SCIENTIFIC ABSTRACT MOSKVITIN, A. I. - MOSKVITIN, V. V.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135410003-3
• Release Decision: RIF
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• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MMOSKVITINf A. I.
Moskvitin, A. 1.
"Reciprocating electrical machines." A. I. Moskvitin.
Reviewed by P. A. Fridkin.
Izv. AN SSSR Otd. tekh. nauk No. 4, 1952.
9. ~-=Ihl List of Russian Accessions Litrary of Congress, November 1952. UINCLASSIFIED.

11V
/f
TOLSTOV. Yu.G., doktor takhalchaskikh nauk (deceased]; XRUG, K.A.. at-
ver.stvenW rodaktor-, KOSUMS, AJ., professor, otvetstv9nzkrjT
re4aktor; KUPASM, A.1 -AiXiSMITA, T.V.. tekhnichaski.7
redaktor.
[contact converters] Kontaktnre preobrazovatell. Moskva, Izd-io
Akedemli nauk SSM.. 1953. 111 v. (KLRA 9)
1. Chlext-korrespondent Akademil muk SM. -(for Krug)
(Blectric current converters)

MQSKii=i'P k. 1.; VMUK91, V. A. (Dr.);
Scientific Research Conducted by the Academy of Science USSR and Leading Institu-
tions of higher Learning on the Problems of Long-distance Transmiission," paper
presented at the Session of Commission for Long Distance Power Transmission in
USSR-Moscow, Vestnik Akademii Nauk USSR, July 1954.
Representatives from scientific establishments of the AS USSR, the academies of
the union republics, scientific research and planning organizations of the Ministry
of Electric Power Stations and the Electrical Industry, and leading eLectrical engi-
neering and polytechnic institutes convened in Moscow, for session of the Commls-
sion for Transmission of Electric Power Over Long Distances 3-10 Marc], 1954.

DIKITWU. Apollon Samsonovich. professor, dcktor takhnicheskikh nauk;
doL-tor takhatcheskikh nAtuk, professor, retaeozent;
STIPANOT. A.D., doteent, Imadidat takhnichaskikh asuk. retseinzent;
NZINTIV, A.S., inzhener. rodaktor: YOSIMSMUSKLY. B.S., redaktor;
SAIAZKOW. M.P.. takhaichaskiy radektor: SHIKIN. S.T.. takhatchasidy
radaktor
[Theory of electric transmission in locomotives; principles of a
general theory of electric traasuLsaion of constant power] Teortis
alaktropersdachi lokonotivov; osaovy obahchei toorit raboty elaktri-
cheskoi pere4achi postotennot moshchaosti. Moskva, Goo.asuchno-
tekhn.izd-Yo mashinostrolt.lit-ry. 1957. 79 P. (Kmk 10:9)
(Locomotives)

J i /V 41,
PHASE I BOOK EXPLOITATION 425
Bel'kind, Lev Davidovich; Grudinakiy, Petr Grigorlyevich and
Moskvitin, Anatoliy Ivanovich
Klavdiy Ippolitovich Shenfer. Moscow, Gosenergoizdat, 1957. 75 p.
(Series: Deyateli energeticheskoy tekhniki; biograficheiikaya
seriya, vyp. 20) 2,700 copies printed.
Ed.: Antik, 1. V.; Tech. Ed.: Voronin, K. P.
PURPOSE: This monograph is intended for wide circles of readers
interested in the history of Russian science, for physicists,
electrical engineers and researchers studying the history
of electrical engineering in Russia.
COVERAGE: The monograph describes the life of K. 1. Shenfer who is
said to be one of the creators of the Soviet school of
Card 1/5

Klavdiy Ippolitovich Shenfer (Cont.) 425
electromechanics. His activities as electrical engineer, inventor
and educator are reviewed. The section "Life and activities of
K. 1. Shenfer" was compiled by Professors L.D. Bel'kind,
P. G. Grudinakiy and A.I. Moskvitin. The section "Scientific
Research Work and the Inventions of Academician K. I. Shenfer" was
written by Professor A.I. Moskvitin. At the end of the book there
is a list of K. I. Shenfer's works and an appendix listing the
patents which he received in the USSR for his inventions. No
personalities are mentioned. There are no references.
TABLE OF
CONTENTS:
Foreword
Life and Activities of K. 1. Shenfer
5
Childhood. High-school years (1885-1903) 7
student years and preparation .15or scientific and
educational activities (1903-1912) 12
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Klavdiy Ippolitovich Shenfer (Cant.) 425
Work at the Moscow Higher Technical School in pre-
revolutionary years (1912-1917) 16
Scientific and pedagogical activities at the Electrical
Engineering Department of the MVTU and the Moscow Power
Engineering Institute (1918-1940) 19
Scientific research work at the All-Union Electrical
Engineering Institute (1921-1938) 28
K. 1. Shenfer's work in the Academy of Sciences, USSR
(1931-1946) 32
Scientific Research Activities and Inventions of Academician
K . 1. Shenfer
Works in the field of commutation of electrical machinery 38
Commutation at very low speed 45
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Klavdiy Ippolitovich Shenfer (Cont.) 425
Role of auxiliary poles and distribution of current betweten
brushes operation in parallel 48
Research work on circular fire on cournutators 49
Work on a-c commutator machines
Work on d-c machines
51
52
Work an single-armature converters. Single-armature
c6nverter with wide voltage control 53
Work in the field of electric traction 54
Work in the field of induction motors 55
Work in the field of synchronous machines 59
K.I. Shenfer and Soviet manufacturing of electrical machines 65
Work on apparatus, instruments, communication technique,
general electrical engineering and physics 66
K.I. Shenfer as inventor 67
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Klavdiy Ippolitovich Shenfer (Cont.) 425
Bibliography of K..I. Shenfer's works 69
Appendix
Main patents and author's certificates issued to K.I. Shenfer
in the USSR for his inventions 74
AVAILABLE: Library of Congress (TK140-S455B4)
Card 5/5 JJP/Jmr
7-14-58

K
14( 6 ~1 PHA I BOOK EXPLOITATION SOV/3071
AkndemlyA nauk -~J,3h. Lnergetlcheskiy Insf.1 tilt
Elektroenergetik-R, vyp. 1 (Electric Power Engineering, Nr Moscow,
lzd.-vo AN SSSR, 195q~ 159 p. Errata slip inserted. 2,800 copies
printed.
Eds. of Publishing House: P. F. Ogarkov and Ye. N. Grigorlyev; Tech.
Ed,t Ye~ V. Zelenkova; Editorial Board: Yu. G. Tolstov, Doctor
of Technical Sciences (Reap. Ed.), 1. M. Markovich, Doctor of
Technical Sciences, I. S. Stekollnikov, Doctor of Techni-ml Soi-
ences, P. I. Zubkov, Candidate of Technical Sciences,
G. V. Mikhrievich, Candidate of Technical Sciences, V. I. Levitov,
Candidate of Technical Sciences, and N. D. Bol'shov (Secretary)
PURPOSE: This Zollection of articles is intended for specialists
in the varlous fields of electric power engineering treated in it.
COVERAGE. The first issue of the collection of articles
'!Elektroenerget1kd',appeared in April 1959. It is pu0ished by
ENIN imeni G. M. Krzhizhanovskiy of the Academy of Sciences, USSR.
The articles in this issue are based on research and work by the
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Electric Power, Engineering, Nr 1 50V/3071
authors under the auspices of ENIN. The articles are on a high
theoretical and technical level and represent original contribu-
tions to various present-day problems In electrical engineering.
References are given after most of the articles.
TABLE OF CONTENTS:
Toistov,Yu. G., and A. L. Sarkisov. Arc Rectifiers With Increased
Pressure 3
In 1954 and 1955 several theoretical and experimental invest-
Igations were made at the Institute In order to determine the
possibility of using hot-cathode arc rectifiers with increased
pressure for long-distance d-c power transmission. The Invest-
igations were aimed at Improving the parameters of E. Ma.rx am
rectifiers produced in Germany before and during the war . The
authors conclude that, despite improvements, modern mercury are
rectifiers are superior to the hot-cathode ones and recorimend
use of the former in long-distance d-c power transmission. The
following organizations and scientific personnel participated
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Electr- - Pir 1 SOV/3071
in --,ne investigations together with ENIN: IMYeT - D.A. Petrov,
K. M. Korol'kov, R. L. Petrusevich; MGU - N. A. Kaptsov, .
M. Z. Khokhlov and the welding section; Academy of Sciences,
USSR . N, N. Rykalin, Corresponding Member of the Academy,
I. D. KuIagin, A. 1. Pugin and others. There are 4 reforences:
_i 5,-~vlet rind I Gi~rman.
Neyman, L. F,, Yr-, (j. Burtseva, and S. H. Cliternik. Model. of D-C
lovier Transmission System of the Power Engineering Lab-
oratory imerl M~ A. Shatelen, EUIN AN SSSR 12
This J-c hIgh-voltage network analyzer (model) was built at the
laboratory in lq52/53. The following investigations are being
conducted with it: increase of reliability and stability of
network operation and effect of d-c electric power transmission
an the static and dynarnic stability of an a-c power system.
The investigations are being conducted under the supervision
of L. R. Neyffnn, Corresponding Member of the Academy of Sciences,
USSR. "'here are no references.
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Electric Power Engineering, Nr 1 SOV/3071
Kovalev, F. I., and G. P. Mostkova. High-Frequency Oscillations in
Rectifying Units With Saturable Reactors 20
As a result of investigations conducted at the NIIPT, ENI
and other organizations, methods were found for damping
complex oscilia~-.ions generaed in converter installations.
This was accomplished by switching a bypass circuit connisting
of capacitances and resistances connected in series into the
rectifier and power transformer phases. There are 6 refer-
ences; 2 Soviet, 2 English, 1 German and 1 Italian.
Pyrkov, V. V, Problem of Designing Saturable Reactors for Low-
Voltage Contact Rectifiers 31
The author considers the problem of designing saturable re-
actors for d-c low-voltage supply for electrochemical arid
electrometallurgical Industries, which has not been adequately
treated In the current literature. He aims at presenting a
systematic survey of existing methods and suggests cert,-~in
concrete recommendations on methods of calculating saturable
reactors. There are 10 references: 2 Soviet, 6 German and
2 English.
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-51 ec , cFow~ r E r!,- . nf-,:- rN r SOV/3071
Utevskjy, A, M, 'Zheory and Method of DesignLng Voltage-Doubling
Rectifiers tl_~th a ~;apacitive Filter 44
2he meth~;d sugge-ste7i by the author was tested experimentally
and foond to satisfy engineering requiremonts. There are
11 references: 'I,' Soviet, 2 German and 2 English.
Gorelkin, N, V_ S3h, 1. LutIdze and P. M. Shpileva. Electronic
Excitarion of Syr,,~hronous Generators Using a Six-phase Cirouit
With a Buffer Rectifier 54
The authors ,red-it Academician K. 1. Shenfer with the f'.rst
S~udlr-;-' in 193) on the problems of electronic excitation.
Hecer.~ ther~-retical investigations on this subject weret con-
'i LI tf~ Zavalishin,
, -.1 ,n the USSH by D. A. I. A. Glebov,
Ye, L. Ettringer arid by the electromechanica laboratory cf
ENIN, The authors made a number of investigations of elec.
tronic, c~-.xcitatlon on laboratory models using different cir-
cuit combinations. All of the methods using buffer rectifiers
were introduced by the laboratory. The methods and results of
C a rd c~ /11

Eiectr~c Pr)~,jej, Engineerinp, Nr 1 SOV/3071
Investigations are presented. There are ) references, all
3 C) V'~
Lut-ld-ze, -5h. Arjalysi,,3 of an Electronic Exciter Connect-ad
T'nj-uug~i 1-1 ',nrt--e-phase -'Ircuit With a Buffer Rectifier. 67
T11'e authrr invest-'gates simple and reliable three-phase
electronic exciter systems with buffer rectifiers and
applies the method of symmetrical components to obtain
expressions for currents and voltages. This article is a
contInuation rif the previous one. There are 3 referenCEtS,
all Soviet,.
Gorelkin, N, V and P, M, Shplieva. Application of Germanium
Rectifiers in Excitation Circuits of Synchronous Generators 93
The electromechanics laboratory of ENIN developed in 1956
an experimental installation of a synchronous gene$rator
equipped with a rotatIng germanium rectifier in a bridge
circuit with germanium diodes of the DGTs_24 type. Results
of experiments are presented. There are 5 references: 4
Car(~ h,/ 11

Electric Power Engineering, Nr I SOV/3071
Soviet and 1 English.
Kozlovskiy, G. F., and G. V. Mikhnevich. Equivalent Circuit of
Station Generators Equipped -11th Strong-Action Regulators 98
The author presents a method of representing a group of' n
station generators by two identical generators equivalent to
the group In their static charactoristics. The method Is used
in studytng static stability and the nature of transients of
station generators. There are 4 references, all Soviet.
Gorushkin, V. I. Application of the Method of Snecessive kpproxi-
mations for Calculating Complex Electrical Networks 105
There are 7 references, all Soviet.
Goiltsov, N. A. Transformation of a Single-phase System Into a
Three-phase Using Static Devices According to a Scheme Devoloped
by P. A. Kalantarov and L. A. Tseytlin 114
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Electric Power Engineering, Nr 1 SOV/3071
The method used consists in employing capacitors in the
circuit. The author derives formulas expressing the trans-
formation. There are I references, all Soviet.
Aronzon, N. Z. Properties of a Certain Type of Oscillatory
Circuit 117
No references are given.
Goiltsov, N. A. Application of a Series of Functions for the
Derivation of Formulas of Various Numerical Methods for Solving
Ordinary Differential Equations 120
There are 3 references, all Soviet.
Stekollnikov, I. S. The Mechanism of Discharge in Large Gap
Spacings for Alternating Current 127
The author, a well-known specialist in problems of lightning
protection, investigated the mechanism of discharge at in-
dustrial frequency and at various spacings of the air galo,
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Electric Power Engineering, Nr 1 SOV/3071
all of them having practical applications. On the basis of
several experiments, using various types of circuits and
varying the parameters, the author concludes that the olec-
trio strength of a given spacing is not subject to sub.-
stantial change when circuit parameters are varied. There
are 8 references: 2 Soviet, 4 English and 2 German.
Pomiluyko, N. S. Electronic Electrothermic Anemometer With
Semiconductor Pickups 142
Experimental investigation conducted at the electromechanics
laboratory of ENIN on aerodynamics and heat transfer using
turbogenerator models necessitated further development of
methods of measuring temperatures and velocities in rotor
and stator channels. To overcome difficulties encountered
when using conventional methods of measurement (Prandtl tubes)
the author developed semiconductor ball pickups and an elec-
trothermic anemometer. He was assisted in this work by
A. P. Pereleshina, Candidate of Technical Sciences, and
mechanics 1. A. Krupenin, B. 1. Postnikov, and V. K. Semenov.
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Electric Power Engineering, Nr 1 SOV/3071
No references are given.
Sarkisov, A. L.,Yu. L. Belous. Method of Detet-mining Dynamic
Volt&,npere Characteristics of Semiconductor Rectifiers on an
Oscillograph 148
The authors describe a method of obtaining the real opera-
tional (dynamic) voltampere characteristic directly on the
scraen of a cathode-ray oscillograph by supplying,simultan-
eously on'~-he horizontal and vertical pairs of the oscillo-
graph plate voltages proportional to the forward current and
forwZd voltage (during the conductive part Of the period)
and to the-reverse current and reverse voltage (during t'he
non-conductive part of the period). The results of testi; are
presented. Ho references are given.
Moskvitin, A. I. The Most Advantageous Copper Space Factor in
-DI_re_c_f--C-oDIT-ngof Electric Machines 153
The author attempts to determine an optimum copper space
factor at which it is possible to Ind.rease the current load
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SOV/24-59-4-6/33
AUTHORS: NoskvitixL, A.I. and Rassuloy, A.M. (Moscow)
TITLE: Concerning -_ Heat TransferAn the Hydrogen Cooling System
of Turbo-alternators0
PERIODICAL: Izvestlya Akademii nauk SSSR, Otdeleniye tektaucheskikh
nauk, Energetika i avtomatikag 1959, Nr 4, pp 43 - 48 (USSR)
ABSTRACT: In modern turbo-alternators gas coolers are used to cool
the circulating hydrogen; these coolers are vary big and
can have a considerable influence on the design and overall
dimensions of the alternators. It is important to be able V
to make these gas coolers small. However, heal; transfer
and the aerodynamic resistance of bundles of tubes with
wire ribbing has been little studied and publLahed data
relates only to tests in air. In the summer of 1958, the
Energeticheskiy institut AN SSSR (Power InStitUte Of the
Ac.Sc.USSR) together with the "Elektrosila" Works made an
aqaxperimental study at various hydrogen pressures of heat
transfer and resistance to flow of gas coolers with wire
ribbing as doed in turbo-alternators. As the tube bundles
Cardl/6 were of full size and the cooling medium was the same an

SOV/24;?9_,k_ /33
Concerning Heat Transfer in the Hydrogen Coo ing ystem of
T-urbo-alteknators
in, operation it was possible to determine the heat-transfer
coefficient and resistance at various hydrogen Pressurss
A"A also to obtain gene alised critertal relatioash:Lps.
The tests were made In special equipment designed for
testing parts of large machines In an atmosphere of
hydrogen at pressures of I to 10 atmi It Is a cylindrical./
chamber 5 300 i= long and 1 050 mm diameter. The ch=bor V
contains a wind tunnel with fans forming a closed circuit
in iihich the gas can be circulated in amounts up to
1.5 m3/sec. Appropriate control measurement devices were
prov-1ded. The tests were made at various hydrogen pressures
from 1.2 to 7.5 atm and for a wide range of gas speeds from
2 to 10 m/sec. The gas temperature at inlet to the coolers
reached 000- 60 0C and the cooling-water temperature was
around 20 C. During the tests the thermal loading of the
gas cooler corresponded to practical operating -r-onditlons
and was 800 - 1 200 kcal/h per metre run of tube. Hydrogen
Card 2/6 of 97-5 - 98-5% purity was used as in practical machInes.

SOV/24-59-4-6/33
Concernin . Heat Transfer in the Hydrog_en Cooling Sybtem of'
Turbo- alt ernat ors
Heat transfer from a ribbed gas cooler is given by Formula.
(1) and the efficiency of the ribbing Is given by Formula (2).
Using these formulae, by experimental determinations of the
amount of heat transfirred and the appropriate temperature
drop it is easy to determine the heat-transfer coefficients
for the ribbed surface. On going over from air to hydrogen
cooling at a pressure of 4 atm, the effectiveness of using
the gas coole is reduced by about 20% and, therefore, with
hydrogen cooling at 4 atm, it is advisable to use wire
ribbing with a larger wire diameter and smaller loop height
or to use solid fins. The criterial heat-transfer relation-
ship of the gas cooler plotted in Figure I and given by
expression (4) was plotted from experimental data for
hydrogen pressures from 1.2 to 7.5 atm.
The aeridynamic resistance of the tube bundle is then
cotwidered. The criterial equation for the resistance is
of the form of expression M. On working out the
Card 3/6 experimental data, it is found that the resistance

SovV24 9-4,.-6/33
Concerning Heat Transfer in the Hydrogen oo ng bystem of
Turbo-alternators
coefficient drops as the hydrogen pressure is increased,
for instance, on raising the hydrogen pressure from 1.2
to 4.0 atm, the resistance coefficient drops by 15-20%
for a rate of flow of 3.0 a/sec. Figure 2 shows a graph
of the crLterial relationshIp between the resistance
coefficient obtained on tests for several hydrogen pressures
and for air. It is found that whIlsi Ar increase in
the Reynolds number reduces the resistance coefftetent
only slightly, ti.e reduction Is greater for hydrogen and
increases as the pressure is dropped. On the ba.sis of
the test results, Eq (9) is recommended to detexmine the
resistance coefficient of the wire ribbed gas cooler
considered, at a pressure of 4 atm. The tests also showed
that on going over from air to hydrogen cooling at a
pressure of 4 atm, the resistance of the gas cooler is
more than halved.
The experimental separation of the various components of
the thermal resistance of the gas cooler is then
Card 4/6 considered. Since the tests were made over a wide range of

sov/24-59-4-6/33
Concerning Heat Transfer in the Hydrogen Cooling System of
Turbo-alternators
speeds and gas pressures and of water speeds in the tubes,
it was possible to resolve the thermal resistance of the
gas cooler into its component parts and this is, of course,
a major object of investigations of heat-exchange equipment.
Of course, the resistances of the different parta are inter-
related so that the separation is necessarily sonewhat
arbitrary.
Figure 3 gives graphs of the total specific thermal
resistance of the gas cooler as a function of thia reciproaL
of the water speed for tests in hydrogen and in air and
for various gas speeds and pressures. The relationship is
linear and the method of using these results to resolve
the heat losses into various components is explalned.
Block diagram of the various components of reslatance as
percentage of the total resistance are plotted in Figure 4
andJt will Le seen that for air at low speeds (Figure 4a -
lefthand column) the main resistance (83%) is due to heat
Card5/6 transfer from the gas to the ribbing. For hydrogen at high

SOV/24-59_~_6/33
concerning Heat Transfer in the Hydrogen Cooling System of
Turbo-alternators
speeds and pressures (pv = 33, right-hand colvl-. of
Figure 4a) this resistance drops to 25% but the relative
proportion due to the resistance of the metal increases
considerably from 8% in air to 50% in hydrogen. Con-
sequently, in this case, it is best to make the ribbing
narrower but of thicker wire. Formulae (l0)-(12) may
be used for approximate recalculation of the test results
for the given gas cooler from air to hydrogen and thus
to obtain a-generalised characteristic for the gets cooler.
Such a generalised characteristic is given in Figure 5 for
the thermal resistance relating to a hydrogen pressure of
4 atm and gas speed of 5 m/sec constructed from the test
results given in Figure 3 for hydrogen and air.
There are 5 figures and 5 Soviet references.
SUBMITTED: March 10, 1959
Card 6/6

KUHNITICH. aenmdiy Uktorovich; KOUMSKIT, Gavrikh Frantsevich;
-MOMITIM, A.I., otv.red.; GRIGORIM, Te.H., red.izd-va;
AMAYOUTA, G.A., takhn.red,
[Quality end stability of transient processes in the excitation
control system of a multiunit electric power plant) Ustoichivost'
I kachestvo parekhodaykh protsessov sistemy regulirovaniia voz-
buzhdaniia mnoggoagregatnoi alaktrostantail. Noskva. Izd-vo Akad.
nailk SMIM, 1960. 97 p - (KIRA 13:8)
(Electric ;bower plants)

MOSKVITIN,_AnatoliX ww=I4b,,'CRPIK, S.L., red.izd-va; AMAYIYXVA,
- -1
G.A., takhn.red.-,
(Direct cooling of electrical machinery] Yeposredstvennoo
okhlachdanto elektricheskikh mashin. Noskya, lzd-vo Akad.tutuk
sssR, 1962. 223 -P- (MMA 15:?.)
(11actrio machinery--Cooling)

MIKHNEVICH, Gennadiy Viktorovich; MOSKVITIDI, A.L., doktor tekhn.
nauk, prof., otv.
KASHINA, F.S., tekhn. red.
(Synthesis of the struc-iare of automatic OxcItation
control systems of synchronous machines) Sintez struktury
sistemy avtomaticheskogo regulirovaniia vozbuzhdeniia sin-
khromiykh mashin. Moskva, Izd-vo "Nauka," 1964. 231 p.
(MIRA 17:3)

-'Slll,OV, A.M, , inz-.
MMUTTIN, A.!.,, doktrr tekim. nnuk, prof.; R-AH
Pr~orjty 4n t7.e --le-,,relawrient of tne cooling systen, of *-,~6 rc.~r of a
turbogenerator with diagona-I grooves. Elektrichestvo no.7:83-1-15 J1
164. (x-L;i.,

MOSPITIN, A.IG
Tra.es of five glaciationa and Interglacials in Moscow. Blul.
MOIP. Otd.geol,, 39 no.5'.101-111 5-0 164.
(MIRA a.8s2j'

KCOKVIT:Ql,_,~~I.; SHANTSER, Ye.V., otv. red.; PEYVE, A.V., akademik,
glavnyy red.; KUZIIETSOVA, K.I., red.; MENNER, V.V., red.;
TIMOPEYEV, P.P., red.
(Pleistocene in the European part of the U.S.S.R.; critical
review of published data.] Pleistotsen Evropeiskoi chastL
SSSR; kriticheskii obzor literaturnykh dannykh. Moskva,
Nauka, 1965. 179 p. (Akademiia nauk SSSR. Geologicheskii
institut. Trudy, no. 123). (MIRA 18-~12)

MOSVIT TN, A.M.
.r Pit-, ne within ',h
1g a section or the Uppe - :3toce, e I-in
116nnatir . -
lobe of the "MaIn Wunllian." Dokl. AN SS,,'R 166 no.3:685-6r,
Ja 66o (MI3,A 10,:1 ')'
1. Submit--ed Aug,.,st 11, 1965. SubTrdtted Aufur- 1.1 , 196r,

MOSWTIN., A. S. s. izd-vo stroit.
Nechanical equipment and fittings in water supply lines. Moskva, Go
lit-ry, 1949. 263 p- (50-3VCO)
TD481.M6

MOGUITIN. A.5.. Inzhener.
(Water supply line vachinery ancl equipment] kekhanicnesk-oe oborudovz~xlie i
armatura vodcn)rovodov. Izd.2., dop. i perer. Mot3inru, Gos.izd-vo lit-ry po
stroitellotvit I arkhitekturo, 1953. 1+10 1). (HLdA 0:8)
(Water--Supply endineering)

MOSKVITIN, A.S.
I
,~'Uwo#vg""S,
Hydraulic system of automatic control for rapid filter systems.
Tod. i san. takh. no.7:4-7 JI 156. OCM 9: 10)
(Filters and filtration) (Automatic control)

TUGOLF6SOV. D.A.,kand.geologo-mineral.
nauk, otvatstvanny-y red.; VOLYMSEATA, V-S-,rsd.Izd-va; GUSEVA.
I.S., takha.red.
[Quaternary sediments and formation of the middle Vol&L Valley]
Chetvertichnys otlozhaniia i istoriia formirovantia doliny r.
Volgi w se arednem techenil. Moskva, Izd-vo Akad. nauk 3&9R,
1958, 208p. (Akadamila nauk SSSR- Geologichaskil inqtitut.
Trudy, no.12) (MIRA 11:12)
'(Volga Valle~--Geolo*r, Stratigraphic)

10WITIN menovich, inzh.; MOSYAGIN, Nikolay Fedorovich, inzh.;
VAUIN, V.I., inzh.. nauchnvy red.; UIRWAGI, D.K., red.; GILENSON,
P.G., tekhn.rad.
(Kanual on pipes, fittings. and equipment for water-supply and
sewerage installations] Spravochnik po trubam, armature i oboru-
dovanitu vodoprovodno-kenalizataionnykh scoruzhenii. Koskva.
Gos.izd-vo lit-ry po stroit., arkhit. i atroit.materialam, 1958.
473 P. (MIRA 12:4)
(Watar-supply angineering,--Apparatus and supplies)
(sewerage)

RAT I A.I.; ARONOV, S.11,; )ERESNGV, N.V.; IiGSKVITTN,_A.S,;
- M24IRIDVSKIY, D.B. [deceased); RUBINSHTEYN, S.L.;
IDOPO~710 V.V.; KHASKIN, S.A.
Iff-a"Abook on watew sidpply and ls~werage." Reviewed by
A.I. Balashcv and cj"Incr5. %lod. I san. tekh. no.12:32-34
D 62. (MIRA 15:12)
(Water supply)
(Sewerage)

INGSKVITITI, A.S.; GOLIDTITHAUN, YA.P.
Brea.1,Jng petroleum trap timulsions by separation. Khim. i t"kh.
topl. i masel 9 no. 6t39-40 JOE-)+ (KIRA !'I t! )
1. Gosudarstvennyy !x.Zt!t1,it f~o proyr!,e.-,~-rovaniyu spetaiaitnykh
sooruzheniy proft.-y-shlennogo stroitel'stva.

L loh6g-67 Ffr, (1)
ACC NR: AP60' 023 SOURCE CODE: UR/0109/66/011/009/15r)/1592
'AUTHOR: Moak-,itin, L. L.; Poltoratijkiv, B.
ORG: none
TITLE: Effect of saturation tn quantum i2aramagnetic amplifiera on tliei,~ [_&'zlna
!characteristics
SOURCE: Radioteldinilra i elektronika, v, 11, no. 9, '1966, 1589 - 1592
TOPIC TAGS: quantum device, quantum amplifier, paramagnetic arnpl-.iic-c
:ABSTRACT: The results are reported of a theoretical investigation of the Uffect
of saturation on phase characteristics in quantum paramagnetic TW anlplifiUrS Cnd
.resonator reflex-type amplifiera. A relation is found between the amplifier phase
ahift and its resonance gain, the latter being connected witt, the input power (i3ee
Rad. i elektronila, 1964, 9, 17., 2105). It is found that, with a deLuninff r1f,-ar!rig
j. Card -1 /Z UDC: 621.385.6:6ZI.375

7:
Y
L 10469-67
1ACG NR: AP6031023
the transmission band and an input -to -saturation power ratio between -5 and
1+30 db. the phaue-t4hift vs. input-power curves for both types of amplifier are
about the same, having a slope of 15-20 mrad/db. For input powers that are
equal to 0. 1 - 1000 saturation power, the overall phase shift may reach 0. 8 rad.
For ratios of 15-ZO db, the curve elope depends but little on the initial gain; it is
largely determined by the relative, detuning of the channel. 'In conclusion, the
:authors wish to thank N.- V. Karloy for his discussions and useful suggestions.
Orig. art. has: 2 figures and 13 formulas.
ISUB CODE: 20, 09 SUBM DATE: 15May65 oRiG REF: 004 OTH ILE, F: 001
a9k
Card 2/2

KOSKVITIM N.
Triumph of life. 7,dorovle 3 no.11:21-24 N 157. (MIRA 10:12)
(IABCR AND IABORING GIASSES-4MICAL CARS)

KOSKVITM, N.
~
..Ww,.Ur
Successors. Zdoravle 4 no.lo:,'--5 0158 NMI 12 :227 )
(HY,'IM)

KOSff ITIU. 9.
North of ?sank. Ederevle 4 ao*11:16-17 11 '58. (KI3A 11:11)
(Oatiaks) (Tungus*@)

Q, MOSKVITIN, H. (Krasnodarskiy kray)
What people live by. Zdorov'e 5 no.8:23-24 Ag 159. (MIRL 13:8)
(LONGEVITY) (KWNCDAR KFAY-PUBLIC UALTH)

XOSUITIII. H. (Rostov-na-Donu)
Man on the way. Zdorow'e 5 no.9:16-17 S '59. (KIRA 12:11)
(ROSTOV-C9-DON--AaRjCUIMJRAL KIXHrmT MuMT)
4)

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MOSKVITIN, N.I.; GRINEERG, I.F., red.; WOLIYAKOVA, M.V.p tekhn. red.
[Technology of leather substitutes] Tekhaologila zamenitelei
kozhi. Moskva, Gizlegprom. Vol.3. (Substitutes of the carton
typelZameniteli tipa keL-Umv. 1948 387j. (MIRA 15:7)
(Leather subs;itute

I'VIIII'VITT", 1% 1. J C
"Imestigation of the Phenomena of Adhesion and Gluing (Factors,
Specifying the Physico-mechanical Properties of Substitute Leather on a Fibrous
Base)." Sub 28 Dee 51, Inst of Physical Chemistry, Acad Sci MSR.
Dissertations presented for science and ehgineerinC degrees in Jjoscow
during 1951.
SO: Sum. No. 480v 9 MaY 55

MOSKVIT111, N. I., Fli-Mi AN, M. F., Lnd DERYACTE, B. 11.
"Study of Lhe Adhesion of -3urfaces i.~ Liqu.Jd ll-,(liL) 1~y tlie c-)1' Jrji,-r:~Jcj~
'11-ire3ds mith a lde-w to th(: Madelin6 of 'che Interaction, of tl~e Colloid Pjrtic,!~---o
the Character of their Surface 3(-lvation (ilzuehe"li've slipaniya uwlc-rvlinostc-~ ILI
zhidkikh sredakh nietodom slueshchennyk,ti nitey s tsell~u modolirovjniyj
I,,ollo:IdnyI;h chostits .1. l,)wrol