SCIENTIFIC ABSTRACT GUTKIN, B. - GUTKIN, L.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000617630006-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 96
• Document Creation Date: November 2, 2016
• Document Release Date: September 21, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GUTKIN, B.
... I.- I-.---,-. -EcoInomic efficiency is tile. main criterion. Avt.transp. 4.3
no.U:8-10 N 165. (~,aRA 18:12)
1. Direktor 5-y avtobazy Mostorgtransa.
'f " -I1:-
:.
Ii i,. 14 1!, ;- I !,.

LOMACHENKOV, S.Ye., inzh.;__gTKINp B.Q?,,, kwXj. tekbn. nm*,- S2UGUR114,
K.A.v otv. red.; ACHMADZEp Sh.D., inzh.p red,; XWIAVSI=,
G.M., tekhn, red.
[Portable electric spark systems; work of the Research Branob
of the State Planning Institute of the Ministry of Transportation
Machinery Manufacture] Perei3omWe elaktroiskrovye ustanovki;
opy-t raboty NIF GPI MTrM. 52, 3-1 p. (Informatsionno-
tekhnicheskii listok, no.23(364) (MIRA 14:7)
1. Lenin adskiy dom nauabno-tekbnicheskoy propagandy. 2. GlavrWy
inzhener Leningradskoko doma nauchno-tekbniebeskcfy propagandy
(for Shagurin)
(Metals-Hardening) (Electric apparatus and appliances)

GUTKIN, B.G.; VISHNITSKIY, A.L.; GUSXV, Y.N., laureat Stalinakoy premli, redaktor.
[Control systems for electric spark ancl electrolvtic-mechanical tools] Regu-
liatory razhima raboty elektroiokrovykh i anodno-mekhanicheakikh stankov. Pod.
red. laureata Stalinskikh premii V.N.Guseva. Moskva, Goo. nauchno-tekhn. izd-
vo mashinostroit. lit-ry, 1952. 41 p. (MLHA 6:8)
(Filectric controllers)

GUTKIN, -3( (~,
PUS I WK MWISTION SOV/1404
i0evISKS, Ye. X., B. Go autkin, A. P. ftStWwnk0,, WA YO
Polucheniye polostey I otmrstli v metall elektrolskro"K sposoboa (1166troqWk
Method of Cutting Gavitles and Bolea in?iNnUas) Hosoms ft"as 1952. 95 p.
(Beriess Bibliateelft slaktrotakhwlopp No. 4) 6,,000 copies prin+Ad.
Id (TI-ble pop ) t ausey Vs. No JAumat* of-the #Win PrIse # lagivisarl In,., (ftita
1io*):'-Pq*12mv 'L'- -Ib-li zoo'
Joiletaft" X
I valab"Zilat Is Intembd for teWwo3oM#U vorking In the flold of
jImatrI, ommoss &A for skilled vo*mrs.
00.42MM 2he booklet promento Mate p#m1plas of the alsetroMpark amobbir4 of
holmle and cavities In wouls, Uftmt1m an elsetwoegaft ogdjoat Is giyon
&A iom o3mWlsa of the &WIsatimm of *3a*tmqpwk usdftftg mtWA an
Pramentedo I Im fellowU4 Proonautlem wife marded ludin PA"I tot their
contributions to the M"Immat of 01603 WAMUM vothodap lo.l. TaAamenlop
No z9 ?A4mwwP &A To No OVASTS F" the rwyeas of in am P410
Wt1A$ SIAGUM"hining IMMUSAMp the 1401AP" bMah Of iftmagise(OWA SGURUM
out 3,/)
3

PHASE I BOOK EXPLOITATION 938
Gutkin,-B.G., Candidate of Technical Sciences
Avtomatizatsiya elektrolskrovykh~ I anodno-mekbanicheskikh stankov
(Automation of Electrospark Electrolytic Machine Tools) Moscow,
Mashgiz, 1952. 226 p. 8,000 copies printed.
Reviewers: Gu5ev, V.N., Engineer,jaureate of the Stalin Prize.,and
Levinson, Ye.M., Engineer.; Ed.: Lomachenkov, S.Ye., Engineer;
Tech. Ed.: Pollskaya. R.G.; Managing Ed. for literature on the
technology of machine buildinZ (Leningrad Division, Mashgl~:
Nikitin, P.S., Engineer.
PURPOSE: This book Is Intended for engineers and technicians working
in the field of electromachining of metals, and for students of
vuzes and tekhnikums.
COVERAGE: The book deals with various problems of automatic control
of electrospark and electrolytic machine tools. Devices used for
automatic control of various processes, safety devices, and design
features of automatic electrospark and electrolytic machine tool&
Card 1/5

Automation of Electrospark Electrolytic Machine Tools 938
are described. No personalities are mentioned. There are
13 Soviet references.
TABLE OF CONTENTS:
Foreword 3
Ch. 1. Methods of Electromachining of Metals
1. Physical basis of electromachining 5
2. Brief description of the electroppark method 8
3. Brief description of the electrolytic method 19
4. Control-eignal pickup and conversion circuits for electro-
spark and electrolytic machine tools 23
Ch. 2. Automatic Control of Electrospark and Electrolytic
Machine Tools
5. General information on automatic control systems 27
6. Principles of automatic control of electrospark machine
toolfl- 33
7. Proportional control 52
Card 2/5

GUTKIN B. G.
Regelainrichtungen Fur Elektrofunkenund Anodenmechanischo Warkzeugmaschinen. Von B.G.
Gutkin Und GUTKPI, B. G. Be lin, Technik, 1954.
43 P. Diagrs., Tables
Translation From The Russian, Regulyatory Reshima Raboty Elektrolskovykh .1
Anodnomakhard Meskikh Stankov, Leningrad (N. D.)
SO: N 5
M-5
.G9

INIMIMMOOMM

k~7
N j[ ~ "
kancl
LIVSHITS, A.L.kandidat tekhnicheskikh n&ukL&V-9W,oJ.G. idat
tekhnichoskikh usuk, retsenzent; UTAROVA, A.?.. ekhnicheakiy
rodaktor.
Lrkloctric erosion treatment of metals] Sloictrearozionnaia
ebr&botka metallov. Kogkwa, Goq.nauchzo-tekh&Azd-ve.,-z&-
shinostroit. lit-ry, 1957. 117 Pe (MLRk 10,6)
(Metal cutting) (01stals-Hardening)

BOGORADY Lev Yakovlevich; XX2LUL._ Benlyamin Girshevich: SHOBIK, L.Ye.,
inzh., ved. red.; SIMYDER, A. ., and. tekhn.nauk, red.;
PAUTIN, N.V., inzh., red.; SOROKINA, T.M., tekhn. red.
[Wear resistant chromizing with periocLic, current reversal)Iz-
nosostoikoe khromirovanie pri periodicheskon. izmenenil naprav-
leniia toka. Moskva, Filial Vaea. in-ta nauchn, i tekhn. it-
formatsii., 1958. 23 P. (Peredovoi nnuchno-tekhnicheskii i
proizvodstvennyi opyt. Tema 13. No.M-58-245/25) (MIRA 16:3)
(Chromium plating)

GRISHIN, Valerian ffaksimovich, inzh.; GUTKIN,-Benjy~~min Girshevic ,
I h
kand. tekhn. nauk; LIVSHITS, Abram Lazarevich, kand. teiji~.
-nauk; YAKHB40VICH., Dmitriy Fedorovich., inzh., BRYAPTSEVA,
V.P., inzh., red.; SOROKINA, T.1-1., tekhn. red.
[Dimensional electric spark machining of metals]Razmernaia
elektroerozionnaia obrabotka metallo7. 14oskva, F ilial Vses.
in-ta nauchn. i takhn.informatsii, 1958. 8'9 p. (Peredovoi
nauchno-teklunicheskii i proizvodstvennyi opyt. Tema 8.
No.M-58-6/1) (MIRA 16:2)
(Electric metal cutting)

POPILOV, Lev Takov1svich, LIVINSOIT, Tevgeniy Haksimovich,;_GUTKIN, B.G.,
kand. takha. nauk, retsenzent,; KWKACBU. I.O..inzh.. red.;
BOROWLINA, I.A., red. ird-va.: IMIIIA, T.L., red. izd-va.
[Electric metal-machining procesces; a survey of foreign
technology] Sloktricheskis metody obrabotki metallov; obzor
zarubazhnoi tekhniki. Koakya, Goa. nauchno-takhn. izd-vo
moblaostroit. lit-ry, 1958. 145 P. (MIRA 11:11)
(Electric cutting machinery)

GUTKIN, B.G.; PODLAZOV, S.S.; YEVSBYZV, V.V.
*Spark-erosion machining of metals' by A.L. Livehits. Reviewed by
B.G.Gutkin, S.S. Podlazov, V.V. Xvseev. Stan. i Instr. 29 no.10:
44-45 o 158. 1 (MIRA 11:11)
1. Nachallnik sektora elektroobrabotki metallov Leningradskogo
filiala, Vaesoyusnogo teplotekhnicheakogo instituta im. 1F. Dzershinskogo
(for Gatkin). 2. Nachallnik osobogo konstruktorskogo byaro Eksperi-
mentallnogo nauchno-issladovatellskogo, instituta, metallorezhushchikh
stankov (for Podlazov). 3. Starahiy inzhener laboratorii razaniya
Leningradekago Kirovskogo zavoda (for Yovseyev).
(Ilectria metal cutting)
(Livehits, A.L.)

-GUTKINj Benly,pmin Girshevich; GRIGORCHUK, Igort Petrovich; POPIWV, L.Ya.,
red.; VARKOVETSKAYA, A,I,,y red.izd-val- SPERANSKAYAq 0,V,,, tekbn.red.
[Electric spark machining of metals) Elektrokontaktnaia obrabotka
metallov. Pod obshchei red. L,IA.Popilova. Moskvaj Gos.naucbno-
tekhn.izd-vo mashinostroit.lit-ryg 1960, 46 p. (Bibliotechka.
elektrotekhnologa i ulltrazvukovika no.5). (MIRA 14:6)
('01ectric metal cuttingi

PHASE I WOK EXPLOZTOIO~i SOV/,'90-'
NoToye Y alaktricheakoy I u1-tr&-v4k*voy obr&%tke materialov (Ne.
Develop.ants In Electrical and Ultrasonic ?'Ach--ning of Yutertals)
IlAningrad), lAnlzdat, 1959. 261. P. 5,000 ccplei printed.
ILd. (title page)s L.Ya. Popilov; Ed. (inside bo~ok): 3.1. Bor~hcncv-
skayL; Tech. Ed.: P.S. Smirzov.
PVRJ~05Z; This book Is intended for tect~nlcal permoanel and prodao-
tion workers.
C(3-..?A2Z: This in a collection of 20 articles presented at the
A.11-7mlon Conference of the Scientific and Tecr=lcal SocletT of
the Xachina Zndustry on nectrical a:nI Ultrasonic YAcrU%1*-,,- o:
Retalls, hold in lAnlngr&4. The articles dq&.1 eltn the I&te3t
&~hlsvo.entb Ln the fiold of elec*rtcal and m1tras=nic zich-1-nime
of metals. New methods or =&ih.--ang pre3tntly beirtz devd-,o;ei
are described. Fterdrenca3 folloo several of the A.-icleo.
LIT*h--t3, A.L.. B.S. &-il A.Z. Aronov. So=o
Protle~z In the Technolorl and Design of- gldhines-f-d-rFlic trot ma Ion
Ptichir-tn& of Metals 67
Fogmchcv, I.S. t2ectric-Pulse Gansrator3 or Vr.1polar 1~.xlses for
Kichining or Aetals 109
Else trical- Palo a YAch-ning of Forging-Dia,
dro,o ve s 115
A.G. Zntensity of "tal ?Amova.1 anl Surface Quality In
Y~chlrjjiz of Cartld~s 134
W-kushiz, O.A. Selection of Pro-ce3a R,&Izes in ra.ctrolytic Con-
-to.Lr-X&ch.Enfng 145
z2actric-Razi3tance rAchlrurg Of V~"ls 151
Y"noZorodakly, 1.Z. New Uses of Seatlnj in ElcctmlJrtez 167
Rik-4%aylov, V.A. Cle=lngt&.nd Degrnas--ng of ",rts and IntenaLfic.- 174
't!Cri of Victroplatinz W., h the All of Ultr"onics
Gor7aztmy, M.S. Tec"que of Mtrasoae PAChIr"Ing Of cazrtide
183
Vott-rov, V.V. Prodaction of MaEmetos-rictive 'mrslJcers for
Vlt.%~scrdc PAcrLln,*3 for Mehim%ng Cj--~IZ-es 19D
of- P=-. Xale of Cer=lc
=maonic
;~03
Wnix-~, D.B tYltr"onic Units Developed tri 0X3 ETO 212
X~=~O dt.!- Spot 'd,lding With t- of 235
Bat-_jCoy~ O.J., ~nd B.yj. P0.1k.-Jaley. Yntno,!* of Utr&3anIC Ar~'Y3%3
'Jns--~ctlon
W.-A-AB-ZE; Librmry of Congress (7,7 1191 .? 63)
Camt 4/,4

GUTKIN, B.G.
The EAK automatic electric spark machine for stamping parts. Biu.1.
tek~.-ekon.inform. no.7:48-49 161. (KRA 14:8)
(Marking devices)

tokhn. naux, 17YATIMTEIKOV, A.I.,
red.; M-EGM, D.P., red. izd-va: GVIRT3, V.L., tekhn. red.
(The &W, semiautomatic electric-spark cutting machine for
machining the cone of atomizers]Elektroiskrovoi poluavtomat
EPN d1ja obrabotki konusa raspylitelei. Leningrad, 1962. 13 p.
(Leningradskii dom nauchno-tekhnichesko-L propa'g'andy. Obmen pe-
redovym opytom, Seriia: Elektricheskie metody obrabotki mnte.-
rialov, no.4) (Electric cutting machinery) OMIA 15:8)

38?10
11 1
S
/ 93/62/000/006/002/CO2
AOOh/A_L'O1_
1.1110
ATi-Mr-q~ Gutkin, B. G.. Candidate of Technical Sciemes
TTITLE- _]~PM (ERM) electrospark semi-automatic for macnining -~he working cone
of sprayers
PERIODICAL.~ Byulleten' techniko-ekoncnicheskoy informatati, no. 6, 1562, I'll - 35P
TEXT., The author reports on the M1 electrospark sena-automatio which has
been developed at a plant (Abstaacter's noteg no name given) and is intended for
th_= electrospark grinding and lapping of working cones of sprayers and nozzle
holders of diesel engines. He presents a functional diagran of the machine and
gives a description of its operation. The worlq)i,,-ce is rotated by a belt-drive,
A characteristic feature of the electric diagram of the semi-automatic is the uti-
,L-4zaticn of a special programming device characterized cy sinplicity and dependa-
bill-ty. The author describes in detail the electric system of the machine and its
units and presents the follouring technical data-, in,)ut ;)Ower, w - 3001 (max-_imun*,1
electrode voltaCe, v -110; (maximum) curren'. bevi-een Plectrodes, anp - 0.9;
(maxirmim) capacitance between- electrodes, f - 2, (maximum) deposition depth cf
Card 1/2

,C I
S 931/62/000/0061'
021002
"~PM (MI) electrospark.... P.X%-/AlOi
the sprayer working cone, mm - 60~ angle of taper of the work-ing cone - up to 5Co~t
.L 1 .0
electrode tool diameter, wm - 1-2; elect.ric motorag electrode tool feed mzto:z~ -
,44H -250 (NN-250)3 main drive motc,7 11/2 (AcL-11/2)- ma,-hfninr,,_ cycle cx.
each condition., sec. - from 2 to 120; total machining time,, min- fr"Im I to 6;
class of surface finish after machining (according to GOGT 2789-51) - a- machirdng
acturacy (maximum permissible play of the sprayer working cone relative to the fit-
tamg office for the needle) 4,t,-5~ overall dimensions, mir, - 5ho x ~20 x 19!190~
weight, kg - 200. The working fluid in -which the elactrospark machining ~ake~
place consists of transformer oil (50%) and lighting kerosene (50%). Dzir nC ~,wc-
- shift work a section of 10 ERM machines will set free 48 worke-rs and save. 2?,600
rubles annually. There are 2 figur-A,-~.
C,?-:-d 2/2

GUTKIN, B.M.
Machine for the production of sanitary tissues. Bum. prom. 38
no.11:29 N 163.
Roller felt dryers instead of drying cylinders. Ibid.:29
(MIRA 17:1)
1. Vsesoyuznyy nauchno-isBIedovatellskiy institut tBellyulozno-
bumazhnoy promyshlennosti.

YUANOV, A.G., inzhener; GUTXIN, B.H., kand~dat tekhnicheskikh aauk;
"YNGOL'D, Yu.R. -1*1"`--'-
Uee of magnetic amplifiers In electric drives. Elektrichestvo
no.2:9-14 F '56. (KLVA 9:5)
1. TsIB "Blaktroprivod" Kinisterstvo alektropromyshlennosti.
(Vagnetic amplifiers) (Electric driving)

-7
"A Control Apparatus With Thyratron Rectifiers." pp 76-86. Ill
Abst: Thq article examines the circuits and control ap?Aratne developed by
the TsKB (Central Design Bureau) 'Elaktroprivod, I and testing In oxpPrIM-;,nta1-
production Installations of rectified current drive In 19511-1956.
SOIJRCE: Raboty 14MR SSSR -no Me Av ~4--A-t X-- (work of
the MInIstry of the Bledtrical EngIneering Industry USSR on Mechanization
and AutomtIon in the National Economy), Part 3. Mosdow, Ts'BT1. 1956
Slim 1854

F-TTING3R, Te.L., kandidat tekhnicheskikh nauk; law, MIAOWI kandidat
tekhnicheakikh nauk; Borodavchenko, P.M., inzheno'-.'
Present-day systems of rectifier drives. Blektrichastvo no.9:
32-38 S '56. 1 (KLU 9: 11)
l.TSentrallnoys konstruktorskoye byuro "Blaktroprivod" Minister-
stva elektroprooVehlennosti.
(Mercury-are rectifiers)

GUTKI~,..2.M., kandidat telrdmichaskikh nauk; ETTIWKR, Ye.L., kandidat tekhmi-
cneskikh nauk.
V;
if
Peak choke for regulating electronic Instruments. Vest.olak-treprom.
27 no.l*.26-32 J& 156. (MIR& 9:6)
(Ilectromic apparatus and appliances)(Electric controllers)

ITTINGBR, Te.L., Itandidat t*klmichesklkh. nAA,,
nicheakikh nauk, BORODAYCHOU9 P-M-
Modern arrangements of rectifier electric drives. Blaktrichestvo
no.i:6o-66 Ja '57. (MM 10-2)
1. TSentrallnoys knatruktorskoye bywo "Illektropriyod" Ministerstva
alektroproWshlennosti. (Illectric driving)

SIB
i4
4. 16
A S
"UP
I A - - IL
2 C.
FF. i -N
On
DIM-
Irk IRE a.
It
tw! 9
fee 9r, Is. i
a q, i RA 9 ft
if 9v f.H F w
al 7.
- C. ~
?
HE'k

GUThif;, L.1"I., kand-tekhn.nauk
D.C. drive with ionic excitation, ElektricliesLvo no.11:14-22
M 1 (111. (mi:L-L 12~: 11 )
1. Vsesoyuzny-j nauchno-issledovateVskiy institut eleltromekhaniki.
(Electric driving)

GUTKIN, Boris Mironovich; SILAYEV, E.F.., red.
[Direct current drives with ignitrons] lonnyi privod
postoiannogo toka. Moskva, Energiia, 1965. 455 P.
(MIRA 18:7)

-!%dy
11- ic I'tJ J
ka 7

: -~ : I : 11r, t- , ~ ',~ ! 0:1 1 *, 1 10 ~ M i~ f
U&M/ miscellaneous
cam 1/1 Pub. 89 - 28/28
,Author@ I Klyukachev, V.; Golldreer, I.; Roginskiy, V.; PJ.11;alWan, A.; and
Gutkin, E.
Title I Mchange of experiments
Periodical t. Radio 4, pages 48, 53, and 63, Apr 1955
Abstract I The following subjects and items are briefly discussed and described: A
two-voltage rectifier used for rectification of the 300-320 and 1~0-15C
volt plate circuits in a cathode-ray tube; electronic compensators for
stabilizing power feeds; the use of the 6Zh2a' pentode as an
the semi-duplex operation during amateur radio communications; and the
contest of amateur radio clubs in establishing radio communication with
Experimental Arctic Stations No. 3, and No. 4. Circuit diagrams; graphs;
t:ibles.
institution
Submitted

AID P - 4330
Subject USSR/Radio
Card 1/1 Pub. 89 - 4/14
Author : Gutkin, E. (UB5TsE)
Title : KV and UKV Transmitter
Periodical Radio., 1, 26-29, Ja 1956
Abstract The design and performance of this transmitter as used
in telegraph and telephone operations at the radio station
UB5TsE are described In detail. The standardized parts
of the equipment are referred +-n by types. A table gives
data on the wires used. Two figures illustrate the lay-
out and mounting of the transi,,.L,,Lt_,L-.
Institution : None
Subtriitted : No date

GUTKIN,_E.I.
KLiminating antenna "doubling" in the television transmitter. Tekh.
kino i telov. 4 no.4:67-70*Ap 160. (MIRA 13:9)
l..IAxganak:iy tolevizionny7'teentr.
(Television-Transmitters and transmission)

GUTM E.I. inzh.; YESHCHENKO, A.T., inzh.; STRATINEVSKIY,, N.I.,, inzh.
Increase in the power of the TBSA-56 relay transmitter. Vest. oviazi 23
no.l-.15-17 Ja 163. (~Uftk 16;3)
(Radio relay aystems)

GUTKIN, E.I.
Improvement of Ul-10 preamplifierr,. Vest, gvjl.az.I 21 no.
~+ .3-10-11
mr 64. (MllRA 17:4)
1. Starshyy inzhener Luganskogo telovizionnago tsentra.

GUITIN, G.M., inzhener.
Developing a more efficient 4egign for weak-current sbip cables.
Sudontroenie 22 no.8:13-14 Ag 156. (MLRA 9:10)
(Electric cables) (Electricity on ships)

GUTKIN, I.; KROLI, A.
Schools of culture in the mechanization schools. Prof.-t-Ah.
obcr'. 18 no.8:20-21 Ag '61, (MIRA 14:9)
(Student activities)

Y-AMINJI V. F,', kand. tekha. nauk; 4 ~ . ics =-UK , .01, G ~j
-- -- -L- -L
kand. teUm. nauk; SHIFRINY Ia. J,-# IV, Pi
Effect of unsettled heat exchange on the regulation process
of gas turbine system. Teploenergetiket 10 no-3:q8-42 Mr 163.
(MIRA 16:4)
1. Moskovskiy energeticheskiy institut i zavod "Ekonomayzerm.
(Gas turbines)

f
_1j_ K-1 1Aj L , _L
USSR/Nuclear Physics Structure ana Properties of Nuclei. c-4
Abs Jour : Ref Zhur - Fizika, No i, 1958, 452
Author : Demirkhanov, R.A., Gutkin, I.I., Dorokhav, V.V.
Inst
Title Mass of the Isotope He3.
Orig Pub Atomn. energiya, 1957, 2, No 5, 469-4,,,o
Abstract A mass-spectroscojic .determination was made of the mass
of the isotope He , in a mixture of helium isotopes en-
riched with HO to 99.5%, using a setup previously des-
cribed (Referat Zhur Fizika, 1957, No 4, 87o6). The
mass was measured in the doublets H3 -- He3 and HD3
He3. The results of the measurements were checked
against the RD -- H3 doublet. The mass scale was cali-
brated against the spectnun N14 H -_ N14 H 2 -_ N14 H3*
The value obtained for the mass of He3 is
3.016970--r 2 atomic units of mass. The data of this
Card 1/2

VzjSRjNucIear Physics - Structure and Properties of Nuclei. c-4
Abs Jour
: Ref Zhur - Fizika, No 1, 1958, 452
work were used to calculate the energy values for the
reaction D(d,n) He3, D(p, ) He3, and He (d, p) He4I
which equal 3.275 0.004, 5.501 - 0.003, and A-336 -
0.005 Mev respectively.
Card 2/2

GUTKIN,,I.A., inzh.; SHIFRIN, Ye.L., inzh.; GOLINAND, L.D., inzh.;
KIRAKOSYANTS, G.A., kand.tekhn.nauk.
Hydraulic system of control and protection of the OSPT-1150 turbine
pump. Energomashinostroenie 9 no.9.-11-14 S 163. (MIRA 16:10)

s1096,,
'63/000/003/006/010
B194/1;455
.AUTHORS: Markin,,V.F., Candidate'of Technical Sci6nces,
Gutkinj.'A~
einter, Kostyuk, A.G., Candidate of Technical;
.jEr
_TCMG_nciij_,Shifrin, Ye.L., Enginaer
TITLE: The influence.of transient heat-eixchinge an the
proceso of regulating gas.-turbine sets
PERIODICAL: Teploenergetika,' no-3,'196,31, 38-42
TEXT: In governing a gas turbine it is not the amount of gas
.flow iihich is rogulated (as is the case in a steant turbine) but,
the amounts of heat applied to the flow., 'Under steady.-State
.conditions a steady temperature distributicon is Achieved between
the various parts o f the gas duct and"11fie gas flowing through it.
However, under transient conditions, tile ge,s duct may'either give
up heat to the- gas or extract heat'fr6in 'it,' thus temporarily I-
modifying the-influence of the regulator. ' This offect can b6 of
considerable practica 'I significance'.' rhe'differ6htial equation.
for a gas-turbine regenerator is derived in the form
dQ + 0 + P (8)
TZ, 0
Card 1/3

3/o96/63/000'/0-03/006/010
The influence of transient- H'I"94/E455
where '0 Te/Te 0 LB/130; LG/Go;,' Lelco;
Te air.temperature beyond regenerator *K;_ B -.rate of fuel
consumption; G -.rate of air,consumption, c.- compression ratio.
This equation was used to calculate the effect when a tiirbine
picks up load and it is shown that because of transient cooliriS in.
the regenerator the temporary loss of output is greater than it
otherwise would be. The problem cannot be overcome by increasing.
the regulator _,speed but a solution may'be achieved by temporary
over-regulation.. The device used by the "Ekonomayzer" Works to
achieve such temporary over-regulation of a gas turbine type
rTY-6 (GTU-6) is then described. in baznic principle there is
only one fuel-contr9l valve, which over-travels in the first
stage*Pf the transient process and gradually returns to the
correct setting. Two servo-motors are used in the regulator.
Comparative test results on a gas turbine, type GTU-6'with the
normal regulator and with this special one are quoted for cases
of picking'up and throwing off 100% load. There is a
substantial improvement in performance with the new regulator.
The use of temporary over-regulation a-Voids the need to alter the
Card 2/3

s/096/63/boo/003/006/010
The influence of transient E194/E455
.static characteristics of the regulation system;. perfection has
not yet been achieved but further improvement is possible. It,
phould be noted that a regenerator does not always distort the
transient process, but only in such cases when at different loads
the temperature gradient between the regenerator wall and gas
changes markedly., The greatest change occurs in gas turbines in-
which a compressor of flat characteristic runs at approximately
constant speed. The main'criterion in assessing the probable
influence of the regenerator on the transient process is the gas
temperature beyond the turbine. The more this -chAnges on change
of load the greater the influence of the regenerator on the
transient process. There are 5 figures.
ASSOCIA,rioN: Moskovski- t c-heiki institut zavod
y energe J. Y
'Ek6nomayzer" (Moscow Power Engineering Institute
"Ekonomayzer" Works)
Card 313

I -) f
u T K-) /V
6SSR/Nuclear Physics - Structure and Properties or Nuclei c-4
Abs Jour : Ref Zhur - Fizika, No 1, 1958, 453
Author : Demirkhanov, R.A., Gutkin, I.N., Dorokhov, V.V.
Inst : - 14 15.
Title : Masses of the Isotopes C15- N and N
J,
Orig Pub : Atomn. energilm, 1957, 2, No 6, 544-551
Abstract : Results are reported on new maps-spectrographic measure-
ments of the masses of c13, N14, and N15. It is shown
that there exists "an internal agreement" for the values
of the masses of these isotopes, obtained from various
SyStemo, of coublets. The measurements were performed
under conditions that exclude the systematic errors.
A procedure is given for a precision adjustment of the
ion-optical system. For the masses of c13, y14, and N15,
the values6obtained were 13.007491 ~ 3 x 10-0, 14-007527
� 4 x lo and 15.004890 � 5 x 10-6 atomic units of mass
respectively, which is in good agreement with the values
Card 1/2

USSR/Nuclear Physics - Structure and Properties of Nuclei. c-4
Abs Jour Ref Zhur - Fizika, No 1, 1958, 453
published in recent times by Nier and his associates.
These data are high compared with the average values,
obtained from nuclear reactions au the result of a sta-
tistical analysis. The discrepancy in these values is
attributed to the inaccuracy of the measurement of the
values of Q, used to calculate the masses of
n , D, He4, and C12, as well as of the isotopes c13,
N14, and N15.
Card 2/2

GUTKIN, I.V.
IntrOCILICing the 2V460 jig-boring nuchl.ne. Biul.tekli.-ekon.
itif orin. Cros. natich.-issl. Ins t. nauch.i tekli.inform. 18
no.11:25-26 N 165. (MIRA 18:L')

GUTKIN, 1. Ye.
Impact extrusion of steering Imuckles for GAZ-63 automobiles.
Kuzb-shtam, proizvo no-4:15-18 AP 161* (MIRA 140)
- tfttruaibn(Metals))
(Automobiles-Steering.gear)

GUTKIN, K.A., kand.med.nauk, zaslyzhemnvy vrach respubliki.
-alr OV9 V.A., kand.med.nauk (Petrozavodsk)
Giant mixed tumor (fibromyoms in a cystoma) of "he round ligament of
the uterus. Akush. i gin. 34 no.4:102-103 Jl-Ag 158 (MIRA 11:9)
1. 1z ginekologiclieskogo I oatologoanstomichesko-W otdeleniy
Respublikanskoy boltnitay (glavrqv vrach L.T. Filimonova) Kinisterstva
zd.ravookhraaeaiya i sotsiallnogo obenpecheniya Irazakhskoy ASSR.
(PELVIC SUPPORTING STRUMTRI,Zi. neoplasms
mesothellor3a of round ligament (Rue))
MSOMAHELIOMIA. case reports
round ligament (Rua))

KORIN, D. L., kand. med. nauk; SMOLIN, V. V.; GUTKIN, Kb. G.
Injury of the ureters and kidneys in retrograde pyelography.
Urologiia no.3:11-14 161. (MIRA 14:12)
1. Iz gospitallnoy khirurgichookoy kliniki (zav T prof. G. D.
Obrazteov) i fakulltetakoy khirurgicheol:oy kliniki (zav. - prof.
1. D. Korabellnikov) Chelyabinakogo meditsinskogo Instituta.
(KIDWS-RADIOGRAPHY) i -
(KIDNEYS-WOUNDS M INJURIW)
(URETERS-WOUNDS AND INJURIES)

GUTKIN) Kh.G.; KUZIIETSOV, V. I.,
Total substitution of the ureter with a segment of the small
intestine. Urologiia no.6;58--59162. (14IFA 16:7)
1. Iz khirurgicheakogo otdeleniya (zav. V.I.FelltBverger) 2-4y
dorozh-Tioy bollaitsy Ygzhno-Urall Bkoy zheleznoy dorogi.
(U-,iETERS--SU;-LLj"Y) (SURGERY) PLASI-Ic)

GUTKIINI. Kh.G.
Parental -ypernephroma w I th thromtesis of - hr- 'IT" renal vien.
~ , I
Vop. onk. 3 no.11;105-1071 162. (MA 17:6)
1. Iz khirargicheskogo at&.,lsniyn 11-y ficrozhncy bollnitsy
Yuzhno-Ural I skcy zhelemoy dorogi (zav. -, V ~ I. Vel I teverger,
g)Rvnyy vi-ach - T.Y. Ovchinnikovi..

GUTKIN, L.
"New trends in the development of electrification of railroads in the United
States; on the pages of the American press."
p.Lb (Transportno Delo, Vol. 10, no. 39 1958, Softia, Bulgaria)
Monthly Index of East European Accessions (EEAI) LC, Vol. 7, No. 8, August 1958

USSR/Demodulators Sep 1946
Proquepnoy changers
"Relationships between Diode Detection and Frequency
Conversion and Amplitudes of Incoming Signal and
Heterodyne," L. S. Gutkin, Candidate of Mech Sci,
19 pp
*Radiotekhnika" Vol I, No 6
A calculation procedure is presented which makes
possible an analytical determination of the relation-
ships between detection parameters and the amplitude
of the incoming signal (for detection) and the arnpli-
tude of the heterodyne signal (for frequency conrer-
sion).
19T31
PA ic-T31

eamerstive 'Doe- IW
Rii~o interference
1~7.! "Thtl6rNwence Effect in Supe=egenerative Recelvire,;,I,
(V L. S. aatk:in, Candidate of Mechazical Sciences.. 23-'PT
-Ra&iotekbnika" Vol I, No 9
Reftlts'.of a theoretical investigation on the per.-
formame of a superregenerator acted upon'by oiscil-
Utbry Interference ar-d.'aperiodic. Interbirerice., Im,
selectivity of a superregenerative receiver operat-
Ing -unded- varying c=dItIons arA different laws cc
circuit attenuation is analyzed. The- Ififluence 4~ ~ :,
f1iietuational and Impulbe intbrferenoe on, _t.h.e 'A,uper-
reRenwit - - ' ' ' ' ' midiwd miA~. 61 * *,
bi
9110~ Wit
receiver"I've
.20%7

tl
i
,
p
t
S
of 11 10 4 it u tt to If 11 P a' b m 17 n A 10 11 w 13 ho Is a 1y v a a 41 a $i
a L L. L f 4 j I AA 0 CC 0 ft v.,P_s l

Fad of bIwow4m NOW-fropw
slim

1) -4.45
2 (No. 4
WAb* it Ii-G of UK 4munoing dg*zjiw%tkxt
in , "qwfqpwmth* nwiva wha Im"ama
MVkq *nkf CONS-00111.
MW ead,q moo
v
go ,jw j, oqm4V*a wM a cwrrvw *-PON
I I *
("
"0
*
"
60'. Oft m CW.Off at dW W*A;W I
the Ihmmi nAw of Off
w
-
mabO& umd so dm"
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and m Is Am" 1w 11W wwourmio 6 avloys
- set
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Idom 10 1 1 in CILINMMw) dkm in a nammi fft
so
V,,xMd by tkmf Of nar'liet"I quefk+Mf
tPA a
OPMOM.

DO
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.
u IS A.
a a .1 It tAt to two a
LW 4 6 as
0 sloe 0. 00 0 0 0 $00 0 0 0.
-00-010 000 090 0 00 0 00 00-0 000 0 0 & 0 0 so**

GUTKIN, L. S.
Gutkin, L. ?c-*I.p "Theory of superregenerative Receivers"
Loscow ~ o-.-;ur EnEij?,;-rinj~, Inctittlt
SO: Radiotekhnikap No. 3, 1948;(~-2780lp 14 Sept. 1953)

04t I MIA I
El'tstn, I.A. (Scientific Research physics Institute, Moscost State University), The
disk arthod for the determination of dietoctric penetrability and the tangent of the
angle of loss. 657-64
1, A rigorous theory for the case of a thin disk pieced in the center of 4 tuned
Lecher system. The formlas that are obtained art used to calculate the dielectric
perarability and loss (for wave leftth of 3M cm) for different dielectric&."
Gutkin. L.S.. Basic relaticmn for diode frequency conversions W-38
"Basic relationships in diode frequency conversion are derived an the basis of re-
sults of the general theory of frequency transformation. The conditions for obtain-
ing maxiesas amplification are analysed on the basis of loading the conwerter with a
single and double contour filter. The action of noise is snaiyzed 3nd coulitions of
minimal noise production are investigated."
T F

/'.S.
u6m/AaaO. ftoellmo' :apw.-- Jan
regenerati've
Radio Interference
"Effect of Interference on a Superregezxerat~ve
Receiverl" L S Gutkin, CandTechScl,)
"Radiotekh" -gal _-TF N0,1 -
Considers action of impulse Interference, consist-
Ing of @Ingle and periodic impulses, on super- ,
regenerative receiver. Proves that superisisenera-
tive receiver has better noise-liziter action
during Impulse Interference than ordInaryreceiver.
Makes gen-eral. conclusion an noise-limiter action.

Guam, L. s.
GUTKIN, L. S. -- "Theory and Desgin of Detectors in Radio-Receiving Equipillent.11
Sub 28 Apr 52, ~'Oscaw Order of Lenin Power Engineering inst imeni
V' V' ~1010t0v (Disseratioz, for the Degreeof Doctor in Technical SLienceq)
SO* Vechermaya Mosky4a January-December
1952

GUMIN, L.S.
Preobrazovamie sverkhvysokikh chastot
i detektirovanie (Transforriation of superhi[-,-h frequenci~-s
and detection) V,oskva, Gosenergoizdat, 1953. 415 P.
C
S-3: Monthly List of Russian Accessions, Vol. 7, Ilo. 5, Au.--,,ust 1954

3'. ',,He t=ccr OF L LE-:C17dm TfummaT TBIV 3.9
DIODE DETECWRII AND V11LQT) I-.NCY Cli &NGERS.
qi =RK
3emingi p~tra Ild it, ud in tbo cas
dirdes 3-.,7zd %ima-t fnzo f,,r
ma ar'; ahaorl (14o L-vto-11,11
circuit', formuLie tire dtirlyed for injItif
ccr&ctw.cc~ for thit f1vq arp
,plicat'an and for c,;itxvtm5Ea.
ap(! no-&! NC*or for tho Second rt is than S117011
N'T thase alter a..! f-rc-quendes WILCIZ~electxca transic U1.11e.fan
no lczi~zer ~,e negle,.,Acd. Vic effei-t f.11 of 101-E - d g:~in aild Isj-
croaEo (il P.Maa, b~t the 5-amil, lwwi I.P., v RIU, with tq~"
011 = lrlevla). 11
i X-
For Vie viddly of --ig"Or rteupunw~~y F't-va"
perimid.31 dete-,ittratton d L-poratUh., comittlans la ccrii'J!,~~ed
Li~, pr C-1 erabfc to th,% aw'Evrtcal n,.CthI-^,d dvnic rib~)(L
Cd

4111,kIN, L' .3.
"Determination of Nominal Power Amplification of Linear and :4iasillnear
Quadri-joles," Pp 72-78, ill
Abst.' The general formula for rated power a=11fication of a network is
derived; specific cases -- common-cathode amplifier and common-grid aumlifier
-- are examined.
SOURCE: Trudy Mos~.-ovskogo Xne~getichaskofo In-ta im. V. K. Molotova (Works of
the Moscow Energetics institute Imeni V. 14. Molotov), ho 21 -- Radio
Engineering, Moscow-Leaingred, Gosenergol2dat, 1956
Sum 1854

USSR 14a,H%) :io-optio-I of J-~vt-s, 1-7
Abs Jour Zhizr 3,
Author f-liz
L.S.
Ti tle in Uvt DoLee.,~ioii ot' Si[rrmls
Orii; Pub Radiotoklinika I clodtronika, 1953G, 1, No 4, 4113-437
A~)s f-rac t'-':.e Vransionts in t.-.e detect-:-n of weak si::r"Is are analyzed. A
a la 4
-'o rmu -s derived for the ~Iistortion of the envelope of a pulse
r,,:' arbil trar.y z;har.e.
Card 1/1 -

SUBJECT USSR / PHYSICS CARD 1 / 2 PA - 1215
AUTHOR GUTKIN, L.S.
TITLE __T1fe I-nte-r-a-cf-ion between Signal and Noise in an Inert Detector.
PERIODICAL Radiotechnika, 11, fasc. 2, 43-53 (1956)
Publ. 2 / 1956- reviewed 8 / 1956
Here the simultaneous detection of the voltages of the signal and of the
noise through a linear inert detector is discussed.
General relations: The voltage acting at the input of the detector is the
sum of the momentary values of the voltages of the noise and of the signal.
Because of the inertia of the detector the resistance of capacity must be
low not only for the high-frequency- but also for the low frequency com-
ponents of the current spectrum. Therefore, also the voltage at the RC-load
of the detector must be constant. For this voltage a formula is derived by
means of which the result of detection may be determined both if a signal
is given and also if there is no signal.
The detection of noise: The last mentioned formula is specialized for the
case with lacking noise, i.e. with vanishing voltage usig, it is several
times transformed and illustrated by means of a diagram. A further formula
shows the increase of the rectified voltage on the occasion of transition
from an inertialess to an inert detector. Next, a formula for the simulta-
neou5 detection of a harmonic signal and of noise is given. In view of the
fact that this equation can be solved analytically only in the case of a
very high or very low value of the ratio (signal/noise), these two limit-

Radiotechnika, 11, fase. 2, 43-53 (1956) CARD 2 / 2 PA - 1215
ing cases are the first to be dealt with. In the case of very low values of
this ratio the useful effect of detection in the inert and inertialess de-
tector is proportional to the square of the ratio (signal/noise) at the in-
put of the detector. In the case of any value of this ratio, the basic
equation must be solved numerically. On thisbecasion the absolute amount of
the rectified voltage in the inert detector'is higher, and the ratio of thin
voltage to the noise voltage is lower than the corresponding quantities in
the Inertialess detector.
There follow deliberations concerning the constancy of the voltage at the
RC-load, the input resistance of the detector for the voltages of the noise,
and concerning the case with modulated signal. On this occasion the follow-
ing conclusions result: a) With a,>>l (a denotes the ration signal/noise)
an inert detector furnishes the same result as an inertialess one, because
for the s i g n a 1 the detector is practically without inertia.
b) With a