SCIENTIFIC ABSTRACT LEBEDEV, P. - LEBEDEV, P.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000929020012-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1. L 9495-66
ACC NRt AP5028466 0
[SUB CODE: 09/ SU.BH DATE! 29Aug63/ ATD PRESS:,@411 (a,,/-
1 %-Oro -f---

SOURCE COM
AUTHORS: Lebedev, 0, Ye.; Levina, G. N.; Lepekhinao V. To; Libman, Me L.-
Martynkevich,"-G. M j Ozer;i, L. N-
ORG: none
TITLE: Arrangement for protecting and uncovering evacuated gauge of a device.
Class 62, Noo 175398 fannounced by Special Construction Bureau of the Analytic
Instrument CoL.3truction, AN SSSR (Spetsia o e konstruktorskoye bywo
analiticheskogo priborostroyeniya AN SSSR)
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 19, 1965, 127
TOPIC TAGS: vacuum, vacuum measurement vacuum seal
U 11
ABSTRACT: This Author Certificate introduces an arrangement for protecting and
uncovering an evacuated gauge of a device while introducing the gauge into the in-
vestigated medium (Bee Fig. 1). The arrangement contains a sealed hood connected to
the nipple of the device and a mechanism for destroying this hood. To make sure that
the investigated medium enters the gauge and to protect the gauge from damage while
it is being uncovered, the hood is made up of two metallic parts fixed to one
another and to the nipple with airtight glass seams. The parts of the hood are also
provided with earlike holders which are connected to the hood-destroying mechanism.
629*19:621.3,083,8:543,27-
Cardl/2
UDC:

L 7993-66
ACC NR: AP5026564
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Orig. art. has: 1 figure*
SUB CODE: IE/ SUBM DATEt 120ct64
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Card 2/2
Fig, 1, 1 and 2- hood; 3- nipple of the
device; /+ and 5- glass seams;
6- ears

IEBEDEV,I-P-#-kand.vetarimrnykh nauk
Buildings for raising calves with rotation of groups under conditions
prevailing in Siberia. Sell. stroi. no-5:10-11 MY 162. (MIRA 15:7)
(Calves) (Siberia-Fam buildings)

LEEEDKV, P.@
On ship and train. Sov.profsoiuzy 19 no.2:21 Ja 163. (MMA 16-2)
1. Direktor ochno-zaochnoy ohkoly No.1 Cktyabrlokoy zholeznoy
dorogi, teningrade
(Railrade-Ruployees-Edueation and training)
(T-eningrad-Correspondence schools and courses)

LEMMYF,V. P. [Lebedev, P.]
Z,@-
Investigations concerning the compressive force of light. Magy fiz
folyoir 8 no.4:335-354 160. (EKAI 10:2)
1. Egyetemi Fizkai Laboratorium, Moszkva.
(Light)

1-@DEDEVJ-P,A,
"The Stability of Transient 1416tion During a Finite Time Interval,"
Trudy Moskovskogo Aviatsionnogo Instituta 0'@oceedings. Moscow Institute
of Aviation/ . Fascicle 50, Oborongiz Publishing House, 1955
All-Leningraa Seminar on the Thqor,., of Automatic Control (19-55-10156)

25 (1) SOV159-58-71-6/31
AUTHOR-. Lebedev, P.A.
TITLE: An Analytical Ilethod of Investilgating the KineLiatics
of T.1ecli-Inismis 'i'lith Plane-Tlovinr, Curvilinear Links
PIMIODICAL: Nauchnyye doklady vysshey Wikoly, Tlaqhinostro@(cniye i
priborostroyeniye, 195e, 11174r 3, pp 34-43 (U,'3jR)
AMTRACT: In thiz ari'cl.e the author explains a iLevr analytical
A u d
method for investigating tl-,e hine"matics of four-
S 7 Lose
link laeoll"1114 . u., connection rod. is renresented
by a curvI-21 --*, near iinl@, %,,herebly the synM try axis of
the slot of 'lie latter is cri-ven b,r an equation of the
r,orrespondim, flLnCtllcn. @'@uch mechani@_1-s are found in
,rlacl
iines and -quir.T ent @,roduczed in t1le USCM for ex-
aitq@-Ie in '!h,:- feocl-rs of the -now laders of +ypp_,@
L .1
ai-id OS-3, in the rotary cf dec@,,de S+E-r, se-
lectors of alutcmati,_, t-e,11cplione exchan;.res P.-d in the
1-A_n,k of motion @iicture projectors. For
calculatinf-r Suclh i-ec"lanism2l the kn-ovin applications
of mnalytical calculations are inadequate. The au-
Clard 111'z +ht-)r bc---@sed iiis me'hiod of ni-.,alytlical inveCt-i-aticr_ on

s 07/i 7.. r,113 I
An Ar-alytical '.-e-thoq of th@e KJ of 1'ecl-I-SmS
71-1 t h P 1 an e - I t@_ o v i n,,,; C u r -,,r i 11 n c@ a r L i; n 1r, s
Ic Uic -eometrv @'@@,riyeve'sk 4 r
plane I inema4 - LD 1 1 Thi s
method pc;_-,.J_f-s -@11 11-inematic p a @u:l e -t e r s
Of ,.-cc, an.;31-s in algebraic equati-ons. P c) --,- h --- a m e. t 1 , c d
the autlaor ises the -Poliowin:, theorem,,_ if -@vm noints:
are r,ivern, 2, -(x an d C x c.
@:> c 5 Yc
- A A) A@ A
ir, tvro rec tvall-) Ilr coc-rdinatc. sy--tems lor-ated in i i
plane , 'lie ,A@I;,, 1 e, of r-, fat i on. of the coor(! Ixc-,2
determined by 1-!:" u 1 F.-
(x
arc c c c
A c
The author provu- '111_01,CIN "I'li,
tion for the aforei.:c-itioned Pi.--ure 3-:6
dilfi,-_,aims of the p-ra,,ict,)r chan,es of the kire-.
Card 2/3 of fueder Lie ch.@tni c3II.Is of loaderu the neriod
L;

S'OV/159-58-3-6/31
An Analytical Method of Investigating the Kinematics of Mechanisms
With Plane-Moving Curvilinear Links
of one turn of the crank. There are 6
9 Soviet references
'Phis article was preLented by the
Kafedra "Teoriya mekhanizmov 41- mashin"
tekstillnogo instituta (Chair "Theory
and 1,1achines" of the Leninr-rad Textile
SUB' MITTED. 1.1arch 24, 1956
diagrams and
Leningradsho.go
of 1,11echanisms
Institute)
Card 3/3

Bee Culture
Increasing the firmess of comb foundations Pchelovodstvo 29p no. 6, June 1952
9. Mon'Lhl List of Russian Accessions,
2
Library of Congress, August 195Y, Uncl.

I 7r-Ir n-77, P. A.
23117 eshche o prioritete ruc!skoy tekhni.cheskoy nauk.'. (C 7akrne
nroblenlya P. L. Kirpicheka). Mekhanizatsiya Stroit-Va, 1949
No. 7, C. 1-2.
SO: LFT01751 '10. 11, 11,149

PHASE I BOOK MIPWITATION SOV/4137
Akademiya nauk SM. Tnstitut mashinovedeniya. Seminar po tochnosti v
mashinostroyenii i priborostroyenii
Trady., vyp, 14 (Transactions of the Institute of Machine Science., Academy of
Sciences USSR. Seminar on Accuracy in Machinery and Instrument Manufacture,
no. 14) Moscow, 1960. 84 p. Errata slip inserted. 2,200 copies printed.
Editorial Board: N,G. Brayevich (Resp. Ed.), Academician; G.G. Baramv.. Doctor
of Technical Sciences; M.L. Bykhovskiy., Doctor of Technical Sciences; A.P.
Vladziyevskiy, Doctor of Technical Sciences; B.G. Dostupovj, Doctor of Technical
Sciences; M.I. Kochenov, Candidate of Technical Sciences; Yu. V. Lyubatov,
Candidate of Technical Sciences; D.N. Reshetov., Doctor of Technical Sciences;
V.I. Sergeyev,, Candidate of Technical Sciences; and A.S. Shatalov, Doctor of
Technical Sciences; Ed. of Pablishing House: P. 1?. . Zolotov; Tech. Ed.: B.G.
Markovich,,
PMUNW: This collection of articles is intended for scientific workers and
design engineers,
Card V4

Tranewtions of the Institute (Cont.) SOV/4137
COVERAGE: The book contains articles dealing with the accuracy of the rotaUng medhae-SM in
a ten-position selector for the dial-telephone system, with bridge-type computing
and meamiring devices, with calculation of allawmces for turbine blades,and
vith investigatibna of linear electric circuits and accuracy in automatic
mao.hining of bearing rings. No personalities are mentioned, References accompany
each article.
TABIE OF CONTENTS:
.j@jftdpv P.A. Investigation of the Accuracy of the Mechanism for Revolving
h__TL ho,
the Rate e 'ry-linder of a Ten-Position Selector ol' the Dial-Telep ne System 3
The author discusses the construction and operating principles of the
ten-position selector used in the dial-telephone system and. presents an
approximate analytical method for determining kinematic parameters of
the mechanism and errors in the ratchet-pawl engagement.
Sergeyev, V.I. Effect of Inertia Loads., Dry Friction, and Backlash on
Pereormance of Bridge-Type Computing and Measuring Instruments 20
The author presents an analytical method for determining control time
and overshoot for a bridge-type multiplier vith automatic actuation.
The effect of inertia loading., dry frictionand backlash in gear-type
sl:eed reducer are taken into account.
Card 2/4

llmangs@-tions cf the Institute (Cont.)
3. SOV/4137
Kate-m.sys-ri) P.A.. Irr-restigating the Accuracy of Complex Devices
With Closed Circuits
The wathor investigates some problems of the accuracy of complex
mechanica.11 and electronic devices with closed circuits [kinematic
chains of gear-cutting machines) mechanical and electronic computers
of implicit functions, etc.]. The interrelation between input and
cratput parameters of these circuits is described by algebraic equations.
The accuracy and errors of the vhole system are calculated from kno-,m
aacuracies and errors of component elements.
Fz--'dlender, I.G. Methods of Check Calculations of Tolerances for Turbine-
Rotor Blades 44
A method is presented for calculating dimensional tolerances and for
determining physical-mechanical properties for turbine-rotor blades in
order to insure the natural dynamic frequency of the blades in a speed
range far enough from the operating speed to avoid resonance. Analytical
and experimental methods for determining the values of partial derivatives
of basic equations and vibration intensification coefficients (shmwing the
effect of di nsicnal and physical-mechanical changes of blades on their
natural frequency) are discussed.
Card 3/4

Transarations of the Institute (Cont.) SOV/4137
Dr,ibatov, Yu. 11. On a W@th,@,t of Eketerwining Errors In Linear Electric
(111-re-ait@i With Resistance Elenents 6')
The term eT-.rcrs here the difference between nomima and ar-tual
val-es of p@Lrsmssteve. The %,.tthlor presents an analytical inethod for
de-teiniming r;oeffi-zlents shi@wing the influence of errors and in-
ani=raziea in msedbling (P,3xasitic parameters) on the f'unctioning of
linear resist&-nea cirauit-s.
Llkbacheva., Ye. A,j ;--ni V.I. Sergeyev. Inveatigation of Some Accuracy
Problems in Ma.,@hining Bearing Rings on Transfer Machines 76
The =thars exwd.re (bY zeans of mathematical statistics) the inter-
relati@.-n betv,.aen errors of t..he following and preceeding operations ir.
centerless gt,Lnding of trapAs of external rings of rolling-contact
bes:--Ings. It is alaln:@d to be the first attempt to describe certain
statistice.1 -r@@gplavi+.-,r patterns for the operation of a group of W-1to-
matic grin&@r@! uaed for Lbe La--3p-hining of rings.
AVAIIA'BIE: Vj."@,raz%y of Congress
Card 4/4 VK/pv/mas
lo-25-6o

FOLTAKOV, Vladimir Sergeyevich; BARBASH, Iosif Davidovich; LEBEDEV,
P.A., kand.takhn.nauk, retsenzent; MARKOT, T.G., kwid.tekhn.
Inauk.' red.; SIMONOVSKIT, N.Z., red.izd-va; SPKMISKAYA, O.Y.,
tekhn.red.
[Clutches; design and construction] Hufty; konstruktaii i
raschat. Izd.Z., dop. i perer. Moskva, Gos.nauchno-tekhn.izd-vo
mashinostroit.lit-r.v, 196o. 346 p. (MIRA 13:3)
(Clutches (Machinery))

LEBEDEV. P.A...
, MARKZVICH,A.A.
Determining inertia moments of coiled springs. Izv.vyi3.ucheb.
zav.; takh.takat.prom. m.2:134-137 159. (MIRA 12:6)
1. Loningradekly tekstil'W institut in. S.M.Kirova.
(Textile machinery--Testing)
(Moments of inertia)

LEBEDEV, P.A.
Determining positions of three-dimensional mechanisms
consisting of twoZdriver groups. Trudy Inst.mash. Sem. po
tooremashe 21 no*83-84:78-102 161. (KMA 14:6)
(Mechanical movements)
. . .11

red.; GOLUB, H*V* . red.;
FOTF,MV, S.P.. otv.red.;. LE.BE-.W
DOYCHENKO, G.P., red.; IZON. S.M., red.; MARKOV, I.G.,
red.; SAFIYAH, A.Yu., red.; MARKUSIX, H., red.; SRAFETA, S.,
tokha.red.
[Latest developments in woodpulp and paper production] Novoe
v tselliulozno-bumazhnom proizvodstve. Kiev. Gos.izd-vo
tekhn.:Lit-ry USM, 1960. 93 p. WRA 14:3)
1. Ukrainskiy nauchno-isaledovatellakiy institut teellyuloznoy
i bumazhnoy promyshlennosti.
(Woodpulp)

KOLCHIII, Ilikolay Ioasafovich, zasl, deyatell nauki i tekhniki RSFSR,
doktor tekhnicheskikh nauk, prof.; 1-1ARIMICH) A.A., kand.
tekhn. nauk, retsenzent- LE3EDEV A., kand. tekhn. nauk.,
retsenzent; GARBARUK, VOL, kand. tekhn. nauk, red.;
VASILIYEVA, V.P., red. izd-va; ONISHCHENKO, II.N., red. izd-va;
POLISKAYA, R.G., tekhn. red.
[mechanical engineering] Mekhanika mashin. @Ioskvaj Mashgjz.
Vol.l. [Structure and kinematics of mechanisms. Geometrical
and kinematic analysis and synthesis of mechanisms] Struktura
i kinematika mekhanizrov, geometricheskii i kinematicheskii
analiz i sintez mekhanizmov. Izd.2., perer. 1.962. 549 p.
(' MIRA 15:3)
(Mechanical engineering) (Mechanical movements)
(Gearing)

L&BEDEV, P.A.
Kinematics of the three-dimensional mechanism of tiie harness
lifting dobbies on looms. Izv.vys.uchcb.zav.; tekh tekst.prom.
no.3:135-142 161. @MIRP 14:7)
1. Leninf,7adskiy tekatillnyy institut im. S.M. Kirova.
(Looms)

LEBEDEV, P.A.
Inalytic determination of the parameters of kinematics of flat
bar@ linkages. Trudy Inst.mash.Sem.po teor.m-ash. 22 no.87:
21-30 161. (MIRA 14:1)
(Mcchanical mjvbmente)

LFBEDEV, P.A., kand.tekhn.nauk
Determining kinematic parameters for scme plane four-c-aar linkages.
Izv.vjs.ucheb.zav.; mashinostr. no.2:59-69 162. (KRA 15-0)
1. Leningradskiy, tekstilInry institut.
(Links and link motion)

LEBEDEV, P.A.
Analytic determination of displacements of three-dimensional
three-bar linkages with adjoining levers. Izv.vys.ucheb.zav.;
prib. 5 no.4:115-119 162. (MIRA 15:9)
1. Leningradskiy tekstilInyy institut imeni S.M.Kirova.
Rekomendovana kafedroy detaley mashin.
O*chanical movements)

LEBEDEV, P.A.., kand.tekhn.naukp dotsent
Kinematics of a three-dimensiorml crankgear. Izv.vys.ucheb.zwr.;
mashinostr. no.6:U-15 162. (MUA 15:1-1)
1. Leningradskiy tekstilinyy instituto
(Machanical movements)

ANANOVY G.D., doktor tekhn. nauk; LEBEDEVL P._A., kahd. tekhn. nauk,
red.; BARDINA, A.A., teRnn. red.
(Kinematics of three-dimensional hinged mechanisms of agri-
cultural machines] Kinematika prostranstvennykh sharnirnykh
mekhanizmov sellskokhoziaistvennykh mashin. Moskva, Mash-
giz, 1963. 219 p. (MIRA 16:9)
(Agricultural machines--Transmission devices)

MASHNEV, M.M.; KRASKOVSKIY, Ye.Ya.; LEBEDEV, P.A.; ROMADIN, I.S.;
VLAD174IROV, V.M., red.; FUAYEVA, G.I., red.izd-va;
BARANOV, YU.V., tekhn. red.
[Theory of mechanisms and machines and machine parts] Teo-
riia mekhanizmov i mashin i detali mashin. Vladimir, Rosvuz-
izdat, 1963. 446 p. (MIRA 16:11)
(Machinery--Design and construction)
(Mecbanisms--Design and construction)

LEBEDEV) P.A.
Determining the displacements of mechanisms with contacting levers.
-W 163, WMA 16.
Izv.vys,ucheb.zav,; prib. 6 no.,3:134 .9)
1. Leningradskiy tekstilInyy institut imeni S.M.Kirova. Rakomendovana
kafedroy teorii mekhanizmov i mashin,

LE BIL D 7W -9* ,P.A. -
1. -1 - - - 1. 1
On an applicat ion 0@ -@he curvj j f near int eg-,a I a - r mccnar 4 cs.
..0 1 -, 0
Studil cerc mec ap! 14 no.44937-945, "3.
1. institutul du terri*'Le 'T. FIro-i", Leningrad.

RUZINOV, L.D;;_UBEDEV-,-.P.A..O kand. tekhn. nauk, retsenzent;
, r- : " "
VUL FSON, I.I., kand. tekhn. nauk, retsenzent; VALIKOVSKIY,
A.A., kand. tekhn. nauk, red. (deceasedl
[Design of mechanisms based on geometric transformationsl
Proektirovanie i raschet mekhanizmov na osnove geometri-
cheskikh preobrazovanii. Moskva, Mashinostroenie, 1964.
147 p. (MIRA 17:12)

KOPYLOV, B.F.;_LEI3EDEV, P.A.; CHERDANTSEVA, M.V. (Leningrad)
"Small-base semiconductor film transformers as applied to the investigation of
dynamic parameters of mechanisms".
report presented at the 2nd All-Union Congress on Theoretical and Applied
Mechanics, Moscow, 29 Jan - 5 Feb 64.

I-EBFF)F'V* 11.4,; OBF61,ov",
Determining the partumetprs of the movement of batten mech;@:-;iBm3.
Izv. vys. ucheb. zav.; tekh. tekst. prom. no.6:123-130 164,
(MIRA 1.8 3)
1. Leningraciskiy institut tekstillnoy i legkoy promyshlennosti
Imeni Kirova.
J.

LEBTDEV, P.A.; YEFRON, A.I.
Flane oiilllatlom of R connecting rod with variable c:oss section
ar,3 cinvilinear axis of symmetry. Bul Inst Foliteh 26 no,5:23-37
S-0 164
1. Leningrad Textile Institute.

LEBEDEV, P.A.; STDOROV, N.G.
Studying the interaction betueen a crawler tractcr and the naround
in turns. Trakt. '- se'Llkhozmash. no.3;7-1-0 Mr 14.5.
(MIRA 18:5)

IY,BEDEV., P.A.
y of screw kinematic pairs. Teor. mash. i mekh. no.0,6/9-7.
Theoi-
5-18 163. (MMA 17.1)'

SHPANOVA,o Lyubovl- Grigorlyemm; I&EDEM, P.B., red.,- MMVEDEVA, R.A.,
-tekhn. red.; YEIAGIN 9 A.S.# tekhm, nel.
[A party committee and the brigades of comminist, labor] Partiinyi
komitet i brigady kommunisticbeskogo truda. Moskva Izd-vo
"Sovetakaia Rosaiia,N 1960. 78 p. @ WRA 14;7)
1. Zamestitell eakretarya partkoma NovosibirBkogo metal-lurgicheskogo
zavoda imeni A.14.Kuzimina (for Shpanova)
(Novosibirsk-Steel industry)

LARIOITOV. Alaksay.Nikolayevich, ; LEBEDEV, P.B., red.; LUKINA, L.Ye., tekhn. red.
-------- , --
[School and life; practices of the party organization in 117azan
Province] Sbkola i z1hizal; iz opyta'raboty Riazanskol oblastnoi
parttinoi organizateii. Moskva. Izd-vo "Sove.taknia Rossib," 1958. 61 p.
(MIRA 11:12)
1. Pervyy eakretarl Ryazanskogo oblastnogo komiteta USE(for larionov)
(Education. Cooparative)
(Ryazan Province--Agriculture)

KOROLEV, Vladimir Favlovich; LEBEDEV, P.B., red.; YMAGIN' A.S.,
tekhn.red.
ERural Commanists and the problems of farm mechanization]
Sel'skie koTarministy i voprosy makhanizateii sellskogo kho-
ziaistva. Moskva, Izd-vo "Sovetskaia Rosaiia,* 1960. 43 P.
(MIRA 13:7)
(Zerpukhov District--Farm mechanization)

BOLISH&KOVAp Valentina Pavlovnaq doyarl@!; IZBF-DKVq P.B.y red.; YEIAGINI
A.S., tekbn.red.
[My experience in increasing the milk yield of primapara heifers]
Moi opyt razdoia pervotelok. Moskva, Izd-vo mSovetskaia Rossia,m
1961. .15 P. (MIRA 14: 6)
1. Kolkhoz imeni Lenina Lyubytinskogo rayons. Novgorodskoy oblasti
(for Bol'shakova).
(Dairying)

POPOV, Aleksandr Mikhaylovichy svinarl-celchuizatori IZBEDEVq P.B.9-;:ed,.,-
MUCHEVA, T.D., teklm.red.
[Ptpducing 646 kilograms of pork every day] Kazhdyi dent 646 kilo-
grammov svininy. Moskva, Izd-vo "Sovetskaia Rossiia,n 1961. 19 p.
(MIFLA 34: 6)
1. Sovkhoz uBorovichanin" Novgorodskoy oblasti (for Popov).
(Novgorod Province-Swine)

LE,BEDKVj P.B., otv. za vypusk.
[Leading agricultural workers talk about their experience; materials of
the Conference of Leading Agricultural Workers of Siberia, Novosibirsk.-
19611 Peredoviki sel'skogo khoziaistva o svoem opyte; materia2y sove-
shebaniia. peredovikov sel'skogo khoziaistva Sibiri, Novosibirsk, 1961.
Moskva, Izd-vo "Sovetskaia Rossiiap" 1961. 162 p. (MIRA 14:7)
1. SoveshchanJye peredovikov se2'skogo khoziaistva Sibiri,]Novosibirskv
1961.
(Siberia--Agriculture)

DROTI,N.; IiXBFJW, P.D.
Bxtrapleural pneumothorax in pulmonary tuberculosis. Probl,tub,
no.2:40-44 Mr-Ap '54. (MLRA 7:5)
1. Iz tuberkuleznogo senatoriia (glavnyy vrach H.Droti) v Tirane
(Albaniia).
(MUMOTHOILU, ARTIFICIAL,
*extrapleural)

all-j 'L. A.
I I rI,
oo@obila dlip- enerrIcticheskilch -vuzov i ',-,V a
Gosenerf@oiz@let, 1943. ""72 p..
Biblio@,rap'-iy: P. 370
P
L3 7
cu cty 7H
SO: "-laralfact-urino and in the Soviet
Libr,--Iry of Congress, 1953.

--l' 7
36062
'33-34
nykh Stateyp Vol

T--i D,,V
i- -
-T22
-L:@ i C
USSR/-Electri-cit-j- - Synchronou-- "'-ac*-Lne@, Generators, Themal Frr-tlection jan "r-
"Inves-6i.r--cRtion of Heat Tr.--n,-@fer in Electric i'achines," D,--)cer-it V. V. Yen'1-21
C@ind Tech Sci, D-cent F. D. Leb(-.1ev, Carv! Tech .)'ci, !-'oscov Power Ln-- lnsfl@,
ireni Volotov, 'U PIP
"Elektrichestvoll No 1
Gives results of experji@,enbil investigation of heat transfer fro: hea,,, parts
of stator windin-. Investigations were carried out on s@nchronous generator
windinc- and in aero@ilmai-ic tube (at various- air-fl.-%., v;@ ocities). 7.esults
showed previous formulas Jbtainpd hy authors and other investiCi@tors were
not entirely correct due to con5ider:-:11e, turbulence of flow occurring in tl!i.9
reZi,)n of tl-,e stator. As result of nresent invesluir,,@.tion on ac-Lu-,-l Fenerator,
more accur-,L.e for.,::ulas were oLtained. Sutnitte.,l 12 Oct 49.
i 15 W 2 8

Lr-zzi,zv , Z-. U.
Lrying apparatus; textbook. '-'.oskva, Gos. energ. izd-vo, 264 D. (54-10--Ao)

LEBEDEV, P. D.
7585 LEBEDEV, P. D. Generatory tepla d1ya radiatsionny kh aushillnykh uatanovok.
M-L, Gosenergoizdat, 1954. (1), 56 s. 9 ill.20 sm. (M-vo elaktrostanteiy
SSSR. Goa. inspektsiya po, promenergetike i energonadzoru. Inform. pis' mo.
No. 1/27) 5.5000 ekz. 1 r. 60 k. Avt. ukazan na 2-y s. obl. - Bibliogr:
S. 55-56 (34 nazv.)
(55-664 zh) 66.047 4 (016-3)
SO: Knizhnaya LeTopis, Vol. 7, 1955

- II @ ., z .I- I. - , , -. .@ I .
- -@_@ Ln I.1. -,,- ;T @-_'.-
IJMEDEV, Planteleymon Dmitriyevich; VMBA, H.I., redaktor; LARIOITOV, -
@-Txe M. _t gkTrif &Fd-bk!@@ iedaktor.
0
[Dz7ing by infra-red rays] Sushka infrakrasrqmi luchami. Moskva.
Jos. energ. izd-vo, 1955. 231 P. (MLRA 8:8)
(Infrared rays--Industrial application)
. (Dr7ing-apparatus)

on Daitr1yamic1q, SIMMIN. Alsksey Aleksandrovich;
,. q1eym!, - , , - I I.
MURZAXOIV. V-V., redaktor; FRiDKIN, A.R., tekhnicheskiy redaktor
[Industrial heat engineering] PromWahleanaia teplotakhaika. Jzd.
2-oe. parer. Moskva, Goa. energ. izd-vo, 1956. 384 p. (KW 9:9)
(Heat engineering)

Subject USSR/Heat Engineering AID P - 4366
Card 1/1 Pub. 110-a - 11/19
Author : Lebedev, P. D., Dr. Tech. Sci. Prof. Moscow Power
InstiFu-te
Title : Some problems on the method of experimental research
on heat-transfer and mass-exbhange.
Periodical : Teploenergetika, 4, 44-48, Ap 1956
Abstract : A review of the design of instruments and installations
recently devised for research on the transfer of heat
and matter in heat exchangers. Six diagrams. Ten
Russian references, 1947-1955; one, 1954 English ref-
erence.
Institution : None
Submitted : No date

LEMOV, F.D., dol--tor takhnicheakikh nauk.
Mwm@.
Devalopment of drylag procasses. Pron.anarg. 11 no,.2:5-6 ? 156
(Drying) MRA 9:6)

URDU, D. (Doctor of Technical Sciences)
Moscow. i@nergeticheskiy instiltut
0
Istoriya energeticheskoy tekhniki 65SH v trekh tomakh. t. 1: Teplotekhnik-a
(Histor7 of Power Engineering in the USSR in Three Volmnes. v. 1: Heat i@ngireering)
Mloscow, Gosenergoizdat, 1957, P. 479, 5,000 copies printed.
Ed.-Con,piler: Konfederatov, 1. Ya., Doctor of Technical Sciences; Authors: BadylIkes,
I, S., Doctor of Technical Sciences; Belinsky, S. Ya., Candidate of Technical
Sciences; Gimmellfarb, M. L., Candidate of Technical Sciences; Kalafat.4. D. H.,
Candidate of Technical Sciences; Kertselli, L. I., Professor; Kovalev, A. P., Doctor
of Technical Sciences; Konfederatov, 1. Ya., Doctor of Technical Sciences; Letvrov,
V. N., Doctor of Technical Sciences; -Lebedev, P. D., Doctor of Technical Sciences;
Lukinskiy, V. V., Doctor of Technicaf-S-cien~c;s-~de~eased); Petukhov, B. S., Doctor
of Technical Sciences; Satanovskiy, A. Ye., Doctor of Technical Sciences; Semenenkol
N. A., Doctor of Technical Sciences; Smel1ritskiy, S. G., Candidate of Technical
Sciences3 Sokolov, Ye. Ya., Doctor of Technical Sciences; Chistyakov, S. F.)
Candidate of Technical Sciences, and Shcheglyayev, A. V., Corresponding Member,
USSR AcadenV of Sciences; Editorial Eoard or set: Bellkind, L. D., Doctor of
Technical Sciences; Glazunov, Doctor of Technical Sciences; Golubtsova, V. A.,
Doctor of Technical Sciences; Zolotarev, T. L., Doctor of Technical Sciences;
Corresponding Member,
labash, S. V. Doctor of Technical Sciences; Kirillin, V. A.3 I

.USSR Azademy of Sciences; Konfederatov, I. Ya., Doctor of Technical Sciences;
Marguiova, T. Kh., Doctor of Technical 3cienc 'es; Pleshkov) V. V., Doctor of Technical
Sciences; Petrov, G. N., Doctor of Technical Sciences; 6irotinskiy, L. I.., Doctor of
Technical Sciences; Styrikovich, M. A., CorrespondinE Member, USSR Academy of
Sciences; and Shneyberg, Ya. A., Candidate of Technical 3ciences. Ed.: Matveyev,
G. A., Loctor of Technical @ciences; Technical Ed.: Medvedev, L. Ya.
PURPOSE: The book is intended for technicians in all branches of heat engineering.
COVERAGE: This book presents the development of the basic branches of heat engineering
in the Soviet Union and it is the first volume of 3 volumes entitled History of
Power Technology in the USSR. The first chapter gives a concise history of the
development of heat engineering from its very beginning to the midUe #Z the l9th
Century when the fundamentals of the theoretical heat enE;ineering were established.
A detailed description of the development of heat engineering in pre-Revolutionary
Russia is given in Ch. 2 to 5 and its status before 1917 is descri@ed. In the main
part of the volume, Ch. 6 to 161 the development of varioiis branches of the Soviet
heat engineering is presented. The theoretical fundamentals of heat engineering,
of manufacturing boilers, turbine installations of heat power plants, district
heating, heat control, automation of' thermal processes, and cooling techniques are
covered extensively. Each chapter is supplemented with a bibliography. The book
is illustrated with photographs, charts and diagrams, worked out by the authors of
the respective chapters. At the end of the book there is a chronological list of
significant events in the development of heat engineering.

GRRASIMOV, B.@. @Professor,
redektor; KAGAN, Ya.A.. kandidat tekhnicheskikh
aauk, redaktor! TIAQJ R&, professor. glevnyy redaktor;
LUKRITSKIY, Y.Y., professoi-,redaktor [deceased]; SHIMLIN, A.Te.,
professor, redektor; AY2MISHTAT, I.I.. redaktor; VORONIN, K.P.,
tekhnichaskiy redaktor
[Heat engineering handbook] Teplotekhnicheskii spravochnik. Moskva,
Goe.enarg.izd-vo. Vol.l. 1957, 728 p. (MIRA 10:9)
(Heat engineering)

I-OF 0 415- 1010:e7 V@) /Z7@'
AUTHORi Lebodev, 1.1. 3-12-17/27
TITLE: The Scientific-Methodical Conference on Automation and Telemecha-
nization (Nauchno-metodicheakaya konferentsiya po avtomati-
zatsii i telemokhanizatsii)
PERIODICAL: Vestnik Vy-oshey Shkoly, 1957, # 12, PP 77 - 79 (USSR)
ABSTRACT: Analyses of present training conditions in the fields of
automation and telemechanization of technological processes
revealed that the educational programs of these special disci-
plines do not provide the engineers with sufficient knowledge
in the field of technology dealing with the production of auto-
matic, telemechanical and measuring devices.
A scientific methodical conference was convened in June 1957
by the USSR Ministry of Higher Education. Present were vuz
professors and teachers and leading workers of specialized enter-
prises. The plenary sessions dealt with the following reports:
F.D. Lebedev on the conditions of engineering training in the
--fl-eMs-o-fautomation, telemechanization, measuring technics and
calculation devices. N.S. Torochestnikov on engineering training
in the automation and telemechanization of chemical production.
Card 1/2 Three directions are distinguished in the training of en-
AVAXI
-ZZ9reas -4 1n8trU--CE" 15.Y of a L, t
qB. F., 0-
171"t deai4,,,,,, the
raust be or_

14(lb 15(6) Pfflqz I BOOK lxpLorTATIOX SOV/1499
ftPlOtekbn1ahoskly sFwavochnik, t. 2 (Heat Engineering Hand-
book, Vol. 2) Moscow, Ocnanargolzdat, 1958. 672 P. 4o,ooo
copies printed.
Compilers (All Instructors or the Moscow Power Institute)i
W.V. Lukmltskly
Doctor of Technical Sciences (Deceased)
,
;
YO.Ya. Sokolov, Doctor of Technical Sciences; P.D. Ubedev,
Doctor of Technical Sciences; M.L. 01maellfarb, Candidate
af Technical Sciences; N.V. Lavrov, Doctor or Technical
301000631 0 P Ivantsov Candidate of Technical Sciences;
B
N
f T
h
i
l
.
. o
ec
n
ca
Sciences, A.M. Sherstyuk.
Candidato of Technical Sciences; 3.P. Mikitin, Candidate of
Technical Sciences; S.F. Chistylkov, Candidate or Technical
3Gl&nasi6Ys.G. Dudnlkov, Doctor of Technical Sciences; A.M.
bLklastov, Candidate or Technical Sciences; and M.I. Barba,
Candidate or Technical Sciences. Ed.t I.I. Ayzenxhtat,
Tech. Zd.t X.P. Toranin, and O.Ye. lArIonov; Ede. or sett
B.G. Oarasimov, Professarj YA.A. rAgan, Docent, E,2,_L&k2AVt,
Professor (chier Rd.) and V.V. Luknitakly, Professor Dtcssae@).
card 1A
MO&% Engineering (Can.) SOT/1499
PMP=t This book Is intended for students or power engineer-
log and polyUchaleal vu--es. it may also be used by engineer-
Ing and technical personnel engaged in the designs construc-
tion " operiktion of thermal equipment of thermoelectric
power statlons and industrial plants.
COVEFtAOZ: This is the second volume or a two-volume heat-anaLnear-
Log handbook compiled by a group or professors and docents or
the Noncom Pow r Engineering Institute. This volume deals
with therno-olectric power plants, heating and ventilating
syste". industrial plant thermal equipment, heat measuring
imtruxwnta and automatic control oftherml processes. Special
chapters are devoted to boiler materials, piping and other
oquipwmt. Brief information an the following subjects Is
givans heat-exchangersevaporatinz and fractionating equipment,
refrigeration systemeand boat pumps, Industrial furnaces. pro-
duction. transportation and storage or rual gases. pumps, fans,
compressors. hoisting and transporting mochaniscoand tempera-
ture. pressure and flow measuring instruments. Standard graphi-
cal symbols for heat-power plant equipment and instruments and
also the letter symbols and corresponding dimensions or various
engineering quantities are given. changes In the GOST (All-
Card 2/6

ILXBFXFY -.-P.D., doktor tekhn. nauk, prof.; SOROKIN, A.F., doktor tekhn.
- --' nea'; prof.
Mechanism of heat and mass transfer in boiling solutions. Izv. vys.
ucheb. zav.,- energ. no. 1:80-85 Ja '58. (MIRA 11:7)
1. MoBkovakty energeticheskiy institut (for Lebedev). 2. Ivanovskiy
energeticheakiy institut im. V.I.Lenina (for Sorokin).
(Ifeat-Tranemission) (Mass transfer) (Solution(Chemistry))

14(1); 15(6) PHASE I BOOK EXPLOITATION SOV/1499
Teplotekhnicheskiy spravochnik, t. 2 (Heat Engineering Hand-
book, Vol. 2) Moscow, Gosenergoizdat, 1958. 672 p. 40,000
copies printed.
Compilers (All Instructors of the Moscow Power lnstitute)@;
V.V. Luknitskiy, Doctor of Technical Sciences (Deceased
Ye.-Ya. Sokolov, Doctor of Technical Sciences; P.D. Lebedev,
Doctor of Technical Sciences; M.L. Gimmellfarb, n ate
of Technical Sciences; N.V. Lavrov, Doctor of Technical
Sciences; G.P. Ivantsov, Candidate of Technical Sciences3
B.N. Golubkov, Candidate of Technical Sciences; A.N. Sherstyuk,
Candidate of Technical Sciences; S.P. Nikitin, Candidate of
TechnIcal Sclences; S.F. ChIstyakov, cand1date of TechnIcal
Sciences,Ye.G. Dudnikov, Doctor of Technical Sciences; A.M.
Baklastov, Candidate of Technical Sciences; and M.I. Berba,
Candidate of Technical Sciences. Ed.: I.I. Ayzenahtat; ,
Tech. Ed.: K.P. Voronin, and G.Ye. Larionov; 'Eds. of Set:
S.G. Gerasimov, Professor; Ya.A. Kagan, Docent; P.D. Lebedev,
Professor (Chief Ed.) and V.V. Luknitskiy, Professor (Deceased).
Card 1/6

Heat Engineering (con.)
SOV/1499
PURPOSE: This book is intended for students of power engineer-.
ing and polytechnical vuzes. It may also be used by engineer-
ing and technical personnel engaged in the design, construc-
tion and operation of thermal equipment of thermoelectric
power stations and industrial plants.
COVERAGE: This is the second volume of a two-volume heat-engineer-
ing handbook compiled by a group of professors and docents of
the Moscow Power Engineering Institute. This volume deals
with thermo-electric power plants, heating and ventilating
systems, industrial plant thermal equipment, heat measuring
instruments and automatic control ofthermal processes. Special
chapters are devoted to boiler materials, piping and other
equipment. Brief information on the following subjects is
given: heat-exciongersevaporating and fractionating equipment,
refrigeration systermand heat pumps, industrial furnaces, pro-
duction, transportation and storage of fuel gases, pumps, fans,
compressors, hoisting and transporting mechanismsand tempera-
ture, pressure and flow measuring instruments. Standard graphi-
cal symbols for heat-power plant equipment and instruments and
also the letter symbols and corresponding dimensions of various
engineering quantities are given. Changes In the GOST (All-
Card 2/6

Heat Engineering (Cont.) SOV/1499
Union State Standards) which occurred after compilation of the
handbook are noted. No personalities are mentioned. References
appear at the end of each chapter.
TABLE OF CONTENTS:
Foreword
PART 2. HEAT POWER (Continuation)
Section 3. Electric Power Plants. Heating Networks
Ch. 18. Thermoelectric Power Plants
Ch. 19. Heating Networks and Systems
PART 3. THERMAL EQUIPMENT FOR
INDUSTRIAL PLANTS
Ch. 20. Heat Exchangers
Card 34
3
5
5
69
116
116

Heat Engineering (Cont.) sov/1499
Ch. 21. Evaporating and Fractionating Installations 156
Ch. 22. Driers 184
Ch. 23. Refrigeration Systems and Heat Pumps 235
Ch. 24. Production, Supply and Industrial Storage of Fuel Gases 274
Ch. 25. Industrial Furnaces 312
Ch. 26. Heating and Ventilating Systems 346
PART 4. AUXILIARY EQUIPMENT FOR
INDUSTRIAL PLANTS 379
Ch. 27. Pumps, Fans, and Compressors 379
Ch. 28. Hoisting and Transporting Mechanisms 421
Card 4/6

Heat Engineering (Cont.) SOV/1499
PART 5. HEAT MEASURING INSTRUMENTS AND
AUTOMATIC CONTROLS 444
Ch. 29. Heat Measurement and Instruments 444
Ch. 30. Automatic Control of Thermal Processes 513
PART 6. MATERIALS FOR BOILERS, PIPING,
AND OTHER EQUIPMENT 581
Ch. 31 Metals 581
Ch. 32. Constructional, Thermal-insulating, Packing, and
Other Materials 605
Ch. 33. 'Lubricating Materials 628
Appe ndix 635
Card 5/6

Heat Engineering (Cont.) SOV/1499
Supplement
Index
AVAILABLE: Library of Congress
GO/lsb
5-15-59
643
664
Card 6/6

U E D-F V P
3-58-3-.3/72
LUTHORt Lebedev, P.D., Professor, Doctor of Technical Sciences, Chief
-
F
6
f
the Main Administration of Polytechnic and Machine-Con-
struction Vuzes, USSR Ministry of Higher Education
TITLEt Against the Beaten Track in Practical Training (f,rotiv sha-
blona v proizvodstvennom obuchenii)
PERIODICAL: Vestnik Vy3shey Shkoly, 1958, Nr 3, pp 16-20 (USSR)
ABSTRACT: The author deals with the two forms of practical training;
school training workshops and training at enterprises. He
describes how this training is conducted at satue of the
higher technical schools and examines suggestions made to
change the method. At many vtuzes, much time is devoted to
learning methods of cold and hot machining of metals, and the
future specialty of the student is disregarded. The Moskov-
skoye vyssheye tekhnicheskoye uchilishche (UVTU) (Moscow
Higher Technical School) and the Moskovskiyenergeticheskiy
institut (MEI) (Moscow Power-Engineering Institute) are
mentioned. In the School training workshops, posters and
Card lu kinematic drawings are widely displayed. fie points to the

1 58
A,gqinst the Beaten Track in Practical TraininE .1-.j -3-3/32
radiotekhnicheskiy fakultet (Radio-Engineering Faculty) of the
Urallskiy politekhnicheskiy institut (Ural Polytechnic Insti-
tute) where the amount of time in the training workshops for
cold and hot machining of metals has been considerably re-
duced. The final practical training of the students is con-
ducted in specialized radioen,,ineering workshops. This orga-
nization of work is recommended. fie considers the transfer-
ring of small mechanical workshops and factories to the
vtuzes (suggested by the Gorlkovskiy and Tomskiy politekhni-
cheskiy institut -Gor'kiy and Tomsk Polytechnic Institutes)
as impracticable. Technological practice at an enterprise
should be done at advanced plants having foundry, forging,
mechanical, assembly and other workshops, and a modern pro-
duction organization. For the students of the Moscow Higher
Technical School this practice lasts 25 days, while for the
students of the Moscow Power-Engineering Institute, techno-
logical practice is organized differently, and requires 6
weeks. This work often enables the students to obtain very
valuable information on their future specialty. The author
Card 2/3 examines other questions in plant practical training and

Against the Beaten Track in Practical Training
in conclusion, stresses the necessity to attach the schools
to definite enterprises. There is 1 Soviet reference.
ASSOCIATIONt Glavnoye upravleniye politekhnicheskikh i mashinostroitell-
nykh vuzov,Ministerstvo vysshego obrazovaniya SSSR ( Main
Administration of Polytechnic and Machine-Construction Vuzes
of the USSR Ministry of Higher Education)
AVAILA13LE: Library of Congress
Card 3/3

3-5s-7-32/36
AUTHOR: Lebedev, P.D., Doctor of Technical Sciences, Professor
TITLE: Higher Technical Education in Sweden (Vyssheye tekhnicheskoye
obrazovaniye v Shvetsii)
PERIODICAL: Vestnik vysshey shkoly, 1958, Nr 7, pp 84-88 (USSR)
ABSTRACT: The author, who is the head of the Glavnoye up a,2K@eniye poli-
Q
tpkhnicheskikh i mnshinostroitellnykh vuzov (@@entral Ad-
ministration of the Polytechnical and Machine Building Higher
Schools), accompanied by the director of the Leningradskays
lesotekhnicheskaya akademiya imeni S.M. Kirova (The Leningrad
Academy of Forest Engineering imeni Kirov) Professor V.M.
Nikitin, the director of the Leningradskiy korablestroitellnyy
institut (Leningrad Shipbuilding Institute) Dotsent Ye.V.
Tovstykh and the Aspirant I.V. Kallistova, visited Sweden in
February 1958 and studied the organization of higher technical
education in this country. The delegation was very much im-
pressed with its organization.
Card 1/1

LEHRI37, P.D.. doktor tekhn. nauk, prof.
High-temperature dr7ing of materials by utilization of the
internal vapor-pressure gradient. Trudy NEI no-30:169-178 '58.
(MIRA 12:5)
1.Moskovakiy ordena Lenina energeticheakiy institut, Kafedra
aushilinykh i teploobmennykh ustroystv.
(Dr.ring)

'r(0
@r@ / SOV/143-59-2-14/19
AMiORS: Lebedev, P.D., Professor, Doctor of Technical Sci-
ences; -V-erEa, M.I., Docent, Candidate of Technical
Sciences; Leonchik, B.I.; Portnov, V.D. and "-Jadchi-
kov, O.V., Engineers
TITLE: The Drying of Heated, Inorganic Solutions by Means
of Spraying (Sushka raspyleniyein podogretykh neor-
ganicheskikh rastvorov)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy - Energetika,
1959, Nr 2, pp 111-116 (USSR)
ABSTRACT: When drying heat-resistant, inorganic solutions by
spraying them into a stream of hot flue gases, the
heat and mass exchange processes may be consider-
ably intensified by heating the solution to a temper-
ature somewhat below its boiling point prior to
spraying, maintaining an adequate pressure in the
pipeline. A more intensive dehydration is observed
with a sudden reduction of the pressure of the heat-
ed liquid when the latter leaves the sprayer. The
Card 1/5 dehydration process is achieved, by the heat of

SOV/143-59-2-14/19
The Drying of Heated, Inorganic Solutions by Means of Spraying
the drying agent (flue gas), and by thE@ interi-or
heat of the atomized particles. The preliminary
heating of the solution causes W eduction of the
viscosity and surface tension, and consequently,
it changes the character of the interinedi7ite-phase
surfaces and with them tile spray dispe.Asion. *There-
by the basic laws are disturbed which are valid for
the dispersion of a cold liquid flow. For investigat-
ing the basic thermal and hydrodpiam'ic!peculi-arities
of this drying process, an experimental, semi-indus-
trial drying chamber was built at the Kafedra-su-
shillnykh i teploobmennykh ustroystv MEI (Chair
of Drying and Heat-Exchange Equipment of liTEI). The
drying chamber was built in such a way that one
parameter of the process could be changed while all
the others were kept constant. Provisions were
made to perform the drying in a direct flow and in
a counterflow of flue gas, or to feed the drying
gases from the sides of the chamber. Figure 1 shows
Card 2/5 a diagram of the drying unit. The basic Beries of

SOV/1,13-59-2-14/19
The Drying of Heated, Inorganic Solutions by Means of Spraying
Card 3/5
tests was conducted with
total of 60 experiments
salt solution was used ai
liquid consumption was cianged
the0temperature of the Iquid
300 C, the pressure of tie
The-temBerature of the f-ue
190 550 C. Kerosene was
the drying chamber. Sin)e
the liquid causes a fast.@r
dispersed particles, the
gas components with the
than when using a cold l-quid.
sulfur content of the dr.ed
the maximum Dermissible
processing of the
lysis showed that
tions were obtainDd
and at an initial
irrigation factor
centrifugal sprayers. A
ias made for which a 50%
experimental liquid. The
from 70-260 kg/h,
was varied from 75-
liquid from 50-150 atm.
gases was varied from
used as a fuel for heating
preliminary heating of
crystallization of the
interaction of the flue
)roduct is less intensive
The increase of the
material did not exceed
ralue of 0.06% SO.. The
experimental data and t1leir ana-
the most favorable drying condi-
at a liquid temperat re of 2800C,
gas temperature of 460 C. The
was 0.1 kg of the solution per k--
0

SOV/143-59-2-14/19
The Drying of Heated, Inorganic Solutions by Means of Spraying
of dry gas. The specific fuel consumption -for 1 k!@-
ILI
of the product was 200-250 g/k@ - product. The mass
exchange factor was 12-20 kg/m hour. When spray
drying cold liquids the mass exchange factor a", the
sSme temperature of flue gases amounted to 8-12 kt-D//
m, hour. The effectiveness of interphase surface
which means the dispersion of atomized particles.
So far, peculiarities of flowing out ana disinte-
grating of a heated liquid stream were not consider-
ed in the works of Soviet and foreign scientists.
The authors established some characteristical hy-
drodynamic phenomena of this process and some cal-
culated suggestions for the design of sprayers will
be subject of future investigations. The authors
mention only the four types of sprayers used dur-
ing their experiments: a centrifugal sprayer with
one tangential inlet, a centrifugal sprayer with
two tangential inlets, a centrifugal sprayer with*'*a
Card 4/5 special conical atomizer and a conical nozzle. The

SOV/143-59-2-14/19
The Drying of Heated, Inorganic Solutions by means of Spraying
experiments with the centrifugal sprayers showed
that their output was reduce by 30-40% when the
liquid was heated to 260-290 9C) in comparison with
the cold liquid. The authors came to the conclusion
that the preliminary heating increases the drying
efficiency of heat-loesistant inorganic liquids.
The preliminary heating of the liquid prior to
spraying permits the use of flue gases of fuels
with a low sulfur content as a drying agent. There
are 2 tables, 1 diagram, 1 graph, and 2 Soviet re-
ferences.
ASSOCIATION; fdookovokiy ordena Lenina energeticheskiy insti-tut
(Moscow Lenin Order-PoNer Engineering Institute)
PRESENTED: Kafedra sushillnykh i teploobmennykh ustanovok
(Chair ' 3f Drying and Heat Exchange Equipment)
SUBMITTED: November 26, 1958
Card 5/5

0, 4 000 66175
SOV/143-59-10-13/22
(A)
AUTHORS: Lebedev.P.D., Doctor of Technical Sciences, Professor,
M.I., Candidate of Technical Sciences,
Leonchik, B.I., Engineer
TITLE: Laws Governing The Atomizing of a Superheated Liquid
PERIODICAL:Izvestiya vysshikh uchebnykh zavedeniy, Energetika,
1959, Nr 10, pp 76-83
ABSTRACT: The results of an investigating of the hydrodynamic
peculiarities of atomizing superheated liquids are pub-
lished in this article. When heating a solution to a
temperature of 300-3300C (preventing boiling by apply-
ing the proper pressure in the pipeline) prior to atom-
izing, the specific volume increases by approxim:-.,tely
1.5 times, the kinematic viscosity decreases (by 6-5
times) and the surface tension is less (by 10-12 times).
Peculiar hydrodynamic conditions are created by the
practically instantaneous boiling of the superheating
liquid upon leaving the atomizer. They determine the
Card 1/4... structure of the spray cone and influence the second

66175
SOV/143-59-10-13/22
Laws Governing The Atomizing of a Superheated Liquid
ry dispersion of the drops. The process of atomizing
superheated solutions differs considerably from the
atomizing of a cold liquid due to changes in thermo-
physical and hydromechanical conditions. The investi-
gations were performed on an experimental installati-
on which was diffevent from the one described-by the
same authors CRef 1 7 only in performing the atomizati-
on in a cylindrical, vertical drying chamber of 800
mm diameter and 2.3 m height. Preliminary tests Z7Ref
1 7 showed that a conical nozzle had the best charac-
teristic as an atomizer, creating a very high degree
of dispersion and greater spray cone angles of the
atomized matter. Its design is simple compared to oth-
er atomizer types. Geometrically similar nozzles with
different diamters of the minimum profile were used
(0.28, 0.35, 0.44, 0.63, and 0.805 mm). The flow fac-
tor for these nozzles was 0.8-0.95, depending upon
the temperature of the solution and increasing toge-
Card 2/4 ther with it. The liquid to be atomized consisted OX

66175
SOV/143-59-10-13/22
Laws Governing The Atomization of a Superheated Liquid
ordinary water and an inorganic salt solution having a
specific gravity of 1.36 (concentration 500 9/1). The
investigations were conducted at pressures of 90-150
atmospheres and at liquid temperatures of 160-3200 C.
The dispersion of drops and the density of the spray
were investigated by microphotographs and other aids.
The formation of drops in the spray cone is a result
of a complicated separation and fusion process of the
primary drops. The pulsation of the drop motion, and
the impossibility of formulating boundary conditions
in the development of the process exclude a complete
ana.lytical solution of this problem. Theoretical in-
vestigations of G.I. Petrov and T.D. Kalinina //-Ref 67,
B.D. Katsnellson and V.A. Shvab CRef 27 and other in-
vestigators show the possibility of using existing equa-
tions, describing the disintegration process of a
flow with the aid of the theory of similarity. The au-
thors of this paper noticed a practically constant
Card 3/4 flow of the superheated liquid thru the conical nozz

66175
SOV/143-59-10-13/22
Laws Governing the Atomization of a Superheated Liquid
le. This observation and theoretical assumptions of I.
L. Perl'man Z_Ref @17 lead to the conclusion that the
boiling of the liquid starts outside the nozzle. The
principal laws governing theatomizing of a superheated li-
quid by conical nozzles were established by the authors
as a result of their investigations. They obtained for-
mulas for calculating the mean volume-surface diameter
of drops, for calculating the atomizing spectrum and
graphs of local spray cone densities. This paper was
presented by the Kafedra sushillnykh i teploobmennykh
ustroystv (Chair . of Drying and Heat Exchanging De-
vices). There are 2 diagrams, 3 graphs and 10 Soviet
references.
ASSOCIATION:Moskovskiy ordena Lenina energeticheskiy institut
(Moscow "Order of Lenin" Institute of Power Enginei-r-l-,
ing)
SUBMITTED: May 23, 1959
Card 4/4

(2)
OV
/343-59-10-19/22
AUTHORS: P.D,, Doctor of Technical Sciences, Professor.
Lebedevi
'l.
r "'I f Technical Sciences@ Docent
and Vd ba, M.I., Candidate of
TITLE: The Application of Infrared Radiation in 1, 'ngineering
PEERIODICAL: Izvestiya vysshikh-uchebnykh zavedeniy, Energetika,
1959, -Tr 10, pp 108-113
ABSTRACT: This review contains some data on the design of radi-
ant heat soiirces which found application in foreign
engineering (USA, 'West "'Fermany, German Democratic Re-
0
c). It is based on the monograph by Dr. W.
public, et
-
ef 17. Fig 4 shows a
Borchert and Dr. K. Junbitz fR
ceramic radiator of the type produced by a Leipzig in-
strument buildin.- n1art and by the Teltow plant of
communication engineering parts in the German Democra-
tic Republic. T,iere are 9 photographs, 3 diagrams and
6 references, 2 of which are English and 4 German.

'IT
J0
ASSOCIAT
Moskovskiy ordena Lenina energeticheskiy institut

0
f (Mosco,w - Order of Lenin- Power Engineering Institut

-LEBEDEV, F.D.; SHISHKOV, S.Y.
Effect of contact heat supply during the radiation drying of moist
materials. Inzh.-fiz.zhur. no-7:17-21 J1 160. (MIRA 13:7)
1# EnergeticheskV inetitut Im. G.M.Krzhizhanovskogo, g.Moskva.
(Materials--Drying)
(Heat--Radiation and absorption)

I. M-Ppry, .. -P..D,.).and Leonchik, B..L.
"Spray Drying of Crverheated Solutions."
Report submitted for the Conference on Heat and Mass Transfer,
Minsk, BSSR, june 1961.

S/003/61/000/005/001/001
B117/B209
AUTHOR: Lebedev, P. D., Doctor of Technical Sciences, Professor, Chair-
man of-fFe-Scientific and Technical Council of the Ministry of
Higher and Secondary Special Education
TITLE: Contribution of university scientists to theory and practice
PERIODICAL': Vestnik vysshey shkoly, no. 5, 1961, 90-96
TEXT: Thi's article deals with the contribution of Soviet schools @f higher
education to science and national economy. The collective comprises nearly
150,000 scientific and pedagogical collaborators of schools of higher educa-
tion, among them about half of all Professors and Doctors of Sciences of the
USSR. Among them are names of worldwide renown which are leading personalit
ies in their special fields. To these belong Academicians AS USSR A. Ye.
Arbuzov, B. A. Arbuzori, A. A. Balandint N. N. Bogolyubov, S. I. Vol'fkovich,
V. A. Kargin, M. V. Kel'dysh, V. A. Koteltnikov, A. N. Kolmogorov, M. P.
Kostenko, V. D. Kuznetsov,4A. N. Nesmeyanov, I. G. Petrovskiy, L. I. Sedov,
N. N. Semenov, S. L. Sobolev, A. N. Terenin, V. A. Pok; Corresponding Members
AS USSR V. S. Dzhelepov, V. A. Kirillin, V. V. Korshak, N. N. Nekrasov, G. A.
Card 1/7

S/003/61/000/005/001/001
Contribution of ... B117/B209
Razuvayev, C. A.* Reutov, S. E. Frish. Besides research work and pedagogical
activity, many scientists at schools of higher education established scientif-
ic teams. Famous all over the world are the mathematical teams of Moskovskiy
(Moscow) and Leningradskiy (Leningrad) universitet (University), and also the
scientific team of mathematicians which has been established by Professor
T. A. Sarymsakov at Tashkentskiy universitet (Tashkent University). Th,@
sc-i*.entific teams of physicists, chemists, and mechanical engineers at Moscow,
Leningrad, Kharlkovskiy (Khar'kov), Kazanskiy (Kazan'), Tomskiy (Tomsk), and
other universities are recognized authorities. Many Lenin prize winners are
among the scientists at schools of higher education: S. N. Vernov, Professor
at Moscow University, A. Ye. Chudakov, Doctor of Physical and Mathematical
Scierces, I. R. Shafarevich, Professor at Moscow University, Academician
N. N. Bogolyubov, Head of the kafedra statisticheskoy fiziki MGU (Departmert
of Statistical Physics, Moscow State University), G. A. Razuvayev, Professor
at Gor'kcvskiy (Gor'kiy University), Academician M. P. Kostenko at the
Leningradskiy politekhnicheskiy institut (Leningrad Polytechnic Institute),
as well as the following Professors at Moskovskiy energeticheskiy institut
(Moscow Institute of Power Engineering): V. A. Venikov, M. P. Vukalovich,
Corresponding Member AS USSR V. A. Kirillin, A. Ye. Sheyndlin. The Lenin
Card 2/7

Contribution of ...
S/003/61/000/005/001/001
B11?,fB209
Prize of 1961 was awarded to the following scientists: Academician A. F.
Ioffe (deceased), A. V. Ivanov, Professor at Leningrad University, Yu. I.
Lozovoy, Docent at the L'vovskiy politekhnicheskiy institut (Llvov Poly-
technic Institute), the two Professors at the Krasnodarskiy institut
pishchevoy promyshlennosti (Krasnodar Institute of the Food Industry) G. G.
Agabal'yants and Docent A. A. Merzhanian, and many others. Many problems
worked out at schools of higher education have already been adopted by the
Soviet econDmy and stood the practical tests. Studies in the field-of steam
turbines for remote heating systems have been brought t6 an end in 1960 at
the Kiyevskiy politekhnicheskiy institut (Kiyev Polytechnic Institute). The
collective at the Khar'kovskiy politekhnichaskiy institut (Khar'kov Poly-
technic Institute) developed and put into operation the largest high-voltage
pulse generator in the world, supplying 7.6 million volts. A high-power
rectifying column with exchange plates has been developed at the Moskovskiy
institut khimicheskogo mashinostroyeniya (Moscow Institute of Chemical
Machinery). Moreover,;machines, devicbs,, new materials and processes have
been worked out at'schools of higher education. In this connection, the fol-
lowing schoolB.are mentioned: Moskovskiy gornyy institut imeni 1. V. Stalina
(Moscow Mining Institute imeni I. V. Stalin), Leningradskiy tekhnologicheskiy
Card 3/7

S/003J61/000/005/001/001
Contribution of ... B117/B209
institut imeni Lensoveta (Leningrad Technological Institute imeni Lensovet),
and Yaroslavskiy tekhnologicheskiy institut (Yaroslavl' Technological
InstitutO. Schools of higher education have greatly contributed to the
development of space engineering, whereby the space flight of Yuriy Gagarin
was made possible. During the last few years, many special, technical, and
othet laboratories have been established at schools of higher education. At
some of them, e. g., the Moscow and Gor'kiy University as well as the Toms1dy
politekhnicheskiy institut (Tomsk Polytechnic Institute), new scientific
research institutes have been established. The number of schools of higher
education increases from year to year. The results of their work will be
shown at the Bxhibition of the Achievements of the Soviet National Economy
(VDNKh), at which more than 200 exhibits from 70 schools of higher education
were on show last year. Many of them were awarded diplomas and medals of
the VDNXh. The work of scientists of Soviet schools of higher education has
also found much appreciation in foreign countries. Particular interest was
paid to exhibits shown by the Tomsk and L'vov Polytechnic Institutes, as well
as by the Kuybyshevskiy aviatsionnyy institut (Kuybyshev Aviation Institute),
Many teachers and scientific collaborators of schools of higher education
attend international congresses, meetings, and symposia every year. In order
Card 4/7

S10031611000100510011001
Contribution of ... B117/B209
to coordinate scientific work, the Nauchno-tekhnicheskiy sovet Ministerstva
vysshego i srednego spetsial'nogo obrazovaniya SSSR (Scientific and Technical
Council of the Ministry of Higher and Secondary Special Education USSR),
together with the Akademiya nauk SSSR (Academy of Sciences USSR), specified
the tasks of the most important scientific research work. Between 1956 and
1960, the volume of research work performed under industrial contracts has
increased three times from the financial point of view, and that not only at
schools of higher technical education but also at some universities, Above
all, this c'oncerns work in the field of geology. The number of scientific
research problems solved during the last ten years have ris&n two and a half
times. Many of them have found practical application in Soviet economy. Be-
tween 1958 and 1960, more than 130 scientific conferences and sessions on
topical problems have been held by schools of higher education; they were at-
tended also'by delegates of universities, special scientific research
institutes, ministries, sovnarkhoz, industrial establishments, and by foreign
scientists; 1249 delegates attended the Third Conference of Schools of
Higher Education on Modern Dielectric and Semiconductor EngineerinL., held at
the Leningradskiy elektrotekhnicheskiy institut im. V. I. Ul'yanova (Lenina)
(Leningrad Electrotechnical Institute imeni V. I. Ul'yanov (Lenin)) in 1960,
Card 5.17

S/003/61/000/005/001/001
Contribution of B117/B209
More than'1000 delegates attended the Fourth Conference of Schools of Higher
Education on Radio Electronics at Khar'kov University. The All-Union
Ornithological Conference of Moscow 'University was attended by 800 persons,
443 of which came from Union republics, 17.from people's republics, and 14
from capitalist opuntries. The conferences of schools of higher education
at Ryazan ' on the topic "The Communist Party as the organizer of the great
boom of the socialist agriculture of the USSR"; at Alma-Ata on the topic
"The struggle of the CPSU for the conversion of the eastern districts of the
country into a granary"; in Minsk on the topic "Communist working brigades
and their role in the evolution of the Communist conception of work"; and
the conference on the application of physical and mathematical simulation to
electrotechnical problems, which was held at the Moscow Institute of Power
Engineering, have been very successful. The Ministry of Higher and Second-
ary Special Education USSR has been publishing periodicals on all fields of
science since four years: "Izvestiya vysshikh uchebnykh zavedeniy" (22
series) and "Nauchnyye doklady vysshey shkoly" (5 series). Schools of higher
education, among them 10 in Moscow and 19 outside the capital, have been
entrusted with the publication of various series of periodicals, Finally,
the author emphasizes the necessity of consolidating the success achieved by
Card 6/7

:'ontribution of ...
S/003J61/000/005/001/001
B117/B209
schools of higher education in the field of scientific work, as well as of
eliminating the existing shortcomings.
ASSOCIATION: Nauchno-tekhnicheskiy sovet Ministerstva vysshego i srednego
0
spetsial'nogo obrazovaniya SSSR (Scientific and Technical
Council of the Ministry of Higher and Secondary Special Educa-
tion USSR)
Card 7/7

LEBE.DEV,'P.D., cloktor tekhn.nauk
'Wexif rence -
AfIWAdWAWMmological. dozife -- '-d6cRcAdd@ft&Ahe
40th 6@nniversary of Lenin's plan for t-!e State Go=missirm for
the Electrification of Russia. Teploenergetika 8 no.4:91-
93'Ap 161. (KRA U,: 8)
(Electrification-Congresses)

GRIGOR'YEV, V.A., kand. tekhn. nauk; KOLAGIII T.A.j dots.;
SOKOLOVSKIY, V.S., a5sistent; TEIT-Dj, R.M., inzh.;
LEBEDMTI P,:D,_._@o tek-hp, nw&., prof.r, red.;
@or
-ANTIKAIN-,-P.A., red.5 WHIM, N.I., tekhn, red.
[Concise vunnual on heat exchangers]KratkiJ. spravochnik j'o
teploobmenrqm apparatam. By V.S.Grigorlev i dr. Pod red.
P.D.Lebede-va. Mosim, Gosonergoizdat, 1962. 255 P.
(IMIA 15:9)
Oleat ex--bangers)

NESTEREM, Aleksey Vladimirovich; IMED I I --, dohtor tekhn. nauk,
prof., retsenzent- DROZDOV, V,F,, kand, tekhr-, nauk, dots.,
retsenzent-, IVANOVP V..G,, naucYvj-, red.; PARTYI-TOV, A.P.. red.
izd-va; 1141TRASHOVA, V,."%,, tekhn. red,
[Principles of thermodynamical calculations in air corAitioning
and ventilati-nlOsnovy temodinamicheskikh raschetov ventilia-
tsii i konditsionlrovaniia -vozdukha. Moskva, Vysshaia shkola,
1962. 354 P. OUIRA 15:9)
1. Zavedi.@raubchiy kafedroy "Otopleniya i ventilyatsii" Vsesoy-uz-
nogo zaochnogo inzhenerno-stroitellnogo instituta (for Drozdov).
(Heating and ventilntion) (Air conditioning) (Ventilation)

IEBEDE,V,, P.D.; FAVLOVSKIY, L,L.
Radiant heat drying systems with gas heating. lakokcras.mat.i
Q
ikh prim. no.3:60-66 162. NIRA 15:7)
(Infrared drying apparatus)
(Painting., Industrial)

LEAEEEDE-V n Dmitriyevich; MIKRAYLJOV, N.M., prof., retsenzentj
___ YAnteleymo, -
GINZBURG, A-;'S-. -,prof-. - 'retsenzent; LIKOV, M.V., dots.31
nauchnyy red.; LEONCHIK, B.I., dots., nauchnyy red.; LARIONOV,
G.Ye.f tekhn. red.
(Calculation and design of drying systemBIRa6chet i proektiro-
vani6 sushillnykh ustanovok. Moskva, Gosenergoizdat, 1963. 319 p.
(MIRA 16:3)
(Power engineering) (Drying)

71MJX!W@ V.F., kand. teklin. nauk; LFB"DEV, P.D., prof.;
--iZ
0 11"1('11 7"" V' 0
K(A.A."'Ji, T.A. t"," t ;' i
Training of englneors in the field of industrial power engineer@-.
Prom. energ. 19 no.11:3G-3-`@ if r64- O."I'RI :L8t:L)
1. Urallskiy politeklinielieskiy Ln.-Li-',ut imeni S.M.Kirova (for Volkov).
2. Moskovskiy ordena LenIna energet'.-,@he-.51!Ay institut (for LebAev,
Sokolov, Semeneriko). 3. Fakul'Let promyjhj@--rinoy te-ploonergetiki
Moskovskogo ordena Le-nina eneL-geticheskogo ia.,-@tituta (Vor KrIach). 4.
Gosudarztvennyy kurnitet po koordinatsii nauchno-i~,,,;.!c.-;o,,rLiteliskikh
rabot S@ZR (for ivanov). 5. Nauchno-iscledovatellskly -*-J@'-Utut Soveta
narodnogo khozyaystva S&;R (for Tikhoiniroxr). 6. GosudarsT,-.,-en-n,-,-,r
soyuzn institut po proyektirovaniyu metallurgicheskikh zavoucv ("rjr
Pavlovv-

1 2 -65
ACCWSIO-H HRz AP5019080 UR/02P,6/65/000/012/0104/0104
AUTHOIRSi Leonchik. B 'r T -@6-1 D.; Danilov 0. L.
TITLEE: A method for zeasurirgthe mean velocit@y of the motion of Rqrticlec in a
stream of broadly -dispersed gas suspensions. Class 42, No. 172139
SOURCE: Byu.Ilaten' izobreteniy i tovartqkh znakov, no. 12, 1965, 104
TOPIC TAGS: particle motion, velocity measurement
tLBSTRACT: This Author Certificate presents a method for Measuring the mean ve-
locity of motion of particles in a stream of broadly dispersed gas suspensions.
T@ z
the measuring process, the particles are weighed comBecutively. Some
o@ tl'ne particles are captured in an i=obile trap, some In a trap moving at a
C%':*@'-ar'T, velocity against the strea-m. 7he particle velocity is determined from
tae JIfference in the weights of the particles captured in the mo-able and the
I =moblle traps.
A (I
.1SOCEATIM none
s`TdMI-,I7ZDi 19jun64 EITCLi 00 SUB CODEt HP,M&

LYKOV, AN., SHEVEL'KOV, V.L.i NE'STEIRENKO., A.V.-, LEBEEEV, P.D.; MAKSIUMOV,
G..A,; NIMINA, L.M.
IUri4 Leonidovich ravkazov; rn his 70th bir-.hday. ln-z@-.-fiz.
zhur. F no.1:124-125 Ja '6,-. (MIRA 1813)

LYKOV, A.V @@BFDET, P.D.; VUKALOVICH, M.P.; GREBURG, A.S.; SIMOL'SKIY,
-(0
.1 jZp I' ...
B: M;-. ; @OYOLMI, Ye.Ya. ; , @J. I . ; T;IKC',, --TK,
I
B.I.; KPISNIKU;, V.V.; SHtP,-IAYI;.V, F.G.; LRE"".5), G."j.
Georgii Aleksandrovich Maksimov; obituary. Inzh.-fiz.
zhur. 9 no.3:418 S 165. (MITRA 18:9)

On
mo

IEBF,DL'q, P,D.j pref.; BUZ, M.A.p inzh.
A method of calculating the conditions of nondefective drying of
ceramic wall materials on the basis of the theory of probability.
Strei, mate 11 no@8312-14 Ag 165, (FJRA 18:9)

L 44227,@66 EVr (l)/F4PW/8W W/T TJP(c) NS114141N,419
!-ACC _NR_ ____ -p-
A 6024636 SOURCE CODEUR/0170/66/011/001/0037/0041
AUTHOR: Lebedev, P. D.; @eonchik, B. I.; Ellperin, I. T.
r
iORG: Power Engineering Institute, Moscow (Ener-eticheskiy Inatitut);
'Heat dnd Mass Transfer Institut@, AN.BSSR, Minsk (Institut Teplo- i
IMassoobmena AN BSS-RJ-
,TITLE: Determination of transport potential fields in flow of coarsely
;dispersed gas suspensions
ISOURCE: Inzhenerno-fizicheskiy zhurnal, v. 11, no. 1, 1966, 37-41
TOPIC TAGS: combustion, spray flame, two phase flow
1ABSTRACT: A theoretical and experimental study was made of the
linterphase energy transport in coarsely dispersed systems. In the
!analysis, the flow of the two-phase system was considered to be quasi-
ihomogenou5 with sources and sinks of matter. The redistribution of the
ipotentials (temperature gradient, chemical potential, energy flux) takesi
iplace due to the interaction of the phases. A differential calorimeter@@_
lis described for determining the mean particle temperature on the basis.'
of a compensation method. The generalized data on the local transport
av flame
1processes can be used for calculating *j@r s.Wrig. a t. has: 4
Card 1/9 UDC: 541.182.2/.3_