SCIENTIFIC ABSTRACT SHUBENKIN, P.F. - SHUBENKO, L.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550110016-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

- - II- - I T! I
SKRAMTAYICV, B.G., doktor tekhn. nauk; SHUBMKIN, P-7., kand.. tekhn. naul:.-
Budilov, A.A., kand. takhn.
Unified design of concrete mixture. Standartizataiia 22 no.l.,24-.28
Ja-F 158. (HIM 11:2)
(concrete)

6UV/97-b9-1-10/18
AUTHOR: Pflaumer, O.E., Candidate of Technical Sciences
TITLE: Definition of Strength of Concrete in Tension Using COMP2.,essed
Cylindrical Testing Samples (Opredeleniye na szhimayemylLh
tsilindricheskikh obraztsakh prochnosti betona pri raSty4zhenii)
PERIODICAL: Beton i Zhelezobeton, 1959, Nr 1, pp 33-36 (USSR)
ABSTRACT; The strength of concrete during tensioning can be obtained
uith satisfactory accuracy using cylindrical testing samples
of 15 mm diameter and 30 cm length, loaded longitudinally
(as illustrated in Fig.2), and 15 mm. wide and 3 mm thich pads.
In a similar way the strength of natural stones during
elongation can be defined, but in this case the cylLndriual
stone samples have a diameter of -0 cm. The method desc*?ibed
has many advantages, and standardization is advocated. Fig.1
gives the types and sizes of various non-standardized te;3ting
samples as used at present for definition of the strengt..i of
concrete during tensioning. In 1947 F. Carneiro (Brazll)
devized a new method of testing the strength of' concrete in
Card 1/3 tension, which considerably reduces the shortcomings of

SUV/
Definition of Strength of Concroto in Tension Usin6 Compreased
Cylindrical Testing Samples
existing methods. This new method is based on the Hertz
principle of distribution of stresses in a thin circular
disk compressed on the perimeter by two forces (see Fig.3).
Fig-4 shows characteristics of the distribution of tensions
in a cylinder. Various tests have been carried out in
Russia (A.D. Osipov: "Definition of the limit of strength of
concrete at compression", published in Gidrotekhnicheskaye
stroitellstvo 1956, Nr 8; and B.G. Skramtayev, F.F. Shubenkin
and A.A. Budilov.- "New method for the definition of strength
of concrete during tensioning" in Stroitelinaya promyshlennost',
1958, Nr 3) and abroad. Tests carried out both in England
and by the Institute for Building Materials ASiA SSSR are
described in detail. Fig.5 shows cylindrical sampleo
undergoing actual tests. Fig.6 shows graphs of the
relationship between the strength of concrete during
compression and tension carried out according to NiTU-123-55.
In 1957, the Institute of Building Materials carried out three
comDarative tests to establish the strengths of various
marics of concrete during tensioning, using (a) tensioned
Card 2/3 rectangular samples, (b) bent rectangular samples,

SUV/97-69-1-lU/18
Definition of Strength of Concrete in Tension Using uompressed
-Cylindrical Testing Samples
and (c) cylindrical samples, The composition of concrete
mixes, the time of hardening, the strength of the concrete
samples at the time of testing, and the strength in compression,
are tabulated. Before the mechanical tests, the homogeneity
of the concrete of all samples was testecL by means or ultra-
sound. Both foreign and Russian tests prove the wortL
of the method of defining the strength of concrete duriag
tensioning shown in Pig.2. There are 6 figures and 1 table.
Card 3/3

- i_-, --- --
q -P..-Aptsent, kand-.-Mm-n. nauk
Double grinding of concrete in concrete plants and on-tbustructi.bn
sites. Stroitell no.3:29 Mr 159. (MM 12:6)
(Concrete) (Crushing machinery)

SHUBENKIN, P.F.
-IMI
yme_ on f
li;thod for determining the termination of pol rizati o
plastics. Zav. lab. 29 no.6:732-733 163. (MM 16.-.6)
1. Voyenno-inshonernaya akademiya, imeni V.V. Kuybyaheva.
(Polymerization) (Plastics)

Z-; iii"iji5r--NK~; ,
"Heat Transfer and Aer-Hydrodynamics," 1949,(edited by SHU-BENICO)

SHUB-U~FO, G-I-.' KURKOOV, M.I., karid. tokbii.
ratytGy
,hay
up of rar,---ga - f-~L e lements or, Th5
mi~ w-r- and properll~!a cf a ccarbcm st6el mg0t. Sbar.trud.
U
n - --,12 5 O~-? 61 16 5.
( ri RA 18 .- 11

"IO'-,C ANON.; 3UTKO X,.T.; c!!UI3:-IIKO GO!,
I I TIP P _-- - - - - 1 1.) ~
Microscopic determ-4-nation of cariurr, sulfide in-j-,184onas Zxvolab.
Ij
31 rio,3027-330 165, (HIPA 18012"1
1. Mkrainskiy naucl-inc-las led ovate] Iskj.7 instituT, metallove

DYU BIN J, N.P.; DYUBINA, A.V.; SVIRIDENKO, F.F.; KARPUNIN, A.M.; Prinimali
uchastiye: LEVCHENKO, N.D.; POPOVA, N.N.; TROFIMOV, V.V.;
SHUBENKO.,-.G.L.; CHETVERTKOV, A.V.; RYABININ, N.G.; ZEMLYANSKAYA,
L.I.; FRADINA, M.G.; ORGIYAN, V.S.;-SABUTSKIY, F.M.; MOIIGELI, A.V.;
BULISKIY, M.T.; FRADIN,, M.D.; VALENKO., N.S.; KUCHERYAVYY, Yu.P.;
CHEPEIEV, P.M.; SABUROV, T.A.; POLYAKOV, P.M.; MALASHENKO,. R.B.
Effect of the temperature of rail rolling on their quality.
Sbor. trud. UNIIM no.11:344-353 165. (MIRA 18:11)

KAZIMLYEV, 1A.D., prof.; SHIJBEIIKO, I.N., prozektor
PhpilloTvi o--F' the nose and maxillary sinus. Vest.otorin. 20
no.2:119-121 14r-Ap '58. (MIRA 12: 11)
1. Iz kliniki bolezney ukha, gorla i nosa Azerbaydzhanskogo
instituta iisovershenstvovaniya vrachey, Bak-Ii.
OUSE. neoplasms
papilloma (Rus))
(ItiouLLARY SINEJS neilasms
papillona ~Rus )
PAPILL014A., case reports
nose & maxillary sinns (Rils))

ollAd~-JiL-VA, K.K.; red.
[I%aiaria in Central Asia; 'U'-.biiograpMc index of illteraturv,
A78-190'11 i,aiaflia v Srednei Azii; bibliografdcheskii uya-.
zateil litet-aLUX.-Y (1878-1961 gg.). Tai;hkent., Ned. gos. izci
vo N-va zdravookhraneniia 117ZLE, 196-3. 122 p.
(t-JRA DS'l
1. ~vtoscow. Grsudars-tvennaya nauchnava mefji~,sinskaya biblio..
te k %-% .

SI-IJ3ENKC, 1-1. A. p A VOT24

SHUBENKi~;) M. A.
USSR/Chemistry - Photochemistry
Iodides
Aui:,~ 49
"Photoreactions of Iodoorganic Compounds," G. A. Razuvsyev, M. A. Shubenki), Gor1kiy State
U, 4 PP
"Dok Ak Nauk SSSR" Vol =I . No 6
Tabular outlines of the patterns of the reactions of (1) 06H with mercury-containing
hydrocarbons (C6 'C H CH ) Hg and ~W5 6 t3l) CZj I
H5)2Hg, n (C H CHI)2Hg, o-((6~ )1,2b j~ C;1,3C)H, CH2)2Hg Ln. C H CH OH
C H OH and CH CHICH -CH;, ~2') C~H C6H6 3 5
2 ~13- 5, with C , and MCI
CH2~ Kith (C6)5)2~~ in GH30H, and G06, and witg 20~(G6H4GH3)2Hg in GH30H, and (4) GH3I-
with (W502 2Hg, (C6H 5)3Sb, and (C6H5)2Hg in CH3OH and C6H 6- Submittedby Acad A. N
Nesmeyanov 3 Jun 49.
PA 1/50T16

'00Y
Photoleactions of iodixitilanic fc.~mpounds. G. A.
R.1111VA, V said M ~ -A.. Shuixtiku tk.ski hute Univ.).
/h.,. ObA,hel &41., t I. Chrits.) 20.
,-( C 1 44. lumli-stont J.4 :.' ll. MON and 1.1
s. 11111 Ill 1M Jill, C411.1i0i 111, Ill .& quArtAL VI-AWi JrAVC 70%
Phl Ill. ill. 2711% 0-11-" K. Pill, Mill 10)1;"; 11118110. silai At
1-cuoll (A IT'. g' ip-MeC4110,11d, 0.9 A. Pill. alul V
'111. Cj 1, MAVV 1. 1 9 p~Nlf:C4Il.IljI (74%), iu. 2111-19",
0.2 K. Pill. Atilt 11.1 4. ~p-.MeCsll.),, idcntitkd by r-
Wxyl.tli~ to I'll. Af(,-r uxialAtim with kllfu0i. A -hr.
istr4idialictJo oi 2 g. iml 1.2 g. Pill in 20 rnl. WWI
jr~vc 1.9 it. 11hildl 41J,111.1 till. Cjt,,us wd1wilan usistated
mut. of ClIsO. A ~itmLxr r~tioa in EtOll gave 7317c
l'hlfgI. C.Ifs iiu)Litv,l xi 41.2M s. m-ilinitru dvriv.), And
AM; its t*,-hl fit thr wactiun g.twe 100,
"; Milli. C6114,
mid Nle,CO. (2 X 1; 1-1.1 It. 1110. aij.1
Jill. NW111 lt,tw fil 01 lim 0", t f.
,1 llgl,. -,P; fit :.',',7 *. Cliff J, CJI.. --f
All miquitril amt. of hIrPh. I'li,lix 2 x,), I x I'll.
cil't. and 25 fill. Wolf cavi, in W, Ill- -A" PhIloct
11.17 1. 1111leartell 141)(K. 45"' C.11., CIP) il'113 polm-
Asfinthrfrattillsiv%ith
IlhCII,C1 in .141 hic PhIlgO, 31"' Cill,, CIP1.
'jlf'r (PhOldi. and ill"; tuircarted R?IIK 1-m~ - -
C', 1,),Ilg (2 X.), aml 1.1 it. IlIjC)I,I fit \fcf)ll lave In 61
4 hm. 7", mr..,cted Wille - ICV; n.3 fill
I'liMe. mid g. - 111%C11,1, '11h:111c (:., g.) 11.1 1 '2 C
I,hCf(,[ in CIfg ill 14, 11T'~ ft:'V, 7-1,; PhItKI. 23 '; 1-h fl,
It 2 X Ph, :md ,, i-c a-1 till -f , Mit'll-it,
M. K-141.01

M. A. SULTBEVIKO
USSF/dhemistr,j - organic Antimony and
I
ercury Compounds
M
Nov 51
"Photoreact ions of Iodoorganic Compounds, I*, G. A. Razu'vayev, M.- A. 9huber-'ako, GorIkiy State U
"Zhur Obshch nim" Vol X-XI, No 11, pp 1974-1919
Conducted following photoreactions- Bz Hg and Me Hg with 0 H I and Bz Hg with KeI in MeOH
Hg with C6H6I ' 2 2ani CHU solns,
and C016 solns; Et2 and Sb with C,HI in Ae8H C H 6P
Descri~-ed respective reacUon products. Proposes mechanism oflal~ reactions, based on
photolysis of org I corqpds into at I and free radical; studies their behavior further.
PA 15M5

I

SHUIBEM. 1-1. A.
Photoreactions of Organic Iodine Corpounds Having Substituents in the Ring,
page 1043, SborrLik statey po obshchey khirnii (Collection of Papers cm General
Chendstry), Vol II, Mosco-ri-Leningrad, 1953, pages 1680-1686.
Gortkiy State U

emo- aid i6t6dWmUdah
-11, Th jr.-+~
!wm
an VMS

RAZUVAYFFVY G.A.; PETUKHOV, G.G.; KUDRYAVTSEVI L.F.; SHUBEITKO, M.A.
Reaction of diphenylmercury with toluene. Zhur. ob. khim. 33
no.8:2764-2766 A.a 163. (MIRA 16:11)

4HUBENKO, V.A., doktor tekhn.nauk, prof.; BRASLAVSKIY, I.Ya., inzh.; KUTSIN, V.V.j
inzh.
High-speed d.c. drive using p-n-p-n devices regulated by a digital
servo system. Elektrichestvo no.9:31-35 S 165.
(MIRA 18:10)
1. Ural'skiy politekhnicheskiy institut im. Kirova.

:z BUBPNI(I-I V.A., dr,lkt,-~r- exct',, !;HREYNERP R.T., Jnzn.-. l,JKllC,?SHA,;RST,
V.T.. 1~zh.
Construction of convertero for fraquenr,7 -,peed rewillatiov of Paectric
drives. Flektrofekhnika 36 no.10,23-26, ()' 165.
(M,rRA 18,.10)

SHUBEE0.1 V. A.
ItIndustrial Applications of Ionic Drives," reported in the article "First All-Union
Scientific and Technical Session on Mercur7~Arc Rectifiers." Elektrichestvo, No. 1-1, 1949.
Candidate of Technical Sciences, of UPI (Ural Foly-technic Institute imeni Kirov
Abstract W-9395, 10 APB 1950Y

ISHU!!!~~ , dotsent, kandidat tekhnichook-ikh nauk.
Optimum elip conditions and minimum load losses of motors used in
drives operating under abruptly varying loads. Trudy Ural.politekh.
inst. no.45:181-191 153. (Miju, 9: 11)
(Electric motors, Induietion) (Electric c1riving)

112-2-4296
TRANSLATION FROM: Referativnyy zhurnal, Elektrotekhnika, 1957,
(USSR)
Nr 2, p. 250
AUTHOR: Shubenko, V. A.
TITLE: _~fh-eEffect of Flashover on the
in Electric Rectifier Networks
na deystvuyushcheye znacheniye
tsepyakh s ventilyami)
PERIODICAL: Izv. Tomskogo politekhn. in-ta,
Effective Current Value
(Vliyaniye perekrytiya
toka v elektricheskikh
1956, Nr 82, pp. 77-81
ABSTRACT: A formula has been derived for determining the exact ef-
fective value of the current 12 flowing through the rectifiers.
This formula is applicable to the Larionov circuit when the
resistance of the transformer windings and the voltage drop in
the rectifiers is neglected. In addition to this it is assumed
that an infinite inductance is connected into the rectified
current circuit. The following formula was obtained from the
Card 1/2

112-2-4296
The Effect of Flashover on the Effective Current Value (Cont.)
calculations made:
V 1 r - 2 sin r + cos (2 + r) (r cos r - sin-r) 2 T
12 = Ig 727-g- + -.-,r
lcosck- cos(d, -~ ]2 3.
where Ig is the aver age rectified current; )r is the commutation
angle;:6cis the firing angle. This expression can be simplified
by making the assumption that the current varies linearly during
commutation. Then
I I A comparable calcula-
2 = 9 67r
tion, made for the same condi tons when determining 12 without
taking into account the commutation process, gave an error of
3 per cent, and when commutation wa8 taken into account in ae-
cordance-with the suggested formula, of 1 per cent. Reviewer's
remark: This study should be considered as a special case, since
a detailed expreaBlon had already been obtained in a general -
form (see Shilling V.: Rectifier Circuits, Inverters and Pre-
quency Converters (Skhemy vypryamiteley invertorov i preobra.;-
zovateley chastoty) Gosenergoizdat, 19501.
K.A-Kh-

137-58-4-6545
Translation from: Re"erativnyy zhurnal, Metallurgiya, 1958: Nr 4. p 32 (USSR)
AUTHOR7 Shubenko;V.A.
TITLE: The Present State and Development Trends of the Automation
of Power Transmission and Distribution and the Automation of
Technological Processes in Ferrous Metallurgy (Sostoyaniye
1 perspektivy r-azvitiya avtomatizirovannogo elektroprivoda i
avtomatizat.sii teklino log iches kikh protsessov v chernoy metal-
lurgii)
PERIODICAL: V sb. -. Materialy konferentsii-kursov po elektroprivodu i
avtomatiz. tekhnol. protsessov metallurg. predpriyatiy.
Sverdlovsk. Metallurgizdat, 1957, pp 5-26
ABSTRACT: It is indicated that ferrous metallurgy (FM is one of the
largest consumers of electric energy and that motive power
consumes more than 70% of the electric energy consumed by
FM. Basic trends in the development of the automation of elec-
tric power transmission and distribution (PT&D) are formu-
lated. An evaluation of the state of PT&D in relation to its auto-
mation, also of the automation of electrified process units and
Card 1/2 of the basic FM production units (blast-furnace, open-hearth

137-58-4-6545
The Present State and Development (cont. )
furnace, and rolling-mill). Specific examples of the automation of PT&D,
as developed and accomplished by various organizations and establishments,
are examined.
M.L.
l.. Metallurgy 2. Industrial plants--Autoniation
Card 2/2

,~HUBNNKO, V.A.; KAROCHKIN, A.V.
Effect of transient commutation processes on the behavior of
dy-namic drag in induction motors with a short-circuit rotor. Izv.
vys. ucheb. 2av.; elektromekh. 1 no.4:27-34 158. (MIRA 11:8)
(Electric motors. Induction)

Doccnt, Ca-didate of Technical 105-58-4-10/37
Science S' jozon-ov , V. G. , Doce- t , C~~-ndidate of
Tech-nical Sciences
TITLE; Series Wound Motor Characteristics for Dynamic Bralking.
With Self a--.citation (Kharakteristiki dvigatelya
rosledovatellnoCo vozbu-.lideniya v rezhimakh dinamicheskoSo
tormozhoniya s saraovozbuzhdeniyem)
PERIODICAL: Elektrichestvo, 1953, Nr 4, pp. 48-50 (USSR)
A3,STlU,.CT . A simlile method for tne construction of the characteristics
tak,inC into account the shape of magnetization curve and the
maSnitude of the residual magnetism is given. When using
the transition characteristics
E =
f(I it this method coincides witli that of
11 excL ation
referenae 2. In order to obtain the characteristics n
= f (I) in the caae of self excitation of the motor it is
necess-ary to enter the LiaEnetization curve of the motor
Eo = f(I e-citatior ) (taken at a certain speed of revoluticn).
C~2-rd 1/2 in coordinate axeo the self excitation circuit

Scries 'Wound 1.1oto.- Chara~; ter-i st-,; c, s for D~rnariic, Bralking 105-58-4-10/37
71-i+h Self Excitation
j is constructed. (The motor excitation
I(R 4 R + R
a c I
a
being connected in series with the rotor through the
resistance serving as limit for the current I). The
,Zd T
intersection of both chaz-acteristics determines the electro-
;Aative forr-e up ;L-.c which the machine will be excited with
the ro~;iotaaio of the outer circuit R t and no. The analysfa
of the characteristics obtained with alfforent values of
tl;--" r0:3idUfII MZ-4,11110ti-IM ohorts that the residual maCnotiam
i,ri brakla- oxert-i a favorable influence on the curront
dia,-L,-u~i. A ,:,,ofGr viith oatur--tcd taacnetic circuit has a norc
f --vorabic-, branking Gharaoteri.;tic than that with unsaturated-
m-acnetic cirouit. In nall cazeo -cssible in practice the
brake effeot occurs without exception till -. speed of zero.
This iss e-~-,Aained by the fact that the ma,-nitude of the

-* di U
r
est. -,al maL;netism in 'lie equipment is not equal to zero.
There are 4 fiEureo and 3 references, 3 of which are Soviet.
.LS30CL!ITIOIT: ural'skiy politekhnicheskiy institut im. Kirova (Ural
Polytecli-nical Institute 3-moni Kirov)
SUDD1.11ITTED June 27, 1957
AVAILABLE: Library of Con!,reca
Card 2/2 1. Dynamic bra~jmg-Characteristics 2. Electric motors-Applications

SHUBENKO, V.A., kand. takhn. nauk, dots.
Application of a simplified universal circular diagram to,the
approximate calculation of electromechanical transient processes in
asynchronous motors. Trudy- Ural. politekh. inst. no.90:146-156
158. (MIRA 13:2)
(Electric motors, Induction)

SHUBMTKO, V.A., kand. takhn. nauk, dots.
- _'-- Approximate mathods for evaluating the effect of the acceleration
of the rotor of an asynchronous motor on the electromagnetic torque
developed by it. Trudy Ural. politakh. inst. no-90:157-166 '58.
(MIRA 13:2)
(Electric motors, Induction)

140) sov/67-59-5-11/30
AUTHORS: Shubenko, V. A., Candidate of Technical Sciences, Karochkin,

TITLE; On the Protection of Engines Driven by Compressed Gas Against
Acceleration
PERIODICAL: Kislorod, 1959, Nr 5, Pp 38-40 (USSR)
ABSTRACT: The work of engines driven by compressed gas is in most cases
transformed into electric energy by means of an asynchronous
generator which is connected in parallel with the alternating-
current system of the department. It id used in starting ae the
motor which accelerates the engine driven by compressed gaE. until
the working*speed is reached. The mechanical characteristics of
the asynchronous generator are given in figure 1 ' The braking
couple of the generator during operation is at all times equal
to the torque of the engine driven by compressed gas. In the
case of turbo-engines driven by compressed gas working at a
very high speed, a gear reduction is used with the generator.
When the generator is not energized there follows, therefore, a
dangerous increase in the speed of the engine driven by compres-
Card 112 sed air. In the case of turbo-engines driven by compressed gas

SOV/67-59-5-11/3()
On the Protection of Engines Driven by Compressed Gas Against Acceleration
of plants type KT-3600 the speed increases by 900 revolutions
per minute. A method preventing this acceleration is urgently
needed. The answer to the problem is an automatic device. Ad-
ditional braking devices acting upon the flywheel axis of -t.ie
engine driven by compressed gas are extensively used, or the gas
intake of the engine driven by compressed gas is shut off.
Figure 2 shows the scheme of a device of the latter kind. Its
disadvantage lies in the fact that the stop valve freezes
easily. A new method is based on the use of a condenser for the
braking of the asynchronous generator (V. P. Andreyev, Yu.T .
Sabinin, Footnote 1). The braking couple of the condenser is in
this case balanced by the torque of the engine driven by com-
pressed gas. The new device was tested by means of laboratory
models as well as industrially in the Nizhne-Tagillskiy
metallurgicheskiy Kombinat (Nizhniy Tagil' Metallurgical
Kombinat). Figure 5 demonstrates the braking power of the con-
denser. There are 5 figures and 1 Soviet reference.
Card 2/2

KAROCHKIN, A.V.. SHUBM0, V.A.
Transient ele,~tromagnetic processes at dynamic braking of asyn-
chronous shor-.-circuited motors. Trudy.Ural..politekh. inst.
no-79:118-133 159. (MIRA 13:7)
(Electric
motors, Induction)

t v .4a 1218
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SZ H-3. H
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-13
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its
UO u

KM TSZYL-YAO, [Ha Chia-yao], aspirant; SHIJBFMO, Vitaliy Aleksandro-vlch,,----,
kand.tekhn.nauk, dotsent
Transient process in a rectifying network with a resistance
preceding the inductive load. Izv.vys.ucbeb.zav.; elektromekh.
3 no.5:77-86 160. (MIRA 13:7)
1. Kafedra elektrifikatsii prom,7ehlennykh predpriyatiy
Urallskogo politekhnicheskogo instituta.
(Electric current rectifiers)

31504
S11051601000101010031OOL
17, B116/B206 I
AUTHORS: Hu Chia-yao, Engineer, and Shubenko, V. A., Candidate of
Technical Sciences, DocenT--
TITLE: Transients in magnetic amplifiers with an active and induo-
tive load in the rectified circuit
PERIODICAL: Elektrichestvo, no. 10, 1960, 35 - 41
TEXT: In the magnetic amplifiers with active and inductive load in the
rectified circuit, a dynamic redistribution of the voltage takes place
during the transient. In a number of cases this exerts a great effect on
the course of the transients. In this connection studies are mentionei
by L. A. Bessonov (Ref. 1: Avtokolebaniya v elektricheskikh tsepyakh so
stallyu (Self -oscillations in electric circuits with steel), Gosenergoizdat,
1958.) and L. V. Safris (Ref. 2: K voprosu o perekhodnykh protsessakh v
magnitnykh usilitelyakh s induktivnoy nagruzkoy, vklyuchennoy cherez
vypryamitell (Problem of transients in magnetic amplifiers with inductive
load which is connected via a rectifier) "Avtomatika i telemekhanika",
1958, no. 3). The studies conducted by the two authors (Ref. 3-
Card 1/1

31504
Transients in magnetic ...
S/105/60/000/010/003/004
B116.B206
Perekhodnyye protsessy v vypryamitellnoy tsepi s aktivno-induktivnoy
nagruzkoy i predvklyuchennym soprotivleniyem (Transients in the rectifier
circuit with active and inductive load and a resistance connected in serie4l
"Elektromekhanika", 1960, no. 5),showed that the dynamic redistribution of
the voltages is inherent to every rectifi-er circuit and caused by a resist-
ance connected in series. The authors give a general method for calcula-
ting the transients in magnetic amplifiers ;, which makes it possible tc
consider the effect of dynamic redistribution, the feedback and nonlinear-
ity of the circuits. A case without a feedback is investigated first
(Fig. 1). It is shown that the dynamic redistribution of the voltages
leads to a reduction of the equivalent time constant T I f the load.
load 0
circuit, and the weaker the magnetic biasing, the more essential is the
effect of the redistribution on the transient in the magnetic amplifier.
This effect can be neglected in the case of strong magnetic biasing , It
is pointed out that the redistribution also affects the secondary circuits,,
but this effect can be neglected in a number of cases. A case with exter-
nal feedback (Fig. 3) is investigated next. It is pointed out that data
obtained by experiment and calculation make it possible to use simplified
Card 2/111.-

31504
S/105/60/000/010/'003/001
Transients in magnetic... B116/B206
equations in practicec Such equations are based on the assumption that
the magnetic amplifier operates with a weak signal and all its parameters
are constant. Generally, it operates in the nonlinear sections of the
characteristics, and the time constant T 0 and k I change during the tran-
sient. k I =AI load /AI control' The nonlinear characteristics.can be re-
placed by linear sections and the equations are to be solved separately
for each individual section. The following formulas are given for the
case without feedback:
d2ai control dAnd control
AI T I (-r, + Ai (28)
control load o dt 2 load + 'To dt control
d2 Ai 1 d + T ) d&i load + (29)
Lo"'L Tload
load ~ rlo.d -co dt2 + 0 dt load
and for the case with feedback:
Card 3/

Transients in magnetic ...
I I Idicontrol k
control load o(feedback)k-dt2
di
control k
dt control k
31504
S/105/60/000/010/003/004
B116/B206
load o(feedback)k
I load k load A + k IW(feedback)k Icontrol Wcontrol Iload o(feedbac:k )k
2,
d load k d1load k i (-51a)
dt2 load + 'o(feedtack)k) dt load k
where T (1 + k Wfeedback -T kIfeedback
o(feedback) o Ifeedback w control 0 k 1 2)
The index k denotes the values of the kth section-, From the character-
Card 44

31504 S/ 1 05/60/ooo/C 1 G/oO3,"Co,!
Transients in ma-netic ... B 116/3206
I w E and F. ~Cn
ics I -.,.here -n is the
0 0 a ~Mean -iean 0 0 0
constant ma;~,netic fluxcomponent, can be determined graphicalij
ok
according to M. A. Roze-iblat (Ref. 5: Magnitnyye usiliteli (~i:agnetic amrli-
fier). Izd. "Sovetskoye radio", 19505), and the value of kiw(feedbrcl-11,
from the load characteristic Iload ~ f(Icontrol wcontrol + Idisplacer-aent
(W ). The transients were investigated here during connection
disilacement
of -& control circuit. Transients during the disconnection of the con-
.rol circui-I are dealt with next, i. e. the case without feedback and
without bias circuit. It is shown that in this case the transient con-
sists of two stages, but the second stage can be neglected in Dractical
0 - 11-l" i
calculations. In this case, the transient i can be approximately
load
calculated from -t/T
load
load
Calculation- and experimental results were compared with each other i-n-
order to check the method shown here. The comDarison showed that this
Card 5/1 it

31504
S/105/60/000/010/003/00~-
Transients in magnetic ... B116/3206
method is sufficiently accurate for all cases investigated here. ThE. --air
results obtained can also be applied to magnetic amplifiers vith compli-
cated circuits. There are 6 figures and 5 Soviet-bloc references.
SUB,11ITTED: April 9, 1960

Legend to Fig. 1:
Schematic wiring
dia-ram. (a) and
?
equivalent-cir- W-
cuit diagram (b)
of-a magnetic amnlifier +
without feedback with
Y
1
d on the recti-
lo
RD +
-
a w
'Lied circuit. The t
Y
44
indices are: H load, G, '
3
IrAf
'.'-*disDlacement-,
,,, control, -S eouiva- M. rem 1~y
lent.
Card

Nid'ZO(AIKIN~ A-V.- Inob.; ~'IILIBUIII(Op V.ii~~ dotsefit, karid.tokhn.nauk.~
GLUSHKOVO L.A., inzh.
High-speed automatic control of dynamic braking of asynchronous
three ... ph&8c zt:rvolaotors. Trudy Ural. politekh. ins t:Alo. 101 -D 1-115
0141RA 14:3)
(Electric controllers)

,6HU13U,IKO, V.A. dotsent, kand.tekhIi.uauk; .,IPPICHNIKGV, V.M., aspirant
L
Device for measuring the level and speed of teeming. Trudy Ure-1.
politekh.inst. no.101:169-180 i60. (KIF1 14:3)
1 (Founding)

I SHUBENKO, V~A.
I-
Braking of a disconnected short-circuited async~xoncus motor
by neans of a three-phase short-circuit of the stator winding
in the presence of an unquenched magnetic field. Trudy Ural.
Ipolitekh. inst. no.106:4-27 160. (MIRA 150)
(Electric motors) Induction)

SHUDENKO, V,,A,; ZENKIII, N.I.; KAROCHNIN, A.T
Problem concerning the effect of
on the priniAples of the design
for short-circuited asynchronous
inst. nn.106t28-42 160,
(Electric motors,
electromagnetic transients
of automatic control networks
motors. Trudy Ural. politekh.
(1-111W. 15:5)
Induction)

SIIUBF,I,IKO V A - KIRPICHNIKOV, V.M~; TOMASHEVSKIY, IIJ.
Automated a.c. servomotor with impulse speed control for the
order system of automatic compensators and bridges. Trudy Ural.
politekh. inst. no.106:116-121 16o. (MMA 15:5)
(Ser7omechanisms)
(Metallurgical plants)

SHUBENKOY V.A~; USTELEMGV, V.N.
Devices for meaaurr-ing the pressure exerted by the metal on the
rollers in rolling operations, Trudy Ural. politekh. inst.
no.106.137-1" ~60. MIRA 15 -.5)
(Rolling mills-Electronic equipment)
(Electronic measurements)

3/194/0-2/000/001 /0 14/066
A/ , J~o 0 0 D201,'D305
AUTHORS: Shubenkkq,_=Y, k,. and Kirpich.-3ikov- V. M.
TITLE, Self-rectifying feedback amplifier working into the
control winding of a capacitor miniature motor
PERIODICAL: Referativnyy zhurnal, Avtomatika _J radicelektron-'-ka,
no. 1, 1962, abstract 1-2-21zh (Izv. vyssh. uchebn,
zavedeniy. gorn. zh., 1961, no. 4, 137-145)
TEXT: The circuit of a self-rectifying amplifier with a frequen-
1-y-dependent feedback is suggested. The circuit--, improves the har-
monic content of -~Ihe input current and the static properiie-z of
the electronic-amplifier-motor system. The feedback improves the
operation speed of the auto-compensator since the revolution Epeed
f 4
,,-he motor increases for the same time constants of the self-
o
control system. The theoretical aTect of self-rectifying a.c. am-
plifiers with RC differentiating network feedbacks is considered,
C~
The mechanical characteristics of an ideall motor in an electi-
14
amp kfiler-motor system are given. Electric circuits of the amplil-
Card 1112

S/194/62/000/001/014/0,:S6
Self-rectify-ing feedback ... D201/D305
fier, graphs and os-illograms showing the operation of separate I/P
' Abstra-
amplifier elements are giver.. 5 fiaures. 8 references. Z T
Ter's note: Complete translation.1
C ard 2 / ~

SHUBENKO V. A. kand. telchn. nauk; ZEMNf N. I., inzh.-. KIRPICHNIKOV,
inzh.; AGAFONOV, Yu. P., inzh.
Some problems in the study of transient phenomena in asynchro-
nous motors. Izv. vys. ucheb. zav.: gor. zhur. no.10:125-137
161. (MIRA 15:10)
1. Urallskiy politekhnicheaki-y institut imeni S. M. Kirova
(for Shubenko, Zenkin,_Kil-pichnikov). 2. Kurganakiy mashino-
stroitellnyy institut (for Agafonov). Rekomendovana kafedroy
elektrifikatsii promyshlennykh predpriyatiy Urallskogo poli-
tekhnicheakogo instituta.
(Blectrfe motors, Induction)
(Automatic control)

SHUBFNKO V A - ICAROCHKIN, A. V.
Selecting the method of automatic switching-in of loads for
expanders after the asynchronous generators driven by
them ar disconnected. Prom.energ. 17 no.1:16-19 Ja 162.
(MIRA 14:12)
(Electric generators)
(Gas and oil engines)

SHUBBNKO 11Y Naka-Uaxtall. kand.tekhn.nauk, prof.; AGAFONOV, Yariy
j -t -&r s ff jv- -p-r-- e"~p owd a v a t e I
Characteristic speed zones in impulse control of asynchronous motors.
Izv. vys. ucheb. zav.; elektromekh. 5. no.12:1345-1354 162.
(MIRA 16:6)
1. Zaveduyushchiy kafedroy elektrifikatsii promyshlonnykh
predpriyatiy Urallskogo poLitekhnicheskogo instituta (for Shubenko).
2. Kafedra energetiki Kurganskogo mashinostroitellnogo institute. (for
Agafonov). (Electric motors,, Induction) (Automatic control)

SHUBENKO, V.A.; KIRPICHNIKOV, V.M.
y of a.c. servo-drive
General method for mathematical stud,
amplifiers. Trudy Ural. politekh. inst. no-124:70-80 162.
(MIRA 16:8)

SHUBINKO, Vitaliy. ~Ueksandrovloh, dr. tekhn. nawk, prof.; &G-A.FUNOV, Yuriy
Effect of initial conditIons on the nature of puis---d Con-trol
of asynchronous chort-Irculited matz~-I-,q. Lw, v7s. -uiAeb. zaT.
elektromekh. 7 no.-',.-1079--~90 ?0!~ 04IRA 17.-7)
1. Zaveduyusbohly kafedr-Dy e.'ektrupt-'roda -i avtomaklmats-'I piv-
-L --
myshlem-ykh ustanovok Ural.'Zkogn politekbnicbeskogo instituta
(for Shubenk-O.. 2. Zav. kufck-Ir-.1y miwrgetI,-x-' Kurxganskog,3 ma--h--'-
nootrolteltnogo instituta (f,),r Pgafonov-).

SHUBENKC, V.A., doktor t.ekim. nauk, prof.; BfUSLAVSKIY, 1.Ya., irizh.
A.C. servo drive with contacLless digital program, control. Izv.
vys. ucheb. zav.; energ. 7 no-9:15-21 S 164. (MTRA 17:11)
I. .- insl~itiit -imeni S.M. Kirova. Fred-
sta.vlena kafa~roy elekLro-,rivcda -i ext,-mi-atizat's-i-I promyshlennyrkh-
u., tlanuvok.

SHUBENKOP V.A., prof.,, BRASLAVSKIY,, I.Ya., Inzh.
Using asynchrcuous motors in servo systems vith digital programmed
0 ntrol. Izv. vys. ucheb. zav.; goro zhur. 7 no.5:125-130 164.
(MIRA 1-7:12)
Urallskiy politekhnioheskiy institut imeni S.M. Kirova,
Rakomendolrans kafedroy elektroprilvoda i avtomatizataii promysh-
1ennykh ustanovok.

KIRPICHNI-TKOV, II.M., SHUBENKO VIA.,
--5 f -cLLv.= r! 2 -U.: to
d E iz M
I_ 11-ral'45kly pclitt_-k~mic.~E!skty in3~A-tu-. '.minl F '.,_.rendc-,rens
?afe,lr;)y eje.;~trcFr~'-vcda i .KO

Z, i E: D~., 1~;
Inve6tilgatin.r the perfornence of an induction motor with a
tj-n-c-n device in the power circuit controlled by a digital
servesys' tem. iZV. VyS. Ucheo. zav.; gor. zhur. ? no.11:161-
IfS6 16/4. (,',f-rP-A, 19:3)
1. vrallskiy politeklinicheskiy institut Imen-L Kirova. Rekomen-
dovuri,-., Al-afedroy elektroprivocla i avtor.-.,atizatsii promyshlennykh
ustanovok.

: Rr
(A Wkn4
'V"ttR. AP6013 20 CODE: UR/OlO5/65/0O0/OO`?/OO3l76'5j5
SOURCE
AUTHOR: 5hubenko, V. A Doctor of technical sciences; Professor);- Bras rskiyp I.~~
(EngineerT, =utsinp V. .'(Engineer)
ORG: Ural Polytechnic Institute im, Kirov~(Urallskiy politekhnicheskiy inAitut)
TITIZ: High-speed AC thyristor power.drive.'controlled by a digital servos t
SOURCE: Elektrichestvo no* 9, 1965, 31-35.
TOPIC TAGS: digital systemp servosystem, alternating current, electric motor.'
automatic control system
-a
ABSTRACT: The authors desdribe,power-drive systems In which 'the
motor controls (thyristors) perform the following funetions.in I
accordance with~signals received from the controlling digital .11
servosystem; startup of.motor In the reqill-reddirection; reduo-
.tion of motor BPMj disconnection of motor following completlaa
.of the program.. To this end, the-digital servosystem (DSS) I's
equipped with an arithmetic device fed with a binary-coded program
as viell as with a nine-digit static,"type adder, code-to-volta.3e
converters,*and transistorized static-type AND, OR9 NOT'logia
.elements. Experiments demonstrate the feasibility and expedi-,
ency of utilizing thyristors in the power circuits of the indae-
motor, partioularly when these are controlled from the Dssa:
Carcl 1/2 UDC: 621-34:62-503-53

i - .71 1 T 1, ffl, j'j. 14 T
~14 C, BRA A D, , inzh.
!!esi,an of an a.rl.. S~T.. 'ntimun, in respect to reSDonse and ac-
'to rLve c
c i i rvwith digltal pro-rrim con,~Lrol. Izr. vys. ucheb. zav.; yor. zhur.
8 n c. .12 8~- - 13 5165. (MIRk 18: 5)
1. Iskiy politekhnicheskly -instlitut, imeni S.M.Virova.

ZENKIN, N.J.Yinzh.? KIRPICHMIKOV, V.M., kand.tekhn.nauk; TOMASHEVSKII, N.I.,
y
inzha; 15-HUBMIKO, V.A., doktor tekhn.nauk~ YASENEV; N.D., lnzl,.
Calculating dynamic.and static characteristics of asynchronots
motorB with the help of analog computers. Izv.vys.ucheb.zav.;
gor.zhur. 8 no.11s149-157 165. (miful 19.-14-111
1. Urallskiy politekhnicheskly instAtut imeni Kirova. Rekomerdo-
-wana kafedroy vychislitellnoy tekhniki. Submitted October 3, 1964.

Country : USSR
Category : Cultivated Plants. Cereals. Leguminous Plants*
Tropical Cereals. M
Abs Jour : RZhBiol., No 6, 1959t No 24829
Author t_�hMjenko, V So
Inst :Ehartkov Agricultural Institute*
Title :Pollination Effect from the Different Parts of
Male Inflorescence on Corn Productivity.
Orig Pub :Zap. Eharikovsk. s.-kh. in-ta, 19589 15 (52),
119-122
Abstract In the experiment of 1952-1954i plants grown
from seeds, which had been obtained during polli-
nation from the central axes of Inflorescence
only (the- lateral branchlets receded unt11 afflo-
rescence) exceeded in bushiness height weight
and lengtA of the spadix., absMle weigR and fa.-
cundity those under control - pollination from the
entire inflorescence. The second generation exhi-
Card 1/3
19

Country : USSR
Category : Cultivated Plants. Cereals. Leguminous Plants.
Tropical Cereals, M
Abs Jour : RZhBiol,q No 6, 1959, No 24829
Author
Inst
Title
Orig Pub :
Abstract : bited aftereffee'.s, although in a smaller mea-
sure. Hybrids, 6btained by the use of pollen
from the central axes of inflorescence only,
also produced a larger harvest, and the hetero-
zygous drop in F was in smaller degree than in
the control h brids..,The data by Andronescu and
Ovchinnikov =t pollen grains from the klowett
Card 2/3

Country : USSR
Category : Cultivated Plcunts. Cereals. Leguminous Plants.
Tropical Cereals. M
Abs Jour : RZhBiol*q No 6, 1959, No 94829
Author
Inst
Title
Orig Pub :
Abstract : of inflorescencels central axis possess the
greatest average over-all measures were corro-
borated. -- M. V. Draninshnikov
Card : 3/3
33

-S H 11;1 5.
"The Variability in the Quality of the Semal Elements and the Development of Com
rlybrids.11 Cand 11%,gr Sci, ~2iarlkov Order of Labor Red Banner Agricultural Inst imeni V. V.
Do'k-yehayev dn Hi~-her Education USSR, Kharlkov, 1955. (-K1-, No 18, Apr 5-')
SO: Sum. No. 704, 2 Nov 55 - Survey of Scientific and Technical Dissex-tations Defended
at USSR Higher Educational Institutions (16).

SOBENKO-G.OUZOVA, I.N.
Congenital diaphragmatic hernias. Pediatriia no.6:83-87 Y-D '53.
(MJ,RA 7 - 1)
1. Iz prozektury 3-y klinicheskoy bollnitsy Baku (zaveduyushchiy
I.N.Shubenko-Gabuzova). (Diaphragm--Hernia)

kill
e6ko-I AUM,-o',-(. -

SHU,PEN'XO-G,'WUZOVA, I., N. Cand Med Sci -- (diss) "Clinical anatomical
oomForisons of the changes in the pancreas during kvpertension." Baku,
1958. 13 pp (Tbilisi State Med Inst), 200 copies (KL, 13-58, 101)
-117-

SHUBMO-GABTJZOVA. I.N.(Baku, u1. Karganovs, d.11). GABIBLI, T.D.
Adenocarcinoma of a Bebaceous glnnd. Nov.khir.arkh. no.2:96-98
Mr-Ap, '58 (xiRA 11:6)
1. Kafedra gosDitallnoy khirurgii (zav. - zasluzhennyy deyAtell
nauki prof. M.A*A. Kir-Kasimov) -BRkinakogo meditsinskogo instituta
i patologoRnatomicheakoye otdeleuiya 3-y gorodskoy klinicheakoy
bollnitay.
(SEBACEOUS GIANDS--TUMORS)

SHUBENKO,-GABUZOVA, I.N.
Fatal gastrointestinal hemorrhages in hypertension,, Sov.med.,
22 no,9:121-123 S158 (MIRA 11:11)
11 Iz Patologoanatomicheskogo otdeleniya bolinitsy imeni
Dzhaparidze (glavnyy vrech IoG. Xadymov), Baka'
(HYPERTENSION, compi.
gastrointestinal hemorrh. (Rua))
(GASTROINTESTINAL SYSTEM, hemorrh.
in hy-pertension (Rua))

SHUBRNKO-GABUZOVA, I.N.
Mali--nant lelomyomA of the uterus* Akush.i gin. 34 no.2:92-95
Mr-Ap 158- ( MIRA 11:5)
1. 1z bollnitay imeni Dzhaparidae (glavnyy vrach I.G. Kadymov)
(UMUS NEOPLASMS, esse reports
16iomyoma (RUB))
(LEIOKYOKA, case reports
uterLls (Rus))

SMENKO-GA13UZOVA, I.N.
Thromboembolic disease at the end of pregnancy and after labor; a
description of 3 cases. Akash.i gin- 35 no-5:102-103 S-0 159.
(MIRA 13-2)
1. 1z patologoanatomicheskogo otdeleniya 3-y klinicheakoy bollnlts~
imeni Dzhaparidze (glavnyy vrach I.G. Kadymov) g. Baku.
(THROKBOFMOLISH in pregnancy)
(FRWNOCY, complications)
(PUMIPAIUM, complicationo)

,SMBENO-GABUZOVA, I.N.
Dwdenal ulcer in a 35-day-old child. Pediatriia 37 no.12:56
D '59. (MM 13:5)
1. Is prozekturY 3-.v klinicheskoy bollnitay g. 13aka.
(F2pTIG ULM)

TOPGHIBASHEY. 1.M.; SHURENKO-GABUZOVA, I.N.
Histological changes In pancreatojejunal, anastanosis.
Dokl. AN Azerb. SJSR 16 no. 6:597-6ol 16o. (MIRA 13:10)
1. Predstavleno akademikom AN AzerbaydzhanBkoy SSR,M.A.
Topchibashevym.
(PANCRXLS-w-DISEASES) - WRTUNUM-DISR;MS)

KAHLAYLY, M.D., prof., zasluzhennyy deyatell nauki AzSSR;, SIIUBENKO-
GABUZOVA, I.N., kand.med.nauk
Rare case of leiomyoma of the nasal cavity. Zhur.ush.., nos. i
gorl. bol. 20 no-4:58~-59 JI-Ag '60. (MIRA 1-4:6).
1. Iz otorinolaringologicheskoy kliniki Azerbaydzhanskogo instituta
usavershenstvovaniya vrachey i patologoanatomicheskogo otdeleniya
3-y klinicheakoy bollnitsy Baku.
(ILASOPHAR)DIX-TTRIORS)

KAZMMEV M. D., prof.; SHLTBENKO-GABIJZOVA I N kand med. nauk
Rare obBervation of retioulosarcomatoole with primary manifestationg
in the trachea. Vest. otorin. no.3:82-84 61. (MMA 14:12).
1. 1z kliniki bolezner ukha, nosa i gorla (zav. - prof. M. D. KazliLayev)
Azerbsydzhanskogo instituta unovershonstvovaniya vrachey I patolo-
goanatomichankogo otdeleniYa 3-y klinicheskoy bollnitsy Baku.
(TRAGWa-UNCER)

KAZELAYEV, M.D... prof.; _jHUBENKG--GABUZOVAj kand.mednauk
Fibroma of the palatine tonsil. Yest.otorin. 23 no.IZ89-91
Ja-F 161. (MIRA Il,:2)
11 lz NDskovskoy nauchnoy otorinolaringologicheskoy klimild
Aserbaydzhanskogo instituta usovershenetvovauiya vrachey i
patologo-anatomicheakogo otdelexdya 3-'y gorodskoy bollnits7,
Baku,
(TONSILS-TUMORS)

M D- -j*ofj-i:-.-zas1uzhan)ayy dGyatell nauki Azerbaydzbanakay M;
CzABUZOVA,,--,I.N..,,- kand.med.nauk.
Black "hairy tongue.* Zhur,ushoqnos*i goriabols. 22 to.4377-78
ji-Ag &62. (KM 16s2)
1. Iz kliniki bolezney ukhaj. gorla. i nosa Axerbaydzhanskogo insti-
tuta uso7ershenstvovaniya vrachey i patologoanatomicheakago otde-
leniya 3-y klinicheskoy boltnitsy g. BEdm.
(TONGUrs.-DISEASFS)

SHUBMKO- GABUZOVA, I.N., kand. med. nauk
Meconi&1 peritonitis in congenital cystic fibrosis of the
pancreas. Pediatriia 42 no.80.92-93 Ag'63 (MIRA 1794)
1. 1z patologoanatomicheskogo otdeleniya 3-y Bakinskoy kli-
nicheskoy boltnitsy imeni Dzhaparidze (glavnyy vrach I.G.
Kadymov).

I "N Bak I I
Frfmary acttinomyc3sis of the st.-mach. Arkh. pat. 27 no.3:83-85 16-5.
Olmu 18 -. 5)
1. Patologoanatomichaskoya o'kdeleniya klinicheskoy bollnitay No.3
imezii Dzhaparidze (gl.avnn- vrach I.G. Kadymov).

Sl,,UB:-2A-0-GAa:ZOVA,,
4pendic-itis and e.-~terobiasis. Med. paraz. i paraz. bol. 34
no. 5:5063-566 S-0 '65 (".,lim, 19:1)
1. Patologoanatomicheskoye otdeleniye Kldnicheskoy bollnitsy
No. 3 imeri Dzhaparidze, Baku. Sutmitted ~,tay 15, 1964.

sh
AID P - 2029
Subject USSR/Electricity
Card 1/1 Pub. 110-a - 2/14
Author : Shubenko, L. A., Academy of Sciences, USSR - Kharlkov
Title : Some problems in the development of steam-turbine design
Periodical : Teploenergetika, 4, 6-12, Ap 1955
Abstract The author is concerned with the developments in the
field of high-pgessure (above 130 atm) and high-tempera-
ture (above 535 C) steam-turbine production in units of
100-, 150-200, and even 250- thousand kw. Four
diagrams.
Institution: Kharlkov Turbine Plant im. Kirov
Submitted No date

SOV/1 12-58 - I - IB4
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1958, Nr 1, p 23 (USSR)
AUTHOR:
*'kov Turbine Plant as Part of the
TITEE: New Turbines Being Built at the Khar
Sj_xth 5 -Year Plan (0 novykh turbinakh, vypuskayemykh Khar'kovskiin
turbinnym zavodom v shestoy pyatiletke)
PERIODICAL: V sb.: Novoye v konstruirovanii tyazh. mashin, Moscow, Mashgiz.,
1956, pp 19-24
ABSTRACT: In 1956, the Kha' .-)v turbine plant is supposed to build a new type
rk
VKT-100, 100-Mw turl-..ne having somewhat higher steam parameters than
those of the older MK- 30 turbines and the Leningrad metal plant turbine ' It is
stated that 71 subas,~dmblies of the -total number of 88 are identical in both
MK-30 and VKT-100 turbines; in the remaining 17 subassemblies, 6.Z% of parts
are common. In 1956, Kharkov turbine plant is supposed to have released
working blueprints of a new PVK-150 turbine designed for steam at 180 atm
and 5650 C. This turbine proved to be 7 rn shorter than the SVK-150 of the
Card 112

SOV/ 112-58-1-1E.4
New Turbines Being Built at the Khai,4kov Turbine Plant as Part of the Sixth . . . .
Leningrad metal plant. It is expected that its cost will be one-half that of the
SVK-150 turbine and that it will be as economic to run. In 1957, Eha~kov tur-
bine plant expects to finalize the blueprints of the SVK-200 turbine. En addition,
the same plant is assigned to build a SVR-100 steam turbine for supe::high-
steam parameters at 300 atm, 6500 C. Solutions of construction problems in-
volved in the above turbine and in the SVK-300 300-Mw turbine are indicated.
B. Ya. Z.
AVAILABLE: Library of Congress
1. Steam turbines--Production
Card 212

SHUBEWIO-SHUBIN, L.A.
, -~j
Construction of steam turbinea in Switzerland. Inergomashinostr-oenie
no.8:27-31 Ag '56. (RUA 9: 10 )
1. Chlen-korrespondent AN USSR.
(Switzerland--Steam turbines)

SHUMK06SIftMIN. L.A.
I I
Laboratories of Swiss turbine manufacturing firms. Xnergomashinoetkoe-'
nie no.10:29-32 0 156. (min 10:1)
1. Ghlen-korrespondent-Akad.owli nauk $Ssa.
(SwItzerlamd-TIarbines) I

SHUBERKO-SHOIN, L.A.
WIMO
Gas turbine manufacturing in Switzerland, personal impressions.
Inergomashinestroonte no-11:25-29 N 156. (NLHA 9:3.2)
1. Chlen-korrespondent Akadeati nank USSR.
(Switzerland--Gas turbines)

SHUB-MIKO-SHUBBI, L.A.
- ~
44,;,r
Closed-cycle marine gas trubine installations; from irtoressions of
of a trip to Switzerland. Sudostroenic 22 no,90?-39V56. (MLRA '10:1)
.(Switzerland--Marine gas turbil'ies')

AUTHOR: 'O'hubexilco-~'a'liubin,--L..A., CorrespondinG Member Academy of 339
TITIE: On recent achievements of some British firms building
turbine equipment. (0 noslednikh dostizheniyakh nekctorykh
angliyskikh turbo stro ite lnykh fi:rm.)
FIL,;RIODICAL: "Einergomashinostroenie" (Power Machinery Constructl.on),
1957, No. 4, pp. 28 --2~, (U.S.S.-R.)
ABSTRACT: In this paper, the impressions are described whi-,h were
gained by the author during a visit, in 1956, to tw.:) British
firms, C.A. Parsons and Co.Ltd. and British Thomson-Houston,
building turbine equipment. Another author, I.V. Ilyukhin,
described his impressions gained at Metropolitan-Vickers and
English Electric in a paper published in December, 1956.

SHUBENKO, L.A.
Notes on British gas-turbine construction. Toploenergettka 4 no..'3:57-
60 Mr '57. (XlU 10:3)
1. Chlen-korrespondent AN USSR.
(Great Britain-Gas turbines)

SHUBENKOwSHUBI _L.A..
Milestones In the development of Soviet steam-turbine engineering
and its prospects. Toploenergetika 4 no.11:25-35 N '57.
(MINA 10:10)
l.Chlon-Ir-orrespondent AN USSR. 2.Kharlkovskiy turbin"y zaTod.
(Steam.turbines)

25-8-2/42
AUTHOR: Shubeako, L. A., Mmber-Correspondent of the Ukrainian SSR
-TcMe_W_Jo_f _c~ences, Chief Designer at the Khar1kov Turbiae
P-Ixmt imeni. M. Kirov.
TITLE: Giant Turbines (Tarbiny-Giganty)
PERIODICAL: Nauka i Zhizn', No. 8, pp. 5-9 (USSR) -~r'
ABSTFACT: At the present time thermal power plants in the USSR
generate about 85% of the total power, while hydroelectric
power plants produce only 1%. The importance of the latter,
however, will increase with the construction of new- instilla-
tions, such as the Kuybyshev, Stalingrad, Irkutsk and Britsk
hydroelectric paver plants. The author deals with the cf3n
struction of giant turbines to be installed in contemporai7
thermal and hydroelectric power plants. During the 6th Five-
Year Plan, the construction of new hydropower plants will help
to increase the capacity 2-7 times. This will be only 18.4%
of the total output leaving the thermal stations with an out-
put of 75% to 80%. Fuel resources have increased tremndously
since the discovery of atomic energy. Soviet Russia was the first
country in the world to put an atomic power plant into operation
Card 1/4 with a capacity of 5,000 kv.

Giant Turbines
25-8-2/42.
Stations with still higber capabilities will play a decisive
part in the development of Soviet power engineering. After
World War II, scientists succeeded in designing turbines wbIch
could operate uorl r a pressure of go atm and at a temperatire of
500OC- High-pressure steam turbines with capacities of 25,000,
50,000 and 100,000 kw, needing 12-15% less fael than turbt-As of
medium pressure, were also built in the Soviet Union. Morit
powerful turbines improve the compactness of the pover stations,
increase their capacity to more than 6oo,ooo - 900,000 kw, reduce
the time required for construction, as well as the construt-ttion
costs. Attempts are being made at the Ktiarlkov Turbine Plimt
(Kharlkovskiy turbinnyy zavod) to double its planned capacfty
by manufacturing turbines of 100,000 to 300,000 kw by the ond
of the 6th Five-Year Mn, and in general to increase the
production of steam turbines 6 times,, couO*red to thim 1955
level. The designers of the KharIkov Turbine Plant have design-
ed a new, more economical 100,,000 kw turbine. The first mcdels
are just being completed. They have developed designs for the
construction of turbines with capacities of 150,000 and
Card 2/4 200,000 kv. K project for a giant 300,000 kv turbine is