SCIENTIFIC ABSTRACT BESEDNYY, V. A. - BESHCHEV, B. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205110010-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 8, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

135-9-4/24
Transfer of Titanium into Weld Netall in kro-Welding of
Aluminum
formation of titanium gas compounds (of TiCl4 type)
accounts
for the most part of titanium losses. The article gives
detailed data on the technology of experiments and all
chemical reactions related.
There are13 tobles, 3 dikamns, and 4 references
(all Ruou an)
ASSOCIATION- Sumy Machinebuilding Plant imeni Frunze
(&wskoy mashino-
stroitelInyy savod imeni Frunze)
AVAILABLE: Library of Congress
Card 2/2
i

AUTE0113: Besednyy, V.A., and Kostyuchenko, V.A. 125-58-5-11/13
-----------
TITLE: Automatic Welding Under Flux of "L62" and "L062-1" Brass.
(Avtomaticheskaya avarka pod flyusom latuni marok L62 i
Lo62-1)
PER10DICIL: Avtomaticheskaya Svarka, 1958, Nr 5, pp B6-ss (USSR)
ABSTRACTz A new, automated technology used at the Sumy Plant imeni
Frunze is described. It has replaced the old method of gas
welding using the filler material "LK62-0.5" which was unpro-
ductive and gave very poor appearance to welds. The welding
tractor 'ITS-17m" was modified for the purpose (by replacing
the wire container, with an open bobbin for copper wire and the
common electrode holder with one for welding aluminum by alu-
minum wire). Copper wire was used as electrode wire. The best
fluxes proved "MAT1-53" and "ANF-5". "MATI-53" consists of
777L 110,9Ts-45" flux, 7.6~ boric acid, and 15-06 soda ash; its
production technology was previously described [-Ref. 12.
The optimum way of automatically welding brass Twith very stable
welding process and good mechanical properties of the weld
joints) is welding under flux "ANF-511 by copper wire alloyed
by iron and manganese. There are 5 tables and 2 Soviet refer-
Card 1/2 ences.

125-58-5-11/13
Automatic 4elding Under Flux of 1IL6211 and "Lo62-111 Brass
ASSOCIATION: Sumskoj zavod imeni Frunze (Sumy Plant imeni Frunze)
SUBMITTEDs January 9, 1957
AVAILABLE: Library of Congress
nard 2/2

SOV/137-59-12-26765
Translation from: Referativnyy zhurnal, Metallurgiya, 1959, Nr 12,
p 144 (USSR)
7:2. ju
AUTHOR: Besednyy, V.A. j _VY1
TITLE: Development of Argon-Are Welding of Aluminum and Its Alloys
PERIODICAL: Tr. Vses. n.-i. i konstrukt. in-t khim. mashinostr.,
1958, Nr 26,
PP 107 - 112
ABSTRACT: The author reports on experiences made at the Sumy
Mashinebuilding Plant
imeni Frunze in the field of manual and automatic argon-are
welding of
high-purity 'Al and its alloys. Conditions are described for
manual and
automatic welding of 12 - 20 mm thick aluminum.
1.A.
Card 1/1

S/184/60/000/004/00-5/021
A109/A02-)
AUTHORS. B--sednyy, V.A., Briksman, A.N.,-; - Graduate
Engineers
TITLE ~~in of lXlBH9T (I teel With Low.-Carbon-Steel
PERIODICAL., Khimicheskoye Mashinostroyenlye, 1960, No. 4, pp~
14 - 17
TF=-: Welding of low-carbon steel with acid-proof steel is
frequently em-
ployed in inanufac-,turing chemical equipment by the Sumskly
mashinos~.r-oi-eirf4y
T
zavod Im, Frunze (Sumy Machine Building Plant imeni Ennze)~ he
following
lectrodes are recommended for welding of low-carbon steels
with acid-proof 18-8.
(Cr-NI) steelz YOHK4DK(UONI/NZh) and 9WIN-3 (ENTU-3) with
wires of a ct',emical
composition similar to 18-8 steel and Cs X2~5H13 (Sw Kh25N13)
and CS Xr^_5H2X1 (Sw
Kh02_9N20) wires. Sw Kh25N13 is insulated with ENTU-3 and
laberatory tests re-
vealed a tendency to hot cracks In Sw Nh25N20 wires.
Experience proved that
technically inferior UONI/NZh electrodes produce harder
fusion-zone joint'S than
ENMI-3 and 0X13H9 (2nLIN9)1~qires. The possibility of
improving welded join-r's
by addition of alloying substances was tested on 10-imn thick
lKhl8NgT and St.3
steels and, butt-welded 400 x 100 x 10 mm s~,rips. Automatic
welding was carried
out by YHR-66 (KhNK-66) flux with 5-mm electrode wire at r,-00
amp, a welding
Card 1/2

S/184/60/000/004/0,05VO-2-1
A109/A029
Welding of 1X18PqT (1Kh18NqT) Steel With Low-Carbon Steell
speed of 27.- m1h and wire speed of 62.5 m/b.. Metallographic
-tests wer-- made, by
graduate Engineer T.A. Akol'tseva on aTTKT-3 (PMT-3) at a
load of
=00 g. A desn-ription of testing of welded Joints is given.
As expected the
best results were achieved by additdon of manganese. Its
numerous advant,-%ges
,3knd the ability to decrease the hardness q met %I decided
its cholse as bazic
I L, -IJOG 6 W-1 r -7 1 Q
alicyin-E agent. The best. manganee- all:~y)~s the Y20H2Or6
OUT20N., 0%
Mn content in joint). Tenden~!y to _i;I-cro'-fractures was
detcrmined by '1~he nralti-
layer surfacing methed. Various types ~:-f electrodes were
tested. M18N9 win?
insulated with =-3 tc which 8% of Me2 (Mr2) manganese was
added~ X20H'or6T
4 -
I, A;
(Kh_-ON CY-461; .1--re unsultated with(P-1 (F-1) aLnd
elestrcdes ensuring a higher
content of 'manganese in the joint, I.e., Kh2ON1rDG6`T vilree
Insulated with ENTIU-~'
and enriched with 8% of Mr2 mangani-se. Thes,i wele compared
to DrIT-3 elect.rodes
wi-th 1~h29J13 wire recommended by NJMDAM~Sh 0~-f~ 5), The
t-astB 2howed that
automatic welcLing of low-carbon !Lt. '~Ijsteel with
1K'hl8N9r" steel is most expedi-
ent"Iy performed with. lUi2OMOC-6 filler wire and
non-alloying KY-NK-66, AH-26 ( 'AN-
-2-6) and AO-5 (ANF-5'1 fluxes. Fl.ectrodes with Kn-20N1006
wl.ring J-1sulfoled wlt.pl
non.-alloying F-1 Inculation are recommended for manual
e.11~--+-1-, are w-1ding
!here are 2 tables, 4 figured and 5 Soviet refer~_nces.
2/_:~

S/184/62/000/004/004/006
D040/DI13
3ocodnyy, V.A., Strelets, L.A., and Budin, V.N., Engineers
U U
T I T L 1:1,11,7, 3T ztoel
P:~ '1110 D 1 C.. L m-~,';1--i11ostroYe21iYO, 110. 4, 1962, 30-33
Z;1001 45
WNST ()W -435) a nichrome grage
2.0"1 c'~7' ::..L) '-:-~'jd L; true 3--or service %,', up to 800
C.
-C - 0
, 0 , , I' C bu' relatively low strength
U _.LOO
of 0 - 5- 0-35"' T4 and up to 0.15% Al,
j %ao ~,nd porosit,- dan:inr~.,--ioldinj. The
3 1 '.avod Prunze ( 0,,i;,-iy ine building Plant im.
YY
Trunza) -asor; :~or weldod cylindrical vacuum vc;ssels and has
develo-)od "'C", dip, "C.Chn-'Juos by ivhich .~o-"ne, wo)do can
be obtained in manual
--rc wo~d4ng r1il-1,
1,1i'lljo~zt ar- n. i~;h-freouency a.c. is mostly used
4 '0
t'h 0 U -h d. c. ca;-, jo bo ozi,~loyad. 1,*1eldinC; must be
conducted with minimum
cur~:on-b, a rbor-C' -----c, aad without tranoverso oscillations
of the electrode.
Card 1/2

Ureld~ n- -." -7-
C.
0/184/62/000/004/004/006
D040/D113
-"-,!fur, -.hosphor, silicon, etc., must be avoided,
Ovc-~-Zr .'Ic~ -~ac be !of'. to cool completely and be cleaned
before
02, a L-id t1le ai--on must be nure . The best wire for argon
arc .-.-c-- --'n-, o X:~,o H 00 T 3 (XhMi SOT3) wi V-i hi~~h IL
--' and Al conten b; )X 20 N 80
V) wivo with HNC-13 (ITZh-l-J) coatinj can be used for-welding
without
-1e L. 0 leliove residual de-
Zo n allm,~nt-s f.-,,u~-,t ")e annealed a' 1050-1100 C to
i or.-.: aio n oan alsso 'be Joined to 1X18HAT (!Khl8NLDT)
steel using
.)A! M wire wi - h M
au o n-I c t ~-i (IT-1) coating. Polygonization,
,=a4n r-r,)-,,,th lina and twinnino of crystals is not fully
eliminL.tod. The co::inosition of the 3 welding i,,rire
f.;rades used in
ex -~ 0 XI.- e n t Sand -.1e com--)Osition and mechanical
properties of welds obtained
with each, are tabul'.-.t-ed. There is 1 figure and 3 tables.
Card 2/2

E1?1T(m)/EPF.(c*/E (d)/M P( )AWO(z)/Er,'P(b) XJP(c)
L 61820-65 ilo A t
__ 7?1j7v'Tj5Tj7U1','B
ACCESSION NR: AP5018284 UR/0314/65/000/007/0035/0038~
621.791.856:669.295.001.51
AUTHOR. B Engineer) Shelenkov, 0. M. (Engineer)
esednyy, V.
j 3
TITLE: Experimental construction of welded titanium.chernical
equipment
asL
I'SOURCE: Ehimicheskoye i neftyanoye m ostroyeniye, no. 7, 1965, 35-38
TOPIC TAGS: chemical apparatus, titanium welding, weld corrosion,
weld mechardcal
property
ABSTRACT: Chemical devices made of titanium have been produced during
the past five
years by the factory im. le'runze. After a brief description of the
drier (e. g., forlaincrstic
c.'
iscuss
acid), four-way beat exchanger, evapor~,Wrs, mid column-type mixers,
the author.9 d
the titanium welding technique in detail.4Welding was carried out by
manual argon-arc
equipment us)'pg 1-20 mm sheets of VTI~l titanium, The nonmelting
electrode was made
f _k!pXste.,L-;jWelding procedures for various types of welds are
given
lanthanuniLhIloyed
o
together with the pertinent Welding parameters and estimates of weld
quality and weld
corrosion stability (tests with H2SO4, HN03, KC1, and H2C204). Orig.
art. has: 6 figures'
and 2 tables.-
Card

Xord _242---

BESEDOVSKIY, A. I.
Besedovskiy, A. I.
"Multi-Speed Asynchronous Motors." Min Higher
Education USSR. KharIkov
Polytechnic Inst imeni V. I. Lenin. KharIkov, 1955.
(Dissertation for the
Degree of Candidate in Technical Sciences).
SO: Knizhnaya Letopis', No. 27, 2 July 1955.

GOROKHOV, A.M., putc-my rabochiy- IMEDOVS&IY D.A.- TARASOV
A.I.; KRIVUBOX, G.K.;
I I -~=
MOISEYEMOV A.D.J. inzh.-melhanik;- 'YURIYAKS, P.I. [~~Jaks,
P.1;
IBR4II-I)V A.A.; SAFRONOVS, V.S.; SHAWVp N.N.
t:
Letters
the editor. Put' i put.khoz. 7 no.4:40-42 163.
(MMi 16-3)
1. Stantsiya Talovaya, Yugo-Vontocbnoy dorogi (for
Gorokhov). 2.
Nachallnik distantaii zaahchitnykb lesonasazhdeniy,
stantsiya Atkarsk,
Privolzhakoy dorogi (for Besedovskiy)- 3. Nachallnik
~utevoy mashinnoy
stantsii, stantstya Ltgov, Moskovokby dorogi (for Tarmsav).
*1+. Sekre-
tart partiynoy organizataii stantAkii Nikitovka,.,
Donetskoy dorogi
(for Krivabok). 5. Stantsiya Nikitovkap Dondtskoy darogi
(for
Mbiseyknko~* 6. Brigadir puti,, stantsiya Platone,
Pribaltiyakoy
dorogi'(for Yurlyaks). ' 7. Zamestitell nachal:lnika
distantaii, Sallyany,
Zakavkazskoy dorogi(for Uwagimov). 8. Starshly
normirotshchikf - * '
stantsiya Rtishchevo, Privolzhskoy dorogi (for Saf~ronov).
9. Selffretarl
partiynoy organizataii, stantsiya Rtishchevo, Privolzhakoy
dorogi
(for Sharov).
(PAUAads.-Maintenance and repair)

BESEDOVSKIY, D.A.
Modifica'lon of the design of protective tree belts.
Put' i
put.khoz. 7 no.9*.43 163. (MIRA 16:10)
1. Nachallnik Atkarskoy distantsti zashchitnylh
lesonasazhdeniy
Privolzhskoy dorogi.

BFISIDOVSKIY, V.p , inzhoner-polkovnik.
~' - *0191a VNYA WOMM W&_I
Masroom for atudving automobile and tractors. Voen.
vest. 37 no.3.
54-57 Mr 158. (MIRk 110)
(Automobile engineering--Study and teaching)

13E~~E]1'8`1811, lY, V.A.
"Re,ote Comttol of Artillery Units" (Distantsionnoye upravleniye
arilleriyski i
ustanovka-,i). Leninggrad Order of the Red Banner
1-filitary-"fechanical Institute
(Leninrradskiy ordena Krasnogo zna,, eni voyenno- el-hanichesl-iy
institut), 264 pp-, 11*7

NOVIDw 1947
ftgul4tors
Resonators
*UtIlIzation of Resonator as Means of
Eliminating
Nonlimearity in Autasatic; Regulators," V.
A. Bass-
kerskiy
.1 6j pp
*ATtanatiks, I Telawkh" vol virr.. No 6
Describes method of eliminating nonlinearity
in
autamtic regulators, comecte& to the
presence of
the force of dry friction, dead zone in the
serwo-
;~btar; and clearance and backlash in the
coupled
pLrts. Explains hov possible by introduction
of
w 50"'S -
UM/Inaineering (Contd) NOVIDec 1947
Vw1odic reecinator Into the circuit of
autcastic 24W-
lator to eliminate the dead zone of the
regalstor
isnaltivity.. and to increase accuracy and
dependabil-,
Ity of regulation.

BELISKIY, I.R.; BESEKMSKIY, V, A,; DONSKOY, A.V.;
PRESS, A. S.; YMOV.SKIY, YE. K.
Electric Engineering
"General course on electric engineering for non-
electrotechnical higher techni2al schools. General
electric engineering." Reviewed by Profs. V. P.
Khashechinskiy, S. A. Press. Eloktrichestvo
no. S. 1952.
Monthly List 2f Russian Accessions. Library of Congress.
November 1952. UNCLASSIFIED.

HISIKERSK 0 Y9A..-Qh!,njngrad).
-.1-1. ~,-E~y
I.I., Gallperinge and M.A.Aiterman's objectless
liscussions,
Avtom. i telew. 14 no-18102-103 Ja-F 153. (MLRA 10:3)
(Automatic control)

Subject USSR/Electricity
Card 1/2 Pub. 27 - 18/30
AID P - _2829
Authors : Besekerskiy, V. A., Kand. of Tech. Sci., Leningrad,
and Praha, Czechoslovakia
Title : Electronic gear for the stabilization of a-c follow-up
drives. Article by Ye. I. Baranchuk, this journal,
No. 6, 1953 (Discussion)
Periodical : Elektrichestvo, 6, 75-76, Je 1955
Abstract : The first author sharply criticizes Baranchuk's
theoretical Investigations as compared with the diagrams
presented, which are provided with a negative feedback,
while the conclusions are based on the assumpti,:,n of a
positive one. The author proves in examples that
resulting formulas are false. He also points to sever-
al other faulty statements of the article. The second
author disagrees with the statement in the article
discussed that electronic stabilizers are better and more
reliable than other types. He demonstrates his contention

4: /7'
BASWMS'XIi,-V.A.; FABRIKANT. Ye.A.. (Leningrad).
Waluating the errors in passive differentiating and
integrating
electric circ.-its depending on the suvposed character of
the
process to be investigated [vith summary in Inglish].
Artomtylm
no.402-66 1.57. (MIRA lltl)
(Blectronto circuits)

BIASMM IY# V*Ae, kand. tekhn. nauk; DIOMIDOV, V.B.,
kand. tekhn. nauk.
Calculating magnetic field around ferroms-gnetic pipes
having various
wall thicknesses. Trudy LVNI no.6:308-315 157. (MIU
11:5)
(Ferromagnetism)

8(2) PHASE I BOOK EXPLOITATION SOV/1290
Besekerskij_, Viktor Antonovich, V.P. Orlov, L.V.
Polonskaya, and
S.M. Pedorov. Proyekt -RoMAMI-y-6 sledy&shchikh sistem
maloy moshch-
nosti (Design of Low-power Servo Systems) Leningrad,
Sudpromgiz,
1958. 508 P. 9$000 copies printed.
Ed. (title page); Besekerskiy, Viktor Antonovich;
Scientific Ed.;
Khrushchev, V.V.; Ed. (inside book): Shaurak, Ye. N.; Tech.
Ed.: Levochkina, L.I.
PURPOSE: The book is intended for engineers engaged in the
design
and development of servo systems., It may also be useful to
stu-
dents of vuzes specializing in automatic control.
COVERAGE: The authors describe the principles of designing
low-
power servo systems (100-200 watts). The first part of the
book
deals with general problems of synthesizing servo systems.
It
also discusses the requirements for stability, accuracy, and
smooth operation of servo systems at low speeds. The second
part
describes problems of synthesizing some special types of
servo
Card lAl

SOV/24-59-1-10/31-')
AUTHOR: Besekerskiy, V.A., (Leningrad)
r
TITLE: '-~-Tr~fe~r Function of a Relay Effector IJechanism
(0 peredatoc 0y sii releynogo ispolnitellnogo
mekhanizaa)
PERIODICAL: Izve stiya Akademii Nauk OF.)SR~ 0,'6deleniye
Tekbnich skikh
Nauk, Energetika i Avtomatjika,1959,Nr 1,pp 74-77 (USSR)
ABSTRACT: Harmonic balance methods are used to derive the
transfer
function of a hysteresis-.free relay effector mechanism
that controls a reversible motor. The equations of
motion are first derived in the usual way. The new
feature in an otherwise standard treatment is that the
motor is considered as a free-ranning flywheel for the
period when the armn-til e circuit is disconnected (the
inertia of the load is neglected). The amplitude and
phase characteristics are given. The effects of
Card 112 hysteresis in the relay are then briefly dealt with;

SOV/24-59-1-10/35
The Transfer Function of a Relay Effector Mechanism
it is shown that an extra phase shift in the first
harmonic is caused. There are 6 figuies and 7 Soviet
references.
SUBMITTED: lst September 1958
Card 2/2

F, PJ
~ZVF~ SfF
F ! 11
[Mir?
5 V VA i K1. r- ilv.
V If R Ile. t!
tr
w0
W 1 Z
ch-
19
t 'r
91
It F
Erg! y".

st

5333B
,,6/()o4/015
8/024/6o/o00/02/014/031
R14o/El35
AUTHORS: and Fedorov, S.M. (Leningrad)
TITLE: The Equivalent Transfer Function for the Design of
q_Servomechanisms with Non-unit Feedback
PERIODICAL: Izvestiya Akademii nauk SSSR~ Otdeleniye
tekhnicheskikh
nauk, Energetik-a i avtomatika, 1960,Nr 2,pp 110-115 (USSR)
ABSTRACT., It is recalled that non-unit feedback may be
used to
increase the precision of servomechanisms, in particular
to compensate statiog velocity and similar errors.
Theoretically non-unit feedback may be used to achieve
complete invariance of a system but this is physically
unrealisable due to the system being located at the
boundary of stability. The equivalent transfer functions
of the open system are derived for the static and astatic
cases. T'hese functions may be used to design servo-
mechanisms by the method of logarithmic amplitude
Card characteristics. An example is calculated for an
Ili integrating drive.

88338
S/024/60/000/006/oo4/ol5
E140/E463
On the Dynamics of a Gyrostabilizer Corrected by a Digital
Computer
(identified by the author with the envelope, which is of course
only approximately true). Two weighting functions are found:
one for the positive peak, called the majorant, and the other
for
the negative peak, called the minorant. The two variants are
investigated for two cases, one in which the digital computer
is
assumed to operate instantaneousty and the other in which a
computer delay is taken into account. The problem was modelled
in an analogue computer and differences of 15 to 20','D' were
found
between the measured and calculated c4rVcs- There are 7 figures
an(] 5 Soviet references.
SUBMITTED: September 1, 1960
Card 2/2

S/569/61/001/000/004/019
2-L, 40 Ii274jD30'4
AUTHOM Bexekerakiy, V., A,.. and Fadorov, S. M. (USSR)
TITLEi Use of equivalent transfer function in computing
ver-Tomechanisms of combined control by the method of
y characteristics
logarithmic frequenc.-
SOU112.1 Internationat Febration of Automatic Control. 1st
Congress, Moscow, 1900. TeoriTa nepreryvnykh sistem.
Spetsiallnyye maiematicheaki-A- problemy. Moscow,
Izd-vo AN SSSR, 1961. Trudy, v. 19 154-166
TEXT8 Ths usa- of the method of logarithmic frequency
characteristics
in computing combined (open'Llo")p sloseJ.-Iw) systems is
considered. The
transfer function of the closed-Loop system in
Card 1/7
(a) . W(s).L"_1 W-7, (5)

Use of equivalent-_
31 ji9
S/ 569/61 /001/0001/004/019
D?-74JD304
where W(s) is the transfer function of the open--ID,.~p
system,, i a the
inpat signal, is the angl,~, of rotation of the shaft, and (F
(a)
12
the compensating signal - One of the methods ronsists in
determining,
by Eq,, (5). the equi-valent transfer function of the
open-loop system
?% W(s)
W(S) (S)
and then forming (by suitable choice of the levels of the
compensating
signal) the logarithmic frequency, characteristic (LFC), so
as to meet the
actual requirements.. As the accuracy of servomechmnisms is
affected by
the form of the LFC in the 1.2vi-IrequencT region, the
influence of the
compensating signals (s) is considered in That region first.
The
transfer fun.-.t-k'oa of servDmechanisms in the
law--frequenc7 region can be
reduced to four types. The equivalLant transfer function (of
the second
Card 2/7

1/001/000/004/019
Use of equivalent- D274/WO4
type) is
KQ (I + -rim) K'S (I + 'r1
Ve(s) 9 2 (15)
T,a
whe re
K
T
IrIa in the first derivative of XQ is the velocity figure of
meritq and T is the time constant. The equation of the first
asymptote
to tha LFC (for low frequencies) of the equivalent system
corresponds
to the equation of the second asymptote to the LPC of the
original system,
viz.
2
Card 3/'T

.1 '
.13/5693/6iy(001 /000/004/019
Usa of ~-quiFaleni,.,. D274i~04
The obtdined equivalent transfer function can be used as
follows for com-
puting servomechanisms, In construtting the desired LFC. of a
system
whi,,h operates with maximum -elocity max and maximaxa
acceleration
f~
t~.M".y -it is possible~ on the basis of equivalent
sinusoidal input condi-
tions with amplitude
max (17)
max
and angular veloci-ty
CO.)
k max
to plot on the logarithmic net, (used for computing
servomechaniams) the
control point A k corresponding to the frequencY W k and the
modulus
Card 4/1

319
i'~15 )/61 /00-1/000/004/019
to,
Use of equivalent... D2 7 ~JD3 0/4
20 Ig A (wk) - 20 Ig 1 max
GN&X
where 9 max in the amplitude of the admissible error. These
plots are
shown in a figure. It follows from the figure that
introduction of
the compensating signal eases the requirements towards the
principal
circuit of the servomechanism and makes it possible to operate
with a
smaller velocity figure of merito Calculations for the other
types of
transfer functions and compensating signals can be carried out
analogously.
The pertin,,~nt results are listed in a table. A numerical
example is
given. Further, the influence of compensating signals on the
formation
of the medium-frequency part of the transfer function is
considered. For
systems with step input, the influence of compensating signals
is taken
into account in computing the medium-frequency part of the
transfer func-
tion. If the transfer function T (a) of the auxiliary loop is
known,
it is possible to find from Eq. (9) the desired transfer
function of the
Card 5.fl-I

Use of equivalents..
31519
S/569 61/001/000/004/019
B~274.Y]M)304
open-loop system (without compensating signals), viz.
Vd(s)
e
(8)
1 + + q~ (a) We d
0 (19)
The desired function can also be obtained from the transfer
function of
the closed-loop systemy viz"
W ~PJW
d(8) (s)
(23)
The desired transfer function, obtained from Eqs. (19) and
(23) is there-
upon used for calculating the ccmpensating networks. A
numerical example
is given. In conclusion, the method i~? recommended for its
simplicity
and clarity. A discussion followed. There are 6 figures, 1
table and
10 references: 8 So-viet-bloc and 2 non-Soviet-bloc. The
references to
the English-langaage publications read as follows~ Moore,
Combination
Card 6/7

Use of equivalent~.e
31319
S (56OJ61/.001/000/004/01 9
k74/D304
open-cycle closed-cycle systems, ring :9.151, 39 no. III
Flight Simulator,
Rev. Scient. Instrum., 1956j 27, no. 16.
Card 7/1
)1-

-.EESEKERSKIY, V. A. ; FEDOROV, S. M.
"The Application of the Equivalent Trarmission
Function to
the Design of Following System for Combined Control
by the
Logarithmic Frequency Characteristics.0
paper presented at the First International Congress
of the International
Federation On Automatic Control (IFAC), Moscow, 27
Jun-7 July 1960.

AUTHORS: Besekerskiy, V.A
TITLE: The synthesis of
computers by the
characteristics
s/o24/60i&/OO3/OO4/012
E14o/E463
and Fedorov, S.M. (Leningrad)
servo-systems containing digital
method of logarithmic amplitude
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye
tekhnicheskikh
nauk, Energetika i avtomatika, 1961, No.3, PP-73-81
TEXT: The article considers the application of w-transforms to
automatic control systems of a sampled-data character.
Neglecting amplitude-quantization errors, but taking into account
time-quantization, systems containing digital computers are
included in this category. The w-transform permits synthesis to
be carried out using customary concept from the theory of
continuous systems, in particular the widely applied method of
logax-Ithmic-amplltude frequency characterlstics. In the low
frequency region the transfer function of a system of the type
considered practically coincides with that of the corresponding
continuous system. Assuming that 2/T0 > wc1 where To is the
repetition period of the computer and wc is the cut-off frequency
Card 1/2

23156
S/024/61/000/003/004/012
The synthesis of servo-systems ... E140/E463
of the continuous part, the high frequency characteristics are
obtained by introducing a pseudo-frequency Xs
2 tg wT0 2 w (4.6)
T0 2 T0 1
A simple procedure described in 5 permits the transfer
characteristic in the high frequency range to be obtained. The
article concludes with a simple example of a servo-mechanism with
second order astatism. The considerations of the article extend
to simple pulse systems and systems with digital computers,
carrying
out any operation not connected with integro-differential
transformation. There are 7 figures and 5 references: 4 Soviet-
bloc and 1 non-Soviet-bloc. The reference to the English
languag,;-, publication reads as follows: Johnson G.W., Lindorf
D.P.,
Nordling GoA., AIEE Trans., 1955, part !I, v-74.
SUBMITTED: January 31, 1961
Card 2/2

Bi,.-)EKaSKIY, V.A. (Leningrad); FSDOROV, S.M.
(Leningrad)
Synthesis of servo systems with digital computers by
a method
which involves the use of logarithmic amplitude
characteristics.
Izv. AN SSSR. Otd. tekh. nauk. Energ. i avtom.
no.3:73-81 JI 161.
(MIRA 14:7)
(servomechanisms)

-NW-WSM,-V*tqr Antonovich; FALITOV, Ivan Petrovich;
FABRIXANT,
Yevgeniy Anatollyevich;-FMOROV, Stepan
Mikhaylovich; CHIKAYEV,
Petr Ivanovich; SODOLEV, O.K., red.; MURASHOVA,
N.Ya., tekhn.
red.
[Collection of problems on the theory of automatic
control]
Sbornik zadach po teorii avtomatichaskogo
regulirovaniia. (By]
V.A.Besekerskii i dr. Moskva, Fi2matgis, 1963. 408
P.
(MIRA 16:12)
(Automatic control)

AN3FAMILINAYL. V.A., OSTiOBORODOVA, V,7.
Puqk,omblnat~jon properties of shallow levels of
gold and copper
in p-.gpmwiium aa detem"ned from Lbo noise spectnim.
Fit. tver.
tela 6 no.120745-3'14-7 D 164 (MIRA 18t2)

.BESEK9RSKIY,,,Viktor Antonovich; VOSTOKOV, Sergey
Borisovich; TSEYTLIII,
Yakov Moiseyevich; GORDEYEV, V.G., kand. tekhn. nauk,
retsenzent;
FABRIKANT, Ye.A.V nauchn. red.: LESKOVA, L.R., red.
(Electromechanical smoothing dovices]
glaktromakhanicheskie
sglazhivaiushchie ustroistva. Leningrad,
"Sudostroonie,"
1964. 145 P. (MIRA 170)

BEREMIKOVSKTv Sergey Fedr--4-11. dots., kand.
tekhn. riauk;
TTESr:~LiLSKIY, V.A.p doktor tekhn.nauk, retoc'
zent;
VASILITEV, -rj,.V., cloktor tekhn. nauk,
retrenzent;
131AZIIKIII, A.T., prof.,iod.; KVOCIIIUNA,
G.P., red.
[Automatic regulation and control of electrical
machines;
some theor7 problems and elements of corftrol
sys"ttems] Av.-
tomaticheskoe regulirovanie i upravlenie
elekt-icheskir-i
mashinami; nekotorye voprosy 1-eorii i elementy
sIstem up-
ravleniia. Leningrad, Sudostroenie, 1964. 418 p.
(IIIIIA 17:9)

BLAZHKIN, A.T., doktor tekhn. nauk. prof.; BEg=
'~AA. j
doktor tekhn. nauk, prof.; AZDAOV K.F., kand. tekhn.
nauk, dots.; LANSKOV, V.D.v kand. tekhn. nauk,
dots.;
FABRIKANT, Ye.A., kand. tekhn. nauk, dote.; GULIDIE,
Yu.V., inzh. MEYERSON, I.G., dots.. kand. tekhn.
nauk, dots.,
retsenzent. k1OLOV, B.K.,.red.
fGeneral electrical engineering] Obshchaia
elektrotekhnika.
Moskva, Energiia, 1964. 655 P. (MIRA 17:12)
1. Prepodavatell Leningradskogo mekhanicheskogo
instituta
(for Blazhkin, Besekerskiy, Azimova, Lanskov,
Fabrikant,
Gultdin).

VORONOV, Avenir Arkadlyevich;
BEJ-'EKERSYIjY-JI,, doVtor tekhri.
nauk, retsenzent; SWENOV, V.V.., kand. tekhri.
riauk;,
nauchn. red.; PAVLOVA, L.S., red,
[Fundamentals of the theory of automatic
control] Osnovy
teorii avtomaticheskogo upravleniia. Moskva,
Energiia,
Pt.l. 1965. 395 p. (ME-UP 18,,7)

ACC NRz AP60_24377 SOURCE CODL: UR/0280/66/000/002/0196/0208
AUTHOR: Besekerskly, 11. A'.^; tlanyurfkhin~L_'~~"'~)
G. 1. derasimov, A.
At
ORG: none
TULE: Design and calculation of unsteady-state automatic control
systems by the "frozen-
response" method
SOURCE: AN SSSR. Izvestiya. Teldmicheskaya kibernetika, no. 2,
1966, 196-208
TOPIC TAGS: unsteady state system, automatic control system,
circuit design, ftuiction
analysis, differential equation
ABSTRACT: The complicated task of the synthesis of an
unsteady-stite system may be simpli-
fied and reduced to the task of synthesis of a steady-state
system if the response of unsteady-
-state elements to a standard input signal, e.g. the
step-function, is "frozen," as it were. Thii
may be accomplished by the method of successive approximations,
with the first approximation
yielding fairly accurate results. The derivation of the
subsequent approximations is associated
with an increase in the order of the function W(p). (This
function Is equivalent to the transfer
function W(p) of steady-state !.,ystema.) Hence, it is expedient
to simplify the form of the
1/2

ACC NR: AP6024377
signals received at the input of the unsteady-state element, L e.
to approximate them with
simple functions. The synthesis of variable-pafameter linear
systems of this kind may also
be acCOMPHLied by the fitting method if the solution within the
separated segments is sought by
freezing the responses of the unsteady-state element to a standard
input signal. This method
converges when the coefficients of the differential equations
describing the system are piece-
wise-continuous and may be expanded into a Taylor series over a
given interval of time. Thus,
the problem of the synthesis of unsteady-state systems can be
reduced to an algebraic problem.
"In conclusion the authors wish to express their profound gratitude
to Kh. L. Smolitskiy for
assistance in writing Section 3 of the present article. Orig. art.
has: 6 figures, 46 formulas.1
.2/2

ACC NRi AN602 2150 Henogra ph UR
B sokerskiy, Viktor Antonovich; Popov, YEvgeniy Pavlovich
Theory of automatic control systems (Teoriya sistem
avtomatichaskogo
reg"lirovaniya) Moscow, Izd-vo "Nauka." 1966. 992 p. illus.,
biblio., index. 15,500 copies printed.
TOPIC TAGS: automatic control system, nonlineary1control system,
linear~
automatic control system, control system stability, automatic
con trol technology aAo,,4e, czv%-V~Q t-
g- '"L -It - 14'
PURP,oa ANC`D,"70~VEt^RA,GE, This book cover~s-cilolely material
of coursen on
"Automatic control theory" of schools of higher technical
education.!
It may also be useful as a handbook or textbook by a wide circle
of
engineers, students, and scientists. The book was planned as a
revised edition of Ye. P. Popov's book "Automatic Control System
Dynamics" (Gostekhizdat, 1959), however, due to the rapid
advances
in the field of automatic control in recent years, it had to be
entirely rewritten. Parts 11, 111, anA IV were written by V. A.
Besekerskiy and Parts I and IV by Ye. P. Popov.
TABLE OF CONTENTSt
Foreword -- 8
UDCz 62-50

ACC NFZ-. AM6022150
Part 1: General Information on Automatic Control Systems
Ch. 1. Types of automatic control systems -- 9
Ch. 2. Control programs and laws. Self-tuning systems -- 40
Part IIs Conventional Linear Systems of Automatic Control
Ch. 3. Linearization of differential equations for automatic
control systems -- 62
Ch. 4. Dynamic elements and their characteristics -- 76
Ch. 5. Forming the initial differential equations of automatic
control systems -- 137
Ch. 6. Stability criteria -- 184
Ch. 7. Plotting the curve of the transient processes in automatic
control systems -- 224
Ch. 8. Evaluating the quality of control -- 267
Ch. 9. Improving the accuracy of automatic control systems -- 324
Ch. 10. Improving quality of the control process -- 353
-- 402
Ch. 11. Random processes in automatic control aystems
Ch. 12. Methods of automatic control system synthesis -- 460
Part 111; Special Linear Systems of-Automatic Control
Ch. 13. Variable parameter systems -- 513
Ch. 14. Lagging system and systems with the distributed param-
542
Ch, Pulse systems -- 571

ACC NR, A116022150
Part IV: Nonlinear Automatic Control Systems
Ch. 16. Forming equations of nonlinear automatic control
systems -- 599
Ch. 17. Precise methods of'investigating stability and self-
oscillations -- 634
Ch. 18. Approximate methods of investigating stability and self-
oscillation -- 702
Ch. 19. Slowly varying processes in self-oscillation systems 7851
Ch. 20. Quality evaluation of control processes 813
Ch. 21. Forced oscillations in nonlinear systems 847
Ch. 22. Random processes in nonlinear systems 873
Ch. 23. Optimal :;vstems of automatic control 893
Part Vs Digital and Self-Tuning Automatic Control Systems
Ch. 24. Control systems with digital computers -- 916
Ch. 25. Extremal and self-tuning systems -- 952
Appendix 1. H-function table -- 974
Appendix 2. Integral table -- 978
Bibliography -- 981
Index -- 986
SUB CODE; 13M SUBM DATE: 17Sep65/ ORIG REF: 093/ OTH REF: 007
Card

ABILOV, DI:SELAGC, V.V,
pftr5sagf- nr e lee trolvit"not ic, wuv-:.,
throliIII i-,.'alith,
SS Fq 156 no, 2:298-299 Mly '62,
i Le di: vii -hlen -
zic' 1, 1 !
korrespondE,nt AN Prokhorclv),

BICSELKIN. P.N.
r notes on Pavlovian physiological principles in
reorganization
of the theory of regulation of respiration. FIdel. zh. SWR
39 no.6:
742-754 Nov-Pee 1953. (CLKL 25:5)
1. Leningrad.
12

0 0 0 09-
::
:

ti
:
090
000000609006 1; ; ;4-04 010 0 * 0 0 9 9 0 6 0 0 0 0 : 0 0 G

I
, j . I I ?
1 19 U 13 M 11 is NY to a I a, a a A 2) A AN ?. L 11
v IN M b
IN v kk p a Q a C 0

A AL L I L
A

A A _jL-

-
.1 Y

-00

06

PboombradW decompasidoc a( ammonia admorbed on

a'
i:*
mWate asid vim4pesla crystals.
t'
RA 13
C.
S N
, M

4;!
.
..
.N.
.i
.
-
.

NN
daid site given f.w the Note. col dn,vitipit by Al. Zit, V~

Mut Cd .1wL,% Nw,sh ON- Fl-, ri'vigI I., I h.

4 out-1-1 NIt. "
1~.l C.I. on -.1 1-
-

Cal.,m M01.
11w ittax. ate Onft~,I. t"p.. M tn.1 I i C.1

%it It "tw-I-t to
the ca, pha-. F. It.

COO

7roe

710 *
8

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00

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00

00

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ale

'A A- WON

0. 0 NN I
too

Ana

0 0
0 0 9 0 0 0 9 0

0 0 0 0

- j, I.
I-rotection against pollution of our vaters; also,
razrks ky . 'Vitez
mid others. p. 4'(3. KOZLITENYEI. iudapest- Vol.
1h, No. h, 195h
SC-ELGE: East li~iropean Accessions List ( UAL)
Library of Gonjr&L;s
Vol. 5, 'No. 6, June 1956

BESENYOI -1. Istvan
Remark about the study by Laszlo Holenyi entitled
"Sewage disposal
problems around lake Balaton." Ifidrologiai ko!,,lony
42 no.6001-
502 D t62.

I rn r:

K.; IAJ.A. M.; BF.SBVIQ, 1.*. 1).
fwwxw~
Clinical manifestationi of incorinlete rotation and mobile middle
intestine in childrer. Aet.-, chir. , nc.3:21~1-245 1957.
1. Mint3m 7.a decjii hirin-giju Iledicinskor, fakalteta u Beogradu
(Unravnik: Drof. dr. Din. '4. Jovcic)
cnmrron mnsentery with incomiolete ratntion of intestines,
(IT47FSTIT,,'~, nbnnrm.
inQ-n)let~- rotntion with common mesentery, manifeet. (Ser))

KRSTIC, Klimetije; BESEVIC, Ivo; JOVANOVIC, Bara
Milkmn's syndrome; report of a cans in a two and
half year old
boy. BrpskI arh. aelok. lak. 87 no.2:220-226 Feb 59.
1. Decja hirurska klin:Um Medicinskog fakulteta u
Beogradu Up-
ravnik: pro. dr Dizitrije Jovoic. Radiolski institut
Medicinskog
falmlteta u Beogradu Upravnik: prof. dr BeoIjub
Bosnjakovic.
(BONB DISMSES, in iu,. & child,
Milkmn's die. (Ser))

RAJIG, S.; BESEVIG, I.; POPOVIC, S.; RADOJKOVIC, P.;
RAKIC, D.; CV7ETKOVIC, J.
- -----------
Ilio-femoral arthrodesis in pathological luxation of the
hip in child-
hood. Acta chir.iugosl. 7(8) no.1:42-48 160.
1. Decja hirurska klinika Medicinskog fakulteta u
Beogradu (Upravnik
prof. dr D-.Joveic)
(HIP fract & disloe)

OVCHI"IKOV. K.M.; MOFKMVSUYA. M.I.; TISHCHINKO. O.D.; DZMCHIWKO.
I.A., direktor;
NADTOCHIY. S.3.; GORUTSHEVik, I.I.; BILISKAYL, M.K.;
KONTOROVSXAYA, T.M.;
BXLTY, Ta,M., zaveftyushchiy; DJWSVUKO, V.I.; SHEVCHUK, M.K.,
zaveduyushchiy;
DIYACHWKO. V.I.; SAKOVICH, V.K.; AGAFONOV, I.N., zaveduyushchiy;
BESFAMILI-
KAYA, P.S.
"wAwA_"W_M1""
Prognosis of malarial incidence of a locality and organization of
antimalari-
al measures in the zone of the future Xakhcvka reservoir.
Med.paraz. i pa-
raz.bol. no.2:109-116 Mr-Ap '53. (MLF& 6:6)
1. Ukrainslrriy institut malyarii 1. meditsinskoy parazitologii
imeni profes-
sora Fbibashkins, (for Demchenko). 2. Uporoxhakaya oblastnaya
protivomalya-
riynaya stantslya (for Belyy). 3. Dnemropetrovskaya oblastnava
protivnmalya-
riynaya stantsiya (for Shevchuk). 4. khersonskkya
oblastnaya-orotivomalya-
riynaya otantaiva (for Agafonov).
(Kakhovka reservoir region--Malarial fever)
(Malarial fever--Irakhovka reservoir region)

VIOROZOVSKATA, M.I.; TISHCHENKO, O.D.; DEMCaNKO, I.A.;
GORELYSHEVA, I.I.;
BEL'S"YA, M.K.; nVLAKHOVA, V.F.; AGAFONOV. I.N.;
BESFAMILNAT-A,
P.S.; CIMMNKO, Yu.P.
Antimalarial measures in the construction zone of the
Kakhovka
Hydroelectric Power Station. Med.parazJ paraz.bol. no.1:61-66
Ja-)(r 454. MRA 7:3)
1. Iz Ukrainskogo nauchno-isoledovatellskogo instituta,
malyarii i
meditsinskoy parnsitologii im. professors, V.Ya.Rubashkina
(dirsk-
tor instituta I.V.Demohenko) i Khersonskoy oblastnoy protivo-
malyariynoy stantaii (saveduyush.chiy stantsiyey
I.A.Agafonov).
(Kakhovka region--Malarial fever)
(Malarial fever--Kakhovka region)

MOI?DZOVSKAYA, M.I.; DDICHENKO, I.A. TISHCHIRIKO, O.D.;
GORELYSHEVA, I.I.:
TZMAMOVA, V.F.: IUMCHKIY, S.S.; GALIPMIN, L.Yu; BELYT, U.N.;
LAZIBNYY, N.V.; DEMWERK0. V.1.: SIMMMKO. G.A.; SHBVCHUK, M.K.;
D'YACHMM, V.I.; AGA110NOV, N.I.; BICSFAMILINAYA, P.S., CHKRNMO,
Tu.L.
Preventive antimalaria measures for lumberjacks employed in
clearing
the bed of the future Ukbovka Havervoire Hed.paraze i
paraz.bol.24
no.3:20?-208 J1-S '55. (KLPjt 8:12)
1. 1z Ukrainskogo nauchno-issledovatel'skogo instituta malyarit I
meditsinskoy parazitologii imeni prof. V. Ya. Rubashkin~ (&ir.
instituta I.S.Demcbenko) I Zaporozbokoy. Dnepropetrovskoy I
Khersonskoy oblastnykh protivomalyariynykb stantsiy.
(MALIMA, prevention and control.
In Russia, in forest workers)

FQZFNI'~ i M.Sh.r UTMVINSKI-L VOPO
omlf~cla t.-I' KladziAboy and Tiligul
ll.~TA,-,~,. G!d!-,oblo*'I.zh-uz-. 1 nu.":9-14 165c
01.7RA 18:11)
.- - -kh moray
-. odassk~ve ~tdslenly6 Inst;itu4-- b1c),,-gii.
yuziLn3
nIN tliff-SSR.

A
L 20265-65 DR(=)/EWP(t)/&4P(b)
IJP(c)/AEDC;(a)/SsD/AFwL/RAEM(C)/.R=fj)/IMD(gs!
ESD(t) JP
ACCMSION NR: AP5oDL)695 S/0181/64/006/()12/3745/3747
AUTH C!strdborqdjiLa ~V. V~.
MIS: Recmbination properties of shallow levels of gold and copper In
p-type
vrzanium,, determined from the noise spectrwa
SOURCF.- Fizika tverdogo tels, v. 6, no. 12,, 1964:, 3745-3747
TOPI--' TAG-01: recmbination3, noise spectrum, donor level, acceptor
level,
germat.ium, carrier lifetime
AbSThACT: The hole-captwe cross sections of the donor level of gold
and
,.,,t.e ".rst acceptor level of copper (a;) were determined at
20--30K fr ?he
goner.r.tion-recombinatIon noise speectrum.of p-type germanium. The
donor level of
gola was partly compensoed by_jjjjLM _.g~ej,7yas
:Idaring the pulling process;
introrluced by diffusionlInto higb-resis tance n-type s les. The
concentrations
of tne gold and copper were (2--9) x 10 and 1.8 z 17cm-3.,
gspectively. The
recombination cVpter concentrations were HO. a (o.o&-13) x iol cm-3
and
XUu - O.r,8 z 10,"'4 cm-3. Before and after Au sition of the indium
contacts, the
CLePO
samles were etched in hydrogen peroxide and washed in distilled
water. The
Q.,d 1/2

L 20285-65
Acassim im: -AP5DDD695
Fermi level was close to the investigated levels and -therefore
simple noise
spectra were obtained. The noise =f was measured in, the range 3 x
102.. j66 cps
using the following apparatus: (1) 3 x 1012 -- 5 x 10 cps range --
a low-noise
preamplifier, a type ?B-IM amplifier, and a type S-4-7 analyzer
with a pass band
A f = 8%; (2) 3 x 1W--106 cps range -- a U-3-7 type amplifier and a
selected
type V6-11 microvoltmeter with bf = j04 cpr~. The system was
calibrated with a
standard noise generator (type 02-1). The measuremLants were
carried out'i!6
---hel*um cryostats. The absolute value of the noiAe-emf waz in the
range 10 --
10!t V, and depended on te=_eratxwe, degree of crXapensation and
current tt=ough
sapple. The hole lifetime 7 was.found from the ,-Ioise amf and the
cross sections
were ~Bduced from a - r. The average va3Ar,.a of the cross sections
ab- -24K
were v = (1--2) x 10- and- er, = IL x 10-13 cm2, This difference
may be due
entirely to the differenc between'the charge states of the centers.
Orig. art.
has: 2 figurea, I-tablex and I formula.

64773-6r'
5 J.-
~AP50165-50 056/65/048/006/158
ACCESSION WR: UR/O 8/159
AUTHORS: Besfarrdl'neya, V.A., Kurova, I.A~,; Ormonto M.N.; Ostro
borodova,
!TITLE.- Osciliations in the impurity conductivity spectra of ger-
SOURCE: Zhurnal eksperimental'noy i teoretirheskoy fiziki, v. 48,
no. 6, 1965, 1588-1593~
TOPIC TAGS: germanium, impurity conductivity, photoconductivity, I
spectrum ai~alysis
ABSTRACT: This is a continuation of earlier studies and experiments
1by the authors.('.FTT v. 6, 3708, 1964) and by others, and its
purpose
was to examine in greater detail the oscillations of the impurity
.photoconductivity spectra of p-type germanium. The experiments were
i . -,-
~.carried out.at 6--14K-on samples with partly compensated.levelslof
Card j/

64??3-65,

[ACCESSION NR: APS016550

1C er at 0.041 eV, of gold at 0.041
eV of zinc at 0.03 eV, and
C)PP

'of cadmium at 0.05 eV. The study included comparison of the
photo-

;conductivity and absorption spectra, comparison of the
photoconduc-

itivity spectra of samples baving different concentrations
of impurity

i
i,centers, recombination centers, and scattering centers, and investi-
I
gation of the affect in crystals containing di fferent impurities.

iPhosphorus, gallium, and antimony were-used for counter-alloying.

The
impurity concentrationli the number of recombination and scatter-

!~ing
centers, and the carrier mobility and its temperature dependence

~were
determined from measurements of the Hall coefficient and the

lelectric
resistivity in the temperature range 300--6K. It was found

,that. the
depth of oscillations was different for different samples,

;,and that
in some cases thei:e were no oscillations at all. No oscil-

ilation
effect was observed in the absorption spectra. The oscilla-

Ition depth
of the photoconductivity spectra was compared with the

,photoelectric
properties of the samples. A correlation was found be-

~!tween the
relative deptb of oscillations and the recombination-centex

lCard

L 64773-65
1ACCESSION NR: AP5016550
!concentration. The "cold" hole lifetimes, oscillations of which were
'observed in the photoconductivity spectra, were determined from
values of the cross sections for the capture of holes by impurity
Jevels, taken from published data and also obtained in the present
''work from the noise spectrum. "We tbank S.V. Ivanova for making the
!hole measurements, and V.I. 33onch-Bruvevich and V.S..Vavilgv for a
;discussion of the results." Orig. art. has: 4 figures and I table.
1ASSOCUATION: Moskovskiy gosudarstvennyy universitet (moscow state
University)
IL
S
TBMITTED: 18Jan65 ENCL: 00 SUB CODE: SS
NR REF SOV.- ~006 OTHER-.- 008
C,,d
HMO0

BESrAMILIHATA, Z. I., Physician
"Shoulder Blade Gunshot Wounds.5 Sub 5 May 47,
Second Xoecov State
Medical Inat imeni I. V. Stalin
Dissertations presented for degrees in science and
engineering in
Moscow in 1947
SO: Sum No. 457, 18 Apr 55

BICSFAMILI"YA, Z.1.
. -Tc
Generalized actinomWcosia. Zhirurglia, Moskva no.
12:45-53 Dee
1952. (GIRL 23:3)
1. Candidate Medical Sciences. 2. Of the Clinic of
Hospital Sur-
gery (Director - Honored Worker in Science Prof. V.
S. I*Tit) Of
the Therapeutic Faculty of Second Moscow Medical
Institute imeni
1. V. Stalin.

HISFAMILI kandidat meditainakikh nauk
*AWMIMM~ - - M. ~p -- "Aft.
lIrrors in clinical diagnosis of acute appendicitis.
1rhirurglia
no.10:42-46 0 154. (MLRA 8:1)
1. Ix kliniki gospitallnoy khirargit (zav.-prof.
V.S.Mayat)
lechobnogo fakullteta II Moskovskogo mad. lust. imeni
I.V.Staliua.
(APPINDICITIS. diagnosis
acute, errors)

I
BESFAMILINAYA, Z.I., dotsent
Appendicitis In the aged. Sov.sed.19
1. Ix kliniki gOBpitRIlnoy k1drurgii
(zav.--prof. V.S.Kayat) IlMookovskogo
Jmonj I.Y.Stalina)
(APPMICITI8. in aged)
(AGED. diseases)
no.10:63-68 0 '55.
(MLRA 8-12)
lechobnogo fakullteta,
neditainakogo instituta.

,j,.,-4otsent: SELIDBUINA, T.A.
,A &I;!
,A*t
_.~af
Primary sarcoma of the stomach. Xhirurgiia 32
no.6:13-16 Js 156.
(MLRA 9:10)
1. Iz kliniki khlrurgli (zav. - prof. V.S.May'at)
lechabnogo
fakulgteta II Hookovskogo maditsinskogo instituta imeni
I.V.Stalina
(SARCOMA
atomach, pathel. classif.)
(STOMACH. NEOPIASMS
sarcoma, pathol. classif.)

BEsnMILIKAYA,j. I. kandidat meditsinskikh nauk
(Moskva, 49-V, Boll shaya
d.40, kv.18)
Correlation of clinical and anatomic factors in acute
appendicitis
[with summary in English. P-1591 Vest.khir. 77
no.8:76-79 Ag 156.
(KLRA 9:10)
1. Iz gospitalluoy khtrurgichaskoy kliniki lechebnogo
fakul'teta
(zav. - prof. V.S.Maynt) 2-go Moskovskogo
meditsinskogo instituta
im, I.V.Stalina
(AFFMICITIS
acute. diag. & classif.)

L416!~,i_65 LuT(m)/wP(j) PCA
ACCt, SSION NLR- ARS005643 S/0081/64/000/02Z,"SO39/SO39
,SOURCE: Ref. zh. Khimiya, Abs. 22S234
AUTHOR: Kotrelev, V.N.; Kbs!ryukova, T.D.; Besfamilloyn I.B.;
Tarasov, V. V.,
TITLE: The properties, processJng and use of polycarbonates '~51
CITED SOURCE: Sb. Primenenlye plast. mass v mashinostr. I priborostr.
Minsk, 1964,
163-172-
TOPIC TAGS: polycarbonate synthesis, polycarbonate mechanical
property, polyearbonate
working, radio part m=4acture, pihosgeue, transesterification,
diphenyl carbonate/
._Zlfl_d_n__p_0lycaxbonat0
TRANSLATION: The "Diflon!' bratd of polycarbonatecan be obtained _df
__U
by the re
_---.-reaction -of d-Mydroxy c0 - ds vithphosgeneorby the
transesterification of diphenyl-
cba~bonhtz with diphenylolpropanei -, Difflon has. a molocular
wilght-of -up to 200, 000, a
spepific gftvitv of 1. 2, a d=BW4n dry~Xranular form of 650 g/liter,
and a -processing
Wmperattrre interval of- 22D-320q. -The specific impact toug?mess of
Diflon Is 400-500
kv-cm/crA2; the temstle, compressive and bemiling strehgtli are
600-700, $00-900 -210
Card 1/2

SUB CODE: MT, OC
2/2

BESFAIMIL'IM, I.D.; GOLCIVATIOV, A.D.
Contact busbar duct. Rats. predl. na gor.
elektrot-ansp. no.9:
67-68 164. (IMITHI.- 16:2)
1. Trest "Moselektrotrans".

BESFANILINYYP N.V., inzh.
- -
Mechanization of the winding of the brushes of snow
removal
machines. Stroi. i dor mash. 7 no.6:27-28 Je 162. (KRA
15:7)
(Snow removal-Equipment and supplies)

BESFAMIL 9 NYY I-- N.

GUFALO, Yu. V..; BFSH, M.G.
1- -: - -... -
Improving working conditions for medical personnel in
stomtological
clinics. Gig. i san- 23 no.12t?g D 158. (MIRA 12:1)
(14BROURT-TOX1COIDGT)

BBSUGIN, S.P.
,
Gas pressure stabilization in the manufacture of
electric vaa=
equipment. Oaz. prom. no.6:24-29 Je 158. (MM 11W
(Pressure regulators)

PHASE I BOOK EXPLOITATION SOV/4507
Beshagin, Sergey Pavlovich
Ognevoye oanashcheniye tekhnologicheskogo oborudovaniya
elektrovakuumnogo
proizvodstva (Heat Working Equi]pment and Installations ~or
Electric Vacuum
Device Production Plant) Moscow, Gosenergoizdat, 1960. 255 P-
7,000 copies
printed.
Ed.: V.A. Golubev; Tech. Ed.: N.I. Boranov.
PURPOSE: This book is intended for workers in the electric
vacuum device industry
'Qr engaged in the manufacture of related products. It may be
used as a text-
book by students specializing in power engineering in schools
of higher education
and tekhnikums.
COVERAGE: This production and technical man"l gives material
necessary for the de-
sign and proper operation of technical equipment for heat
working glass parts and
electric '766uum device units. The characteristics of gases
most used at electric
vacuum device factories axe discussed, as well as problems in
the stabilization
of gas parameters.. the autcmatic control of the pressure and
calorific value of a
CaT*-1f?-

Heat Working Equipment and Installations (Cont.) SOV/4507
combustible mixture, and equipment for burning gases. Data
are given for the
design of heat working equipment and its individual elements,
and assembly and
operation instructions. Much attention has been given to
mixing units and burn-
ers, and to safety engineering in working vith gases. The
book presents the re-
sults of studies in the field by scientific research
establishments and factories.
Liberal-uze has been made of material provided by the
following staff members of
NII GKRE (Nauchno-issledovatellskiy institut goaudarstvennogo
kcmiteta p0
radioclektronike - Scientific Research Inatitute of the State
Coaunittee
on Radio and Electronics): V.S. Koshelev, T.V. Marchuk, I.S.
Zafranskiy,
S.P. Beshagin, A.P. Chibizova N.P. Panova, V.D. Volchkova,
I.F. Gvozdyuk,
N.V. Tomnikova. There are j6 references: 37 Soviet and I
English.
TABLE OF CONTENTS:
PrefaCe
3
Ch. 1. System of Heat Working Accessories for Production
Equipment 5
1. Heat working accessories 5
2. Design scheme for system of heat working accessories 8
_3. Conventional symbols for elements of heat working
accessories 11
Card,2/7

I s
X,
r
m, I a
viirry- ai r o n o n f j, r-,nkotzo rrxv~:.,rroro Dr.-
.1ya stnl r, r

U5SR / -i-loods and Wood Control, N
Abs Jour : Ref Zhu-!, - Bio..ogiya, No 1, 1959, No.
1932
Author : Beshanov, A. V.
Inst
Title : Li Experimcnt on -11'radicating -,hiarantlno
'.1ceds
of Ambrosia trifida
Orig Pub :S.-kh. Povolzh'ya, 1953, No 1, 52-54
Abstract :At "-Krasny" Sov2dio-, in Xuybyshevskaya
Oblast'
grain sov-ings -.1era treated with 2,4-D from an
air-olane. T,,.Tofold treatment aFaInst Ambrosia
trilida was one hundred DerCOnt 0ff00tiV0.
Dosages of the preparation ferc 1.8 and 1.5
I:g/'h c- c t ar. e. The cost of the planc spraying
was 55 rubles per hectare. -- L. D. Stonov
Card 1/1

BESHANOV, A. V.
Cand Agr Sci - (diss) "Chemical agents in combating weeds in
sowings
of table beets, ciboule (Allium fistulosum), and potatoes."
Push-
kin, 1961. 21 pp; (Ministry of Agriculture, Leningrad Agri
Inst);
v
150 copies; free; list of author's works at end of text;
(KL, 10-61
sup, 221)

.. SIMYAR9- M.Z.; VOYFVODINq A.V,.I_.AN4_WOV,_ A.V. _
Effect of herbicides on soil microflora when applied
before the
emergence of cultivated plants. Agrobiologiia
no.2:222-225 14r-
Ap 161. (MI-114 14:3)
1. Vaesoyuznyy nauchno-iseledovatellskiy inatitut
sellskokhozya~-
stvennoy Tni obiologii, Leningrad.
(Soil micro-organisms)
(Herbicides)

VOYEVGDIN, A.V.; BESHANCV, A.V.; KHOMNOVICH, A.V.
Testing granulated herbicides. Zashch. rast. ot
vred. i bol.
6 no,4:18-19 Ap 161. (MIRA 15:6)
(Herbicides)

BIBEARt A.M.; ZARZARt A.S.
Selection of an obturator for opening a gastric
fistula. Mod. rjrlr.
U zb. no. 1: 59 Ja 160. (MIRA UsS)
11. Iz kliniki khirurgii detokogo vonraota (zav. -
dotsent K.Kh.
Tagirov) Tashkentskogo gosudarstvennogo meditsinskogo
instituta.
(FISTUIA) (MEDICAL INSTRUMENTS AND APPAPATUS)

NESMFYANOV, A.N., akademik; ANISIMOV, K.N.; KOLOBDVA,
N.Ye.; 4~qHCHASMV,..I.S.
Binuclear derivatives of the carbonyls of molybdenum,
manganese,
and rhenium. Dokl. AN SSSR 159 no.2-.377-378 N 164.
(MIRA l7sl2)
1. Institut elementoorganicheskikh soyedineniy AN SSSR.

77 7
Be s h6u.,-, t-nnv, R. V.
',,Dnroxi matc, bobibin ge-arin~7 for
Mucation UscR.. Yosco-,.-~ Order
T(,chnical. Solhool imeni
.o,- thf- o' Candirlatt- in
lam'e-volume. trammrdsslon." "in ':zi,7her
of 1--nin -nd C)r(!(-,r of L~!~-or Red Pnmner
(Di7,-ertition
Dauvlc~n. '.'o-co,, 10 6.
Techniepl 'cie. es)
rc
Enizhnaj~ letords,
No. -35, 1956. Moscow

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ll~k~buily of hytimarfi-asyst" udituff$ modf( the
h-
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ub disclwaf
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t!UvtR-itI4: the
critical Immulre III ignillml at 11-0 11111111re.
-

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Ckv. IMIL .11whalp. W.
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so

qw1k. , k riAt"ll t' Ow I Itival jwrwlt~ I' I.I. P -
S

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t"l N, In't as im~a-l if the prol-fti'm --f thrs~ Ra"

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;

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cam of spentanecus Wmitimm a 2nd upper preftute
livull r1lifts, A f"m vr%Wl was llord. Cligh,111011"

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MflA1LLUrGKAL WORAIU41 CLAWFICA1101, fj
-see

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000 0 0000 0 0 0 0 0 a a 0 *

ACC NRa AT6013441 (141A) SOURCE COM
tIR/0000/65/000/000/0068/0074
AUTHOR: Bescharovp Ye. N.
ORG- Kharkov Polytechnic Institute. (Elmylkovskiy
politekbnicheskiy institut)
V"
TITLE: The effect of a ceramic coating on the thermal state of
the piston of a diesel
locomotive engine
SOURCE: Dvigateli vnutrennego agoraniya (Internal combustion
engines), no. io Kharkov,
Izd-vo Khar1k. univot 1965t 68-T4
TOPIC TAGS: piston engine, engine piston, temperature, diesel
enginet heat transfer,
heat balancep heat loss, ceramic coating/ ChN 24/27 diesel
engine
ABSTRACT: A method for calculating the temperatures and heat
fluxes in a piston with
ceramic coating (when the temperature of the uncoated piston is
known) is discussed.
Standard working formulas are derived fort the resultant
tcmperature T of the gas in
the cylinder 9
av
where T is the variable gas temperature in the cylinder and Cr9
is the gas-to-wall hea

L 26008-66
ACC NR, AT'6013441 0
transfer coefficient; the thermal resistance of the.piston
sleeve; the heat flux from
the friction of the piston rings. A calculation for the piston
of the ChN 24/27
diesel locomotive engine showed that, to reduce considerably the
Diston temperatures
and heat fluxea,'coatings with a coefficient of ihermal
conductivity 2j 4 0-5 kcal/
m-hr-deg must be used (see Fig. 1).
Q9
ke 1
'W
Zzz~ -A:3
-43
Ai 4
too
q3 4
Fig. 1. Gurves of temperature t0at upper piston ring gvoove
and heat flux Q to bottom of piston versus thickness P, of
ceramic coat
Orig. art. has: 13 formulas, 2 graphst and I diagram.-
So C E: 2 MM DAM 20Apr65/ ORIG REFt 009
Card 2/2

EWT(d)/EWT(1) GIVEC
'ACC Mi AP6006365 SOURCE COM UR/0413/66/OW/002/0097/0098
:A1711HOR.- Beschasnyy, G. K.
.ORG: none
:;TITLE: Double image altimeter. Class 42, No. 178117 Lrannounoed
by All- ion
.Scientific Research Institute of Terrain Mechanics and SurvgZing
Proble a
,(Vsesovuzr,yy nauchno-iouledovatellskiy institut gornoy mekhaniki
i markaheyderskogo
;,deia)r
!'SCURCE: Izobreteniyap proqjshlennyye obraztsy, tovarnyye znaki,
no. 2, 1966, 97-98
;TOPIC TAGS: altimeter, rangefinder, rangefinding, surveying, map
ing
ABSTUICT; This Author Certificate presents a dual -image altimeber
in the form of
.n objeotive fitting with afocal altimeter lenses set at the end
of a freely
fiuspended horizontal base. The horizontal base contains two
movable units, one of
shich (the basio unit) holds its horizontal position regardless of
the angle of the
scope tube, and the other (the correcting unit) is balanced
relative to its axes of
rotation and carries the altimeter lenses. Automatic correction of
the value of
translation of the-altimeter lenses with the optical axis of the
objective is
7:Z-
,-Card., 1A. %UDC: 528-531

L 261594-0
J,CC RR: AP6006365
jachieved through a lever welded on the correcting unit (see Fig.
I).
6
Nor
I Fig. 1. 1 and 2 basic units of the horizontal
bise; 2 and 3 correcting unit of the base; 4
altimeter lenses;.5 - lever of correcting unit;
6 directional curvilinear groove..
.The end of this lever is set in a direotional curvilinear groove
on the accessory
fitting. Orig. art. hast i figure.
SUB CODE - 13, 08/ SUBM DATE - 11 Deo64.
Card 2/2_

BESHCHEIV, B.
Novyi grafik dvizheniia pcezdov. ffhe new schedule for train
movement7
(Zhel-dor. transport, 1947, no. 5, P. 3-10). DLC- HE7.7-~
SO: Soviet Transportation and Communications,
A.Blibblilograp , Library of Congress,
Reference Department, washington, 1952, Uncla

s+ralynkl-~ Veailc- Z',
25767 Beshchev, P.-~
(Pecedr, Y-.Inistrn Pute v Soorshchoni.yi~ :.:63R. F. 1.
"Olf-c-r1kall).
--9 Portr. Avtom,. Oi,o-elc, 1948, 'No. 31, ~',. 2-3.
~`T: Letoris' Zhurnal Vc. 30, Moscow, 1948.

KHRUSHCHEV, N.S.; KAGANOVICH. L.M.; SHVERNIK. N.M.;
P3.RVUKIiIN, M.G.; USYAD'KO. AJ
TRVOSYAN, I.F.; MALYSHIV. V.A.; BAYBAKOV. V.K.; XMINICH, A.S
MELINIKOV, L.G.; GRAFOY, L.Ye.; ZADIMIDKO, A.N.; LIXATAM,
A.M.; KOVALIV, I.V.-, POCHIKKOV, K.I.; BARARAXIOV, P.A.;
KRASNIKOVSKIY, G.V.;
MINDIILI. B.O.; ROSSOCHINSXIY. I.Ya.
J~gor Trof1moviah Abakumov; tbituary. Hast.ugl.2 no.11:30 N
'53.
(KLJ?A 6:11)
(Abakumov. Igor Trofimovich, 1895-1953)