SCIENTIFIC ABSTRACT IVANOV-SMOLENSKIY, A.V. - IVANOV, A.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000619210019-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

IVAMV-SIMLENSKIT, A.V.
Widening the problems of physical modeling of electric machinery.
Nauch.dokl.vys.sbkoly; energ. no.4:223-235 '58. (HIRh 12:5)
1. Rekonandovans, kafedroy elaktrichnukilth manhin Hookovakogo
energeticheakogo institute..
(Electric machinery-Andela)

110-5 S - 6- 5/2 2
j-A_V-- , Candidate of
AUTHORS: ZT4 A o Y=.Sm o Lane k-ky - Tectnical S-_iences,
Gorskiy, Yu.M., Karpov, V.A. and Kovalenko, L.G.,En(7.ineers
TITLE: Determination of the Losses in Electrical Machines.,
Transformers and Reactors by -the Retardation ("Runr-dovai"
Ti-me) Method, Using a Phase-meter and Slip Recorder
(Opredeleniya poter' v elektricheskikh mashinakh, trans-
form-atorakh i reaktorakh metodom samotormozheniya s
primeneniyem. fazometra i regiStrat0rL skollzlienidya)
PERIODICAL: Vestnik Elektropromyshlennosti, 1958, -1-Ir G,
pp 26 -- 29 (UoSR). *
ABSTRACT: The article is based on work done in the physical model
labor.,tory of the Moscow Power Institute under the guidance of
Doctor of Technical Sciences Professor V.A. Venikov. Reta--d-
ation testin6 is a very convenient method of determining the
losses in machines and also in transformers and chokes associated
with them where these have a low ratio of resistance to
reactance. Difficulty is, however, experienced in recording
the retardation curves: the usual methods are to use -tachomcter/
time methods, or to use photo-tachometers, vih.icl~ are simpler
and more accurate.
Tile Moscow Power Institute electronic phasemitter can be used In
Card 1/4

110-5S-6--/22
Determinotion of the Losses in Electrical Machines, Tran.sforme.rs ~tnd
Reactors by the Retardation ("Run-down" Time) Method, UsinC, a
Phasemeter and Slip Recorder
making retardation tests. This instrument is based on
measurement of the time interval between paas~iages of the
measured voltage through the zero value. The change in
phase angle can be recorded on an oscillograph as a smooth
curve or as a series of impulses, the amDlitude of which is
proportional to this angle. To make retardation tests,, one
pair of terminals of the instrument is supplied with voltage
from the machine under test and the other from a source of
standard frequency. The reading is practically independent
of the value of the applied voltage. An oscillogram. obtained
during a retardation test is shown in Figure 1. The method
of calculating the power loss is given. The usual tests are
run, that is, without excitation, with excitation but open
circuit and with excitation and short-circuited. Losses in
transformers and reactors are similarly determined by mak*-'nC
retardation tests on a Generator which is used to supply the
transformer. The accuracy of the results can be determined
by making retardation tests when the E;eaerator is loaded with
Card2/4 knovin ohmic resistances.

110-56 -6-5/22
Determinati4c,r- of the Losses in Elec"l-rical. Llachines, TTansformers
and Reactors by the Retardation ("Run-dovn" Time) Lic-thod, Using a
Phase-meter and Slip Recorder
The physical modelling laboratory of the Moscow Power
Inst-izute has developed a portable phasemeter based on seemi-
,,onductors supplied by pocket batteries; it is illustrated
in Fij~ure 2. The instrument is intended for direct iii-easuxe.-
inent of the phase anGle betweeii two voltages and to record
such ch?~nges on an oscillograph. Retardation tests may be
made by measurinE directly the slip of the cenerator. Like
U
the previously described mt~thod, this is based on. comparison
with a standard speed. In the laboratory, slip is determined
by means of an automatic self -synchronisinC, amd re-synchron-
ising e~Leviice illustrated in Fij~ure 3. Ali oscilloGram of slk~p
during a retardation test is given in Figure 4. The inetbcd,,3
described -in this article are faster and more accurate than
Card3/4 the usual methods.

MIJAN~A 111*j'V'j11
2
7
ItLa..U~ 91
7
MMIJ.

VOMLL~.Vl LUAru.
L
JLU

110-51-6-5/22
Determination of the Losses in Electrical Allachines, Transformers
and Reactors by the Retardation ("Run-down" Time) Method, Using a
Phasemeter and Slip Recorder
There are 4 figures.
ASSOCIATION: 1JEI
SUBMITTED: August 10, 195?
Card 4/4 1. Machines--Performance

AU'll"CIRS 1)Gorodakiy, D. A., Professor, Docto~.,- SO V/ I o 51 -5 B- 19/3 4
of Technical Sciences, Volchkov, I. Ye., EnEineer
2)Ivanov-Sr.,lolenskiy, A. V., Docent, Candidate of Technical
ScTe*nce
3)Veretennikov, L. Docent, Candidate of Technical
Sciences,Barinov, 11. G., Docent, G-.ndidate of Technical
Sciences, Babushkin, M. U., Cnn(14(.1,Aj--! of Technictal Sciences
Potapkinp A. I., Engineer
(Leningrad)
TITLE: D.17"namic Models of Power Systems (V dinamicheskikh modelyakh
energosistem)
PERT" TCAL: Elektrichestvo, 1958, Nr 9, pp 80 - 82 (USSR)
IDI
A-BSTHACT: Remarks concerning the paper by I.S.1iruk in Elektric'-,.estvo,
1958, Nr 2. 1) According to the paper, the methods of
using mathematical and physical models are contrary to
each other. It is shown here that this iii not correct,
,--vnd that a reasonable coordination of the two methods
should rather be aimed at. 2) The at~thor follows the
opinion of M.P.Kostenko, V.A.Venikov and U.N.Shchedrin,
Card 1/2 and points out that for invest igrating- transient3 in

Dynamic Models of Power Systems
$OV/105-56-9-19/54
electric power sy8teme one Bhould combine the results
gained with dynamic models with those obtained by the
use of electronic digital computers. 3) The authors
ask for a combined use of dynamic models and computers.
Tiley show that even in such fields viliere dig-ital computers
prevail, one cannot do without dynamic model~o. Therc:.~
are 3 Soviel~,~rj*fe;reuaes.
ASSOCIATION: 1)N"uchno-iasledovatel'akiy in.,Aitut
promyuhlenriosti (Scientific Research Institute of Electrical
Industry)2) Moskovskiy energeticheskiy institut (Moocow
Institute for Power Engineering)
Card 2/2

-3 0'''/2,4--,59,-I--,27/3F;,
;.UTHORS: Venikov, V.A.,and A.7,,
'-Sy-;tem
TITIZ: Analogues tc 1~ydrauli,-, TILr I-nes iower
Analogies (Criticism-s of a Paper in lwrestiya Akademii
Nauk, SSSR OTN,, Nr 5 191R and -,, -cep17 by the Author
of the Or-*Lginal Paper) (iilmechanlya k ztat~ya
N.A. Kartvelish-,r-21, ,0 mode ldrovanil gJ,.,&r,,Au:r-'rja.=Ykh
blokov pri onerop'tichesEikh sistem,,)
0
YP,'RIODICAL;Izv-,5t-1.ya Akademi-, Nauk. SSSR, Otdeletnt.;,,v- Telkhniaheskikh
Fai.Lk, Ene..rgetika 1' Avtomat--'ka-.,195e9,.JTr l5pp 135.-136(USSR)
ABSTR&CT: is taken -c,:) some remarks in earlier paper
about the la,3k of przper to the purely
hydraulic side of the geiierato-T-5 ju axi amalogue system
in use a--,- the Moscow Powex, Institute, It is pointed
out, tha-~: such analcRie fa--d-Lities dc, in. fact exi-st- and
that the facilities do not extend to the p?-L-,ely
hyd-raulic and me~~hanieal aspects of tbe -pr,,.-;,.esSes solely
bec.ause the analogue is intendecl fUr US9 ILI svidying the
purely e1e,,,trizal asp--:~t,5 of th-~~ F3yE~t~am. It is quita
possible to des' adevL9.t3 ph:YSI--l'A.~' analog",.-as tt: 1*~*he
Card 1/3 hydraulii sho-k Fwater-hammer) and ,.t.Y,e:r prc,-::essea

SCR/24-59-1-27/35
Analogues to
(Criticisms
1958, Nr 5.,
Hydraulic Turbines in Power System Analogues
0
of a Paper in Izvestiya Akademii Nauk, .53SSR, OTNS
and P- reply by the Author of the Original Paper)
on the hydraulic side of the turbines and work on the
theory and design of such analogues is in fact in
progress though it has, as yet, not had any practical
outcome (the principles of the analogues, however3 are
not even mentioned).
The reply by the author, N.A.Kartvelishvili, of the
original paper is divided into two parts. First, a
small point about the parameters of analogues is
expanded and extended to the pipelines, valves and so
forth of the hydraulic plant; second, the new remarks
are applied to the formally complete initial equations
in the original paper. It is pointed out, that, though
it is usual to assame that the terms relating to the
purely hydraulic side have little effect on the stability,
it is nowhere stated under precisely what conditions
this assumption is juztified. It is concluded that the
continually extending use of auti-omatic controls on all
parts of power systems will soon for--e this issue because
Card 2/3 problems of the most eeonomical use of water power are

SOV/24--2-9-1-27/35
Analogues to Hydraulic Turbines in Power System Analogues
(criticisms of a Paper in Izvestiya Alcademli Nauk, SSSR, OTN,
1958~ Nr 5, and a reply by thp. Authcr of the Original Paper)
involved. It is zlaimed that there i~; no veal
diverSence of view on the possib.-Jity of designing
physical analogues to phenomena su3h as hydraulic shook.
There is 1 Soyiet Refeivnee.
Card 3/3

S/144/60/000/01/019/019
E073/9135
AUTHORS; W_nov---Smaje=~~~V-a 9 Chairman of the Section on
I'nysical Modelling,
Tetel'baum, I.M., Chairman of the Section on
Matnematical Modelling
TITLE: Inter-Colle5e Conference on Ap~lZin5 Physi(M3,.,and
-Mathematical Analogues in Electrical PrObIrMIMS
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Elektromekhanika, 1960, Nr 17 PP 145-147 (USSR)
ABSTRACT; This conference was held at the Moscow_Powep1nstijMtg
from October 26th to 30th, 1959. Six'hundred
representatives of teaching and research establishments)
design organisations and industry participated, and also
guests from Poland, Czechoslovakia and China, There
were two sections, one relating to physical analogues
and the other to mathematical analogues. In the section
on physical analogues there were 52 papers and discussion
contributions by representatives of 14 orgailisations.
Card In the section on mathematical analogues there were
1/9 57 papers and contributions from personnel of
37 organisations. Compared to an earlier conference in

s/144/6o/ooo/oi/o1q/o1q
E073/1313 5
Inter-College Conference on Applying Physical and Mathematical
Analogues in Electrical Problems
1957, the range of the investigations was considerably
wider, In the section on physical analogues the
following problems were considered.
a) General problems of the theory of analogy and
simulation as applied to problems of electrical and
power engineering (papers by V,A. Venikov (I"'BI),
I.M. Kirko (Acad.Bei. Latvian 33R), NJT TjXhodeyev
kNIIPT) and V.M. Breytman)..
b) Application of p ysical simulation and the theorylpf
analogy for investigating electromagne-I;J,g_n-~-isL=ona-.q
In electrical machinery - A.V, Ivanov-Siolenskiv (Mm),
Ya.B. Danilevich (IEM Acau.L;ci. USSR);
In mlaj,,netic hydrodynazq~cp\- M.V. Filippov
0 A Mikellson (Institute of Physics,
A.E
Acad.,(')ci. Latvian �R);
In Ferromagnetic cylinders, in magnetic fieldsand in
Card electromagnets7 I-M. Kirko. T.K. Kalnini ~.K. Grinberg
2/9 (Institute of Physics, Acad.EF(~"T -Latvi.,I-- M;
~T -I---

s/l44/6o/ooo/ol/ol9/ol9
E073/El35
Inter-College Conference on Applying Physical and Mathematical
Analogues in Electrical Problems
In magnetic amplifiers and steel-core induction coils,
E-Ya- Yakabaytis and V-P. Gljjkhov (Institute of Power and
E riaiF9rR) ; -
-lectrical Engineering, Acad. Sci. Lat,,
In anare and In corona,-A. and
G.N. Aleksandrov (~~I .
c) Application of physical simulation and the theory of
analogy to investigaLing certain non-alectrical phenomena
in power equipment:
Mechanical phenomena - I.D. Urusov, V.F. Fedorov (IEK
Acad.Sci.USSR);
Thermal and vdrauli phenomena - V P Anenipodistov and
N.N. Anempod Acad.Sci. U
W.-
d) Application of the theory of analogy to the solution
of technical and economic problems:
(V.A. Venikov, Yu.N. Astakhov (MEI) and V.Q. Kadeyshvili
Card (Acact.6ci. Ueorgian SSR)i
3/9 e) Method of calculation and design of dynamic and static
analogues of a.c. and d.c. electrical systoms:

S/144/60/000/01/019/019
E073/E135
Inter-College Conference on Applying Physical and Mathematical
Analogues in Electrical Problems
Synchronous generators - L.A. Sukhanov and E.G, Kosharskiy.
(151 Acad.3ci. USSR);
Transformers - L.A. Sulchanov, S::Lj,!2tkp, G,M. Smalin
(IM Acad.Sci. USM MA S Li~kind, V A Tsvetkov
(ENIN Acad.Sci. USSR3; ' ' I tx--:.-
Transmissio-FrEn-es - V.I. Ivanov, V.K. Sirotko.
G.M. Smolin (IEN Acad.Sci. USSR);
k;onverter equipment - A.V. Stukachev, (VEI);
Prime movers and synchronous-ge-ne-r-ators - A4A. Aslamazvan
(IEG Acad.Sci. Armenian SSR), D.V. Nikitin (MBI);
f) Investigation of regimes of operation for electrical
systems:
Using dynamic analogues of electrical systems -
V,Y, Voskre�.QWJjjy, 126F. Barakayev L. . r vin (VEI)
and I.D. Urusov, V.F. Fndnrov (IBY, A;d.-Sci. USSR);
_M. Gorskiy (MBI)
Using mathematical analogue compiltnr
>
R-a
ts
kiyj V,V, Ponov
V.S.
Tarasov, A.I. Vazhnov, Yu,V.
Card and A.N. Semenova (T-PI), Ya.1% Lyxgins~Liy, kj...G, Portnoy
(VN L), G.7, MiichUevicn, G_F,___Kaz1oMs,'&jy (ENIN Acad.Sni .
V9 USSR). I/

S/144/60/000/01/019/019
E073/E135
Inter-College Conference on Applying Physical and Mathematical
Analogues in Electrical Problems
The following problems were discussed.
a) Simulation of fields in continuous inediat development
a-Lid use of methods and apparatus for simulation of fields
by means of electrically conducting paper. On this
problem the following contributed: P.F. Fillchakov and
V.I. Panchishchin (Institute of Mathematics, Acad.Sci.
USSR), N.I. Druzhinin (VIGM), M.M. Litvinov MIAM),
V.P. Buldey (Academy for Building and Architecture,
Ukr.SSR), N.I. Burlakov (Ukrgiprovod1thoz), A.A. Glushchenko
(KGU), G.A. Ryazanov (Leningrad Water Institute),
A.F. Fikin (VITR), A.S. Rozenkrants (M).
New work in the field of plotting and usinS 11trajecto-
graphs": G.A. Tyagunov, K.A. Gorozhankin, A.A. Zhigarevi
G.P. Prudkovskiy, E.N. Tsyganov (MIFI)~ I.M. Bleyvas
(NII MRTP), Ye.Ye. Bykhovskaya, A.M. Kharchenko (Institute
of Radio En-ineering and Electronics).
Card b
5/9 New applications of the method of continuous media;
Yu.A. Birzvalk, L.V. Nitsetskiy (Acad.Sci. Latvian SSR),
F__rT~~
M-1.11 -M , FTWTr_MTr1TrFnTF1F1M

S/144/60/000/01/019/019
B073/8135
Inter-College Conference on Applying Physical and Mathematical
Analogues in Electrical Problems
E.K. Yankon (Rlga Polytechnical Insbititte),
K.S. Demirchan, V.V. Pruss-Zhukovskiy UPI),
G.Ya. Murav'yeva and V.N. Rudakov (LETI), K,P. Tepilin
(NII GKS), N.I. Druzfiinin (VIGM), G.A. R)razanov
(Leningrad Water In3titute). 0
b) Application of electrical networks",' computer tables
and equivalent circuits.
Development of new types of electrical circuits and
equipment for such circuits - P.M. Belash and G.M. Zdorov
(All-Union Oil-Gas Research Institute). K.N. Seleznev and
A.I. Taranin (TsKTI im. Polzunov), M.D. Golovko (TsNIIS
Mintransstro), A.I. Leushin (Kuybyshev Industrial
Institute), G.Ye. Pukhov (Computing Centre, Acad.Sci.USSR).
New applications of networks and circuits to problems of
underground hydraulics - P.M. Belash, A.L. Goflin (All-
Card Union Oil-Gas Research Institute)
6/9 Heat transmission - A.T. Lavrova ~nd A.Ye. Surminskiy
(TsIAM). V/

S/1W6o/ooo/oi/ol9/ol9
E073/Hl35
Inter-College Conference on Applying Physical arml Mathematical
Analogues in Electrical Problems
Theory of elasticityk4- V.M. Sam (KiAov Institute GVF)?
N.V. Korol'skv V -Agad.5cl. UHR);_Lei. liltsetskiy
(,Acad.Sni. ian SSR), A.K. ETz_neti_o7a (NIS Gidro-
rovekQ3 A.V.-Amellyanchik (TsIAM).
Investigation of Magnetic CirFlts on computing tables
A.S. Rozenkrants (Ivanov Power Institute).
c) Development of continuous operation in iteration
equipment, with subsequent processing of the information
for solving equations with partial derivatives;
G.ye. Pukhov (Kiyev Institute - F')_7L_.A. u i
__ V 1 S
sayev T'
A.T. Lu-klyanov7 A.A. Kostritsa, N.U. Isa ev Kazakh
1) __T
State Universit I.M. Tetel'Fa_= MEI
d) Simulation of dynamic problemst I.K Pchelin,
A.S. Golovanov (TsNIIS), I.M. Tetellbaum, N.I. Chelnokov
(MEI), A.M. Ashavskiy (TsKB Ministry of Geology USSR)
Card A.A. Khachaturov I K Pchelin (Moscow Road Institutei,
7/9 R.V. Roytenberg IVA~ii), A.Ye. Ordinovich (Physics
Faculty, Moscow State University), A.T. Lavrova (TsIAM),
L/

S/114/60/000/01/019/019
S073/E135
Inter-College Conference on Applying Physical and Mathematical
Analogues in Electrical Problems
A.V. Dabaglyan (JZ-iPI), V.A. Bebildiov (GIFTI),
O.L. Shekhter (Institute for Foundations). '\~
e) Development of new elements for analogues\of non-
linear dynamic systems% Yu.L. Kozlenko, P.IT.-Ku2riyanchik.
The accuracy of the analogues, particularly in power
systems, is determined not only by the analogue circuits~
but also by the accuracy of the parameters of the objects
to be investigated. Therefore the participants of the
conference rec3mmended that manufacturers of electrical
machinery, transformers and inductance coils should
include in their documentation a guaranteed accuracy with
which the individual parameters have been determined and
also the conditions under which these paramoters will
have the guaranteed values. The individual works should
develop methods of calculation of the dependence of the
individual parameters of their equipment on magnetic
Card saturation and frequency. It was emphasized that it is
8/ 9 desirable to givegin lectures on mathematics, physics
and other engineering subjects,a more accurate treatment V/

3/144/60/000/01/019/019
E073/9135
Inter-College Conference on Applying Physical and Mathematical
Analogues in Electrical Problems
of various problems, and to include in.rorma~ion on the
fundamentals of computer engineering, mathematical and
physical analogues. It was also recommended that
physical and mathematical analogues should be used to a
greater extent in laboratory work and lectures in
teaching establishments. It was pointed out that the
use of analogue techniques is hindered by the lack of
materials, components and assemblies suoh as:
amplifiers, electrically conductin.g paper, portable
resistance boxes, inductances and capacitances, complete
analogues, computers. The need to organise production
of these elements on an industrial scale in the USSR was
emphasized. More is to be published in literature on
this subject, and particularly the journals
Card Elektrichestvo and Izvestiya VUZ Elektromekdmnika will
9/9 be asked to include a special section on physical and
mathematical analogues.
There are no figures, tables or referenc6s.

3/105/60/000/08/20/023
B012/B058
AUTHORS: Ivanov-Smolenskjj,__.AV., Docent, Candidate, of Technlial
Sciences, Tetellbaum, 1,, M.., Docent, Candidate of Technical
Sciences
TITLE- Conference of the Schools of
and Mathematical Simulating
PERIODICAL: Elektrichestvo, 1960, No. 8, pp. 89 .. Q1
TEXT: The Conference of the uchools of hiGher learning on the application
of physical simulating for elec trot ecimical problems and on the alectro..
technical methods of mathematical. simulatiug was held at the Moskovskiy
eaer6eticheskiy inst-itut (Moscow Institute of Power Enginearing) from
October 26 to 30, 1959- servea for T e_--c-han-g-e of ex-
periences and information in the field mentioned. It was attended by 600
gates from the USSR as well as 12 delegates from Poland., Czecho-
deler
slovakia and the Chinese People's Republic,. 52 lectures wtre held in the
section for physical simul,gting and 57 in the sectiort for mathematical
simulating, Kostenko o 5ned. the Conference. V. A. Venikov reported
Card 1/10

Conference of the Schools of Higher S/105/60/000/08/20/023
Learning on Physical and Mathematical B012/BO58
Simulating
J~
on "Analyais and Experiment, Simulating an4__qy~Le~r~q ties in Engineering
Practice". I~ M. Tetellbaum reported on "Main Tren~s for the Development
of the Methods of Mathemat.3.cal Simulating". Lectures were held by the
following personE,.. I, M, Kirko, "On the Similarity Criteria of Dimen-
sions". T. K. Kaln130-aZf_T,-VL Ki.rko reported on the simulating of
electroma-Sn-e4t-s-,--m-aa'-ntaini-ng the similarity of the temperature gradient.
showed the possibility of simulatine, a tvibulenticon-
vection caused by electromagnetic volume forcasAn liquid metals in the
exchange of one metal by the others 0. A Liyelauaim gave the results
of an evaluation by mtsans of the similarity meth6d of experimental in-
vestigations of a flat_flow of morcur through a narrovi slitlin the
magnetic field perp~:ndicular to the flow, I, IL Kirko and.N, V.
Filippov reported on the Influence of the longitudinal Magnetic field
on the suspended layer of f arrom LsRtp. c particles'An a nonconductive
liquid. G~ K., Grinberp, reported -z~n the similarity criteria for solid
and hollow ferromagnetic cylinders mae;netized in a hortiogenous constant
field. V. M. Breytman (Leningrad) reported on the poiusibility of deter-
mining a similarity of phenomena cocurxing under chanGing conditions,
Card 2110
Ll

Conference of the Schools of Higher S/105/60/000/08/20/023
Learning on Physical and Mathematical B012/BO58
Simulating
N. N. Tikhodeyev (Nauchno-iesledovatellskiy institut postoyannogo toka
(Direct Current Scientific Research Institute)) formulated the funda-
mental theses of physical simulating applied on problems from electro-
nics. 0. N. Aleksi=-drov (Leningradskiy politekhnicheakiy institut
(Leningrad Polytechnic Institute)) reported on the poissibility of Apply-
ing the similarity theory for the generalization of the characteristic
of the total corona on split conductoro of long-distance lines. A.
Maykopar (Vaesoyuznyy nauchno-issledovatellskiy institut elektro-
energetiki (All-Union Scientific Research Institute of Electric Power
Engineering)) gave the results of the investigation or the electric aFc 7,1
with the aid of a physical simulator. A. V. ivanov-Smolenslriy
(Moskovskiy energetichaskly institut (Moscow Institute of Power Engineer-
ing)) reported on the physical simulating of multipole machines, main-
tainin& the similarity of electromagnetic fields. Ya. B. Damilevich
(Institut elektromekhaniki AN SSSR (Institute of Electromechanics of the
AS USSR)) reported on the use of synchronous generatorg of dynamic
simulators for the experimental checkup of various calculation methods
of the damping winding of large-sized machines with salient poles. E. A.
Card 3110

Conference of the Schools of Higher 8/105/60/000/08/20/023
Learning on Phynical and Mathematical B012/B058
Simulating
Yalcubaytis and V. P. GlVkhOV (Institut energetiki i elektrotakhniki AN
Latviyskoy SSR (Institute of Power Engineering and Electr*technies of the
AS Latviyakaya SSR)) proved the possibility of simulating magnmtic
amplifiers and reactors with steel on a simulator geometrically dissi-
milar to the original with a core of another ferromaGnetic material.
1. D. Urusov and V. M. Pedrez, as well as V. P. AnempodistoT and
N. N. Anempodistova reported on the simulating of nonelectric pheno-
mena in electric machinea. V. A. Venikov and Yu. N. Astalchov (Moscow
Institute of Powtir Engineering), as well as V. 0. Kadeyshwjai (Institut
energetiki AN Gruziaskoy SSR (InstJtute of Power Engineering of the
AS Gruzln5kaya SBR)) showed the possibIlity of applying the similarity
theory for the designing of power engineering objects, E. 0. Kosharskiy
and L. A. Sukhanov (institute of Electromechanics of tile AS USSR) re-
ported on the de4;igning of dynamic simulators of high-power turbo-
generators. V. K. Sirotkoq G. M. Smolin, and L. A. Sukhanov gave a
method for the approximate calculation of the parameters of simulation
transformers, as well as the data of auch types designed at the
Institute of Electromechanics of the AS USSR. M. S. Libkind and V. A.
Card 4/10

Conference of the Schools of Higher 8/lo5/60/000/08/20/023
Learning on Physical and Mathematical B012/BO58
Simulating
Tsvetkov (Institute of' Power Engineering of the AS USSR) reported on the
experience in the design and operation of a long-distance line simulator
for the investigation of overvoltages. A. V. Stukach*T, V# V. Voskrosen-
skiy, V. Vo Khudyakov and others reported on problems from the theory of
simulating and designing of d.c. lone-distance line simulators and gave
the results obtained on working simulators. D. V. Nikitin (Moscow
Institute of Power Engineering), A. A.* Aslamzyan and Be L. Buniatyan
(Vodnoenergeticheskiy institut AN Armyanskoy SSR (Hydraulic Power
Engineering Institute of the AS Armyanskaya SSR)) reported on the im-
portance of the simulating of water turbines for the production of
physical simulators of power networks. V. So Tarasov, Yu. V. Rakitskiy,
V. A. Mushnikov, A. I* Vazhnov, V. V. Popov, L. N. Semenova (Leningrad
Polytechnic Institute), Yu. M. Gorskiy (Moscow Institute of Power
Engineering), Ya. It. Luginskiy and M. G. Portnoy Ull-Union Scientific
Research Ilistitute of Electric Power Engineering), 0. V. Mikhmevich and
0. F. Kozlovskiy (Institute of Power Engineering of the AS USSR) gavo
in their lectures the methods worked out by them for the use of domestic
simulators, as well. as the results of the investigations conducted on
Card 5/10

Conference of the Schools of ILgher s/1o5/6q/ow/o8/2o/023
Learning on Physical and Mathematical B01?-/B058
Simulating
them. P. F. Fillchikov and V. 1. Panchiehin reported on the apparatus
for the simulating of fields with the aid of a conductive paper
~)(Integrato V)rAA-8/56 (EGDA--8/56) of the Institut matematiki AN USSR
ftthematiod Institute of the AS UkrSSR)), M. M. LitTino reported on
the same subject (Blectrointegrator 3TA 2 (ETA-21~,of the TsIAM). N, I.
Druzhinin (VIGM), V. R. Buldey (Akke-m-i-ya s-troite'llstva i arkhitektury
USSR (Academy of Civil Engineering and Architecture of the UkrSSR)),
N. N. Burlakov (Ukrgiprovodkhoz), A. A. Glushchenko (Kiyevskiy
gosudarstvennyy universitet (Kiyev State University)), 0. A. Ryazanov
Meningradskiy institut Y,odnogo transporta (Leningrad Institute of
Water Transportation)), A. S. Rozenkrants (Iva-novskiy energeticheskiy
institut (1vanovo Institute of Power Engineering)) and A. F. Fokin.
(VITR) reported an the use of conductive paper. G. Ya, Murq,~eva~and
V. N. Rudakov (Leningradskiy alektrotekhnicheskiy institut, (Leningrad
ElectrotTZ`hnical Institute)) reported on the simulating of fields with.
the aid of plastic conductors. Yu. A. Birzvalk, L. V. Nitsatskiy
(Institut fiziki AN Latviyskoy SSR (Institute of Physico of the AS
Latviyekaya SSR)), E. K. Yankop (Rizhakiy politekhnicheskiy institut LZ
Card 6/1o

Conference of the Schools of Higher 3/105/60/000/08/P-0/023
Learning on Physical and Mathematical B012/Bo58
Simulating
(Riga polytechnic Institute)), K. S. Damirchyan and V. V. Prusa-Zhukov-
skiy (Leningrad polytechnic Institute), N. 1. Druzhinin (VIGM), G. A.
Ryazanov (LIVT), K. P. Tenilin (NII GKS) reported on the use of the
electrolytic bath for problems from electrodynamics, the ~,;ubterranewi
hydraulics, etc. 0. A. T,tagunov, K, A. Gorozhanitin arad A. A. Zhigarev
(Mo8kovski,y inzhe'~e_rno-:_Micheskiy institut (Moscow
Engineerin,3 Institute)) gave now types of 11tr-aJect-oirra hs
Prudkovskiy, G. A. Tyagunov, N. Tsyganovl~:'~~-qs a amd Engineer-
inir Ins titute) , - Ye-.-Ye. Uy_khovsk~a~&, -A.-TT. Khe~rcheruto k Institut raut~j-
to tin i i elektroniki krn`stflEA`eof R`adro__T~"~i~rj_
k lk Y)
and 1. M. Bleyvas (NU QRW. reported automatir, co istruction of
trajectorles of loaded particles. P. M. Belyash and 0. M. Zdorov (Vse-
soyuznyy nauchno-issledovatellukiy neftegazovyy institut (All-Union
Scientific Research Institute of Petroleum Gas)) reported on very large
highly automatized networks with collection and interpretation of in-
formation. A. I. Laushin (Kuybyshevskiy industriallriyy institut
(Kuybyshev Industrial Institute)) showed the elententary ways for the
setup of a network for the simulatine of an arc furnace. M. D. Golovko
(TsNIIS Mintransstroya), V. M. Samus (Kiyevskiy institut -wrl~t=
Card 7/10

Conference of the Schools of Higher 8/105/60/000/08/20/023
Learning on Physical and Mathematical 3012/BO58
Simulating
Institute GVF)), L~ V. Nitsetskiy (AS Latviyakaya SSR), A~~ K. Kusnetsova
(NIS Gidxo~_xoyekta) and A. V. Amellyanchik (TsIAW reportaii-d on the appli-
cation of networks and chain circuits for problems of the elasticity
theory. P. M~ Belash, A. L. Goflin (All-Union Scientific Research In-
,9titute of Petroleum Gas) and N. Vo Korollkov ( Vychislitaltnyy tsentr
AN SSSR (Calculation Center of the AS USSR)) reported on problems of
subterranean hydraulics. K. N. Seleznev and A. 1. Taranik (TsKTI im.
Polzunova (TsKTI imeni Po_1z_u_n`o`v')_Y_,X_.T. Lavrova and e. Surminskiy_
(TsIal) reported on problems of heat transmission?" TIAq Conference dis-
cussed the realization of new analo&ue installationalWith continuous
interpretatio;i of the information, for '-.he solution of nonlinear bound-
ary prob:Lemd* f mathematical physics in the first place. Go Ye. Pukhoy
Vychislitellnyy tsentr AN USSR (Caj~ulation Oc!n,11-qr of the W UkrSSR)3,
I-. _Avu-L_L3s_, A-.T.- Lukl. tsa. 14 U. 1~v (Kazakhalciy
yano A~ A. K29-tri
gosudarstvennyy universitet Nazakh State Un3.ver !.~Y)l ana-1, M.
Tetellba,um (Moscow Institute of Power Engineeri- reported on this
subject. Yu. L. Kozlenko and Kuprlyanchik gave the results of the
development of new installations and elements of simulators of nonlinear
Card 8/1o

Conference of the Schools of Higher S/105/60/000/08/20/023
Learning on Physical and Mathematical B012/BO58
Simulating
dynamic systems. The reports by A. A. Khachaturoy and I. K. Pchelin
(Moskovskiy avtodorozhnyy institut (Moscow Automobile Highway Institute)),
V. M. Kalekin (Kharlkovskiy institut zheleznodorozhiaogo transporta (Kharl-
kov Institute of Railroad Transportation)), Yu. L. Favorov (KhIZhDT),
A. T. Lavrova (TsIAM), A. 7. Dabaglyan (Khar1kovskiy politekhaichesltiy
Ta-stitut Mia Ikov Polytechnic Institute)), I. K. Pt.-helilu and A. S.
Golovachev (TsNIIS MPS) dealt with t.he solution of problems of dynamics
on such installations. I. M. Tetellbaum, N. I. Chelnokov Oloscow Institu-
te of Power Engineering), A. M. Ashavskiy (TsKB Ministerstva geoloe;ii
SSSR (TsKB of the Ministry of Geology of the USSR), R. V. Roytenberg
(VABTV), A. Ye. Ordanovich (Fizicheskiy fakulltet Moskovskogo universi-
tote, (Department of Physics of Moscow University)), V.. A. Bebikhov
(GIFTI) and 0. L. Shekhter (Institut oanovaniy i fund..tmentov (Inatituto
of Supports and Foundations)) reported on the use of setup-simulators
(electronic simulators) for problems of dynamics. A. S. Rozenkrants
(Ivanovo Institute of Power Engineering) reported on the simulating of
magnetic circuits on a network analyzer. N. I. Chelnokov (Moscow Insti-
tute of Power Engineering) reported on the simulating of nonstabilized tl_~
Card 9/10

Conference of the Schools of Higher
Learning on Physical and Mathematical
'Simulating
internal fluid motion in open water currents.
Card 10/10
s/iO5/6o/ooq/o8/20/023
BQIP./BO58

AMMOTMOV. B.K., prof.; prini'malt uchantlye~--JV MV-SMOLM113XV,
A.V*# dots.1 KORMTA# V.I., lnzh.;
--UTATKOVS11rl". V.S., prof.; ALMS13Y. A.Te.. Prof.
Hydroelectric power stat one wl~h horizontAl g(inerating
units. Mr. etroi. 30 no.6:1-8'Je.160. OURA 13:7)
Is Chlen-Irorrespondent AN SSSR (for Aledsandrov).
(Hydroelectric power stations)

I
VULIMAII 0 Georgi7 L vovich; IVRIOV-SMOLENSlaY, A.V. 9 red.; BORUNOV, N.I. f
tekhn. red',
(Current trends in the manufacture of turbogenieratoral SovrezennVe
tendentsti v turbogeneratorostroenii. Moskva, Gos. energ. izd-Yop
1961. 55 P. (Turbogenerators) (KIRA 34:7)

TETELIBAUM, I.M,, red.; IVANOV-SIAOLENSHY, A.V., red.
(Papers delivered atthe Inter-university Conferenoe on -the
Use of Physical and Mathematical Modeling in Various Fields
of Technology] Doklady Mezhvuzovskoy konferentaii. po prime-
neniiu fid cheskogo i matematicheskogo modelirovani-im v raz-
lichnykh otrasliakh takhniki. 4th. Moskva, Mosk. anerg.
in-t. Vol.3jUse of mathematical modeling methods in engineer-
ing studies') Primenenie metodov matematicheskogo wdelirovaniia v
inzhenernykh isaledovaniiakh. 1962. 346 p. Val.."(Similarity
theory and physica3 modeling methods as applied to electro-
t4~hnical problL.-a' Teorlia podobiia I metody fizicheskogo mode-
lirovanlie, v prime.-temli k elektrotekhnicheakim zidaaham. 1962.
482 p. (MIRA 16:3)
1. Mezhvuzovskaya konferentsiya po primeneniyu fi7~icheskogo i ma-
tematicheskogo modelirovaniya v razlichnykh otraslynkh tekhniki.
4th. (Engineering-Mathematical models) (Dimensional analysis)
(Electric engineering-Hathematioal models)

BACHURIN, II.I., inzb.; VOLKOV, S.S.p inzh.; GORODETSKIY, S.03., prof,,
doktor teklm. nauk; GU!Z;V, S.A., dotDont, kand, tekhri. nauk;
ZHUYJICVII'SKIY, B.Ya., dots., kand. tekhn. nauk.;
UAI V vi. nauk; KIM,
.. dots., kand. tekY
I.I.y dots.) kand. tokhn.nauk; KORYTIN, A.A.,, iitarshiy pro-
podavptoll; KULIKOV, F.V., dots.; NIKULIN, N.Vb, dots., kand,
tekhn. nauk; POMMIKOV, A.11., dots.; FRIVEZENTSM', V.A., prof.,,
doktor tekhn. nauk; RUMSHINSKIY, L.A., dots., kand. fliz.-mat.
nauk; SOBOIEV, V.D., dots., kand. tokhn.muk; MdAPOVA, I.I.N.,
insh.; TIROMIROV, P.M., dots., kand. tokhn. n4tuk; BTDOROV,
A.A., dots., kand. tekhn. nauk; CIAMIKIIIN, A.A., dots., kand.
tekhn. nauk; CHILlYIN, M.G., prof,p glav, red,,; GOLOYAJI, A.T.,
~rbf.g red.; GRUDEISKIY, F.G., prof., red.; PZTROV, G.N., prof.,
doktor tekhn. nauk, red.; FEDOSEM~ AJI., prof., red.; ANTIK,
Ia., inzh., red.; BORUNOV, N.L., tekhn. red.
[Electrical engineering handbook] Elektrotekhniche ski]. rqpra-
vochn:Lk. 3., perer. i dop. izd. Fod obshchei red. A.T.
Golovana I dr. Moskva, Gosenergoizdat. Vol.l. 1962. 732 p.
(14111A 15: 10)
1. Moskovskiy energeticheakiy institut (for Golavanp Grudinskiy,
Petrovg Fedoseyev, Chilikin, Antik).
(Electric engineering--Handbooks, manuals, etc.)

TKY-S-11EV, B)raa Arkadlyaili~h; ZHUXBOVII-6KII, 21-Ya.,luind., tekbji, nauk,
dotis., red.; kand. tekhn.raukv dots.,
red. , EIJI, I DTATE IV ItA;Idi~. re d .
(Electrical engineering) Slaktrotekhnika. lzd.2., pwrer. i
dop. Moskva, Gonenargaisdat, 1963. 512 p. (MIRA 16:10)
(Electric engineering)
2~ W.

IVANOV-SMOLENSKITY a V . kand.tekhn.nau4t
i
Universal mechanioll characteristics of asinebronous machines
taking into account the rate of change of slipplige. Elektrichestvo
no.1:7-12 Ja 163," (MIRA 16:2)
1. Mbskoqi~iy en(orgeticheskiy institut.
JElectric motors, Induction)

IVANOV-SYDLENSKIY, Aleksey Vladimirovich, kand. toklin. nauk, dotsent;
OMEN, 'Ar-kadly IOAP641'dbp~ Inzh.
Study of permeances and inductances of the windings of electrical
machines and apparatus by modeling uning electrically c!onduativo
paper. Izv. vys. ucheb. zav.; elektromekh. 6 no.10:1161-1171 16".
MTRA 17; 1)
1. Kafedra elektricheakikh mashin Moskovskogo energe"Acheskogo
institute.

IVANOV-SY,OLENSKIY, A.V., kand.tekhn.nauk
Simulation of the frequency characteristics of sinchronouB and
asynchronous mqchines. Vest. elektroprom. 34 no.5:22-27 Vq
163. (WRA 16: 5)
(Electric machine'ry-ElectromechamIcal analogies)

IVA KT 7 1 A.V. (Mosk-va,'; 1APCHENKO, P.I. (Mosxva)
Petermlaa~lon of frequency and load ehara-,t~)riatla!t of saturated
:... azynohr~~ous machines usir- a similitude irethod. Izr. AN SSSR.
Energ. itranap no.2.169-181 Mx-Ap'64. (MIRA 1?. 5)

IVANOV-SMOLF,NSKIY, A.V., kand.tokhn.nauk, dotsent; DULIKIN, A.I., inah.
Calculation of steady-state currents in the damper winding of a
synchronous machine. Elektrichestvo no-3t72-78 Mr 164.
(MDU 17.-4)
1. Moskovskiy energetichaskly institut.

ACCESSION NR; AP4044508 S/0281/61#/000/004/0466/0473
AUTHOR: Ivapoy,7Smo.tf_pskl.y,_A.,V..; Tamoyan, G. S.
TITLE: A basis for designing shielded asynchronous electric motors having a con-
ducting fluid in the gap
SOURCE: AN SSSR. Izv. Energetika i transport, no. 4, 1964, 466-473
TOPIC TAGS: electric motor design, electric motor, shieldiid electric motor, asyn-
chronous electric motor, gap fluid
ABSTRACT: Hermetically scaled asynchronous motors with conducting fluids in the
gap are used for pumping liquid metals, electrolytes, etc* In this paper, such a
motor is described and the layer of conducting fluid is treated as a finite number
of hollow rotors with slip varying between I and s I the magnetic field developed
Ptor and all Lhe hollow rotors.
being a combination of the fields due to stator, r0
Magnetohydronamic forces are not amenable to the. usual methods of calculating elec-
tric motors but are described by the Maxwell equations for a moving medium, the
Navier-Stokes equation and the equation of continuity, the system in general not
being integrable. in the K6fedra elektrichcskikh mashin MEI (Electric Motor De-
partment MEI) models were set up for s udy ng the behavior of liquid sodium (at
150-20OC5 having Reynolds numberl of 101-1A. and Hartmann numbers of 0-100, in
~Cord I /Z

ACCESSION NR: AAo4450
full and partially full gaps. The results for laminar flow and a rotating field
showed that the characteristics depended on the Hartmann number and that the loss
in the layer was approximately equal to th *e power absorbed from the stator field,
in the synchronous unloaded condition. Using the method of dimensions and the
principle of dynamic similarity, a universal relationship was obtained betwee n loss
in the conducting fluid and the Hartmann number. With reasonable assumptions as
to flux leakage etc., a vector diagram. equivalent circuit and power-dissipation
diagram were constructed and a system of equations derived. The solution of these
eq4ations yielded all the design parameters, such as flux in the gap, differential
di,,)~slpation, friction due to liquid, resistance of shielding, etc. Twelve addi--
tional sources of power loss were listed and stated to contribute only 0.45% In
a loaded operation. Orig. art. has: 6 figures and 18 formulas.
ASSOCIATION: none
SUBMITTED: 19Sep63
EIICL: 00
SUB CODE: EE NO REP SOV: 007 OTHER: 000
Cord 2/2

y
ACCESSION DIR: AP4042739 S/0143/64/000/00610032/0039
AUTHOR: Ivanov-.Smolenskiy, A. V. (Docent); Tamoyan, G. S. jEngineer)
TITLE: Similitude criterion of magnetohydrodynam1c phenomena and
electromagnetic-power losses in a layer of conducting liquid between the rotor
and stator in an induction motor
SOURCE: IVUZ. Energetika, no. 6, 1964, 32-39
TOPIC TAGS. pump, sealed pump, liquid metal pumping, conducting liquid
pumping, sealed pump motor
ABSTRACT: This problem is confronted in simulating the driving motor of a
completely sealed turbine-type pump handling a liquid metal or other conducting
liquid. By adapting the classical Navi-r-Stakes fluid-motion equations to the
specific conditions of the sealed-pump motor, these similitude criteria are
developed:
j sj, Idem,
I AB Idem. (Hartmann's criterion, M),
A~ -Card

ACCESSION DIR: AP4042739
Where a. is the slip of the rotor boundary in the magnetic. field, A Is the gap
thicknesa, B it; the magnetic induction, cr is the electric conductivity, 9 is the
liquid density, and I is the kinematic viscosity. Scale factors for determining
power losses in the motor are calculated. The above criteria were experimen-
tally corroborated on a universal induction-motor model with a liquid metal in its
airgap; tests were conducted in a wide range of M, Theoretical -and experimental
unit -electromagnetic -power -vs. - M curves are presented. Orig. art. has:
1- 3 figures and 31 formulas.
ASSOCIATION: Moskovskiy energeticheskiy institut (Moscow Power -Engineering,
Institute)
SUBMITTED: lZDec63 ENCLI. 00
SUB CODE: E.E NO REF SOV4 008 OTHER: 000
Caid?

L 1068-66 9-Tr (d)/FWT(l) /EPA (s )-2/5,1T(,Tj)/ajP (w)/FPF (n) - /AV ikt-~1)/
,Lr7rUT/457A (h)/ETO W, JDAWATO/V1
AC6ESSIM IM AR5006808 S/0196165/%~0/00fj'1014/1014 I
SOURM Ref. zh. Elektroteldudka i energetika, Abs. 1165
AUTHORi 1vanov-Smo1enskJy...A._,V.; T~~aR,_G# So
TITLE: Design of the induction shielded motor with a conduatkng 11A~xttl in its 0ap
ICITED SOURCE: Tr. Mosk. energ Iii-ta, VTP -56,~'1964o 2OT-220
TOPIC TAGS: indue-cion motor, conductine liquid pump, sealed puiiT,~ motor
MUSLATION: A method of design 9f the shielded :Wduction motav havbig a conduottI5.
liquid between its stator and r4or is substantiated. Such noixins aro -used in tb43
sealed pttLT-a for liquid metals itblectrolytes, or other conductIng Such 13.
motor can be regar-d~Taz -asquirrel-cage type holding in Its i1all sevarill hollow
rotors with different velocities. The stator shield is stationaixy and has at slip
s = 1. The rotor shield is stationary with respect to the rotcw and haw, a slip
S = '9PThe conducting-liquid layer In the gap can be regirded tim an infinite
number of hollow rotors whose slips continuously vatry from-s - 1 (it the stmtor) to
13 = B (at the rotor). Tn such a notor, the mutual-iadAiction flatld in f-,,)rmad as
Ccard 1/ 2
card-W 1 1, W1 0~- 1Jfj11M111N1'4 "I
It ill -MAU,

in the bra in v ;q, i I I~t,,
r,C)4 7 v m:,
klin",~bF;gko: Pat-'
l4editsina, 1).
p

1. 69,27-66 ENT(I )/EPA (S)-2/F_WT(M)/EPF-~'c)/FC3(f ) D.7
ACCESSION NR: APS006239 S/029Z/65/000,10021000510009
AUTHOR: ;M~~nqy_-Srnolanskiy. A. '~*iCandidtt* of tochwical #,Ooinceo);
Tarnoyan i-IG in640'
TITL& Ex~p4qrsidnsn!l investigation of tho phenomena traitimpirldig'in a layar of
conducting liquid in an induction-motor gap,
30URM. Moktrotelthnika. no 19
TOPIC TAGS,. sealed rotor pump, liquid metal pump, irid)iwtioli triolor, pul-Ap
motor
ABSTRACT: An experimental outfit intondad for simulaiiiiig thii; o1:1cration of a
sealcd-rotor 1~~ ~etaa~lpump'Nnduction motor is daucribed. 1D& prosem-.1i of
the liquid metal in tho stator-Yotor gap groatly complicwt4is doUirminiiij? th,ti niot4jr
characteristics because the phenomena in that metal-fillail. gap 46tiy the lawa of
=gnelohydrodynamics. hardly describable by rnatharnatkal mwum. Henca, an
exporimental machine was developed which parmittod a iinpximtirn liquid-soMurn
ternparature in the gap of 200C, a working wnparature ild 150C, itind a Reyiloldw
number of 7000 or nauch higher; powar-supply frequency. ZO-VO cpo~ slip
Cord I
An

L 6937-06
ACCESSION NR: APS006239
1 -0; motor speed, 500-3000 rpm; gap, 0, 4 1. 41 i~nm; Aux den
range,
1000-7003 gauss. Your replaceable stators with differt~n
t actit'" lengths.
diameter&. and pole numbers were used. two of the statora had a four-speed
winding, one - two-speed, and one - single-speed. Twolii,a rot~~ra perrnitw-6
setting any of three gapst 0.4, 0.9# or 1.4 mm. The effi:t:t of the mutual-
induction emf of the rnzchine upon the power consurned by tits I iqt4d,- sodium -~8'36p
T layer was determined under synchronous no-load conditions!. Thu j*rnic powfi:r
received by the layer was approximately proportional to thiii vffeckile vaille of tho
gap flux denoity. It was also found that the emic-power too it in tiui Ijap depends
only slightly on the working slip and on the gap thickness. Orig, mri. has:
8 figures and 8 formulas.
ASSOCIATIT, JAoskovskiy energetiches Moucom Poi) ex-Enginvering
kiy in.stitut
Institute)
SUBMITTED: 00 ENCL: 00 '"SUB 4: OD E: J E
NO REF _SOV. 000 OTHER: 000
40.
FT

. IVAVGV--43MOLENSKIYI A.V. (Mookya)
Conditions of physical similitude of quasi-atationary electromagnetic
fields in ferromagnetic media. Izv.AN SSSR.Energ.itransp. no-405-44
JI,Ag 165. (MIRA 18ilo)

GG
AUTHCHi Ivanov-Skolemkiy, A. V. (Moscow), 1. (0041M)
ORG: norle
:P I
TIM: Phyuical sirtulation of electroampetic fields in Vir
-MaRlEnt
SWRCR: AN SSSR. Izvestlya. Naergetika i transport, no. 54! 1965%, 69-76
TOPIC TAGS% elect~omignetlc neld, simulation
ABSTRACT: Similitude of magnetic phenowma in solid ferrongnatla (steel 3t4-20)
toroids at flux densities up to 20M gausues was Weriate"11.&UP lnvestiaat.~d at
50s 75, 100 cps (original) and 2001, 300j, 400 cp (model). Tho exporiza-Atal date
corroborated the assumption that, in simulating quasi-statI.I.anary alectromqpotia
fields in forromagnetic media, the magnetic viscosity can be neglectod at travoncies
UP to '400 ka. The simUitude criteria for quasi-stationanr eleciXeMagilatic Molds
.in linear media can be extended Mar thO =16 of nonllnexr naftt U cortaLn
cqnditions (forawlated In the article) are met. Oriz. art. hiLs: 44; TSVa'ea and
7 formulas.
SUB CODE:09, 20 SUM DATE, 19Mar65 allG R"' 008 OTS VHF3 OXI
Card Ill UM, 538-NOOUR

DIJI'lirillil A.T., inzh.; I.VANOVI!MOLz',N3KIY, A.V., kallcl. t,,3kbn. rauk, doilsent
Calculation of current,3 In the damper winding of a aynahranoua
generator taktng into'account nhangoEi in the self-l-liductance
of its ntagav duo to toothed sectors of the oi,maturo. Elektric'nest-vo
no..12083-43 D (KFRA 18:12)
I. Mosko-vakiy energeticheAiy irstitut.

MLI'Mrll, A.I... Lxth..; AV.,o kunclo,loWuummuk
Camalatior. or muvontm In tbD d=.rAm", W-MO.ne, off, Eli
-mcldzw vlftb Imcddaration of morrabott
pu2catLona or tho rpwllr=oua fields Moktrotolchtgft
36 no.2104-57 ff 965. (IMIA W01)

ACC NRt AP7003343 SOURCE CODE: UR/0281jilfl/0001006/0071/0071)
AUTHOR: Ivanov-Smolenskiy, A. V. (Moocow); Tarnoyan, 0. S. (Moscow)
Card
ORG; none
TITLE: Turbulent flow of a conducting fluid in an annular duct under a circular
rotating magnetic field
SOURCE: AN SSSR. Izvestiya. Energetika i transport, no. 6, 1966, 71-79
TOPIC TAGS: turbulent flow, conducting fluid, magnetic field, rotating
magnetic field, liquid metal, magnetohydrodynamics, electromagnetic pump,
nuclear reactor
ABSTRACT: Equations were derived earlier by one of the authors (see: G. S.
Tamoyan. Magnetohydrodynamic phenomena in the layer of a conducting fluid
between the rotor and stator of an asynchronous electric motor. Izv. AN
SSSR, Energetika i Transport, 1964, No. 3) which describe the laminar flow
of a conducting fluid in an annular duct with a moving boundary (in the space
between the asynchronous electric motor and the rotating rotor) in a circular
magnetic field. In the present article, the authors present a 'quantitative analysis
of turbulent flow in such a duct. Similitude criteria are obtained for the loss of
1/2 UDC; 532. 517. 4:6 21. 3. 013. 33

IIIANOV-Smollenskii, V. ~1`
Elektrifikatsiia zheleznykh dorog SSSR. Z"Electrification of' rallromds of the U. S. S. R.
(Sots. transport, 1931, no. 1-2, P. 31-43).
DLC: HE7.S6
SO: Soviet-Transportation and Cormmications, A BibliograRh-v, Lirary of Congress,
Refererice Department, Washington, 1952, Unclassified.

IVANOV.-SMOUKUSKIY V.G.
I --
Method of determining the number of railroad carm for electric
haulage in strip mining. aor. z~nr. 122 no-2:27-30 F 148.
(Kine railroads) (w" 8:9)

K Y -V
AID P - 1287
Subject USSR/Electricity
Card 1/1 Pub. 27 - 1l,/30
Author Ivanov-Smolenskiy, V. G., Eng., Solikamsk
Title : Regenerative braking and weight of train
Periodical : Elektrichestvo, 1, 53-57, Ja 1955
Abstract : The author analyses the relationship between the weight
of the train and the slope of the track on the energy re-
generation. He studies the relation of power generation
to power consumption of a given train on a certain slope
when moving up and down grade, and establishes some
characteristic factors and curves. Three diagrams.
Institution : None
Submitted : Ap 26, 1954

a
IVANOVA, k (Sofia)
From some experiments in physics.
Ja-F 165. Mat i fiz Blllg 8 no.1:18-19

BELOTSMKOVSKIY, Grigoriy Bentsionovich; BABKIN, N.I., inzheraer, retsenzent;
IVAIIOV-TSYGAMOV, A.L. kandidat telchnicheakikh nauk. radaktor;
PSTROVA, I.A., izdatellskiy redaktor; SHCHMAK07, P.V., tekhnichdiskiy
redaktor
[Antennae] Antenny. Moskva, Goo. izd-vo obor. proaWshl.. 1956. 495 P.
(Radio-Antemas) (MLRA 1O.-1)

GONOROVSKff, Iosif Semenovich; LYAL2,V-TSYGANOV, A.I.,
N.Y., tekhnichashy rodaktor
redActor; LEDNRVA,
[Fundamentals of radio engineering] Osnovy radiotakhniki. Hoskya,
Gos. izd-vo lit-ry po voprosam SVia2i i radio, 1957. 726 p.
(Radio) (MMA 10:4)

.11 In 14111:111M
tNlt
KRUMIKOV. Sergey Bergeyevich, kandidat takhniohookiMt~umuk-.-,WAI"AMmmm
AV -- AI
.., )mndidat tekhaicheskikh wak. ndikktor; SuIrMWA.,
I.A., redaktor; LZBADWA, L*A., teIchnicheak1LRj?AONf*-I-,41*'
CApproximats numerical method for calculating transition processes
in linear and nonlinear systems (method of recurrent formulas)].
PriblizheWi ebieleni%vi metod rascheta perekbodn,*h proteensov
v lineinykh i nelin6inykh sistemakh (metod rokureiftykh for=I).
Moskva, Goo. izd-vo obor, promyshl,, 1957. 57 P. (K3scow. Avi-
atsionnyi Institut. Trudy, no*78). (KESA 10:6)
(Differential eq~xatlons) (Approximate courputation)

FROLKIN, Viktor Tikhonovich; IVANOV-TSYGABOY, A.I., kapd.tekhn.nauk,
red.; ANIKINA, H.S., iz4at.red.; ROMIN.'-T.P., tekbm.rod.
(Indicator devices; abstracts of lectures] Indikatornys
ustroistva; konspekt lektaii. Koakva, Gos.izd-vo obor.-pronwohl.
Pt.2. (Generation of -pulses; principle types of two-dimensional
indicators] Gencrirovanie impullsov; Osnovnye tipy dvumrnykh
indikatoTov. 1959. 203 p. (HI-RA 12:5)
(Pulso techniques (Electronics)) (Oscillators, Electric)

BELOUSIOV, Anatoliy Prokoflyevich; 4VAV.QV-!wTSYGANOV, A. -A Aund.takhn.nauk,
taklm.red.
red.; ANIKINA, M.S., Izdat.red.;
[Calculation of the noise coefficient of radio receivers] Haschet
koeffitsienta shuma radiopriamnikov. Moskva, Vroa.lud-vo obor.
promyshl., 1959. 135 P. (HIRA 12:12)
(Noise) (Radio--Receivers and reception)
j:

LEYBM, Koisey Yefizovich; FROLKIN, V.G., kand.tekhn.nauk, reteenzent*,
KHRISANOV, YeaLe, inzh,, retsenzent;.XyAk-Y::ZPA44y _,AALXA.#, kond,
'tekhzx.zxauk, r,6d.; KOROZOVA, P.B,, lzdat.red.; IUMIKOVA. N.A.,
takhn.red.
(Pulse techniques] Impullenaia tekhnika. Monkva, GoB.nauchno-
tekhn.izd-vo Oborongivo 1960, 206 p. (MIRA 13ilO)
(Pulse techniques (Electronics))

STRAUSOVY Boris Georgiyevich; IKODNIKOV, S.N., kand. t9khn. nauk,
retsenzent; VILYAYEV, N.A., inzh., retsenzent; IVAIJOV-
-TSYGANOV? A.I., red.; MARTEMIYANOVA, V.A., red.1-
A--,K.P., tekhn. red.
(Measurements in electrical and radio engineering] Elaktri-
cheskle i radictekhnicheskie iwereniin. Mookya, Mosk.
aviatsionnyl in-t, No.l. 1962. 69 p. (MIRA 16:10)
(Electric measurements) (Radio raeasurementis)

BZKLOTSERIMVSKIY, Grigoriy Bentsionovicb; BABKIH, N.I., Inzh.,
retsenzent; ZHDAIIOV, V.K., inzh., retzenzent; KALANULRW,
M.N., inzh., retsenzent; TSLEZHKO, M.I., inzh,, retsenzent;
FAKTOM)VICH, M.D., inzh., retsenzent; FEDGTOV, M.EL., inzh.,
retsenzent; SAMOYLOV, G.V., inzh., red.;.IVAN6V-TSYGWIOV,
A_,-,-.kand. tekhn. nauk, red.; BOGOWILO
VZHIN, V.P., tekhr. red.
[AntennaflAntenny. Izd.2., perer. i dop. Moskva, C)b:)rongiz,
1962. 491 P. (MIR& 16:2)
(Antennas (Electronics))

KAGANOVICH,.Vaum Aronovicb; KU21ETSOV, V.A.., doteentp kand. tekhr.
nauko retsenzent; IM10 V-TgG
AILQY.,A. L kand tekki.nauka
red.; BOGOMOLOVA, M.F.., red. izd-va,'9hrUXNA, ILLa.
tekhn. red.
(Radio equipment of airplanes ]Radiooborudovanie sarnaletov.
Mo&kvap Oborongiz., 1962. 199 p. (MRA 25,'9)
(Airplanes--Radio equipment)

ACC-INR.
IvanOv-YEsipovich, Nikita Kon's'tantinovich'
t*V
Physicochemical principles of the manufacture of radio electronic
equipment. (Fizilco-khImicheaklye osnovy proizvodstva radioelek- i
tronnoy apparatury) Moscow, Izd-vo "Vysshaya i;hkola", 1965.?
.19L~ p. illus., bib-lio, Textbook for students at vadio engineering
institutes and faculties. . 11,000 copies printed.
TOPIC TAGS: printed circuit$ microminiaturization# lntigrAtad circuit,
Semiconducting materialp somiconducting polymer* miniature electric equipment$
radio equipment_, thin film.eircuit
PURPOSE AND COVERAGE: This textbook has been approved by the Miniswxy
of Higher and Secondary Special Education, USSR, for radioengineering,
students in schools of higher learning. It may also be useful to
.specialists In this field, The book is based on the course titled
"Radio equipment technology" which is included in the required our-
riculum of these schools. The book was methodically planned by the
author in the course of his work in Institu~ionn of higher learning
-and In industry. Considerable attention is given to integrated
.microcircuitry as the most promising prospect in radioelectronic
development. Ch. IV. was written jointely by the author and L. V.
Alltman. The participation of the following is acknowledged:
*F. Y. Yevteyev, A. A. Drugov, M.G. Kanazeyeva, and N. T. Volokobin---
,~,,kaya. There are 81 references: 51 Soviet and 31 non-Soviet.
9-1 T T -

ACC NRs
. Am6oo8485
TABLE OF CONTENTS (Abridged];
Poreword -- 3
Ch. 1. Inorganic coatings and films -- 5
1. Classification -- 6
2. Preparation of the base surface -- 12
3. Metallization by fusion -- 26
4. Metallization by hot pulverization -- 36
5. Obtaining films by,evaporation in vacuum -- 38
6. Obtaining ~Ilms by chemical deposition -- 56
7. Obtainin '- films by electrolytic deposition -- 64
8. Electrophoretie deposition of insulating materials 72
9. Obtaining oxide films because of the base material 74
Ch. 11. Polymers and silicates -- 80
1. Adhesion -- 81
2. Moisture-protective properties of organic film -- 83
3. Impregnation -- 89
4. Casting - -- 93-
5. Compounds and varnishes with conductive and resistive fillers 10
6. Obtaining organic films as a result of the chemical conversion of
a material by the action of Slow dischargeo electron bombardment,
Card 2/'j
ACC NR% A1405008485
or exposure -, 106
Inorsanic polymers -- 108,
Physicocheinical fundamentals of radioceramic technology .-- 114
Ch. III. P',ly3jeochemical fundamentals of assembling __ 125
1. AssemblinG methods -- 125 of*a
2. Selective removal of a metallic coating from the base
printing plate - -- - ~ 1-28 ':' - a Iprinted circuit on an
3. carrying out a metallic drawing for
insulated base -- 136
4. Soldering during assembly
Ch. IV. Physicochemical fundamentals of integrated microcircuitry - 146~
1. General characteristics of integrated film microcircuits -- IL~8
.2. Film microcircuit-comp9nents -- 157
3. General characteristics of semiconductor integrated microeir
cuits -- 170
-ion of semiconductor microcircuits 181
4. Product
5, Components of semiconductor.microcircuits 189
BibUography - 189
SUB CODE.- 09, 3.1 / SuBU DATEs 29gay65 ORIG RU.-.051 OTH RIF2 030

INOZMSEV, D.; VLASOVA, A., starshiy inzh.; SIDOWITKO, I.; J.'VANOVA, A.,
obliteavahchitsa
School of progrenive practioes. Stroitell no.D27-28 Ja 161.
(MIRA 14t2)
1. Nachallnik uchastka SSMU-29 tresta Sochispetustroy-(for Inozenitsev).
2. Proisvodstvenno-tekhnichoskiy otdal tresta SiLkbatxoy (Arzaman)
(for Vlasova) . 3. Brigadir shtukaturov S M-35 tresta UelMstroy
(for Sidorenko). 4' SI~T-3 tresta KrasnodiLratrcQr (for Tvanova).
(iZding-Techno:Logical i=ovations)
mm'

- i ill In Tom!
T-- I Tl
7rml T-
-
FTTF,

IVANOVA, A.
SURNAMES Given Names
Countr7l Bulgaria
Academic Degreess not given
Affiliatim: not given
Sources Sofia, Matematika i Fizika, Vol IV, No 5, Sep/Oct 3.961, RP 52-54
Datas "Annual Review of the Material in Physics in the Ninth %#ada."
.9o]-6"

IVANOVAP A. (Sofiia)
Repetition of the theme "Magnetic Field and Electroungnetic
Induction" in the 10th class. Nat i fiz Bulg 5 no.4:la-42 JI-Ag
162,

ALEKSEYEV~ P.; IVZOVA, A., red.; FYIAYEVA~ A.j red.; TIKHONOVAj Ye.,
red.,- red.; FEDOTOVA, A., ta-khn. red.
(Land and men) Zemlia i liudi. Moskvap lzd-vo vellkhoz. lit-
ry, zburnalov i plakatov, 1962 195 P. (MIIU 15%3)
(Agriculture)
FT

DOBREV,, St~.; DRAGANOVA, R.; IVANOVA. A.
Tars obtained through the pyro2.yl3ig of AilantiLs glandulosa.
Rhim i industriia 34 no.4:140-W 162.
lo Chlen na Redaktsionnata kolegiia, "Khimiia i inclustriiall (for
Dobrav).

IVAITOVA, A.
Active Immunization against irifeetious hepatitis. J.Gsapo and
others.'(from "Orvosi Hatilap," 30, 1960). Zdrav. 5o1. 7 no.5.'
'63 My 161. - (DIIRA 14-6)
(EEPATITISp MMGTIOUS) (CSAFOJ J.)
I

IVANOT, T.; DDIITP.,3V, D.; IVA.N,*'Vi~.,
Estrogens and tho harnogrp-ri. q*nnIlt. (7of"i"a's 3 n-.4,.-
671-65 16-1

BAKY, L.T., k%,nd, selikhoz. nauk; KiYLO,~,", V,S,, kand. selllcacz.
ria"; KFIKUN, A.A., Ger:.,y
kand. sollkimz. nauk; 9F~-)LIXAli, T.A,,p kind. nollkht-12.
nauk; KAI-CIUKINA, K.L. kand. -olkhoz. nauk; PLAU'llf",Vp
~' '010 h, A. , red . ; SIRGEY EVA, V.
P.A., kand. ekon. naui; Vl
red.
(The economics and organization of -OOU-tl-j 1'4Ljs!rjyj Eko-
nomika i organizatsiia ptitsevodstva. Mosk-va, lzd..-va
IlKolosyll 1964. 357 P. (HRA 1~:2)

USSR/Human and Aninal Morphology. Nervous System. S
Abs Jour: Ref Zhur-Diol., No 15, 1958, 696o6.
Author : Ivanova, A.A.
Inst :Molotov Medical Institute
Title :Nerves of the Skin in the Early Stages of Syphilis.
Orig Pub: Tr. Molotovsk. ned. in-ta., 1957, No 27, 242-244-
Abstract: No abstract.
Card : 1/1
16

STRAYMOR, A.P., IVAIJOYA, A.A. (Ufa)
Interniption of a ence of aurlculnr flutter followire surgery for
gastric cnncere Elin.mod. 36 no.5:120-121 My 158 WRA 11;7)
(AURICULAR FLUTTM, anee reports,
intorruption nfter evirg. of gnstric ennoer (RUB))
(STOMACH IMOPLASKS, surgery
postop. interruption of nuric. flutter (Rus))

SOLOMATINA, O.G.V kand.med.nauk,- 19AYSHEVIOlip Mop kjUidomed.nawc; LEV114,
S.M.; IVANOVA-9-A.A.
Clinical aspects of rhe=atic fever in children. O*T.med. 24 no,.Ils
H"160. (MIR& 14:3)
1. Is revmatologicheskoy kliniki kafedry pediatrii (aav. - Oeystvitelln7y
ohlen AMN SSSR prof. G.N.Speranskiy, -nauchnyy rukovoditel I klin;iki -
qbktor meditainskikh nauk R.L.Gamburg) TSentralinogo instituta
usovershenstvovaniya vraohey na base klinichoakoy detokoy lol'Aitsy imeni
Dzerzhinskogo (glavnyy vrach A.N.Kudryashova).
(RUMATIG FEVER)

IVANOVA --A.A.
Species of ikbdid ticks along the Orenburg Rnilrand. A.A.
Ivanova. Red. parnz. i paraz. bolo 27 no,2:222 Mr-Ai) 158 WRA 11:5)
1. rz sanitnrno-epidemiologicheskoy stantaii Orenburgskoy shelazymy
doror,i.
(MNBURG PROVINCE_-TICKS)

IVANOVAI All& Anatollevna, comp. --
Experience and achieviments of innovators in aniral husbandry. Sheep breeding;
bibliographical index. Moskva, Gos. Izd-vo kullturno-proswatitellnoi lit-ry, 1954. 63 p.

IVANOVA, Alls. Anatolleva, comp.
Experiende and achievements' of progressive livestock breeders. Horse breeding;
bibliography. Moskvat Gos. izd-vo kullturno-proovetitellnol Ilt-ry, 1954. 90 P.
1 1! ~. .

ROGOZIN, G.M.; TSYNKOV, M.Tu., kand. eel Iskokhozyajvstv*nnvkh nauk; IAMAXOTAS
A.A., Imnd, sel'skokhozyaystvem2ykh nauk; RUMTANTSVA, T.T.;
TRUDOLYUBOV. B.A.. kand. eel'ekokhozyaystvennyIrh nauk, KUDRYAVTSBT,
P.N., doktor selskDkhozyayetvennykh uauk; -LITOYCHEITO, G.R.0 kand.
eel In'kokhozyayetveunykh nauk-, KOLMOV, G.M.; IOV2, I(Ah.; KHITMKOV.
G,G,, doktor sel'skokhozyaystyewifth nauk; BADIRITAIT, 0,0e, doktor
selI9kokhozya7etveun7kh nauk: JTgOVA, A.A.; RMUMV, A.P.; AIBATSKIT,
I.P.; SPIRIMNOV, A.L., kand. self nauk; ZHUYEOT,
G*G*; RA"IKOVp ReAms red,; IVAHOVA, A.R., red.; ZUBErlINA, Z.P.,
tekhn. red.
[1conomics and organization of stockbreeding on collective far=]
Bkonomilm i organizatsiia zhivotnovodstva v kalldiozal~h, Mockra,
Goo. izd-vo sellkhoz. lit-ry, 1958. 550 po (MIRA II.&?)
(Stock and stockbreeding)

------------ - -----
r
BU-L -klriil

ABS* JOUR, t R7"4 9, No922 1959 NO* 80075
AIJ7!~CJR Ivanov, T., Gerov, S., and Ivanova, A.
t ?Iovdi.v Institutel of the Foi;d' d avors Inluctry
lUlV,7Ud

=rj, FUB, Naucbni Trudi Vissh InGt khranit i qkuz3 Promishler.-
ost-Plovdiv, 4, 99-129 (1958)
A BS TRA CT The authors present data on the mechanical compo-
-V--on of the grapec-, the cl-jemical romp)sition of
the wort, chapKer, in the corrposit.Lon during r.Ll)en-
Ing, and thp effect of extnrnal factors ou the
qual.1ty of the r~repes.
IVAMV.

IVANDVA, A.A.
-Z ~
Effect of sod plowing depth on microbiological procoasee In
light Sierosems of the Vakheh Valley. Dokl.All Tac1zh.SSR 2
no.4:31-38 159. (M 13:4)
1. Vakhahakaya pochvenno-maliorativnayn stantsiya Inatituta
pachvovedeniya AN Tadshikskoy SSR, Predstavlano alutdomikon
AN Tadiffilkskoy SSR I.N.Antipovyn-laratayevyui.
(Yakhah Valley-Siorozems)

A
SAPGIR, I.N. . doktor tekhn. nauki IVANOV-&._A ~A. * GOL IDBERG., M.N.
SLKM-IOV, A.V.; LUBMMIJ A.I.; SVEWLIZIF M.S. j TYMIN, B.F.
Prinimali uchastiyes PLIPLINA, A.I.; 10M, M.Ya.; LIVSIIITSt
M.L.p red.; ZAZULISXAYA, V.F.p tekhn. red.
(Paint materials; raw materials and intermediate products;
haLdbook] lakokrasochuye materialy; syrIe i poluprodWcty;
spravochnik. Pod red. I.N.Sapgira. Moslcva, Goa.naucluio-
takhn.izd-vo khim. lit-ry, 1961. 506 p. (~MU 14:12)
(Paint materials)

1. LYA3KOV3K.'AA, Yu., IV.'%1!cV.".J-..--
-it (' )
SO, (SCIO
u
4. Viteinins
7. Vitamins in muatl Mias. ind. SSSR 23 no. 5, 1952.
9. MonthlX List of Russian Accessions, Library of Congress, February -1953. Unclassified.
~11- " ~IjlI7r,

-;."protective cod&Ajor amoked produpts of park; r..
,,avr6a, Ya. Lyaskovskaya, and A. 1vaMVji. M.-immiya
Ind. 5,S.S.R, 24, No. 4, 2941(0,53)~Tist daii Jim
Inbulated (bncterla und mold civint, and PC xWe 1111(t W-11
j "Os. of the fat) to indicate the VViCienCy Of WHOM C0101IFS
for p!otectlori of smoked meats. The coatinip tuiti-d qvre
Relatill wta sevemi Synthetic nVatftials (pillatniitqn. 1111V
vinyl acetate, pofyvffiyl cNatidn, *n4,me H1111(r.;1I drsi
V,
In gentral coated products (buon) were inore stWe thwi
-contp)IS. The gthithi coiting mis inade. frobi a solo. vwn-
pri%ing gelatin 19, glycerol 3.6, berizole (teld I water VIA%

LAVROVA, L.P., kandidat tekhnichaskikh nauk; LUSIMILLU, Ylt.N., kandidat
tekhnichookikh nauk; SHISMRA, N.V., kandidat tekhaloheakM nauk;
DTKLOP, V.K., kandidat biologicheakikh nauk; JTAjM&b, 1&d-
shiy nauchny7 sotrudnik; KA OVA, N.S. ; DUBROV INA, L.",.~;^iOLATAYSY,
T.N.
Protective coating for sausages. Trudy VIRIMP no-7:48-67 155.
(MLRA 9:8)
(sausages) (Protective coatings)
I 11T I

LYASKOVSUU, Yu.H., kandidat takhatcheskikh nauk; UNLV4 A.L., mladoMy
nauchay7 sotrudnik; GRISHINA. V.I., zaveduyushchly 1Ato`rator1:reV;
PWMIN, Ta. S.
Studying changes in fate during storage. Trudy VNIMP no,7:78-95 '55-
(KIRA 9:8)
1. Voesovuznvy nauchno-iseledovatellskiy Institut myasnoy promy-
shlennosti (for Lyaskovakaya, Ivanova)j 2. Naclmllnik CM (for
Pt*lin); 3. Kholodillnik Ro. 10 (for Grishina, Puklin)
(Oils and fats, 11dible)
F

X VI
try 7 r 1;1~2 Ul alt
E I M5 vli
111,3t"11
P-11 MI.
He 114
&nd 13

USSft_/ Farm Animals. Cattle.
Abs Jour: Ref Zhur-Biol., No 12, 1958, 54771.
Author : Mozgovaya, R.P., Solov1yev, V.I., Sadovnikova,
N.V., Ivanova, A.A.
Inst :Not giVe ~.
Title :The Use of Diethyl-s-Mbestrol in the Fattening of
Cattle and the Method for the Determination of
Its Content In the Meat.
21
Crig Pub: Doklady VASKhNIL, 19572No 8, B-12.
LA
Abstract: The fattening of cattle on distillers' solubles
and beet pulp, with the addition of 7-10 mg. of
diethylstilbestrol daily, per head showed that
the weight gain increases by 12-1R and feed ex-
pense decreases by 11-14fo; the slaughter output
of,meat and raw fat augments by 5%. A modified
technique for the determination of the content of
diethylstilbesterol in the meat is described.
Card 1/1
33

FI

KORMILITSYN, V.S.; IVANOVA, A.A-
Genetic characteristics of the ralanguy sulfl4e-fluorite deposit
(eastern Trausbaikalia). Zap.Vsos.min.ob-va 88 no.11077-394, 159.
(MIRA 12:11)
1. Daystvitellnyy chlen Vemyunogo mineralogichevicolp obahchostva
(for Kormilitsyn).
(Kalanguy region (Transbalkalia)-Fluorite)
(YalanM, region (Transbalkalla-1kilfides)
V-Irl 1112 Ilm . . . . . . . . . . .
"I
"Is dill!

KONOVALOV9 G.S.; IVANOVAt A.A.; KOLESNIKOVAI T.Eh.; KUTSEVA, F.P.
Formation of some mineral waters in the region of the central
Caucasus. Gidrokhim.mat. 34:107-113 161. (MIRA 15:2)
1. Gidrokhimicheskiy institut AN SSSR, Novochorkassk.
(Dauti Valley--Mineral waters)
(Makhar Valley--Mineral waters)

W i

A. A.
Black gypsuTa of the Darasun deposit (eastern Transbalkitl1a).
Zap. Vaes. min. ob-va 91 no.4:487-489 16-1. (MIRA 15:20)
(Chita Province-Gypsum)
-IN,I
lit Ut;_1-51

KORMILITSYN, V. S.; IVANOVA, A. A.
Age and distribution of fluorite deposits; some critical relaarks
on A. T. SolovIev's articles. Zap. Vqes. min. ob-va 91 no.4:
502-506 '62. (MIRA 15:101
(Fluorite)
j
H
,
1 19 lUiLlut] 9M AY: ilLIL11. Y j AIR V LAII.IP-AM 21 1! ILL jUk IU I

IVANOVA, A.A.; ZAKHARCHE111KO, A.I.
Conferenee on geological thermometry and baroms-3-try. -Zap.
Voes. min. ob-va 92 no.5:629-630 163. (MIRA 17:1)
1. Vsssoyuzrrpr nauelmo-issledovatel'skly goologichoskLy
institilt, Leningrad.

UNKSOVY V.A.; BOROVIKOV, P.P.; RUNDKVIST, D.V.~ PAVLOVA, I.G,~
ALYAVDIN, V.F.; VOLOSTNYKH, G.T.; ROZINOV, M.I.1 SHCUGLOV, A.D.;
IYANOVA,.A - ARTEIM, V.R.;
.A,; KORMILITSYN, V.S.; SHCHEGLOV, A.D.,
RYTSK, Yu.Ye.; GINZBURG, A.I.; DORTMAV, N.B.; TOPORM, S.A.,
TRUNINA, V.Ya.; YAKOVLEV, I.K., BOGDANOVA, L.A.; SARREYEVA, L.M.
Problems of the geology and characteristics of the di.otribition
of mineral deposits. [Trudy) VSEGEI 92s53--89 163. (MA 1714)