SCIENTIFIC ABSTRACT FEDOROVICH, V.P. - FEDOROVSKAYA, R.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000412710020-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MOROVICH,V.P.
AL ftni, a long-Veriod Cepheid variable. Per.svesd. 10
no.2:123-124 Jo 54. (MM 8:9)
1* Astronoutchookiy Soyst AN SOOR
(Stan , Variable)

FEDOFDVICH, V.P.
AA Cephat and the now variable star SPZ 1205 Caphei. Per.
svesdy 10 no.5035 155- (MLRA gig)
1. Astronomicbeekly s ovet AN SSSR. Hookys..
(Stars, Variable)

,ROV/35-59-8-6225
Translation from: Referativnyy zhurmal, Astronomiya. i Oeodeziya, 1959,
Nr 8, p 18
AUTHOR: Fedorovich, V.P.
PERIODICAL: Astron. teirkulyar, 1958, February 25, Nr 18% pp 17 - 18
ABSTRACT: The stars with emission in Ho, in the region of t Ori were
analyzed on the basis of 53 plates obtained with a 50-cm
Maksutov telescope of the Alma-Ata observatory (JD 2435480 -
35519) and 14 plates obtained at different times with different
instruments. A list of stars, which were fotmd to be variable
or were suspected of being variable is given,
N.P.K.
Variable Stard'%4n Orim
Card 1/1

71DOROVICH, V.P.(Mookva)
1.
AN Cassiopetas. Astrou.tair. no.20:11(4.- is 159.
(stars. Variable) (MIRA 13-.4)
-1

--,nWOR T~qg
1-1-A9 Nokya)
Investigating f our variable otars in Aquila. Astron.tair.
W.202:16 Jo 159. (MRA 13:4)
(Stars. Varlable)

FIDOROVICH, V.P.
Bev variable stare SVS 1272-1274. Astron.teir, no,204-.15-16
8 159. (KIRA 13:6)
1. Antrotevot Ali SSSRO Kookm.
(stars, Variable)

-
Variable stars in ths6;"'Orivnia region. Fer.zvezdy 13
'noe3--l6&-l8q D 160, (MM 14111)
1. Astronomicheokiy sovet A.N SSsR.
(Stars, Variable)

YEDOROVEHI V.F' I
-Two variable*otara in.Aquila. Nrozvezdy 13 no*4:296-299 Mr
161o (KM& 3.510)
1, Aotronomichookiy Sovet AN SSSR, tbekva.
(Stars, Variable)

FEDOROVICHO V.P.
Displacement of the maxigan of the luminosity curve for long-
period Cepheida depending on the wave length. Per.avezdy 13
no.5040-3" Je 161. (MIRL 15:8)
1. Astronomicheakiy soyet AN SSSR, Moskva.
(Cepheids)

------FEDOROVICH,--V.P..--- . -
Investigating variable stars in Aquila. Per.zvezdy 13
no*5069-372 Je 161. (MIRA. 15:8)
1 1. Astronomicheskly sovet AN SSSR I Moskva.
(Stars, Variable)

TASHUNSM, V.G.; FEDOROVICH, V.S.; YHOLODOV, L.Ye.
Synthesis of 3-alkyl sydnone iminea. Zhur. VKHO 8 no-5:
583-584 163. (KM 17:1.)
1. Vooooyuznyy nauchno-iseledovatellakiy lchiTaiko-farmateevti-
cheekly inatitut ilmeni Sergo Ordzhonikidze.

YASfIUIISKlY, V.G.; FLEOROVICH) V.S.
---- WAW*"W"--
Sydnones and sydnone imines. Part 23'- Bromination of sydnone Imines.
Zhur. ob. klAm. 134 no.9:3075-3078 S 1,514.
(MIRA 17:11)
1. Vaesoyuznyy nauchnn-isslcdovatellskiy khimiko-farmatsevticheskiy
Institut imeni S. Ordzhonikidze.

1-41 'T
4
(4) PHASE I 1300,K EXPLOITATION SOV12608
Andreyev, Pavel Alekseyevich, Andray An4reyevich Kanayev, and Yevgeniy
Danilovich Fedorovich
Zhidkometallicheskiye teplonositeli yadernykh reaktorov (Liquid-Metal
Heat-Transfer Agents of Nuclear Reactors) Leningrad, Sudpromgiz,
1959. 383 p. Errata slip inserted. 4,000 copies printed.
Ed. (Title page): A.A. Kanayevj Edo (Inside book): Ye. No Shaurak;
Scientific Edo: S.A. Serdyukov; Tech. Ed.s N. V. Brastova.
PUR~DSE: This bpok is intended for enginpers and technologistsworking
in plants and designing organizatiops., and also.,Jor students in
poVer engineering and ship-building vuzed an4 takhnikunso
COVERAGE: The book contains inform4tion from foreign sources on the
properties of liquid-metal heatrtransfer agents or nuolbar reactors.
The following aspects of the subject are studiedi heat capacity
,(liquid phase. during boiling and condenaatXon)j interactions of
liquid metals with structural materialsi methods of removing im-
Car(L~_

Liquid-Metal (Cont.) 30V/2608
purities from metalaj structural characteristics of equipment and
the operation of Installations with liquJ4-met4l heat-transfer
agents. The introduction formulates requirements for heat-
transfer agents and means of increasing the efficiency of atomic
power stations-operating on liquid-metal heat-trqmefer agents.
A considerable part of the foreign data is contained in the
"Liquid Metals Handbook" published in the United States. In cases
where references for physical constants and other values Are not cited
in this book, they will be foun4 in this handbook. The authqrs
thank professor A.F. Alabyshev, Doctor of Physioal Sciences., and
A.V. Allkimovich for his advice, and also., N.N. Yevdokimova for
technical assistance in drafting the illostrations. There are
171 references: 34 Soviet and 137 English.
TABLE OF CONTENTS:
From the Authors 3
Introduction .5
C q=L_Q1q_-

ACC NR, AM6OO866�-__C/,
Ta)
Andreyevp Pavel ~lekseyevich; Gremilov, Dmitriy Ivanovichj ej~y
-Danilovich
Heat exchangers in nuclear power plants (Teploobmenyye aipparaty yadernykh energeticho-
skikh ustanovok) Leningradt Izd-vo "Sudostroyeniye". 65. 0351 p'. illus.0
biblio. Errati slip inserted. 2,550 copies printed.
TOPIC TAGS: nuclear power planto heat exchanger, atomic energy plait equipment,
nuclear reactor coolant
PURPOSE AND COVFRAGE: Th'e book examines problems of design and introduces methods for
heat, hydrodynamic, and strength calculations of heat exchangers in nuclear'power
plants. Particular attention is given to primary heat exchangers and their design
features. The book is intended for specialists working in the field of nuclear power
plant constructicin. It may serve as an aid to designers of heat exchangers in other
branches of engineering,, or as a text for students specializing in related fields at
technical schools and institutions of higher learning.
TAME OF CCHTENTS, (abridged)&
Authors' foreword-3
Ch. 1. Heat exchangers in heat transfer circuits of -nuclear power plants-5
Ch. IL Design ot heat exchangers-32

ACC NRs AM6008009
Ch. III. Heat and 1wdrodynamio calculatiorm of heat exohm4are-247
Ch. IV. Strength'calculations-223 -
Ch. V. Selection'of structAwal materials-265
Appendices-283
Bibliography-344'
SUB C=s - 18,p 20 SWU DATEs 200ct,65 aM m73 079
C.,d 2/2

24(8)
06560
SOV/170-59-9-1/18
AUTHOR: Fedorovich, Ye.D.
TITLEi Heat Emission of a Plate in a Turbulent Boundary Layer of Incompressible
Liquid at Pr 46e- 1
PERIODICAL: Inzhenerno-fizicheakiy zhurnal, 1959, Nr 9, PP 3-11 (USM)
ABSTRACT; The flow of a liquid with a value of Yr 4,< 1 represents a heat conductive
and low-viscous liquid for which the thickness of the dynamic boundary
layer near any surface Is less than the thickness of the thermal layer
6~ The author studied heat exchange of such a liquid starting from
theTintegral equation given by Formula 1. This equation can be solved
provided that the distribution of temperatures and velocities within the
thermal layer is known. To determine the former, the distribution of the
"turbulent" heat conductivity 36T over the thickness of the thexpal layer
should be known, which is not the case in general. To carry out the
calculations the author assumes 2 schemes corresponding to different initial
relations for the XT distribution. In the first scheme it is assumed
that tangent stresses in the dynamic layer are distributed linearly, which
Is expressed by Formula 4. Then the average value of the Nusselt number
Card 1/3 for the whole plate can be expressed by Formula 18 which is satisfactorily

06560
SOV/170-59-9-1/18
Heat Emission of a Plate in a Turbulent Boundary Layer of Incompressible Liquid at
Pr