SCIENTIFIC ABSTRACT BOYANOV, Y. - BOYARCHUK, A. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206620015-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

LGAiIA
',ND'%,',tnd M. TSEKOV, institute for Rrrnergency Medical ,id
kl-a3C-itut burza mr-ditsiriel-a ponoshch) '%.I. PiroZovll, Chief
ysicIvi (-Javen IcRar) Khr, ZDRAXT.0V Tsofia.3
.~n~rome Due t(, an A!-ute Allergi Process."
Suv!I~,-:mna, Medicsina, Vol, 13, No 12, 1962; pp 43-44.
Ab-.tract sumary Modifiedl- Description of syrdrome of
heratitis full-blown jaundice in man, of 27 f,,Alowing allergic
ranh und Er-vpr attributed to ingestion of fried fist'.. CIITiical
details of ~- rapid ceurse, of multialinptomitic condition ending
in uneventNIL reccvery. 'Rilloarian and I WeBtern

WrANOV, Y.
Factory Circuit Diagrms. In Hadio Engineering, No. 2: Feb
55

BOYANOV, Y.
Hun Componsatim in Radio Receivers with Smi-AutcMatic
Grid
Potentials. In Radio lbgineering,, No. W5 Feb 55

BOYANOV, Y.
The RPTIUll Receiver, In Radio lbgineering, No. 2:29 Feb 55

BOYANOVP Y.
Conventional Soviet Radio Tube Markings (Designations).
Radio Engineering,
#3:44:Mar.55

SOURCE CODI 9/0,06/0714 0718
ACC NRt AP7002827
AUTHOR: Boyanov, Y. Del Baynov, D. Del Marinoy, The P.; Partinovas
N. A.
T
ORG: none
TITLE: Theory of transistorized LC-oacillators having n oscillatory
circuits
SOURCE: IM Radiotekhnikap v. 9, no. 6, 19669 714-718
TOPIC TAGS: alootronia oscillator, transistorized oscillator,
14,
ABSTRACT: A theory is set forth of an n-circuit transistor- IN
U&
ized oscillator that has inductive feedback and is
I 'C' I V
excited by external harmonic voltage (see figure). The
C' r I L.
transistor.is connected in a common-base circuit,, and U11 V"
the coupled oscillatory circuitsare connected to its*
P
collector. Operation of this oscillator is described by P,
nc4f4'jessnqf
Mn
differential equations, examination of vhoae solutions
fyields this condition of asymptotic stability:
'C" 'L'-~
up
U11
Cn Ln 4
2Ax + 2V. + d.V < 0,
P,,JW4,t trw$
it 30
1. 2. n).
Cc~d I

ACC NRiAP7002827
in the general (nonresonance) case. in '.,he notation of the article,
the above
condition means that, in order to ensure stable oscillations, the
oscillatory-circuit
,,Parameters and the oscillator operating regim should be so
proportioned that rk 'a
IveryIsmall and P. and V; negativel-transistor .voltage gain, P - Po+
aU, + U1.2
Further examination shows.that the same stability condition holds
true for
resonance case* Orig. art. hast I figure and 25 formulm.
SUB CODE: 09 SM DiTES O1Nov65 mm Rat 003 om Rzr: ow

BOUNOVA N
corn"i tzanoplmntation. Test. oft. no.5133-35 161.
(MIRA 14:12)
I* ZiLvvdqwbcbaya
bollnitsy (Ulan-Ude ays *td*l4niGu B=7&takoy reepubUkanokoy
(c PLANTATION)

BOYANOVA. V.1.
proteatton of the workers of the Buryat-Kongolien
A.S.S.R.
Zdrav.Ros.7eder. 1 no.10:26-34 0 457. (KIRA 10:12)
(BURTAT-MMOLIA-40MIC HEALTH)

BOYANGVA. V.R.
.
Kother and chill care,in the Buryst-Roagolian A.S.S.R.
TOP*Okh*M&ts
i dot. 2 no-3;t-80 3-0 157. (MIRA 10:12)
lo Kinistr zdrevookhronantys Buryst-Mongollskay ASSR.
(BURYAT-HOMOLIA-41ATUNAL AND IMPANT VWJARX)

Z.I.;. 'RASTORGUW,,. Tu.L.; SUDAKOV, P.Ye.; ANTIMOV, M.Ya.;
Prininali uchastiye: DIMITRIMIKO, O.M.1 ~ROY.44CKI-QHj.A.
01 automatic densitometer forliquids. Izv.vys.ucheb.zav.;
neft' i gaz 5 no.2:109-116 162~ WRA 15:7)
Gromnanskly neftyanoy in'at'itut.
(Densitometers)
(Petroleum products nensity)

BOYANOVSKIY, I. [Bojanovsky, I.]; KHLOUPKOVA, K.
[Chloupkova, K.)
Scale foi th~-evaluation of do * ssive states.
Zhur. nevre i
pro
psikho 64 no. l2tl86/v-1867 164. (KRA 18: 1-)(
1. Psikhiatricheakaya'klinika (zaveduyushchiy -
prof. Y.Gadlik)
Universitsta~~im. Purkins, Brnot Chakhoslovakiya.

1700)
SOV/29-~8-11-23/28
PkUTHOR:
Boyanovgkiy, '12%, Physician
TITLE:
The Tongue of the "Ureen Dragon" (Zhaio "zelenogo zmiyall)
PERIODICAL:
Tekhnika molodezhi, 1958. Nr 11, Pp 34-56 (Ut,ER)
ABSTRACT:
This scientific paper intended for the lay public deals
with

the effects and dangers of alcoholism and how to fight it.

There are several reasons for the spreading of alcoholism. One

of
them is the rather common SUDerstition of the people accord-

ing
to which alcohol has a soothing, warming, and even healing

effect.
Many talented people who believed in inspiration by

alcohol
destroyed themselves by drinking. The most dangerous

fact,
however, in that many people (especialiy reak-minded ones)

neck
consolation in alcohol. t.,xperiments carried out with ani-

mals
have established the fact that alcohol is a poison. Ex-

cessive
use of alcohol can even kill adults. Professor V.

Ban'shchikov
reports such a case in his book "Alkogolizm"

(Alcoholism). The
more dangerous is alcohol for young people.

A grown-up who induces
a child or juvenile to drink alcohol, is

a criminal. Alcohol is
charactPrized by short-lived stimulating
Card 1/3
effect which
temporarily gives the feeling of well-being and'

The Tongue of the "Green Dragon" 18W/29-58-11-23/28
high spirits. It is this property of alcohol that induces people
to drink more and more often, until drinking becomes a habit.
Ziy6tematic drinking not only destroys the brain, nerves, and
some of the organs of the human body, but also affects the
human character. A person who drinks will come into bad company,
will go wrong, even become a criminal. According to Comrade
I. D. Vetrov, Minister of Justice of the Belorasskaya SSR,
about 70 per cent of the crimes committed in 1958, such as
brawls, were committed in a state of drunkenness. In Llvov
71 per cent of the persons sentenced in 1957 for minor offences,
and 95 per cent of the persons sentenced for more serious
offences had broken the law while they were intoxicated. Nu-
merous accidents and disasters are due to intoxication. Alco-
holism, however, does not only cause personal injuries, it also
damages the national economy. It reduces the working capacity
of persons, makes the quality Of the work done drop, and causes
induszrial accidents. The country is also deprived of assets by
the -waste of foodstuffs from which alcohol is distilled. Under
Soviet law, persons found guilty of such an offence are sentenc-
ed to five years' impri.8onment and seizure of their property.
Card 2..-3 There are 8 figares.

.. d
The Tongus, of the "Green Dragon"
Card 3/1
IiOV/29-58-11-23/28

01 yfi A/10, VS-0 ~J' lie
SMNWGWA, Yimpulym. Vasil 1*9Vhmx"1=b*=
QTA J=.
4~M~A . -LQ_r
S.YS.' red,; XNA1319, X.T., tekhn. red.
[Work with volmteer switary woricers In the Xmsnaya ftesays
District, 1919-1956; mental for ammillary cowmIls and volunteer
vorkers of medical Institutions ]'Opyt raboty a obahchestvanno-
smdtarrqa attIvom Kwasol P*eW, 1919-1956 ag.;.v pomoshch'
Sovetax sodeletvila I bbihAsstvinnomm aktivu ledhebno-pr6filmo-
ktic6skikh uchrexhdoult.- Nbekwa,' Goo, lxd-vo md,' lit-ry, 1957,
101 P~ Ub
(MOSCOW--PBLIC HALM)

XDROSTAW, Nikolay. Borimovich; IIYKW.- Alkhall
Ismakovich; BQWMEEKIT
S.Ye.. red.:; RCWOVA, Z.Ai.*,- tekhu'l.red,
[Kass movement for tbm'prozoiio'n.of sanitary
culture] Kassovoe
dvishenio sa sanltarmlwkulkturu~. Moskva. Gos.izd-vo
ned.lit-ry
VAdsis. 1960'e- )g pi (min 13-.9)
(sanitation)

LOI. .- ~O
centrallsed nP&lr of equipmeNt, 109, Pros. 18 no.206 F 158.
Iltz)
I.:Dinktor lenlegradskoy fabrIkl 16,2 "ProletarsbWa paboda"
(for
Nowitsidy)4' ;20' gametitell glavnoco mokh-anikit
laningradskoy fabrikl
No,*2 OProletarakRy& pabadmLO (for loyanddy).
(Shoo Industry)

BOYAR, I*
Upanding production of buildivg aLterials. Prom. koop;. 12
no.l:
;n 4TgL (MIR& Ild)
1. 2samstitoll prodeadatelya praylenlys oblpromovets
Ienivgrad,
(TAnIngrad-DaildivC mterials industry~

B03HKATOV, Ya.I., red.; red.; VIASOVy L.F.p red,;LIFSHITS,
M.O.t red.; MASHKILLEYSON, L.N.,, red.; MILOVIDOV, B.
.(deceasedly
red.; MOLCHANOVA, O.P., red.; POLISHANSKIY, V.S., red.;
POPKOV.,
V.I., red.; REVIN, A.I., otv. red.; TIMOFEYh7A., Z.N., red.;
IAZ&W,.S.M.,-'tekhn. red.; LEBEDEVA, L.A., takhn. red.
[ConcfO encyclopedia of home ecoromics]
Kratkm~ia-entsiklopediia
domashnego khoziaistva. Izd.2. Moskva, Goo. nauchn. izd-vo
"Sovetskaia antaikIDDediia." Vol.l. A41. 1962. 895 p. Vol.2.
W-IA. 1962. 903-1758 P. (MIRA 15:6)
(Home economico--Dictionariee)

ZAKHAROV, NIIEMIL KONSTA.NTINOVICH., dotsent; U Q~
STA14ISIAV PAV aM,-dotsent; $HUS4 A,rIME-K-SAGgR VYE=FIAMCVICHj
inzh.
Method for mechanized arranging of the stator windings of
converted-asynchronous motors, Izv, vyse ucheb. zav.;
e.LerTx6melch. 4 ho.70.16-W 161. kmiliK 14:7)
1. Kafedra elektricheskikh mashin Odesskogo politekhnicheskogo
instituta (tor Zalcharov,, Boyar-Sozonovich). 2. Odesskiy zavo.d
stroitallno-otdelcohnykh-mashin (for Shuster).
(Electrid motorol.-Induction-Wirdings)

BOYARCHNUKO.I.F. (g. Voroshilovgrad).
Determining geographical coordinates of a point of observation with
the
aid of*gnomons. Fiz..y shkole 13 no.4:72-74 Jl-Ag '53- (IMRA 6;6)
(Geographical positions)

Ivan Foulch; RUM, T.. red.; WIN. A,, takhn.red.
ETo the for reaches of the univer"I T glubiny vaelonnoi.
Lupnskg Xv4puskos obl,Isd-vo, 1960. 118 p.
(Oommology) (Artificial satellites) (KMA l3tI2)

BDTARCHIM, I.F. (go Lftansk)
Observing the height of the sun aid deterninimg the latitude ofs,
point vitb the aid of a quadrant. Geog. v shkole 23 no.5:66-68
S 0 160. (MIRA 13:9)
(Qma&aat)' (latitudes)

" I`
v. -.
BOYARCHENKO, LF,

BOYARCHENKO) Ivan Fomich[Boiarchenk4q,I.Kh.]; LEVAMVSKIY, S.V.
red.; SHEVCHENKO, L.L., tekhn.red.
(To the depths of the universe] V hlybyny Vsesvitu. Kyiv,
Radianslka shkola,, 1963. 247 P. (MIRA 16:10)
(Outer space-Exploration) (Astronomy)

BoyHr~CJ1E*A1k&V, M-P).
USSR/Automatics and telemechanics FD-2664
Card 1/1 Pub- 10-11/15
Author : Vasil'yeva, N. P.; Boyarchenkov, M. A.; Subbotina, G. V.
Title : Conference on contactless magnetic elements and their
application
Pei~iodical : Avtom. i telem. 16, Jul-Aug 1955, 403-4o6
Abstract : In Moscow from 24 to 28 May 1955 the Institute of
Automatics and
Telemechanics held a conference) on contactless magnetic elemeatt and
their application, participated in by more than 450 representatives
of various organizations of Moscow,,Leningrad, Kiev, Taganrog, Novo-
cherkassk, Urals, including institutions of the Academy of Sciences
USSR, scientific-research and educational institutes designingand
planning organizations.of the ministries of the electrical industry,
aviation and ship construction industry, ministries of central ma-
chine construction and defense. The conference heard 27 reports
devoted to the theory and application of magnetic amplifiers and
other contactless magnetic elements.
Institution
Submitted

BOTARCMWOT, N.AL.
WAO" INg in . wwww"ftftMw,
Seminar on magnetic ampliflere and con~sctless zWetic
circuit
members. Ayton. I tales. 17 so.12:1029-4031 D 156. (MIRA
10:1)
(Napetic amplif ter@)

V
.AUTHOR VASILIYEVA N.P,BOYARCHENKOV 103-7-7/11
TITLE Design Pecularitie of 11ult_i_-_C_a-�oade Magnetic
Amplifiers.
(Osobennosti rascheta mnogokaskadnykh magnitnykh
usiliteley-2unsiani
PERIODICAL Avtomatika i Telemekhanika,1957,Vol 18,Nr 79pp 66o-668
ABSTRACT Some pecularities on the occasion of the projeot4,ng of
magnetic
amplifiers of small power are shown and the following is stateds
I.- The steel volume per power unit first increases slowly and
then a little more quickly,and theoretically into infinity,on-the
occasion of the transition of amplifiers of high power to ampli-
fiers of low power# if the degree of change of the lopd curi~ntpof
the amplification coefficient and of the regeneration coefficient
are maintained. 2.- There are critical minimum values k-kr for
every kind of armature material (minimum values of the maximum ma-
gnetizing field --critical values), where it is no longer possible
to build an amplifier of the given degree of change of load cur-
rent.2he magnitude Ku-kr is the smaller the smaller is the neces-
sary degree of the change of load current. The authore.then dis-
cuss the selection of the schemes* as well as of the cascade num-
ber and the determination of calculation parameters of multi-cas-
cade amplifiers for the purpose of maintaining the quick effect
demanded. In conclusion, a calculation example is given.
(1 table, 6 illustrations and 6 Slavic references).
Card 1/2

Design Feculariti013 of Multi-Cascade Magnetic Amplifiers.
ASSOCIATION Not Given.
PRESENTED BY
SUBMITTED 28.4-1956
AVAILABLE Library of Congress.
Gard 2/~

BOTARCHMMOT, N.A.; VASILITNA,, N.P.; LIPM, B.A., red.;
TOROKIN. K*J!*,
(High-speed 114ineile - amplifiers]
BystrodeletvaueheIde nagnItuys
usilitell. Nostra, Gas. snerg lad-Yoe 1958. 31D p,
(inint?)
(;;~;tlo' amplifiers)

YO-XL.; VOLMIN. V,S.; XGBNIKOV. F.I.; KOZLOT, G.D.; SEMBOTIR,
G.V.; TWILOVA, IJ,
All-Union vonferenos an magnetic elements of automatic and renote
control and computer teebulques. Avtom. I toles, 19 no,6.&614-620
Je 158o (MM 11W
(Automatic control-Congresses),
(1kgnstio amplifiers)

PHASE BOOK EXPLOITATION SOV/4915
Boyarchenko_y,___MikhaIl Aleksandrovich, and Molsey Aronovich
Rozenblat
Bystrodeyetvuyushchlye reveraivnyye elektroprivody a magnitnymi
usilitelyami (High-Speed Reversible Ilectric Drives With
Magnetic Amplifiers) Moscow, 1959. 40 P. 5,000 Copies print-
ed. (Series: Peredovoy op prolzvodstva. Seriya
"Blektroenergetikago vyp. 1r
Sponsoring Agency- Obahchestvo po rasprostranenlyu politicheakikh
i nauchnykh zn;niy RSPSR and Moskovskiy Dom nauchno-tekbnicheskoy
propagandy imeni F,.Z. Dzerzhinskogo.
Ed.: A. V. Shinyanakly; Reap. Ed.: I. A. 14aninj Tech. Ed.:
R. A. Sukhareva.
PURPOSE* This booklet to intended for designers of automation
devi;es used for electric drives.
Card 1/3

High-Speed Reversible Electric-DriveB (Cont.) SOVA915
COVERAGE: The booklet Is based on results obtained by
the Lab-
oratory of Automation Components of the Institut
avtomatiki
I telemekhaniki AN SSSR (Institute of Automation and
Tele-
mechanics of the Academy of Sciences USSR) in the
develop-
ment and experimental investigation of two high-speed
re-
vers1ble electric drives, one of which is activated by a
d-c motor of the PN2.5(Pll) t,,'.. and the other by a
two-
phase induction motor of the DAD2-350/50 type. The
booklet
Is divided in two parts. Part I, entitled "Reversible
D-C Drive With Magnetic Amplifiers," contains the
following
chapters: "Selection of the Circuit of a Power Magnetic
Amplifier"; "Mechanical Characteristics of the Drive";
"Feedback Drive System*; "Amplifier of the Excitation
Cir-
cuit and General Diagram of the Drive"; and "Basic
Struc-
tural Parameters of a Magnetic Amplifier and Drive
Charac-
teristics." Part,II; entitled,"High-Speed Reversible
Drive
With a Two-Phase Induction Motor and a
Transistor-Magnetic
Amplifier," consists of the following chapters: "Motor";
"Selection of Magnetlc-Amplifier Circuit"; "Selection of
Magnetic-Amplifier Bias"; "Reduction of the Effect of
the
Card 2/ 3

High-Speed- Reversible Electric Driven (Cont.) SWAM
eedback Circuit on the Inertness of the Magnetic Amplifierly
M
uctura.1 Parameters of the Amplifier and Its Static Charac-
teristics"; "Transistorized Phase-Sensitive*Amplifier";
"Katching of-Magnetic and Transistor Stages"; and "Drive
Characteristics.". No personalities are mentioned. There are
9 references: 6 Soviet, and 3 English.
TABLE OF CONTENTS: None
AVAILABLE: Library of Congress
JP/rem/be
Card 3/3 3/27/61

BAKDAS, Aleksandr Markovich; SONOV. Vladimir
Alsksandrovich; SHRIDT,
Aleksey Osipovich; Bq~2MEO~VN'.A-, ITed,-;.:LARIONOV,
G.Te..
takhn.red.
(Transformers and stabilizers controlled,by
superimposed
magnetization of shunts] Transformatory i
stabilizatory,
regalirnemye podmagnichivaniem shuntov. Moskva,
Gos.energ.
isd-vo, 1959. 135 p. (NMI 12:6)
(Blectric transformers) (Voltage re4alators)

"5DYA1~CflENKDV,
8(9,3) PHASE I.BOOK EXPLOITATION SOV/1950
Vasillyeva, Nataliya Petrov na, Ollga Alekseye'vna Sedykho and.Mikhail
Alsksandrovich Boyarchenkov
Proyektirovaniye magn itnykh usiliteley (Design of Magnetic
Amplifiers)
Moscow, Gosenergoizdat, 1959. 335 p. 25,000 copies printed.
Ed.: I.I.. Mednikova; Tech. Ed.t K.P. Voronin.
PURPOSE: This book is intended for engineers working in the field
of industrial automation. It may also.be used'as a textbook by
students specializing in automatic control, electric drives, etc.
COVERAGE: The authors present the.fundamentals of design of magnetic
power amplifiers for a givenmaximum load power, load impedance,
power amplification coefficient hnd variation of the load current.
They emphasize size, weight and cost in desWing an amplifier for
a given power and maximum overheating of windings. They also dis-
cuss the technology of manufacturing magnetic iin-plifiers. If the
book is used as a reference book in designing amplifiers no-op'e-
Card 1/7

Design of Magnetic Amplifiers SOV11950
cial knowledge of the theory of magnetia'amplifiers is needed.
Pundamental principles discussed in the book are based on the
modern theory of magneticamplifiers. The theoretical part of
the book is-based on the work of N.P. Vasillyeva and O.A..Sedykh.
Chapters 1, 2, 3, 4, 5, 6 and Section 1 of Chapter 9 were writ-
ten by N.P. Vagillyeva; Chapters 8 and 11 by N.P. Vasillyeva and
O.A. Sedykh'; Section 2 of Chapter 9 by N,P. Vasillyeva and N.A.
Boyarchenkov; Chapter 7 by O.A. Sedykh;,and Chapter 10 and Part
II by M.A. Boyarchenkov. The authors thank I.B. Negnevitskiy
and B.I. Filipovich for reviewing,the text. There are 44 re-
ferences: 37 Soviet (including 1 translation),' 6 English and 1
German.
TAB LE OF COV-PEM:
Foreword 3
Introduction 7
Symbols and Abbreviations 11
PART I. FWAXENTAIS OF AMPLIF33R DESTGN 15
Card 7

Design of Magnetic Amplifiers
SOV/1950
Ch. 1. Input-Output Characteristic and Basic Parameters of an Am-
plifier 15
Ch. 2. Core Volume and Magnetic Conditions of Magnetic Power Am-
plifiers 22
1. Introduction 22
2. Output power, core volume and magnetic conditions of irre-.
versible magnetic amplifiers 24
~3. Output powerp core voilime'and magn~htie conditions of rever-
.
'.Bible magnetic amplifiers 33
Ch,.-3.1 Optimum Magnetic Opqrating Conditions of a Magnetic Am-'
plifier 4Lnd btirves Showing Minimum Specific Volume of Cores 82
1. Curves showing minima specific volume of an amqplifier core 82
2. Analytical expression.for curves showing specific volume of
an amplifier core 101
Ch* 4, Core Volume and Amplification Coefficient of Magnetic
Amplifiers 114
Card 3/T

Design of Magnetic Amplifiers SOV/1950
1. Introduction 114
2. Irreversible d-c.amplifiers without feedback 116
3o Irreversible d-c amplifiers with feedback 123
4..Reversible..d-c amplifiers without feedback 127
'
Reversible d-c amplifiers with feedback 131
A-c "Plifiers 133
Ch. 5. Maximum Value of Field Intensity Depending Upon Heating
and Core Volume 136
1, Maximum field intensity., current density and volume ofcorw137
20 Relationship between current density and the temperature
of overhbating 1 143
3. Maxim= field intensity, temperature of overheating and
volume of cores 145
Ch. 6. Volume of AmpXifler Windings 146
Ch. 7. ~Determiriation of.Optimum, Geometric Relationships iri
Cores 150
1. Dependence of core maghetic characteristics on the ratio of
outside andinside diameters 150
2. Optimum geometric relationships in cores of s nsitive m1ag-
netic amplifiers 152
Card 4/T

Design of Magnetic Amplifiers S O'Tr/1 9 5 0
3. Core geometric relationships ensuring a given amplification
coeffIcient at minimum weikht.,(size, tco*st 154
4. optimum geometiie relationships of cores In high-power mag-
netic amplifiers 163
Ch. 8. Design of Magnetic IAmplifiers for a Given Supply Voltage 168
Chi 9. High-speed'Amplifiers. Design Characteristics of Multi-
stage Magnetic Amplifiers 179
1. Effect of multistage connection on the operating speed of
magnetic amplifiers with feedback 18o
2. Design characteristics of multistage magnetic amplifiers 190
Ch. 10. Basic Considerations in the Design of Rectifiers for Mag-
netic Amplifier Circuits 198
Ch. 11. Procedure-in Amplifier Design 202
1. Introduction 202
2. Design of amplifiers for a selected type of core plates 2o6
Card 5/ 7

Design of Magnetic Amplifiers SOV/1950
3. Design of amplifiers with an optimum core configtiration 232
PART - II. - MAGNETIC MATERIALS.. RECTIFIERS., DESIGN AND MANUFACTURE.
OF,KAGNETIC AMPLIFIER CORES 244
Ch. 12. Magnetic Materials 244
1. Methods of obtaining experimental curves for simultaneous
. magnetization 244
2. Measurement of the dynamie hysteresis loo by means of a
cathode-ray oscillograph lpI % 254
3. Measurement of the dynamic hysteresis loop.by means of a
mechanical controlled rectifier 270
4. Measurement of the dynamic hysteresis loop by means of
crystal diodes and a,magnqtic switch 272
5. Basic parameters of domestic (Soviet) magnetic materials 275'
Ch. 13. Design of Magnetic-amplifier..Corea 287
1. Toroidal core's 287
2, Three-leg and two-l'eg cores ?92
3. M-type core 295
4. 0-type and C-type cores 296
Card 6/ 7

Design of Magnetic Amplifiers SOV/1950
Ch, 14o Technology of Manufacturing Magnetic-amplifier Chokes 298
lo Cutting of tape 299
2. Removal of burrs and degreasing of tape 302
Insulating and winding of cores 305
Final thermal processing (annealing) of cores 313
5. Technolo of manufacturing sectional tape-wound cores
(C-type '.5y 318
6. Testing and matching of paired cores 321
Winding of magnetic amplifiers 322
Basic types of diode rectifiers used in magnetic amplifiers 328
Bibliography 334
AVAILABUtt Library of Congress
JpAg
Card T/T 8-28-59

f/ t: PL/ rN
OJARCZENKO Michal EB archenko, Mikhail) (Moakwa);
WASILEWA, Natalia
Vasillyev p Na
High-speed magnetic amplifiers. Archiw autowat 4
no-3/4: 243-252
159, (EW 9:7)
(Magnetic amplifiers)

all 1"i
fill
v
if
ALL F it2
9 ra
it ~g I IF1 Ril ;J 0
will 5
log g
Ififfe"'P5-
or
EH P, P,
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itudrovi h; SWUNSKIY, Alaksandr Viktorovich;
q
ROWAN, Ya.B.,~ red.;. BO~IINOIT, N,I,, takhn.red,
EXagnstic amplifiers] YAgnitas usilitell. Moskva, Gon.energ.
izd-vo. 1960. 54 p.-(Alblioteks slaktromontere, no.30)
(KIU 14t3)
(Magnetic amplifiers)

86258
S/10 60/021/011/007/014
%V ob (10q11 lea/) B01 9YB067
AUTHORS:. Boyarchenkov, It. A., Rozenblatt, M. A. (Moscow)
TITLE: Push-pull Magnetic D.C. Amplifier With Increased Efficiency
PERIODICAL: Avtom atika i telemekhanika, 1960, Vol. 21, No. 11,
Pp. 150 - 1513
TE(T: The use of magnetic pus h-pull amplifiers in automatic control
sys-
tems offers great advantages. It is mainly used for the summation of
voltage and current at the output of single-cycle amplifiers. In the
first chapter of this extensive paper the design principle of
push-pull
amplifiers with increased efficiency is dealt with. In the second
part
the authors discuss the dependence of the efficiency of push-pull
ampli-
fiers on different factors. In the third part, three-phase push-pull
amplifiers are dealt with, and in the fourth part the transformerless
full-wave circuits of magnetic push-pull amplifiers with increased
effi-
ciency are described. The authors conclude from the discussion of the
results obtained that those circuits which are based on the
subtraction
of the currents of nonreversive amplifiers are suited best for the
Card 1/2

86258
Push-pull Magnetic D.C. Amplifier With S/lOY60/021/011/007/014
Increased Efficiency Boig Bo67
d.c. amplifiers concerned. To attain increased efficiency, the
following
conditions must be observed: saturation of one or several cores must
not
lead to an increase in the terminal voltage of the coils with
nonsaturat-
ed cores, furthermore the voltage drop at the load must not reduce
the
back voltage of the valves in the control semi-period. These
conditions
can be fulfilled by connecting single-cycle amplifiers in a bridge.
Furthermore, short current changes in the operating coil of the
nonxe-
versive amplifier and low pulsation of the d.o. are necessary to
increase
the efficiency. Hence, under these conditions, the three-phase
push-pull
amplifiers have the beat efficiency. This paper was presented at the
All-Moscow Seminar on Contactless Magnetic Elements on March 23,
1960.
There are 12 figures, 2 tables, and 3 Soviet references.
SUBMITTED: April 91 1960
Card 2/2

4~ y
Er
P. a
rib-Z.
".8a
Oil a
1-0
Jr.
Its
9g . F F
Fa
a IL

3/103/62/023/001/008/014
D201/D304
AUTHORS: Boyarchenkovp N.A.9 and Rozenblatp M.A. (Moscow)
TITLE: The operation of a back e.m.f. magnetic amplifier
PERIODICAL: Avtomatika I telemekhanika, v. 23, no. 1, 19629 77-90
TEXT: The authors analyze the operation and performance of half-
and full-wave saturation magnetic amplifiers working into a resis-
tive inductive load with a back e.m.f. The analysis of operation
is maie ilhdor the following.assumptions; 1) The hysteresis loop of
amplifier cores is of nearly a rectangular shape, i.e. the value of
residual induction Br is equal to the saturation induction Ila. 2)
The resistance of rectifiers in the output circuit is constant in
the forward and Infinite in the reverse direction. The analysis of
the effect of back e.m.f. on the processes occuring in the load cir-
cuit of.satur-ation magnetic amplifiers shows that the operating re-
gimes of' awlifiers depend on the back e.m.f. to the supply voltage
ratio and on the load time constant. For large time constants and
small back e.m.f.'s the amplifier becomes continuously conducting#
Card 1/2

3/103/62/023/001/008/014
The operation of a back eamofo *a. D201/D304
so that the current flows through the load all the time, irrespec-
tive of whether the amplifier is out off or not. In this case the
mean load current is Ind endent of the load inductanceo With in-
c easing back e.m.f. a7
r and or a decrease In the load time constantq
the current flow in the load becomes intermittent. In this case th
//I
average value of the load current decreases with the increase of
load inductance until at some value of the time constantq a contin-
uous conduction is again established. The continuous conduction
can-
not occur in half-wave circuits, and occurs only in full-wave cir-
cuit8 when the magnitude of back e.m.f. is below a cerzain critical
value. If the back eam.f. stays above a certain critical valueg the
magnetic amplifier may be designed to operate at greater load pow-
ers than without the back eom.f. There are 16 figures and 3 Soviet
-bloc references.
SUBMITTED:
July 79 1961
Card 2/2

BOYMIMHENKOV, M. A.

PsAn x =a mmovAmm Aff/S012

4IMemilya nauk =SR.
Imet1tut awtontlIdI tebx~~.

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Avtomatiahmakeys regullrovanlye I arenj out
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Card 1/12

Automatic Regulatidu (cent.) SCIr/022

Th
s
~
i~ai

e articles are cm
n
In SaTeft sections, IftoUding a4tamatle
g
control systems, autematia process control, o4qutlug wd,declalerio

makSma devices, i ndldevloos, statistical

methods in ntariatice,
theory of relay o1raidta and finite auto-

ktic system# ad autmated
-electric drives. So personalitl*
a
'

mintlet.ted Refereaws are given at the ead,
of each artible

TIM OF 40~1

PAW 7, AVMUA= COMM

AndreyehIkey, IL Me
offset of &71 fristlem and N]Llppw

(play),on
rever" sear -

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a 2A2

7
A-

Automatic Regulation (Cont.) SOV/6012
PART IV, AUTOMATION. COKPOXENM AND DEVICES
A
Qb~o y: a r (as h en k ~ov ~X;. W-4) Analysis of operation of a
magnetic
.tw-1tack electr6motive,foroe
Gogoltivsklyp V. B. Transient. pro6esses in a-c and d-a
eleatrvwwWmtic nechanisma
Gogolevskly, V. VIbration of contact*
Yefremova, T. K. Time-dependent,.pneumatic relay cirouits
Matorina, V. C. Design calcuia4an of a.magnetic amplifier
operating with a nonlinear load
Prokhorov, N. L. Storage alrcuUs with magnetic logic
components
297
303
31B
321
329
335
,Card 8/12

A# GeV@ 0 kandotekbnonw&; BDUR Ov- M,A,,,
kandetekboommuk
X4potic =Its In aut4mation* Tbato AN SM 32
no&l2tl3.1-112
8 16Z0 (MM 15112)
(Autmatim-elb"""es) =ite)

S/OU9/64/000/003/0027/0028
AGCESSION HRz AP4022907
:AUTHQR: Boyarchankov M.'A. (;wdldate of technical Selena")
TITIZ: Magnetic amplitior with inamsed r&llability
SOURCE: Priborogtroyenlre, rA*. 39 1964p 27-28
Pub-Pun
'TOPIC TAGS: magnetic amplifier, ampliftert transformerless amplifier
amplifier reliability, rellabilityp amplifier, bridge circuit
AMRACT: TMs article Is.& discussion of a transfermer1935 MaZMUC
PUSh-PU2:1
amplifier With An Ae output for control of a two-pbase irduction
motor. The usual
circuit for a reverse self-saturating atVlifier has four cores and
eight dioder,
coruriected In a double bridge circult, In this type of set-up,
short circuits and
chwvo3 in parameters cause false output signals and the servo-Wtor
is actuated
whon them is no UVA signal. The system proposed in this article
avoids these.
drw4backs. The load Is connected In ow diapmal as before and in the
Other
diagoml two - diodes are connected between t1a Interior and exterior
bridZes at the
vortices. The supply voltage In mmeted to the an-an polfts batwean
these
diodes (fig. 2 of the enalcievre) 9 Thus, esob diode in connected to
two &a virAings
Card 1/3 ... ...

ROZEMBLAT, M.A.,, doktor tekhn. nauk, otv. red.- BOYARChWKOV 1.
M.A,7
kand. tekhn. nauk, red.; KERr%1KOV, F.17.
Yu.D.., inzh., red.
[Magnetic analog elements] Magnitrqe analogovye elementy.
Moskvat Nauka, M5. 226 p. - (MIRA 16:3)
1. Moscow. Institut avtomaiiki i telemekhaniki.

JRIP(b)/EVI;(I )/FAA (c) Piq_4/PI_4/P-ad/P~-4/R-4 D"K T' 4
ACr.TSSTr.N NR- AP5013852 URYOS) 65AODW/605"~44~,':-
681.142.6
AUTHOR: Boyarehenkov, H. A.
M~
TIM: All-Union Conference on magnetic elements of automation and
commter
technique
60 MIE: Avtonatika i telemekhanikag Vo 269 33o* 51 1965, 93"42
TOPIC TAGS., electric engineering conference, magnetism conference;
a"p-Qter..__.
-I-so-M-RP-ne-r-t automation equipment, automation, electronic data
processizg
ABSTRACT: The Ninth All-Union Confbrence on Magn iic Elem 'en ts of
Au tor nat-ion
yter T chnology, held in Kaunas from 7 to 10 septcn-&C~r a
arldS-!j p e
thk~: Coniniittee of tbe USSR on Autnrn~-.,i, i
of
_--a! Enj&eerin -he Acadei--.t
L4 h.U S T_a SP lh~- Lithuan4lar. Scientific ane Technr al r):
T
and !'he Inst-itti-fr- o-f Ali torna',(,:-. an.
Main on Instrument But-Ild car.) PI,
ingf IIVI
s ar, ,A nd e A ~ z-_J;-- v
Pa. S s s e asome 90 reports concerning -he theor-,
L4;F-r#.- V5

. . . . . . . . . . .
L - - - - - - - - - - - --
ii!GGW RR: AP,5013852
production, and application of magnetic and magnetic -semiconductor
ele-
11nents, Reports w- ere presented lor se'ven areas., digital and
analog eicz-nents,~
me-mory devices, nnagn, etic po,.-,,er deviceB, magnetic amplifiers
and Con -
verters, parametrons, zLnd power sources.
At the opening plenary session, M. A. Rozenblat presented a survey
~W 'the preseni state of contactless magnetic elements, which he
considers
to be one of the most efficient and promising technical means of
automation
and c6mputer technology. Problems of designing logic elements to
provide
!stable operation for various types of circuits were discussed in a
series of
reports. B. A. Yefimov and G. N. (,'hizhukhin reported on the
development
of modules of ferrite - transistor elements (FTE) which can be used
for Vari-
ous types of computers and also for discrete automation for general
and
special purposes. This system provides reliable operation at a
200-kc clock
frequency in the ";10 to +5 0* C t xnper iture.'range
e .8
The 'same.alithors together w1% Md. A. Akapnov reported on the
dev'el-,
opftient of a general-purpose heavy-duty FTE wbAch cin be used as a
cell of
a clock-fre q+uency pulse gendrzitor or as azi ihdepbnd6nt
heavy-duty control
r rd

548N
ACCM
Y-~
6:
1 16.
elemexie.-I.It"15.64able of performing command recording or readout
of in-
formation reaching it in large quantities from a low-power FTE. I. A.
Tyumin. B. A. Yefimov, and A. A. Shavroy reported on the development
of biax-type logic circuits operating at I Mc and perfor,ming
several logic operations. Advantages cited are: high s In ratio,
about 20;
high switching rate, about 2 Mc; andi high reliability due to the
eirnplicity of
the circuit. Such circuits may also be used in complex logic devices.
pe elements in a
Additional reports discussed logic circuits using biax-ty
"working storage device with a nondestructive readout cycle of 10-7
sec and a
recording tinne for new information of several microseconds.
L. P. Afrinogenov et al. reported on discrete and discrete -analog
computer units based on the use of the area of an ernf pulse
originating in
the winding during magnetization reversal in the ferrite. Development
of
ferrite matrixes which release a voltage pulse at the output with an
area
41- _^r1o asinnlipri nt thp rnntvix innut was also discussed.
L-51

L
--i661iiSION NR-. AP3"52
e, t -a-'.- A~- S. Sverdlov--axnd othiEspresented results of
developing
wo;k:-
1-ing storage units using miniature memory cubes made with
multiaperture
ferrite platles,
Th-In-fiLrn technology was discussed in several reports. A paper by
lye. F. -B-erezhnyy et al. dealt with the development of a super
storage device
7-built on thin-film matrices with conductive substrates with a
capacity of 64
~56-b~t words and a cycle of 400 nsec. Experiments with
magnetic-Irilm
,storage deviceg produced by electrochemical deposition cm nri ~"fgjj
g
cylindri-cal substrates ,~,ere discussed, and a method of using an
eiement rif
icylin,drical magnetic film in a matrix storage device was aiso
reDorted,
A. Tutauskas and R. Lit-;--'naytis reported on a stable storage dev;
ice
with a short access time, a capacity'of 512 x 32 bits, an access
rate of
500 kc, and a readout time of I usec. A. B. Lyasko et al. have
developed a
ismall decade counter of periodic and nonperio'dic 6-ignals L-i
which a pars-
i
imetric element with five stable phase states was used. The counter
digplays
libetteir energy properties than other known counters, high
reliabIlity, and
!high noise Immunity. A. G. Rabin'kin reported on the cham cte
ristics of
LCqr4-4/3,.,.

A large number of reports was devoted to the theory and application
of
etic devices. The paPP-re presented by the Gorlldy school of
power magn
A. M. Ba-mdas concerning frequency multipliers and voltage
stabilizers -,vere
'o.,:' -,reat Interest in tl-As field.~
ASZOCIATXOI;" none
SUBMITTEM. 00
M REP SOV: 000
Lcard-
E17CL,. OD
OTMMI 000
SUB ODDE., DP, 1E
ATD PRESS: 402-1-F

BAIMAS, Alekgardr Markovichj SHAPIRO, Semen Vollfovicb;
BGjYJUtCH;%K
.... ~11----., . rod*
[Electric transormars with biaB control]
Transformatory,
reguliruamWe podmagnichivanism. Moskvap Energiiap 1965.
158 P, (Bibliotaka po'avtovatike., no.147) (MIRA
.18:10)

BOYARCHENKOV, M.A.
~
All-Union Conference on Magnetic Components in
Automatic
Control and Conputer Engineering, Avtom. i telem. 26
no.5s938-942 YT 165. (MIRA 18:12)

'C__ t-AR6003171
AC_ NR SOURCE CODE: UR/0030/65/000/012/0098/0101
AUTHOR: -Boyarchenkov, M. A. (Candidate of, technical sciences)
0
ORG: none
TITLE: The development of technical cybernetics (Alt-Union
Conference in Odessa)
SOURCE: AN SSSR. Vestnik, no-S. 12. 1965, 98-101
TOPIC TAGS: automatic control system, scientific conference.
international
conference
ABSTRACT: This is a report.of the Third All-Union Conference on
Automatic
Control (Technical Cvbernetics) held in Odessa from 20 to7Z6
September, 1965.
Participating were approximately 1,100 representatives of
scientific- research
organizations, higher educational institutes, and industrial
enterprises. Among
the guests at the conference were spokesmen from England.
Bulgaria, Hungary,
German Democratic Republic. Italy, Norway,'U.S.A.,
Czechoslovakia, Finland,
German Federated Republic. Yugoslavia6and Jap4n. The conference
was opened
by the Director of the Institute of Automation andl
Telernechanice (Technipal
Cybernetice).(Inatitut avtomatiki i
telemekha-n-i-k-ilTekhnicheskoy kiberneU~~IY)_'
V A. Trapemnikov, who spoke on the history and present-day role
of cybernetics.
ftz'er 200 reports and papers were read at 17 scientific
sections. The reports

77-7
T 13ArA,7_.A4 ;:Wr) I Lkt~l .3 1 kivr) It. I
ACC NR, AY6004559
SOURCE CODE:
AUTHOR: DeMaxit 14, A.; Epghtia3M,
~DRG:
10.3/66/0Q0/00l/()16b/U184
-none
IT 013)
ITM Vie third all-union cogMenqg_9D au amati~ control'Kengineering
cyberneti
775=W
SOURCE: Avtomatika i telemekhanikat no* .1p JLV6bj
OPIO TAGSi automatic. controls soieMifto conference, cybernstiost
automationt auto-i
,matto control systems optimal automatic controls nonlinear
automatic controloyptemp
ipatterivxeeognition. queueing theoryv analog computer) remote
control systems 961f
.I.."adapti-io co~ir4,
ABSTRACT: The Third All-Union Conference on Automatic Control
(Engineerim~ T
iCybeir.netics) was held in Odessa (on board the- ship "Admiral
Nakhimo, fly,
,.from 26 to 26 September 1,965. "Some 1100 Soviet scientists and 52
scientists
from England, Bulgaria, Hungary, East Germany,- Ita r
ly, X~ way, the
jUnited States, Czechoslovakia, Finland, West Germany, Yugoslavia,
and
,Japan, attended the conference. Among the Soviet scientists were 20
aca-
-,demicians.and corresponding members of the academy of sciences USSR
and of the academies of Soviet republics, over 100 doctors of
sciences, and
',some 400 candidates of sciences. In his introductory remarks -at
the
p] enary session, Academ ician V. A. Traj?~znjkov,' director of the
Institute
-of Automatics and Telemekhanics, reviewed the progress made during
the
-p.ast twelve yeaa~s (since the Second All-Union Co'nference) in the
theory of
automatic, control and.its applications. He noted that the theory of
automatic
Lqon~rol, which once was ki~,X~qsciplinejriaut.omation, had become
the.
U~Ci 061-~Nfl-.6;~-:566-i-__
1 Card V4

":,L 26067-66
.ACC Ms. -AP6004559.
i general theory for controlling various complex processes. and had
acquired
the name. "engineering "Automati
cybernetics..: iIn, a paper entitled, c control
and economics, presented at the plenary session, Trapeznikov stressed
Ahat theoretical. studies in this field are intolerably far. behind
practical
.needs and proposed new economic criteria of automation. In a paper by
entitled "Adaptat - learning, band self-learning in
a-Z. Twkin ion, automatic'
~6yptems,." also presented at the plitpary session, the problems of
adaptations..
and learning were analyzed from a certain unified point of view
which. made
it possible to use the same'approach to problems which earlier
appeared
'to be quite distinct. The new, concept presented, which is based on
the
~'iterative methods of stochastic. approximations, made it possible
not only
tc. generalize the known results, but.also to obtain new results in
the fields
of identification, control with incomplete information, etc. A large
number-,
of problems of adaptatio"n and i~aarning theory which require
solution were,..
formulated. Over two huidred scientific papers were presented in
seventeen
-sessions. ?apers presented at Session 1 dealt.with formulation of
new problemp'.
in the theory of-multiloop and invariant, systems and with wide
application
of new methods to the solution of classical problems; of optimum
control,
theory. . A series of articles were dedicated-to,problems of optimum
control of multiloop dystems and to invariance and 'self-control
problems
!in many- dimensional, e ssentially. nonlinear, automatic systems.
'Attention.
&M 2A

L 26067-66
~ACC NRi AP6004559
to.problems of 'the sensitivity of automatic control systems to
external
was paid
.._.band pArametric,distrubances. ~The:pdpers pTesented at Section 2
were concerned
with.frequency methods for studying the stability of:continuous as
well as discrete
-nonlinear systems, determining periodic regines in manykLimensional ~
nonlinear
automatic control systems and systems with.a variable structure.
Alinost allpapers
presented at Session 3 dealt with further development of statistical
methods for
~the synthesis and analysis of control systems. Session 4 was
dedicated to certain
important particular problems of the well-establisbed theory of
optimum processes.:
~'In Session 5 two principal approaches to the solution of pattern
recognition problem
were presented: the probabilistic (statistic4 and determ-iriistic.
Some papers
dealt with comparisons of these two approaches. The papers presented
in Session 6.
were concerned with the follouring.trends in the theory.of discrete
automatic control
~systems: 1) statistical dynamics of nonlinear discrete control
systems'; 2) stability
quality of nonlinear discrete systems;~3) methods for designing linear
discrete
,systems. In Session 7 the majority of the papers were concerned with
tbe.synthesis
of.relay systems. Of particular interest were the. papers an the
synthesis of
-diagnostic systems and.the reliability of-relay devices. The papers
presented in
Session 8 (adaptive systems).,, dealt with 1) extremal systems and 2)
systems Ath
automatic adjustment of control parameters. In Session 9 (the
application of compute3
technology to the control of manufacturing processes), the problems of
selecting the
parameters and the structure of computers for controlling continuous
processes were
analyzed. Seseion:10 was devoted to problems ofthe theory of designing
large system,*`
.The following main questions were-cbnsidered:l methods of Program
Evaluation and
.,Review.Te,chnique (Md)-systems,, optimal distribution .of time and
resources in planes
h.

~L 26067-66
ACC NRt AP6004559
of operation, and some problems of queueing theory. Session 11 was
devoted to the
problem of determining-th6 characteristics and properties of control
systems and theii
mathematical simulation (determinirj~~Iof equationsAescribing the
control plant).
Session 3-2 dealt with.ap li at .ons of-optimal-and self-adapting
systems to various
p c I
manufacturing processes (chenlical-,-metallurgical, mechanical).
Great interest was
shown in a paper by B. V. Voliter, 1. X2,~Sajfnikgj, and others
entitled "Theoretical
~,aspects of automatic control.of.polymerization,reactorsl.' Problems
connected with
.,establishing new principles for constructing the elements of
automatic control on the
basis of'latest achievements in physics, chemistry, and.biology and
~ith,developing
new methods,for designing and constructing these elements were
analyzed in Session 2.3
(new elements). A large number of papers presented in
Session-14.(devices for auto-
mation of manufacturi Ing process),were,-concerned with various
problems of automatic
electric drives,, :The*papers presented in Session 15 (methods and
means for mathe-
--matical simulation were concerned mainly
-with the modern trends of designing analog
and with problems of utilizing-them in automatic control.systemso
Develop-
ment of pneumatic'elements for analog computers was also considered.
Session 16 was-
primarily concerned with problems of the.structural reliability of
redundant systems
and the reliability of elements Various: methods for estimating the
reliability~ of
systems and for developing redundarit,systems were presented. The
papers of the last,
session were dedicated mainly to the theory and principles of
designing complex
remote control systems. Remote contr'olsys.t6ms with pneumatic
elements were
considered. (FSB*. v,-,2, no-41..
SUB CODE: 09: SUBK.DATE: none

t: L- 2"47-66 EW(d)/LW(I)/EEC(k)-2/T/W(2)/EWA(b) lip(c) DB/GG t:.
AC~C. NRj AP6OD7598 SDURCE COWS =/0119/66/000/DD2/0031/0032~
AUTHOR: Bermants Ma A. (Candidate of technical
Bdonces)I.Boyarchankov, Me A.
technical sciences)
:OHO: none
All
T1=t -Union Conference on. Engineering Cybernetics %C1
-SOURCES PrIborostroyeniye, no. 2,.1966# 31-32
.TOPIC.TAGS: 6ybernetics, cybernetics conference, computer design,
miniaturization
ABSTRACT: Proceedings at the W A1.1-Union Conference on Automatic
Gontr . (ftffinger
Cybernetica), 2D-26 SgRtember.1965, in Odessa, are.briefly reported.
Over 2DO
reports were delivered beford 1100 representatives of.Soviet
organizations,and a few
foreigners (England, Bulgaria,, Italy, Nor-way, USA, Finland, W.
Ger=W., Japan,
YugoBlavia, and'Soviet Satellites). Academician V. A. Trapeznikov
delivered a
report on the "Automatic control and economics". Corresponding
Member, AN SSSR-1.
BQ_S', Sotskov reviewed the todW's state of automatic and control
systems and
kindred problems. P.D. Lukovtsev'and L. A. Sokolov described solions
and their
,possible applications,'.*J,,~ A. Zalmanzpgreported on the
/theory of jet pneumo automatic
df~vlces - Ye.'V 9:about-
i:~.ieiiiiitic,~r~s"t~rs?and.bbmputeri#?M. A. Rozenblat:.-
~jka- id o' qratiqna1-,,t4,, crete I gical~and
to '2SUV2JL1 C
gne-
ing sys~emis X.: Rakov-j,'.:::V~-Ai;_SiAtb y1i ;~K. Mkikii,6 and
Card 1/2

L 27547-606

ACC W AM6032370
Monpgraph
UR/
VI
,jSy-&-rchenkovx--MikhaLl-kl-tkeandi~ovtch;-.Kerbinov, Fedor
Ivanovich; Rayev
Vyacheslav.Konstantinovich; Rozenblat, Moisey Aronovich
jupulse regulators on contactless magnetic elements (Impul-lanyye
regu-
lyatory na beekontaktnykh nagnitny elementakh) Moscow,.Izd-vo
"Energi-
ya", 1966. 119 p. illus., biblio. 16,000 copies printed.
.Series note: Biblioteka po, avtomatike, vyp. 186
,TOPIC TAGS: summing an 11fler, contactless relay regulator,
impulse"
regulator, t QL141%eC Ze VOMY
'PURPOSE AND COVERAGE: This booklet Is intended for engineers,
techni-
cians, and advanced students in the field of automation. The
booklet
discusses the fundamentals of contactless prop4brtional
pli~s-differentiA
proportional plus-integral,.and proportional plus-differential
plus-
Integral relay controllers with magnetic elements.
Recommendations are
given for the selection of separate regulator elements along with
the.
circuit diagrams and-lia.sic technical characteristics of these
elements.
Results of Investigations concerning the.conta,ctleas
proportional plus-
integral rilay c6n.troller with magn,sticisuplifitre and
contactless Uag-
cmd 1/ 2

ACC NRt
net.1c relays are described In detail., No personalities are
mentioned.
There are-16 referencest .13 Soviet and 3 non-Soviet.
TABLZ 00-CONTENTSio
Introduction 3-
of proooitional-intogral, proportional
'Cho I. Structural principles,.
~-p~lu's-iniegra'l-pXua-differentiaI relay regulators -- 6
1. Structural circuit diagrams of the regulators 6
2*_ OperatIng principles of the simplest relay rogulator'~--- 13
General.requirements for relay regulators 18
Ch. 11. Elenients of contactlessrelay regulators 23
'Sunning amplifiers
5. Contactless relay --.41
6. Inertial feedback unit 61
7. Executive.unit -- 62
Ch. 111. -Contactless,rela*'regulators uai Img magnetic elements
So Periodical plus 1-1.atetral regulat6t with a thermal brid .&a in
the
feedback network',-.89
9. Periodical plu's-Integral regulator with an integrating magnetic
amplifier In the feedback network 106
conclusion -- 116
-7
Bibliography -- 119 r
SUB CODE: 09/ 'BUSH DATS%.*:2,2Ap'r66/ 013/ OTH REFs 003/
emm 2/2

BOYARCHIKOV, A.I.; NIKITINA$ T.A.; TOPILUM, V.S.
Increasing the speed of the main shaft of AT-100-5M loamse Tekst*promo
23 no,U:59-60 N 163. (MIRA 17:1)
1. Starshiy inzh. Moskovskogo soveta narodnogo, khozyaystva (for Boyar-
chikov)a 2, Vedushchly inzh. Vsesoyuznogo nauchno-issledovatellskogo
Instituta legkogo.i tekstillnogo mashinostroyeniya (for Nikitina);*
3. Starohiy tekhn:Lk Vsesoyuznogo nauchno-isaledovatel'skoga~instituta
legkogo i tekstillnogo mashinostroyihiya (for Topi-lina)o

BOYARCHIKOV,A.I.; NIKITINAP T.A.; TOPILINA, V.S.
Increasing the speed of the main shaft of AT-100-5M looms. Tekst.prom,
23 no.11:59-60 N '63. (MIRA 17:1)
1, Starshiy inzh. Moskovskogo soveta narodnogo khozyaystva (for Boyar-
chikov). 2. Vedushchiy inzh. Vsesoyuznogo muchno-issledovatellskogo
instituta legkogo i tekstilinogo mashinostroyeniya (for Nikitina).
.3. Starshiy tekhnik Vsosoyuznogo nauchno-issledovatel'skogo instituta
legkogo i tokstillnogo mashinostroyehiya (for Topilina)o

NOPYWY, I.K.; BOUWWK, A.A.
Spectrum of Caselo"I" In AxWost-Septenbor 1954.
Isi.
Krym.as o 5.obsisr.. 15:190-194 155. (MRA 13:4)
tr f(
(Stars, Tarlable-Spectra)

BOTARCHUX, A.A.
I-,'
~ Spectrophotoostric observations of caselopelao In
1955. Izv-
Krym.astrofix.obser. W#143-147 15~.- (KIIIA 13:4)
(stars, Variable-4pectru)

BOYARCHIMI, A. A.
asme mancteristics or the B starsas paper presented at the
Eighth
International Congress on Astropbpies, Liege, Belgium,,
8.10 July 1957

Comparison: of chemical composition of B and Be
StUrgo Izv.
Krym.astrofts.obser. 17:89-116 '57- (MIRA. 13:4)
(Stars--Constitution)

Investigation of sets Taurt.
IzvArym.astrofiz.obser. 17:
117-128 157. . (14IRA 13-4)
(Stars. Variable)

AUTHOR: Boyarchuk..A. A.
TITLE: Some characteristics of shells of Be stars. (Nekotorye
kharakteristiki obolochek Be zvezd).
PERIODICAL: "Astronomiaheskiy-Murnal" (Journal of Astronomy),
1957, Vol-34, NO-2t PP. 195 - 202 (USSR).
ABSTRACT: Although much work has been devoted to the study of Be
stars the characteristics of their shells have not,
until now, been definitely determined. The present
work is an attempt to fill this gap. Shells of 11 Be
stars and their transparency are considered.
Observational data were obtained using a large
spectrograph (dispersion 23.4 A/mm. Hg.) with the 1200 mm
reflector of the Crimean Astrophysical Observatory
(1955-1956). Unsold's formula (eq.(l), ref.1) is used
to calculate lg(NOO) for the shells of 9 Be stars. The
results are given in Table I and Fig.l. The optical
thickness of the Be shells in the central parts of the
lines of the Balmer series and beyond its limit is given
by -r - kNO0
where k is the coefficient of absorption/atom. In
order to obtain the optical thickness of the shells
beyond the Lyman series limit N,lH must be known and

Some characteristics of shells of Be stars. (Oont.)501
The first column gives name of star, second - the speed
of rotation of the rotating layer, third and fourth -
speeds of rotation of the emitting and absorbing parts
of the shell, fifth and sixth - the sizes of the
emitting and absorbing parts, eighth and ninth -
coefficient of dilution for the emitting and absorbing
parts of the shell. From Table II it may be concluded
that:-
(1) Stratification exists in the shells of the Be stars.
Emission lines originate in that part of the shell
which is nearer to the surface of the star, while the
absorption lines originate in those parts of the shell
which are the more distant from the surface of the star.
2) The shell sizes of Be stars have a small dispersion
particularly the sizes of the emitting parts) and are
~
independent of the speed of rotation of the stars.
(3) The coefficient of dilution is not the same for
different parts of the shell (W - 0.1 - Wabs - 0.02).
Fig.4 shows the dependence of tRW intensity of
emission for Hc6 on the speed of rotation (Vsin i).
Fig-5 shows the dependence of speed of expansion on the
speed of rotation. Fig.6 shows the dependence of V/R
on the speed of rotation (Vsin i).

501
Some characteristics of shells of Be stars. (Cont.)
The mean sizes of -the emitting and absorbing regions
of the 11 Be stars were found to be 1.7 Rst and 3.5 Rst*
The problem of continuous outflow of matter of Be
stars is considered. It is shown that such a flow
does not existand that the rotation of the star helps
in the formation of the shell. The main role in this
formation is played by other active processes, possibly
similar to solar protuberances and chrospheric flares.
3 tables, 6 figures; 9 references, 2 of which are
Russian.
Crimean Astrophysical Observatory,
Ac.Sc., USSR. Reed. Nov.19, 1956.

Li- t S~,
MUST=$, X.R.; BOURCM, A.A.
SyMoolum on Orms stare with bright lizes* In M6 in auly 8-10.
195?. Astron, shur, 34 no.6rg6z-965 N-D l57. (Kim litz-)

BOYARCRUK9 A.Aj Card Phys-lath Sci--(dirs) "Spoctropho-bometriq rtudy
of
&C-trars.ll Long 1958- 5 pp (Acad Sci 'USSR. Lain
ArtronomioalO(Observatory)9
loo copios (n926-58,105)

;Translation from-
P. 32, # 1907
S/035/59/000/003/008/039
A
/A003
001 1 - . ..
Referativnyy zhurnal, Astronomiya, i Geodeziya, 1959, No. 3,
AUTHOR: JWFftr.Qh1jk- A
TITLE: On Magnitudes of B- and Ze=~tars
PERIODICAL; Izv. Krymak. astrofiz. observ., 1958, Vol. 18, PP. 38-40
(English summaa-T-)
TEXT- A composite spectrum-magnitude diagram was plotted for stars
O.-t4the
spectral classes 09-B6,beldnging to the associations Orion, I,
Lacerta I,,Cepheus
11, Auriga I,Sagittarius I and Perseus I. Visible stellar magnitudes
wei-e-used
in plotting the diagram. Altogether 100 B stars and 19 Be stars were
used.
Main sequences of differentassoclations were superimposed by
means'of vertica�
displacements. It is concluded that B- and Be-stars of ihe main
sequence are of
the same magnitude. E. S. B.
Translator's note: This Is the full translation of the original
Russian
abstract.
Card 1/1

I BOYARCYC
-~-77-7~7 Ki
7~7.%
I Spectropbotonstric observations of Caselopelan In 1956.
lsv*'Krym,astpoftsoobsior,118:55-60 158, (MR& 13:4)
1 -
- . 0

BOTARCHUK. A. A.
Gema Cassiopeia@ In 1940. Ixv.Kryn.astrofis.obser.
19:
165-186 158. (MM 13:4)
(Stars, Variable)

BOTARCHUK, A.A. -
Go- Cassiopelae In 1941. Izv. Krym. astrofiz. obBer. 20:118-122
'58. (MIRA 13:3)
(Stars, Variable)