9

150

Moscow
-9
3.0-10

420
9
8.o.lo

420
-8
4-10
4

600
Alma-Ata
-10
5.0-10
180.

.

ruary 25J9,52
-
Al
At
-10

-

ma-
a
Ashkhabad 1
10.
3.0
6.0-10
550
750 1

1.2-10'-9

42o
J

10-9
3.5.

80
Card 4/4

'AUTHOR:
TITLE;
80160
S/ioe/60/015/04/02/007
B014/BO14
Boyenkova, N. M., Member of the Society
Studies of the Ionospher 'by Using the Method of Vertical Probing
in the Period of the International Geo-ohysical Year
PERIODICALs Radiotekhnikap 1960, Vol- 15, No. 4, Pp. 18 - 20
TEXT: The investigationsof the ionosphere carried out under the
program of the
.International Geophysical Year were intended to'etudy the rules
governing the
ionosphere, with respect to space and time, to obtain better
information on
electron concentrations at different altitudes, etc. Reference is
made to the
resolutions adopted by the Mezhdunarodnaya Assambleya Spetsiallnogo
Komiteta MGG
(International Assembly of the Special Committee of the ICY) at a
meeting held in
Moscow from July 30 to August 9, 1958, as well as to the decision of
1959 to ex-
tend the International Geophyeical Year. The establishment of
Mirovyyelsentry
Dannykh (World Data Centers) is mentioned. Next, the author
discusses the vertical
probing of the ionosphere, which is based upon the pulse method.
Fig. I illu-
~strates high-frequency characteristics obtained in summer during
day-time. A net-
.work of almost 2,000 observation posts was established upon
initiative.of the
Cdrd 1/2

Studies of the Ionosphere by Using the.Method of
S/10.~8f;10%15/04/02/007
SC
Vertical Probing in the Periodof the International B014 B014
Geophysical Year
---National Committee of the IGY. Probing in intervals of 15
minutes was found to
be sufficient for studying'irregular.effects, and observations in
15-minute inter-
vals and in special intervals in the case of increased solar
activity are describ-
ed. Further details of the measurements to be carried out are
explainedp the
difficulties encountered in coordinating the material obtained
are pointed. out,
and specific layers of the ionosphere in which radio waves were
completely re-
flected at certain frequencies, are described. In conclusion, the
author reports
on the cooperation between the American, Soviet, British, and
Japanese centers,
and on the mutual exchange of results of measurements. There are
3 figures and
3 Soviet references.
,SUBMITTEDs March 21, 1959

BOYENKOVA, N. M., KUSIVEREVSKY', YU. V.-I PUSWW~t~.
"Vertical Travelling Disturvane.es in the
Ionosphere."((I-5-91/)
report submitted for the Intl. Conf. on Cosmic Rays and
Earth Storm (IMP)
Kyoto, Japan 4-15 Sept, 1961.

AUTHORS: Boyenkova, N.M., and Kushnerevskiy, Yl~.V.
TITIM: Vertical migrations of perturbations in the ionosphere
~PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika
no. 80 1962p 29, abstract HUM (Tn.collection: Iono-;
afern. iss,ledovani~ap no. 9. Mv,* AN SSSR, 19(Ar 63-68
Lsummary in Eng.
TEXT: It is observed that inhomogeneities with an increased-elec-
tron concentration frequently arise near the.ionization maximum
the P2 layer; they rapidly move towards lo wer layers of the ionos-
phereo They,may repeat with a period of approximately one hour.
The8e-perturbations cause addit 'ional layer formation in the ioboa-
phere, clearly visible in ionograms; when they penetrate into lower
layers of the ionosphere, they cause an increased absorption of ra-
dio waves. Time required for crossing the entire ionosphere is bet-
Ween 40'and 70 min. The apparent velocity of perturbations is about
40 - 80 m/sec. and they travel downwards* Perturbations are obser-
vdd at nearly any time of the year; their character sharply differs
Card 1/2

3/169/61/000/010/045/053
D228/D304
AUTHOR: Boyenkova,
TIME: Diurnal variation of ionization of the F2--layer
PERIODICAL: ReferativrAyy zhurnal,,Geofizika, no. 10, 1961, 29,
abstract IOG177 (Geomagnoti--m i aeronomiyaq 1p noe 29
19610 223-227)
TEXT% Changes in the magnitude of the increment of the F2-layerts
critical frequencies (,&foP2) are considered in relation to tbe
season and
geographic latitude of the place of observation. The relation of AfF2
with sinZ, where Z is the sun's zenith distancej, is confirmed. It is
noted that in the course of the season this relation is
characteristic of
high and middle latitudes; a coeZ relation is observed for low
latitudes.
The constant dependence on sinO (S is the angle of the sun's sinking
below
the horizon for midni ght)- is revealed both f or the seasonal and the
Card 1/2

S/169/61/000/010/045/055
Diurnal variation of... D228/D304
latitudinal distribution.of the magnitude of af0F2. This constancy is
kixplained by the fact that when the sun is in lower oulmination
(midnight)
the zenith distance is related to the sun's declination S and to the
latitude of the observational point (~ eauall for all latitudes. At
L~, this relation is differ-
the moment of the sun's upper culmination ?noon
ent for > and, f or fAbstraoter's note- Complete trans-
lation.?

bbq2t'
S/831/62/60;~010/009/013:
E032/E3l4
AUTHOR: Boyenkov N.M.
TITLE: On night ionization of the F2 region
SOURCE: Ionosfernyye issledovaniya. Sbornik statey, no. 10.
V razdel programmy INGG (ionosfera) Mezhduv. geofiz..
kom. AN SSSR. Moscow, Izd-vo AN SSSR, 1962o' 88 - 91
T EAT IGY data, available at the World Data Centke.B2, were
used to determine the diurnal'variation in the median-values of
--the critical frequency of FZ in January, March, July and 0
.-September, 1958, for stations in the longitude range 40'- 100 W.
Experimental data were compared with calculaied values of the
residual ionization N computed on the issumbtion that the re-
2-
_11
combination coefficient a$ at equatorial.stations was 2 X'101~
10 3
and at high-latitude and middle-latitude stations 2 x 10 cin /s-'m.
8 0.
It was found that at stations located abovi 40 N or below 40 S
the recorded ionization at night was higher than the calculated
valuest,ioe., the observed ionization could not be regarded as
....simply the residue of the daytime ionization. Some additional
Card 1/2

KUSOEREVSKIY, Yu.V.., kand. fiz.-matem. naukf otv.
red.; BM'RIKOVA,
N.M., otv. red.; ZHITNIKOVA, S.A., red.
[Collection of articles] Sbornik statei. Moskva.,
Nauka,
No.3. 19,64. 170 p. (MI'RA 18: 1)
1. Akademiya nauk SSSR. Mezhduvedomstvennyy komitet po
- provedenipi Mezhdunarodnogo geofizicheskogo goda. V
razdel
programmy MGG. Ionosfera.

BOYENKOVA,-Y,A.-,,
Latitudinal w.id seasonal distribution of the maximum and minimum
diurnal values of foF2. Geozag. i aer. 4 no.ltl74-179 Ja-F'64.
(MIRA 17:2)
1.,Institut zemnogo magnetizma, ionoafery i rasprostraneniya
radiovoln AN SSSR..

3-CYER, S. N.
209142 Boyer, S. 11. 1 Okorokov, M. N. Uvelichaniye zhivogo vesa
Yagnyat kak;~
poki~-.atell Antgellminiehaskoy effektiunosti fenotiazina.
Izv,:stiya Akad. Nauk
Kazakh. SSR. No. 44, Seriya parazitA., vyp. 6, 1948 s.
146-50.--Rezyume
na Kamkl. Yaz.
SC: LEOTPIS ZIIUrL?TAL STATEY - Vol. 28, Moskva, 1949

PORTOKALIC, R.-
j!~~BOIAXU, V.
Microumthod for electrophoresis in agar-agar gel. Vop.med.khim. 5
no.4:310-316 JI-Ag 159. (MIRA 12:12)
1. Institut virasologil Alademit nank RwWnskoy Narodnoy
Reopmbliki.
(BLOOD PRO?ZINS)
. (w LIN I I I ISIS)

FORTOKAIAl Rj BOYERUs V.; SAMVP I*
Effect of ribomucleic acid on the infective
activiiy of influenza
vUmses. Vop. viius,. -5 no. 2:176~M MY-S 16a.' (14M
144)
1. Institut infi ral3crobiologli Akadem:Li nauk
RuMmkoy Narodnay
Fespublikiv BuWiarVst-.
(INVMNZA) .(NUdMIC ACIDS)

UZHA , N.; BOA, K.L~ ~Yjw' ~V.- N~ZTWTU' Ow
Magnomis of virum epUivic hepatitis by means of
dotermining
the'aotlvlty of the seru aldolaso. Zdravookhrananis
3 U0,2t
19-23 Nr-AP '60. (NIRA 13t?)
1. Is Instituta virmolftil AkmAsall muk BmWnskay
Farodnoy .
Resymbliki (diiiMor - Wmde.ulk# prof, doktor
Sht.Sht, likolau).
IT18, INF=IOUBI) (ALIDOLA

KOV. Vladimir 110ich-, SHWULIN, Nazar Nazarovich; BOYESIMO, M.F.,
redektor; KHMOV, P.A., takhnichaskiy redaktor
Eusing now techniques In sarshalling yards; the practices of the
Be r4yaush station of the Sonthern Urals Railroad] Ispol'zovanie
novot tekhuild nm sortirovochnot stantsil; opyt st. Sardiaush
lUsh.0io-Urallskot. dorogi. Moskva, Got, tranepezhel-dor. isd-vo.
19561 35 P.I (MIRA 10:1)
(Rairoada--RuW yards)

4176. MFFLE MWNPQ EOR MUJ~O X1 DO'
(Za Elton. T
IS 1,_a VMll AUliltary JUJMCQ Usocl
for startik, up a pulverized coal turrom withom taiM oil. Trq
rivrk
satisfactortlY vith pulverized high volatile ooml, tut have not
dow so
withnnthmette duff. The problem hes been Solved by incor;oratft
a
series, of rlbted cast Iran pipes In the awilhry furnaces for
Prehaatinig,
the prlriry Mr for,ths pulvarited fuel. M).

- ". -- .--- - ,
,i:-~ ., =M171". =--~ rt
~l I - , - , .. , - -, - : ~~ --

BOYEV, A. F.
Boyev, A. F.
"Increasing the stability of operation of 6hamber fireboxes with
rartial
loads.* Min. Higher 31ducation Ukrainian SSR. KkmLrlkoy Poly-technic
Inat
imeni V. I. Lenin. Khartkov, 1956. (Dissertation for the Degree of
Candidate in Technical Sciences).

BGTZV, A.F., jusheiier; UMN, S.G., inshener; VAROV, I.F..
iuahener;
V-Ye.. inzh*nor.
Increasing the efficiency of the boiler unit burning
pulverized
Im coal. Inergetik 4 no.2:10-12 7 156. (NLRL 9:5)
(Boilers)

BDYIV, A.F.
AutomtIc electromachanical control at the control point of a
&us distribution systemso Gate pros* no*3:1~7-~9.Xr '57*
(HIIU 12:3)
(Gas distribution) (Autowtic control)

iuzh&ner;-=lL'. N.A.. Inshener; MAROT, 1.7., inshener;
SMRIK,
WYXV V.~
S.A., inshener.
AntommAlsatlen of host processes In sloctric-power
stiLtions converted
to bmmi aituml gaqo llek,jia, 28 uo,W" Je 157.
(Dollars) (NLU 100)

AUTHORS: To. 96-58--2--4/23
_~yev, A.F. and Marov, I.F., Engineers
TITIB: A Comparison.nof the-Operation on Gas of oombinedMlveirized
Ba -P6 'Qith Ceitta:k- Gas!, Piliiiry
rwl and Gas!, -%4'*0-nW't%br rivwviVaid'
(Sravneniy6.1 raboty na gate kombinirovannykh pylegazovykh
gorelok s periferiynoy i tsentrallnoy podachey gaza)
11 2? (USSR)
n-RIODICAL: Teploenergetika, 1958, . I I 40~2, pp, 23
ABSTRACT: In 1956, power stations of the Vharlkov system commenced
to burn excess natural gas from the Shebelinsk field. Combustion
was made as efficient as possible without undertaking costly
alterations. The burners were partly modified and separate gas
and pulveri---ed fuel burners were installed in only a few cases.
The main types of modified fuel/gas burners in the power staticns
of the system were ORGRES-burners (60%) and the Babcock-Taganr-og
Boiler Works type (W16), these having respectively peripheral
amd central gas d:elivery.
Burners with peripheral delivery resulting from reconstruction
of._pulverised fuel ORGRES burners are illustrated in Fig.1 and
described; their principles of operation are stated. Gas passes
out of the gas chamber in thin jets at a speed of about 1?0 m/sec
in a radial direction. This direction and the high speed of the
.gas ensure good mixing between the gas and air within the burner
Cardl/4 embrasure, so that combustion is stable and non-luminous.
Tests

PU?166-58.2-4/23
A Comparison of the Opet&tibil oj!"Ga8'*of'C6mbiAed arizedT.Ai*1 and
to determine the efficiency of burners %uith peripheral gas
delivery were made with three burners on the front wall of a
high-pressure boiler. In all the tests, a complete analysis was
made of the outlet gases.
The test results are given in Table 1. Then the,boiler In
steaming at about 67 t/h, with optimum value of excess air in
the furnace, the gross efficiency of the boiler calculated from
the reverse balance is 91.7016 and from the direct balance 92.25P/o.
When the rate is 83#6 t/h, the efficiencies are 90.?% and 91%,
respectively, and at 9? t/htMy-ate9l.1%6 and 90.820j'o',
respectively.
The relationship between the hbat lost with the outgoing gases
and the load on the boiler with the optimum amount of excess air
is given in Fig.2. The loss of heat due to chemically incomplete
combustion with change in the excess-air factor is shown in
Fig-3. It is shown in Fig.4 that the best condition of operation
of the boiler when burning natural gas in burners with peripheral
gas delivery is obtained with an excess-air factor of 1.1 - 1.15.
Combined pulveri--ed fuel and gas burners with central gas
delivery, illustrated in Fig-5, were those made by modifying the
Babcock-Tagan og Boiler.Works type of fuel burners. The
burners are described and their dimensions are given. Since i
Card2/4

96-58-2-4/23.
A Comparison of the Operation on Gas of Combined Pulverized
Fuel and Gas Burners
With Peripheral and With Central Gas Delivery
is delivered only through the secondary air ducT,-' the jets of
gas-have to pass through a dead zone opposite the inoperative
annularprimary air duct before reaching the air flow. There-
fore, the gas has no kinetic energy when it reaches the air;
thus, conditions are less favourable to the mixing of gas and
air in burners of this type. As it is uneconomic to deliver
air to the primary duct by means of an exhauster, some
secondary
air was by-passed to the primary duct to improve co bustion.
o
In one of the boilers anthracite dust was delivere7by hot air.
On'conversion to gas, this boiler was equipped with solid
fuel/gas burners with central gas delivery. Although air was
delivered simultaneously through the primary and secondary
ducts, combustion,remained unsatisfactory and the boiler
effici-
ency was about 90%. After the installation of burners with
peripheral gas delivery, combustion improved and the boiler
efficiency was 2% higher.
Tests using burners with central gas delivery were made on a
medium-pressure boiler type Tn-150. Burners for a gas output
of.2 500 m3/hour were installed on the side walls of the
Card3/4 furnace, three on each side. The flame was luminous at
all

96-58-2-4/23
A .Comparison of the Operation on Gas of Combined Pulverized Fuel
and Gas Burners
With Peripheral and With Central Gas Delivery
loads and at heavy loads it reached the top of the furnace space-
and smoked appreciably., When burners_with periphergl gas
delivery are used, the flue-gas temperature is 20-25 C lower
.than when burning solid fuel. When burners with central gas 0
delivery are used, this temperature reduction is only 5 - 10 0.
Data of tests on boiler type Tn-150 are given in Table 2. The
relationship between the loss to the flue gases as a function
of the boiler load is plotted in Fig.6. The relationship
between the heat loss due to chemically incomplete combustion
and the excess-air factor is exhibited in Fig.?. Curves of
boiler efficiency against excess air factor and steam load are
given in Fig.8. The most important characteristic of the
boilers is the loss due to chemically incomplete combustion,
since the-loss associated with the flue gases largely depends
on the design of the tail heating surfaces of the boiler.
With optimum excess air, the heat loss due to chemically incom-
plete combustion is 1.4-1.69161 less if burners with peripheral
gas delivery are used instead of those with central gas
Card4/4 delivery. There are 8 figures, 2 tables.
ASSOCIATION: Power Directorate of the Khar1kov Council of
National Economy
(Energoupravioniye Khar1kovskogo Sovnarkhoza)
1. Gases -Combu stion 2. Fuels -Performance

BOTV, A.F., inzh,: LZMEINSKIT. L.Ve. inzh.
ChaMe-over krom anthracite culm to natural gas firing in
electric
power plants.* Kok. sta. 29 no.W82-87 Ajp 158. (Km nse)
(Dollars) (Us an ftel)

BDTZV A.F. insh.
Utilization of natural gas in electric power plants.
Zlek.sta. 29
I no.6:83-& Je 158. (MIRA 11:9)
(Boilers) (Gas as fuel)

BOYEV, A.F.
Dosign of a gas burner of a boiler for operation on natural gan
of the Shebelinka field. Gaz. delo no.10s6o-63 163. (M-IRA 17:4)
1. Kharlkovskiy filial TSentrallnogo konstruktorskogo byuro
Glavnogo upravleniya po mekhanizatsii stroltelOstva Gosudarstvannogo
proizvedstvannogo komiteta po energetike i e1ektrifikatsii SIRS)SR
Ministerstva stroitellstva elektrostantsiy SSSR.

-.BOYEVp A*Fcq kando tnkhn. nauk
Principal trends in the modernization of the boiler
systems
of thom-il e3cctric power plants. Energ. i
elektrotekh. pro%.
no,3!49-50 JI-ts 065# (MIRA 1819)

ACC NRt AP6009046 SOURCE 60DE- Ult/0207/66/000/001/0015/0020
AUTHOR: Boyev, A. G. (KharIkov)
ORG:
TITLE: A self-.aimilar solution of nonsteady-date equations of a
plans, laminar, magneto-.-
hydrodynamic boundary layer
-SOURCE: Zhurnal prikladnoy. mekhanild i teWinicheekoy Pzfld, no.
1, 1966, 25-20
TOPIC TAGS: differential equation solution, MHD now, MHD, laminar
boundary layer
ABSTRACT: Ths;author finds self-similar solutions of
nonsteady-state equations of a
~maznctohydrodynnmic plane boundarv layer/ Use to made of the
shift to curvilinear coor-
dinates of a special type. The selecuo-1613TWB type depends on the
requirements necessary
to reduce the boundary layer equations to a system of ordinM
differential equations@ 11w
Weyl iteration method (H. Weyl. Concerning the differential
equations of some boundary
layer problems. Proc. Nat. Acad. sci. , U.S. ~L 1941, vol: 27, p.
578) to employed
to so,"
equations which describe flow on an impulsively driven Orig. ul.
has, 26 forumi".
SUB CODE: 12, 20, SUBM DATE: 19JU165 ORIG REF: 006 OTH REF. 004
C.rd 111LI-r-

ey
~CC NRI AP6602314,
SOURCE COM UR/0373/65/000/006/0003/OOC9
AUTHORS: Boyevp A. G. (Mmrtkar); Gerump VOYLO (Mmr1kov)(deceased) k57
ORGi none
TITLEs Curvilinearcoordinates in bmindary layer theory
SOMM, AN SSSR.. Izveet4a., Xekbanikap.'110. 6j 1965 3-9
TOPIC TAGS:,-..,boundary layerp compressible flowp curvilinear
coordinates-,bpace
-curvaturep thooryp flutd flow, tensor
I' ABSTRACT% A-curvilinear:sYstem of coordinates is futroducedto
generalize the
-0boundary Iger !quations of A viscous fluid flow* The equatio6s tire
first given in
-four-dimensional smos notation
411p
PLIP (Pik) ivi
j70
T 0 L
~p V
I (pvl) 0,: j*p)?V (0-1 2.3.4; Ijk=J. 3),
and subsequently wAtten in generalized curvilinear ooordinates using
thecontravari-
ant base vector
U%
Card 1/2

P-MMOSOV, I.I.; YEREMIN, I.V.; PAKH, E.M.;-B9Mj_A.I.
Petrographic studies and prediction of the coking capacity of
coals. Razved. i okh. nedr Z7 no.12:11-16 D '61. 04IRA 15:3)
1. Institut geologii i razrabotki goryuchikh iskopayemykh AN
SSSR
(for Ammosov, Yeremin). 2. Trest Kuzbassuglegeologiyall (for
Pakh, Boyev).
(Coal) (Coke)

USSR/Mathem,tics - Frequency characteristics FD-14ol
Card 1/1 : Pub. 10 - 10/12
Author : Boyev, A. M. (Moscow)
% _~-NOWW"he
Title : Connection between error coefficients and the frequency
characteristics of
,linear tracking systems with lumped parameters
Periodical : Avtom. i telem., 15, No 6, 563-566, Nov-Dec 1955
Abstract - The author shows the connection between the coefficients
of error and the
real, imaginary and amplitudinal frequency characteristics of
astatic linear
tracking systems with lumped parameters. For static linear tracking
systems
he applies the results of the astatic case without much evident
changes.
He concludes that his results can be utilized to develop methods for
analyz-
ing and synthesizing tracking systems. Two references: V. V.
Solodovnikov,
"Synthesis of correcting devices of tracking systems for cases of
typical
excitations," ibid., 12, No 5, 1951; Vvedeniye v statisticheskuyu
dinamiku
sistem. avtomaticheskogo upravleniya [Introduction into statistical
dynamics
of automatic regulation systems], State Theoretical Technical Press,
1952.
Institution :
Submitted : October 21, 1953

/$WTW/T
_IM21-66. EWPQ
ACC NR t AP6003427 (A). ~SOURCE COMI UR/0190/66/008/001/0153/0156~
AUTHORSs lasnikov 0. 41 Chuchin, A. Yo Boyev, Bo L
ORG: Mosegy Chemi~&,I-TeArkozical Institute im, D. I. Mondelplev
(Moskovskly
khimiko-tekhnologicheskiy.inatitut)~I
I
I02-dichlor thanetith cume.
TITLE: Copo arization' 00 neland dibenzylq
-156
SOURCE. VvookomolekulyarWe soyedineniyat v,.8, no, 1., 1966, 153
Topic TAGS: polycondeneation.. copo3.yaorizati(iii.,,viscosimeterI
molecular weight,
po
lymer ethane.
ABSTRACT.: Process of lyconde0dation of dichloroethane (1) with
cumene (II)
copo
and dibenzyl (III)-in the-presence~of,alumlnum chloride (IV), and
the effect of
the ratio ofthe~_components upon molecular.weight and yield of the
polymer were
investigated .~:.Th a method of polycondensation:.vas described by
G. S. Kolesnikov
and A. Ye. Chuchin it an earlier~report~(Vysokomolek, soyed.,, 7p
1753p 1965).
e nethyle were determined viscosimetricall
Molecular weights of th polyaroyle
y
using-a modification of the Staudinger-Mark equation)[71] = 17 x
10'4+ MO.429,
-II and III were varied main-
In the first series of experiments the amounts-of
taining their molar ratio 1:1# with the: amounts of I and IVI~ the
temperature,,
Card 1/2 UDC: 541.64+678.746

ACCESSION NR: AP4029183 2/0078/"/009/004/Oa56/0966
AUTHOR: Markovskiy, L. Ya.; S4pozhnikov, Yu, P.;Igovq X. I.--
TITLEa Bismuth Selenites
SOURCE: Zhurnal neurganicheekoy khimii, v. 9. no. 4, 1964, 856-866
TOPIC TAGS: bismuth selenite, synthesis, composition, thermal
stability, Bi sub 2'
(SeO sub 3) sub 3, bismuth selenite, bismuth selenLte monohydrate.
BL sub 2
(Seo sub 3) sub M sub 2 0, BL sub 2(SeO sub 3) sub M sub 2Seo sub
3, BL sub 2*,
(SeO sub 3) sub 3.SeO sub 2, BL sub 2 0 sub MeO sub 2, Bi(NO sub
3)SeO sub 3p
sub 200 sub 4) (SeO sub 3) sub 2, BL(CH sub 3COO)SeO sub 3,
thermogram,
bismuth selenLde, BiSe, Bi sub 2Se sub 3, selenious acid, crystal
microphoto-
graph, x ray analysis
ABSTRACT: The conditions for synthesixing bismuth selenites, their
phase composi-il
tion and thermal stability vero investigated. Reactions between Se d
bismuth nitrate, sulfate, acetate, chloride, suspensions of bismult
OX01dans, bydroza
ide, basic carbonste and citrate were.run. The existence of the
neutral selauLto
BL2(Se03)3, Lts monabyArate K2(#003)31%O,and its crystalline acid
"It

ACCESSION NR: AP4029185
Bi (Seb ) H Seo was confIrmeds' Bi to best prepared by reaction of
3 3;c1d W 2(3:03)3
cue nitrate or itrate. Two new selenites Bi
selen ith bismuth 2(Se03)3-Se03!
and B12O3*Se02 were identified, as well as selenite double salts
with nitric,
sulfuric and acetic acids: Bi(NO3)SeO3, B12(S04) (Se03)2, Bi(CH
COO)SeO micro-i
3 3-
photographs of these various seleaftes are shown. X-ray data is
given. 7be
thermal stability of these seleaftes was investigated (thermograms
are shown in
Aj
e various endothermic and exothermic
figs. 1-6) and explanations are given for th
effects absecvedo The bismuth seleaLdes BLSe and BL rm
23a are fo ad an beating
tha.cautral at acid bimth selenitos in hydrogen or caibon,monoxLde:
A
1W
BAB(50048 + 9co D11S%:+M
t. has: 8 fisures. 4tables and 2 equations@
1; Orias ar
Is Its

ACCESSION MR: AP4029185

of

Fig. 6. Heat curves for the bismuth

selenite-citrate'double salt

(1) and mixtures of bismuth

citrate vith
bismuth sel-

suite (2) (1:1)

Am

XV
-

X
AV
-

ZP

AW

V
'w

V,
4w
.

W

,w
-

AV

w

4V

-1 'A "I

:
;X114 a#-#

1: if is a

Card 8/8

KARAPETIYANTS, M.Kh.; BOYFVq E,I.
Application of the methods of comparative calculation for
maldng the approximationtof the type f(Gl, G2,-,).const
more accurate. Part 1: Cor.-ections of Tr6uton's rule.
Zhur, fiz, khim. 38 no.4:1019-1020 Ap 16/40 (MLRA 17:6)
1. Moskovskiy khlmiko-tokhnologichaskiy institut imeni D.I.
Mendeleyeva.

BOYEVY G. P. IECEASED
Mathemtice see IW

BOUT. Ivan Dmitriyevich; VI OVA. le.A., red.; MMAGIN.
A.S.,
[Seven-year plan inlaur years] Samilletku v chatyre
gods.
Moskva. Ind-vo OSovetskals, Romstia.0 1960. 83 p.
(KIRA 14:2)
1. Direktor sovkhosa elexishbeksklyl Stavropollskogo
kr&'"
(forBoyev)*
(state form)