SCIENTIFIC ABSTRACT NEKRASOV, A. M. - NEKRASOV, B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136420020-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

V LIITJiR. A.V.&-MjLMAQLAX" SYROKYATMIKOV, I.A.1 VOZNSSANSKIT, A.S.
YASllJ9K0. P. I.; JAUPKAN. P.P.; TXRKAN, L.A. ; VINOGRADOV. N.P.;
ANTOSHIN, U.N.; AIJKSANDROY, B.K. ; USPROKIY, B.S.; CASSON, I.R.;
KHRYPITS, K.B.; DRUTSKIT, Y.F.; KRACHKOVSKIT. H.N.; POPOV, P.A.;
CHBLLDZB, I.K.; IrLIARXTOV, S.N.-, KOZLOV, K.D.; BERLIN, V.Ta.;
SARADZHAV, A.1h.; GGELDZITJCVICH, I.S.; PAN, V.P.; DORMAN, S.K.;
LuBimsEly. L.A.; UL'TAMOV. S.A.; GRUDINSKIT, P.G.: WiSHINSKIT, U.N.;
MMOIAWKO, V.M.
Kilrhail Ki"ilovich Karpov. Xlek.sta. 27 no.10-62 0 '~6. (KLRA 9:12)
(Karpov, Michail Wichailovich, d.1956)

/" ~ I ~ ~ ,
GHIZHOV, D.G. s KOGTZY. G. 1. -, LAVRANS11KC. K.D. ; SPIRIN. S.A.: NKIRASOV,_ A.X.;
IVANOV, M. 1. ; UFAM, M.Te .; GRISHIN, I.K. , KWTIN. 97T-.-,-70PDV, V.A. .
ZAGCFLWNIKOV, P.I.; MOTOV. P.N.1 KAZ'MIN, A.V.: FOMI^.H37, G.I.;
MSHOV. P.1.; MISHCHERYAKOV, V.I.; YlFRXMOV, S.G.; LEVIN, I.S.;
LITUCHZV, L.I.; ULKIN. M.N.; OBOLOIlKov. M.I.; BAT1111IN, B.A.;
OURITANOV, B.P.; KANATOV. P.I.; KOKORIV, Z).V.
litkolal Alakeeavich Andr,)ev. llak. Hts. 27 n,).I~:62 0 ' c,6.
(Andreov, Nikolaj Aleirseavicn, IR97-19~,6) (MLK'A 9:1?)

105-9-1/52
AUTHORS Nekra a or A.Jd.,kngineer, Groys fe.S.,,~rigineer, Zelikin W.L.,
Engineer, Turetakiy V.ye.,Engineer, Man1kin L.A., Candidate of
Technical Lciencon.
YiTLE The Transmission System Stalingrad Hydro-Llectric Station-Donbass.
(Elektroperedacha postoyannogo toka italingradakaya ',LS-Donbass -
- Russian)
PEItICDICAL Elektrichestvo, 1)57. Nr 9, pp 1 - lo (U.S.S.R.)
ABSTRACT The line still under construction will connect the Southern energy
synten with the Stalingrad hydro-electric st;)tion. In the case of
a flood the energy will be transferrea from Stallnrrad to the Don-
bass and during seasonal fluctuations on the iol6a it will be ar-
ranged tho! reverse direction. The noaiinally fixed power is 75o k1w.
Four billion ko will be transferred in both directions yearly. The
length of line it, 470 k1l, the voltage is 8oo kV. The operation- (And
experimental reo,lts of the d.c.line Kashira-14oacow were of great
importance for projecting. The desigi) and operation of the power
line is give%. It is an eight-bridge scheme with earthing of the
center of the d.c.part. The average rect.,fied voltage of eacn brid-
ge is loo kV. '~ingle-i~hase transformers of 82 1A;7A were selected fur
this purpose. A riet-speed-control is planned as well as shant-val-
Yes for the liquidation of' operatlunal breakdowns. The change of
direction of the energy transmission is arranged by means of a net-
control and without any switching in the main system. The descrip-
Card 112 tion of the insulation as well as of the ov-rvoltage protection,the

105-9-1/32
The Transmission System !Aalingrad- Rydro-Llectric Station Is
-Donbass.
basic equipment of the transformer substations, their arrange.~ent
and the power line itself, which is constructed as open-air trans-
mission-line, is given. Finally the technical economic indices as
well as a comparison with an alternating line are given. 1he d.,;.
line is cheaper by almost 3o~ and has loases which are 2,-) t.mes
lower, The Stalingrad-Donba8B line costs 0,9 Kop. per 1 kWh The
technical exonomic indices are practically the same in both casows.
There are 4 tanles,lo illustrations and 9 Slavic references.
ASjOCIATION Technical Direction of' ILES.-Scientific Research Institute for D-'-
rect-Current.- Moscow Transformer Factory.
(Tokhnichoskoye upravleniye MES.- Nauchno-issledovatellskiy institut
postoyannogo toka.- Teploelektroproyakt.-Moakovskij transformator-
nyy zavod.)
SUBMITTED Janu ry 18, 1957
VAILABLE Libr:ry of t;ongress.
Card 2/2

fv 4-M.
Tecbnteal data on Soviet nwly designed ad plemed sqwrposemeter
Stem turbines and auxiliaries are given in the artticle, "Certain SUM-
Wies of Technological Progress in Power Engineering," by A,--M, Nekresov,
e r _R at I cons
chief, Engineering Administration, Ministry of at-ctric Pow
USSR.
The three cylinder steam turbine FVK-200 is designed to generate
200,000 kw at steam pressure of 130 atm, temperature of 5650C and back
pressure of 0-035 atm. The three cylinder steam turbine SVK-200 Is de-
signed to generate 200,000 kw at steam pressure of 220 atm, steam tempera-
ture of 6000C and back pressure of 0.03 atm.
Preliminary work has been done toward the construction of a special
stand for testing the disconnecting switches, commutation devices and
transformers for their thermal and dynamic stability. This stand will
have provisions to test switches and equipment for voltages from 6 to
400 kv at various operating conditions, using test current power lines
or surge generatore. Powerful short circuiting up to 12 million kv can
be obtained with the aid of surge generators, md v@ to 25 million ky
with the aid of o3stbatic netwrka.

IV,E,S 8 A 5 1)
PAsearch md investigation carried out by the Pover Engineering In-
vtitute, Academy of Sciences USSR, the All-Union Planning Trust for Steeik-
Electric Pover Stations, Substations, and Furnaces, the AU-Union Electri-
cal Engineering Institute and the Scientific Research Institute of Direct
Current have led to adaption of 660 kv as a next step in increasing the
volta.a,e on long-distance ac power lines. Experimental models of current
transfor- rs and disconnecting svitc.,ies have been built for this voltage
and are now in process of testing.
The design of a building to house transmission equipment for Boo k-'r
dc electric power from the Stalingrad Hydroelectric Power Station to
Donbass has been comnleted. (Elcktichesklye Staataii, fic 1, Jan 57, YP
6-10) (U)
64rd

YNKRASOV. A.M.. Inth.
Forty yenra of Soviet power enpineering. llek.stm. 28 no.11:11-20
N IS7. (mij" 10: 11)
(Power engineering)

A. M.
.";r..rk lone In Lne. -,cyvl~- --~ Hlzh-V~ j.C. ,-- -r Tr;,;.s-
missi in"
pf,p-r read (z)y a nubsti tu'.e) at U c- Intl. rnv~-,r C,~;tr-rw;ce, ( --r ')4-V.,
AI~M-A')'ME Natinnal Frw-r Confrjr,-.-~,ce,) Bosto,~, - % '~ct

h7S.RASOV, Lm red.-, ROKOTYAN. S.S., red.; BRMIDYNBLIRGSLATA, E.Ta.. red.;
11
VORONIV, K.P.. takhn.red.
rvoig., Hydroelectric Pnw-~r ,ta*If)n - Roscow llong-di:tancm
transmission line] Dal'nIRJR AlAktrnverodsicha Volzhsknia GES
imont V.I.Lenins - Moskva; shornIk Ptatei. Mosk-va. %a.anqrg.
ird-v-, 19~q. 4P" p. (MilL, 11:12)
(gloctric llnns-~ vqrhnhd)

Translation from: Referativnyy zhurnal
AUTHOR: Nekrasov. A. &&.. Loshak, B
SOV/1 12-59 -1 -8
Elektrotekhnika. 19 59, Nr I, ? I ~ USSR)
0. , and Steklov, V Yu
TITLE: Forty Years of Soviet Electric Power Engineering
PERIODICAL: V ob. : Energ. str-vo SSSR za 40 let M.-L. . Gasenergoizdat,
1958. pp 7-33
ABSTRACT: Bibliographic entry
Card I/ I

Ali

D I

Po e r t.'~ t i L2 -
01
F,)- er it

A
'ov
cc, ca

a-T L, Ul Z)
Ot
jo :Tn. a
7 n
)'1 1. 1 T T
T T, :7 I_] ri f" ',Oj
T T. OT', -z)TJTI !DTz)S V

AUTHORS; Krzhizhanovskiy. C;. M. Veyts, 4- 7'1/~'
V. I., Baum, V. A., Gorushkin, V. I.,
Nekraaov, A. M., Markovich., 1. X.. Tolstov, Yu. G.
TITLE: V. I. Popkov, Corresponding Member of the AS U3SR
(Chlen-korr. AN SSSR V. 1, Popkov)
PERIODICALi Elektrichestvo, 1958, Ur 4. pp. 94-94 (US3R',
ABSTRACT. On the occasion of his 50th birthday and his 25th
qnniversary of scientific activity. Valeriy ivanovich
Popkov was boin in February 1908. His activity as
engineer started in the Dzerzhinskiy works in 193C.
In 1932 he worked at the All Union Institute for
Electrical Engineering and began with the elatozation
of lightning protective plants for energy systems.
His main activity was devoted to the problem of
aorona discharge. In 1934 he began a great work at the
ENIN of the AS USSR concerning the investigation of
d. c. corona. In the ccurse of this he elaborated
Card 112 the theory of dipolar corona and experimentally

V. I. Popkov, Corresponding Member of the AS USSR
determined a number of Importamt physica' , parameters
in this f leld. In 1',-448 hf~ be:amp Dr. of ,',~rhn, i1
Sciences Rnd Director of the Group for 'he Inve-,tigaticn
of Uorona Discharge at the Institute for Power
Engineering of the AS USSR. Under his direct c~,argp
the research works on the corona are coordinated in the
various institutes of the Union. He wrotp IC 9clentific
works. In 1953 he became Correspondinv xombpr -f th,-
AS USSR. 6ince 1951, he has been First Ii- D"rq--t-)r
imipni
of the Institute for Powpr Engineering
Krzhi-zhanovskiy of the AS USSR and rresiient of the
Department for E.'ectrical Power k,rigineeriniv of the
Scientif lc Couct 1 (Tjrhenyy sovet Ther,t arf, I f i~~,jre
AVAILLBLE. Library of Congress
1. BiograptW
Card 212

3(6) PHASE I BOOK EXPLOITATION sov/1996
Nekruov, Andrey Nlkhaylovich
Razvitiye energetiki SSSR v 1 -1965 godakh (Derelopient of Electric Paver in
the USSR from 1959 to 1965) Moscow, Izd-vo "Znmiye,6 1959. 31 p. (Series:
Vsesoyusnoye obahchestvo po resprostranoniyu polltichosiLikh I njLuchWkh Inaftil.
Seriya IV, 1959, vyp. 8) 45,500 Copies pront*d.
Sponsoring Agency: Voesoyuznoye obshchestvo po reAprostronen1yu politicheakikh i
nauchnykh znmiy.
Scientific Ed.: V. Yu. Steklov; Ed.: T.F. IslankIna; T*eh. Ed.: L.7m. Atroshchenko
FURPOSE: This booklet in intended for the general r*Mer.
COVKRAGE: The author survey@ the stages of develoWnt of electrification in the
USM. describes the present state of the &lactrtc power balance and d1scusses
electric power planning for the 7-year perlod 1959 1965. So personalities are
mentioned. There w-e no references.
Card 1/3

Development of Electric Power (Cont.) sov/1996
TABLE OF COWrENTS:
Development of the National Econamy and the Electric Power Balance
of the USSR 4
The Present State and Development of Electric Paver (General
Statistical Data) 6
Fuel Balance and Utilization of Power Sources 8
Stem-turbino Power Stations 11
Thermification 18
Hyd.roelectric Power 20
Atomic Electric - power Stations 22
Interconnected Systems and Electric-power Networks 23
Card 2/3

Developsent of Electric Paver (Cont.) sov/1996
Capital Investments in Electric Paver and Building of SlectrIc Paver
Stationn and Netvorks 29
AVAILABM Library of congress
JVIPP
Card 3/3 9-31-59

NOVIZOV, I.T.; PAnARKO, A.S.; SMIWIDV, M.S.; C41ZHOV. D.G.; UVHNUMM,
X.D.; 110ASM, A.M.; RMT. M.P.; TXRASOV, W.U.; ZHINWN. D.G.
UGONW. I.1.; IWITRITRY. l.r.; DRORTSM. A.Z.; TIRKWT. T.3.:
SAPMHNINDY. 7.V.; 3ORMT. A.A.; RAIWI. V.P.; DAMVSXIT. U.N.;
%CGOTIN, N.A.; PITROV. A.N.; MELINIKOV, B.V.; IATTSH. D.I.;
IDNIT. F.P.; DIDT IN. P.Te.; 3011DAFSV. I.I.; GUM39M. D.L.-.
FDWAYW, K.M.
Ollge Sergeevne Kalashnikove; obituary. Blek.sta. 30 no.2:95
IF 159. (KIRA 12:3)
(Kalsohnikovs, Ollga Sergesvm. 1914)

ARAKCHNIST, A.A.; HEMIN, S.P.; ESLTAVSKIT. V.A.; KOLOTILOV, A.R.;
NOWIrAIVY. 3.I.; HOMBOTO A*X.; IAVUIMNKO, K.D.; POLZNTSV, X.I.;
MDZHMBTVZ=ff. A.?.-# SATANOVSKIT, A.Ta.; SIITT. P.O.: SPINIMNOT.
K.A.; CHEWSHEY, F.S.j SHUNNO-SHUBIN, L.A.
Savva Mikhallovich Zherbin; obitumT. Zlek,sta. 30 no-2:96 F
159. (KIM 12-3)
(Zherbin. S&., Klkhi%llovtch. 1901-1958)

USTADIKO, A.Y.; IUCHMIfKO, V.A.; PATLEM, A-S.; GRISHKAHOV. 1.A.;
IrROUN, V.S.; SHASHIKN, Z.A.; TRYMOOT. K.T.; SMMOV. M.S.;
CBIZHOT. D.G.; NOVINDV. I.T.; ROSOW. R.P.; ASIDCMSUT. A.B..
9N,* ILIATHMMEO. K.D.; TARASOV. N.Ta.; GADDARK. I.A.;
LW. SoZo; AIMANMOV, A.P.; MOMIN, I.V.;
o:
(SUOT. loll.; 806NIN, L.A.; BJUAWT. A.A.; NATMUSHII. I.I.;
INTUSHN. N.V.; ACHUSOV, D.I.; ZJSSO. G.A.; DROBTSHW. A.1.;
PLATONOV. N.A.; ZHIMOIN, D.G.; PROWSLIDIV, V.F.; MISTOV. T.S.;
SAPOSDION. 7.V.; XASATKIN, N.V.; ALMANDRDV, M.Ta.; IODTIUVSKrY,
D*G*
Fedor Georgievich Imoginov; obituw7. Ilek.sts. 29 no.8:1-2
Ag 13 8. (MERA 11: U)
(Loginov, Fedor Georgievich, 1900-1958)

NIPOROZHUTT. P.8. (Moskva)-, BILYAJEOV. A-A. (Kooky&); RUSSO. G.&. (KoGICTS);
I KILOSIATUIY,
"
OROVOT, A.A. (Kooky&); NELRASQV. 'k.K. (Moskva);
N.A. (Moskva); IOKMTAN, S.S. (Moskva); WGOI, V.I., itzh.;
TS"MRAVA, a.K.. insh. (g.Boksitogorok)
Principal trends in over-all electrification. Blektrichestvo
no. 11:87-90 N 16o. (KIRA 13:12)
1. Mosenergo (for Hasgon).
(3lectrification)

KARi,VAY, N.M., inzh.; NEKlUtSOV, A.14.. ja,?~.
Power engineering of the U.S.S.ii. in 1~,c,, tra f_-s-
year of the sevpn-ypar plan. Diek.-ta. 31 ao.-:5-9
AP '6o. (MIRA 13t 7)
(JilectrIc power Tlantu)

ZRILIN, V.G., Itnh.; NEKRASOV, A.M., inzh.
Specifications for thermal power plants to be built in the period
from 1959 to 1965. Elek. sta. 31 no.6.-8-24 Je 160. (PIRA 13:7)
(Electric power plants)

NEXRASOV, A.M, inzh.; RYAZANOVF F.A.Itnzh.
7bermal electric power pl&nta from the beginning of the plan of
the State Comaission for the LIectrificat'on of Russia t,-, trp
Fresent. Elek. sta. 31 no. 12:5-9 D 160. (MTU 14; ~)
(Electric power pl,.nts)

ICY. IJLAV, -.11 ., lnzl.; .. - I. . - ~1~
Accelerating 1:,r. . -(.r ulowt-I& powur w4j!-rlc~r-Ax P14w, a".
Telilcfmergeti)m -(~*. .. - fvj.
(Ilowfir ongineerir,:)

VINSF'IY G.S. inzh.; NEKHASOY A.M. insh.
ULE
P P I -A - 9
Problems concerning the future development of thermal electric power
plants and electric networks. Elek.sta. 32 no.4:2-9 Ap 161.
OCJU 14:7)
(Electric power plants) (Electric power distribution)

SIRCKrATNIKCYV, I.A.; NUMSOV, A.M.; IEBEDEV, A.A.; KOSMIKO, M.P.;
-V'
NEMW.0 L.R.; "f-LiU~, D.V. ; KAMENSKIY, M.D.; USOV, S.V.
PMSZP I.V.; ULYAWOV, S.A.; FAZTLOV, M.P.
Professor N.Y. Shchedrin; on his seventieth birthday and fortieth
annivermury of his educational work. Elektrichestvo, no.1:94-
95 Ja 162. (MIRA 14:12)
(Shchedrin, Njko1&i Nikolaevich, 1891-)

MWASOVp ".Ij inM.; SEMINOVSKIY, G.V., insh.
Problem concerning the further development of electric netvorks
and increase In the quality of voltage. Elek. sta. 34
no.3:2-7 Mr 163. (MIRA 16:3)
(Electric pmer distribution)

?"OROZHNIY, P.S. (Moskva); HELYAKOV, A.A. (Moskva); RLESO, '~.A. (Mosiva";
SUROVOY A.A. (Moskva); YEMRASUl, A.M. (Moskva); ROKOTYAN, ~.3.
(Moakva~; MJLOS1AVSK1Y, N.M. (Moskva); .5YROMYATNIKOV, I.A.,'
doktor tekhn. nauk, prof.
Principal trends in the realization of over-aU electrifiration.
Elektrichefitvo no.gt77-82 Ag 163. (MIRA lfslO)

ALEK,IZIIKD, G.V.; SYROHYATNIKOV, I A*; NEKRASOV A.M.; KRIKUWHIK, A.B.;
RABINOVICH, S.I.1 CHUS& ,P.P.1 CHEOIRP A.M.; BULGAK07, N.I.;
BRITCHUK, V.V.; WOKINII E.A.; PANOV, A.V.; SAPCZHNIKIN, A.V.;
SAGALOV, M.I.; VOM'OQTfl, I.D.; ANTONOV, I.A.1
KALMCHENKOF I.S.; KRAYZ, A.G.
L.Ke Shnitser; on his 75th birthday. Elektrichestvo no.11:87-
88 N 163. (MIRA 1~:11)

IIEK;45011, A.M., red.; ~qjyC(Npj , s. S. , red.; 1141KOLAYEVA, V.11. ,
i-nd.
[ 500 Kv. lonp-dintance power trimsy. Ission lines I Dal I nie
clektroperedachi 500 k-v.; sbornik statei. Mo!;kva, lzd-vo
"Energila," 1964. 3~O p. (P I ~~ 17: ")

HIN -'Y , i, F Ili( N, Yll
vall, "I

S"",ENGAUZ, YOVIYOTIly O3karO*%-lCfi; ~;F,FJ~ASCV ? A . " ~ _ ' " : . ; '. : . - - - I A ,
- N . y red.
[-.he fuel-yower -ri,,ince: , trt, mair. ajitki.4.-i
rli~- :"..: , . ~,-
_j,ikh f3tl,l,r.. !-I ..~.vi. , I z, i - v ., " Fr.t, rg I i , , " I" .. . , . .
(!. '. A . ~

ALFY,'3F:TENKO, G.V.; BORISFNKO, R.I.; VOY770DIN, I.D.; DRCZDOV, N.G.i KRAYZ, A.G-;
MAN'KIV, E.A.; MAYORFTS, A.I.; IIFKRASOVI A.M.; NAYUPKOV, I.S.; PAVLFNKO '
A.S.; ROKOrTAN, 3.3,; 30911XV, A.A.; 3TRWYATRIVII, 4,A.;
A.V.; SARKISM, M.A,; VPRffTCHFT?l, D.S.; CHRTIN, A.M.
Sanuil IsaRkovich Rabinovich, IqOS; on his 60th birthday. Elektri-
chostvo nn.6t% Jm 165. (MVIA 14:")

MIMS DK*vdwv, A. 1. (ftinew); Neigramv. As (ErWinser)
OROS now
0
TIM$ Continuaw-flow Production sistliodst the.basis of pmes construction
-'SOUWXs Moll-ridwoldys atentaiiAno.
109 19659 2-8
TOPIC VA"s rebWorced concretes concretes electric power plants construction
.AWVjACTj In-thle artlolog printed as a subJect for discussions
,the authwo state that the oontinoaus-flow method of constructions
'Inighich work proceeds at different stages In different sootIons
ofa construction project, with work crows for each of the stages
iprogressing from one end to the other of the project area as
.11they complete their particular stages of construction at each
lindIvIdual arsa$ Is the soot efficient, allowing savings of time I
Ion the oxter of 25-SOX over the method of completion of all
stroation on oni. section before moving to another. With Increas-
Ing else of the power units being construotodg the available
l
'transportation oreates a bottleneck In construction when the
PoInglo-r1ow's or one-pass system of contimAous flow construction
Is usods thereforeq in power unit construction Involving units
LO-Lover 100 Nw eapactityg it. b-actooss necessary to go over to a
002

L 24P464-66
ACC Mls APG023W4 0
,dual-flow method# with two sots of constructlon*to&us irosressing'
~frozi one end of the construction area to the other. This requires
Itcareful, plann, to assure that the second tam will not have to
.illwalt for completion of preliminary Work by the first toomp sot-
'tIng of conarotop stoo In the programs of Its operations,, The
;usage of modern oonstruation toohniques and materials Is asson-
'tial to good planning,, although It Is noted that some modern ma-
torlalog, suak as precast reinforced oonoretog are unsuitable for
josd-bowknktr~ of Me above-ground portIons of the stations
in's-inr *'a-meo OrUe orte h"2 3 figwes. [JpRS]
MM COW 23j, 10 SM DAT91 naw

60OW78 SOURCE ODDEs 65-M/Wo/m/0090/0091
AUTHOR: Neporoshnly, P. S.1 Finog"ov, Ta. 1.1 lAvren*nko, X. D.; Vesolow, N. D.;
�ftyinykhq A. 1.l Sapoahnikov, F. V.1 Sordyukov, X. P.1 Chuprakov, N. M.; Nekrasav,
Borovoy, A. A.1 KotUevskiy, D. G.g Stek1ov, V. Tu.1 Kulebakia, V. S.;
Bogdanov, X. P. J ~r
ORG: none
TITLE: Pttr Ivanovich Voyevodin,
SOURCE: Elektrichestvo, no. 3. 1965# 90-91
N)PIC TAGS: electric engineering personnel, political personnel
ABSTRACT: P. 1. V0 M ODIN died on 25 November 1964; one of the oldest
bolshovik-Leninists, he was a member of the GPSU already in 1899. fie
fought in the early battles of the revolution, was imprisoned and nent to
Siberia In 1905. After the October Revolution he became an economic ad-
viser to IAmin on matters pertaining to Siberia and the entire Soviet
Union as well. He was active in planning #nd organizing GOELRO. In 1921
he was assigned to not up tho now Russian cinema industry, later he turned
to the problems of electrift"tions spreading Imnin"s ids", publishing
books and periodicals an the subject* He was the first Soviet editor of
"Elektriches0o" mW then the editor of "MaktritgatsUs." He pwtioi-
112 MCs 621.3U

ACC Me AP6001078
pated in the International Power Conferences in Berlin 1990 and in Belgrade
1956. His entire life was devoted to faithful service in the interests of
M* COMW 964 he we &L4 awardo the Oider of,Lmtiq m0
- Aft Partyl Iq I
nwed a He" of 5mlaist labor. Orle. art. hwi I figure. 490MI
SUB ODIM 099 09 / SON DAM
(6tl

2 2 d) EW'(' 1)
CC NWV~012999 SOURCE C&i-t-UP-f0-10-5T65/-
rA 000/006/OM/0090
AUTHCRi kleksayonko, G- V.; Borisenko, No I.; Voyevadin, I. D.1 Droadov. N. Go;
Krayz. A. Go; Man1kin, E. A.; Flayorots, A. I.; Nekrasov A* Me; Nayashkov, 1. Sol
Pavleinko. A. S.i Rokotyan, So 5.1 Sobolev, A. kir-iii~- 1. A.1 Sapodmliwv,
A. V.1 Sarkinov, Me Aoi Chernichkin, Do Sol Chertin, A* No
ORG: none
TITIZt So 1. Rabinavich (on the occasion of his 60th birthday)
SOURCE: Elektrichostvo, no. 6. 1965, go
TOPIC TAGSi electric angineoring personnel, ele-3tric transformer, hydroolectric
power plant
AB3TRACT: The c1def specialist of transformer building of the Gosplan Otate
Planning Corodssion) USSR. Sandl Is"kovich Rabinovich vas born in 1905 in
the town of bortsoglebsk of the Voronezh Oblast'. From him student years at
the Gosudaretvemyy clektromashinostroltellnyy tnstitut (State Machin*-build-
ing Institute) he already showed interest for power transformters. In the
early thirties he designed the first types of domettc Soviet 110 and 220 11V
transforwaral in 1939 he becam the chief designer of the Moskovehly trans-
formatornyy savod (Moscow Transforwr factory). In IS46, he conducted the
desipt OW oomtrwtion of I lghtnlr4-veel @tent trmeforimers; during 1949-19%,
L cwA 1.12 --Me 421-3240%)-

L 2.2594-6-b
ACC Wo AA0129"
he headed the design of the 400 kV transforwr equipmnt for the Volzhskaya
hydroelectric power station - Moscow power II Ir ; his subsequent work on the
5W kV equipment earmd his the Lenin prise . I lfrm 19W, he has been working
at the (looplan USSA. Be to also-@ m~mWr of the editorial board of the
jourvol Blektridnetwo (Electricity)* OrUe &A* h", I r1go", rime
m Cm I ]a. 09 / WN Dm I

Subject U33R/Electri-Ity
Card 1/1 Pub 27
-y, A, N. S-r )m, tn' kov
Authors N e kra p,9
0 ye Gla.7unov, A .
Ivan1shchenko, F D , Ven1kov,
and others
A ID P -
I . A Chi I M
A Sirotirse", L. 1.
V. A. , Ct.e~.verlc~~E-,,ko, A. N.
Title Professcr A M Fedoseyev On His '--(jth Birthday and
25 years of Sclent1fic, Educational and EngineerJng
Activity (Current News)
Periodical Elektrirhestvc), ~~i, Ag 1954
Abstract A short blograpKlcal sketch and a Jes-r,-,t1,nn -;f
scientific actIvIty Is given.
Institution Not given
Submitted No date

14ASLMIKLTV, YooA.; A. ':.I- , ~ . P,
Generation ~jid :T , b--,,' w Lor.
in Large McIth. ve!3~ie~s. ?rib. i tayn. oicip. ~ q, . ,
,.! - T , .
S-0 163,

NEY?,ASOV, Ale4wand .5-azZ.-yevich, kand. tekhn. nauk; YAKUSHEIVA,
'CH, I.L., red.
V.A., inzh., nauchn. red.; KROMIC514
(Framod buildings with wa-ll filling of local builairw
materials] Karkasrwe zdaniia 9 zapolneniom sten me3triymi
stroitelInymi -naterialamd. Mo:ikva, Stroiizdat, 1964. -Y I .
(MlhA 17i~)

IV A 0
41
J I
!1-11 - &I
fill I
UP,
It
A litI
L A)
jil
( 1 1111 '1 1 f I I lit A

J~A
ilia",
at

s/o94/6:/000/001/001/007
E073/E335
AUTHORS: saw- A-S and Sinyak. Yu.V.
TITLE! Comparison of the Specific Consumptions of
Electricity and Gas in Heating Processes
PERIODICAL: Promyshlennaya energetika, 1961, No. 1,
pp. 4 - 9
TEXT; The specific consumption is determined for insulated
holding furnaces of the conveyo5 or pusher type with specific
loading rates of 150 - 2202kg/m hour for norma lization
annealing and 40 - 70 kg/m hour for annealing, gas cemen-
tation, etc. A comparison is made for characteristic hourly
rates of gas furnaces and electric resistance furnaces of
equal productivity per unit of floor space, Induction
he ng has not been considered. In gas furnaces recuperative
ai ~t%e 'Wa ting to 400 0C was applied if the required temperatures
wore 600 0C or0higher. On increasing the air temperature to
1 000 - 1 050 C a furnace efficiency of 38-42% can be
achieved in the case of non-oxiding heating. Preliminary
Ca rd I/ %

S/01)4/61/000/001/001/007
E073/E335
Comparison of the Specific Consumptions of Electricity and
Gas in Heating Processes
analysis has shown that for determining the eftictency of
utilimation of electricity and gas for heating purposes
it in sufficient to consider the following main technological
procesBesi
Card 2,

s/o94/61/000/001/001/007
E073/E335
Comparison of the Specific Consumptions of Electricity and
Gas in Heating Processes
Temper- Heating and Approximate
ature, soaking time relative aux-
t, 0C 6, hrs iliary times
Tempering low temperature 150-350 1-3 0.2
high temperature 350-650 1-3 0.2
Annealing 700-900 3-6 0.3
Hardening and normal-
isation annea ling 850-1000 1-3 0.3
Carburisation 900-950 6-10 0.5
Heating to the forging
temperature 1100-1250 0.5-1.5 0.1
The comparison in made solely on the basis of heat consumption
and not on the basis of Costs, i.e. the electricity consumption
in kW/ton is compared with the consumption of natural gas in
n03/ton of material to be heated. The use of the derived
relation is illustrated on the example of heating a cylindrical
Card 3/. t

S/094/61/000/001/001/007
E073/E335
Comparison of the Specific Consumptions of Electricity and
Gas in Heating Processes
component to 1 000 0C in gas and electric furnaces. The
authors recommend that electric heating be introduced starting
from the higher temperature range of 1200 - 800 0C and then
in the tem9erature range 600 - 200 0C. In the temperature range
600 - 800 C gas heating is more efficient from the point of
view of heat consumption. The proposed relations enable
evaluating in the first approximation the changes in the
specific heat consumption as a function of the temperature and
the heating time and revealing the separate influence of each
of these factors on the specific heat consumption. The
divergence between calculated and measured values of heat
consumption varied between 2.9 and the calculated values
being lower in every case than the measured values.
There are 5 figures, 2 tables and 5 Soviet references.
Card 4j If

KUZNETSOV, Yu.A.; KAKAhGV, A.A.; ~~:-:LENVYFVP L.A.;
A.F.; NEK;~ASCV, A.S.; Ti'-'ETY,"~, N.I.;
RAKAROVA, A.S.; KA?TCV, Yu. Z.er)',
Yi,. P. ; H. ILEY, L. 3. T W. ~"i VA, L. A. ',t7-j.':EYU:CV.,YAYA,
G.V. ; YFrIPOV, L.T. L''. Al"AYFV, A.
,jhDAYEV, L.S.; -,A!,' ?A i%r,. ; Y ~.A.
Ll -1/PD, T.E. ; .*,V,"XC'-'. '. ,; IN', 1 .1 .
KNUVALEML, Z.T . ; KliAl 'YA,;';VA, N.%*. 31F~AR7S.Eh,-j, A. I
lilKOINGV, A.1 ; .;TkiI?c'V , I-A.; JW'Yl~ ]I;, L-1. ; i ."t il 11 M( %
li.N.; THOSHINA, 5.11-1. ; , ; JVEIL01', K., . ;
jUYAROKOV, :;.V.; TAYAY,-Vv'lLl, M.K.; "~-11-!AUFLVA, N.I.;
KHA~'JLEV, V.Ya.; KGSIT:LE-~, A.A.; KI: A, L.I., red.
[Vpthods for u~-irw Ple, trur.1c corqvtorr In the oi *'!,Iza-
tior, of lower crq~ineerlr.,- cal~-ulationsl, Metody Irinenerdia
el.,,,tranno-vychisli*-(-i'ri,ykh mnO-n ~rl ~q-- f-nerge-
Ilicheskikh rasct~ptov. :'(-)skva, Nlauka, 1'46t- 31~
1. Ar:tideriya nauk S.'>'Sit. ~-bi:.r.-Tye jtcie~ n4ye.
skiy institut. ~n, Al .;,;3E (for Yei--ntly, v

NEKR AWIV, A.B.; KURGANOVA, M.A.
Problems concerning the comparison of principal networks for the
electric power supply of industry engared In high-towporature
operations. Obshch energ. no.4:18-28 '61. (KIRA 14:8)
~Slectric power distribution)

KUZNETSOV, Yu.A., In7h.; 14ERENhOV, A.P., inzh.; MELENTIYEV, L.A.;
NEVRASOV, A.S., kand.ekon.nauk
Usinp electronic calculatinr machines for analyzing the optimurn
struct!jre of :t ~.romisinF rower balance. feploenergetika ~, o.~,:
3-10 My 162. 0"iRA 1
1. EnerF'-ticheskiy institut Sibirskogo atdeleniya ~N SSLA.
2. Ghlon-korrpFpondent AN SSSR (for Kelent'yev).
'Pow,
-r resources)

1-1-11-1 W1 I
MERXNKOVY A. P.1,_NEF.RASOV, A. S.; NEKWOVA, 0. A.
Determining the efficient sorting and utilization of fuel by
the method of linear programming with an electronic computer.
U901' 37 no.10,42-46 0 '62. (MIRA 15:10)
1. Anergetichaskiy institut Sibirskago otdolenlyn AN SSSR.
09lectron digital computers-Programming)
(Coal-Classification)

VAZOVER, Ya.A.; NEKRASOVI A.S.; SAVELIM, V.K.
Future geography of the fuel-power econmy of the U.S.S.R.
Vop, geog, no.5'1:22-38 162, OURA 15-10)
(Power resources)

tokhnichookikh nauk.
Precast foundations for 2-3 story buildings. low.takh.i pered.op.
v strol. 18 no.6:8-10 Je '56. (WJA 9:8)
(Fm=dat i on$)

NEKHASOV, Aleksandr Semenovich; -71NYAK, Yuriy Vladlmirnvl,,h:
.71".~ ~11
Fc-,,ri.,;!Ac n:11-cto )*,' JOle-- `1~7 hen ass-
1IL9 ) "~C)T.Omlk,i .-Tlfjrt~u t i K i j 1"), . 0 !": , 1. , :",v ~, . '
1'... 4' - v : I P, p!"t I . I ?,. [ . I -

"r "0 -"'
KUZNETSOV, Tu.A., kand. ekonom. nauk 104RASOV, A.S., kand. ekonom.
naukr NIKONOV, A.P., kand. ~5~5' r-,'-----
Use of mathematical modeling techniques in the comparison of
composite wW separate power distribution networks. Elek. sta
36 no.406-67 Ap 165. (MIRA 1816)

'A V I
NOR
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USS/Chealstry - leopropyl Alcohol Apr 49
Choulstry - Alualnua Stlioates, as Catalysts
02~ovlag From Synthetic Isopropyl Alcohol," A. S.
Seltrasov, B. A. Krentsell, Petroleum Iast, Acad Sci
UM 1 5 pp
~~-Iz Ak,gauk: SSM, Otdel Tekh Nauk" No 4
W"
tAntlor has doveloped Layroved method of removing ad-
MaLitures (polyizarto hydrocarbons, dIlsopropyl other,
axylen and sulfur coVounds) from Isopropyl alookol,
using al-- silicate catalyzers. Losses of alcohol
throughout experiment varied froa 1.5 to 2%. Devico
contains a dropping tube (fitted with a dripcocir), a
M 4 5 /49TI3
UM/Chealstry - Isopropyl Alcohol (Cootd) Apr 49
Wbe filled with the catalyzer (in an electric
furnace) , a collector, a Tishchenko vial, and gas
holder. Subm-Itted by Acad S. S. Waaetkin, 6 Oct 48.

NEM SOV 14 S. P1, 67AOT47
MWA%mletry - Alcohols Kay 49
Mar, Dileopropyl
*Catalytic Dehydration of leopropyl Alcohol Into
Dileopropyl Mar.," A. S. Nekrasov, B. A. Krentsel',
* Pp
*Zhur ObeMb Ode Vol XIX, No 5
Teopropyl alcohoi me dehydrated at i6o-1700 in the
vapor pbow over an alunino-silicate catalyst into
dileopropyl other with a yield of 40-50% for a s:Ln-
gle operation, and accompanied by a not more than
9$ yield or propylaw. SubuItted 14 Feb 48.
IM 67/119T47

lizimAsovo A. S.
ANA.
V" I
A pr 1954
V"Ti, LUbricant
The Wdri(k. p0 ymepts Jon tec Ice b I
.-;. L!~.Y' r4dy 71~17' A70, fknd Aw,
1~4 - - T'6 - Wy'~.
IS.';. .1 Iff-VII-W- vs
tr,b 2-1."arni was .111, the Win 'A
~ifh a high vetane na. The 3 i~jtrnfl rl~Wnld 4 1 25%
butidieve and 1-27c rthylenp and propylene ju impurities.
Attempti to rrmjw (lit butadwne -ith ind,ne or IICI here
lnuu~i%ifuf Ille 'alni'sts tr.'d ~rrr WOO phmphnric
-Arid on pufo~ro turrirf -ir wi arliYated C iLs a rar"" (1wo-
rtio-33 I i b~ -ighti, pho,.phmic w,,i kith a Of Wt
'18 C(L(POW,. '41 5 x II.P0.1 and heady phosphmse
A azid The lant ai made fr,~ ktt~lguhf and I)yrnphr^-
plimic acid The -"e arri-4 out at Ml,-
r2r' and 2-5 atni k]) thf ~tAjVlt% g-e the tame resulti.
11,,e pn-iu,t bou,d o,~r th, r4nX, 14 365' -ith &5%
) I bel- ZOO' The fr2riton b,,IIInI at 20-200" coft-
~031)n
131-180% 'if morr of unsaid canlr-J- 4-12~ aromatic
conitids , and 1 V7, naitlithen,i and par.ihn. 'The ortane
,,,, for Cn- f-qt~- "s 79 sufflcwfft to
'Irct'ase the ~"' -,:,t "11'aid. romvi, 0) 34-75% did not
ClIftir th- - ta" - 'NUArAirAt- that pAymeritatt~
h., tIrl, ,r-,jj-..,j kfv-t--~,,vv-n U the butadien.,
rrsults o(mid b,
In-ph P ~Avr-

NUILAWV, A. .3.
V. S,. Hodionow, A. K, huzhentsova, A. ). %ckrasov, N. 7%. )1e1 'nikov
"Acaderaician Seryey Semonovich Nametkin" (187U.-I950), Zhurnal Ohshchey Khimii, Vol. XX1,
No. 12. 1951 Pp. 2101-2146
LxLracts available discussing Nametkin's work in the fields of (1) Nitration of Hydro-
carbons, and (IV) Plant Growth ~,tlmulants and Herbicides. 1he portion of the artirif.
not Included Is chiefly a review of Nametkin's work on terpenes and essential oils.
'-)0: &
4-2') LA7

lrfqr,lUSOVt A. S.
awals" 0816 Yth carov (Chm;-
eld utohmilm d
Tel. Mew- pp.
Apt. 10 0 IM

RM-41M WEI MW
Kti~ A
i: Ar
fted
qw
we
od tW OdOmd
'dw
am
pf
I od
_wn_
1k
Will Mm.d J,4~
opww 4rv

1. A. S., K;'.. N-, - 1' , :~. A.
1-1. 1~1 Jj-,l (6cr."
4. Hylimcarb:)n.-a
7. "Che- ical utili,-.-,,-ion ' e, its, .." .. .. I.", .. 7 . . r..... - 1,
ftevie,ied ~)y r.azanr,~~iy, YA. ". J ' . . '. , '. ,, ~
() . Montht L I s t -, r Russ I an Ac~--ss i,)ns , 1. 1 ~ r--Lrl f, I . . ~: :, . I . I ..'. I . .

LUKIYANITSk. V.G.-, HIRKH OV. A.S.; TOPCHIYIV, &.V.. akademik.
Determination of organic wulfides by the tethod of potentiometric titra-
,- tion. DokI. AN SSU Q0 no.6:1043-1044 Je 15). (KLRA 6:6)
1. Akademiya nank 555R (for Topchlyev).
(Sulfides) (Volumetric -nmalysis)

At
'T4. ~f,
UTZ
- ft-'Mlloorit
Eta With
lw
00), Ot
dow not
tva
Ckpidly deempd. by,
94100 Itesube fee the
jwkW S"i It W- Of US 9. of tbi
dieulpts, to, tM thlophane Ang by him' del
OR
.;X*Ith ACO ago or Aa;O or B law-
tw
jrhm used an the
entemd the tad rftctbm": UNU.. With
4M
wct4kK!4 In the J;flo I .7&Acn wag jonuM.. pit.1
f=109 10-2 VACAN and 40 ml. CjH# 6 km
of AcPh Q-9 IT K..
7,
W4

Am Mg-
At
k lot
AWINAm Md..
b-aw
A
ft
-Am
1 4-
d iold
li"W'd SIA 9.
will,
7=- 77".

14-
54
.49 ilOW
--Zauk 9"A
law
2;; Z
901 1 td Wfate so d&Wv"
11C dibstr bhthak w"w. 6-mww. in,-.
IV OAK. lia.,
ct t" offac It I V- r- umtulrl
NW~ MW~Em

.... ... .. ....
OL
Z&~
YAM.
orv 5 wmp&.
vil - ----- Ia: thefs bleads 4vith xromtic wlvcuts was
6 JA
jr, Zx7pilm-- wkb its kwre3v. its ui*L wt.
_1V
dkulfide. Woo
a. phthme. 'This tale is -
Ni t rbi I& suW. but (dr creffe dm
id Ind. mu' ads to lacm
iV-
f- 1m
Ia. of Cfav; am b=uft Im
sfifiKhak length does not have thb effect.
Chaing al ried KdPorqtiou. SUMCS we ad-,
twe
de~, sa4 tbbpymn It ku adsodwd
Mbed lMdtf thaff dboW
tboA ditbboyria.. ThUnsphtheme is ubmbed usom tham
ftj%jjpjSjQjd $WfKft (Cf. lf&tt=
Ov~

R3

f?AL.i-i.A mi 'AL- qg~~,:u
V-6

Pat
'0V ~xw
k
41- -4-
_ehlorimt
21/39 "I-~334 JWw' 1955
4rinatioi.et.44twe m4 nonww at teVeratures close
that t1w Cl selectively dis-
it.of-~the hy&og6k'in mwM position. Puring chlorins-
ipt
9 mch higher than the boiling
Cl displaces the hydrogen
des, the
P
at'. ftraC 064tifte'. Shis. hydrogen atems were found to be
bw 114 ii,
9. The eff3ct of temperature
temperature
r mWlained. Seven
sit forthm,
USA mA 1 German (199-1953).
Free" 1
USMO 0-4mmen 9ftnch
p

#4 Sao
P~.Omft, petr.
Iwo M~'j
hm

V
chlorination
JA ftbo-,22-- A&
I Galaninaj R. S., and Nskrasov, A. S.
iAs
Activity of bydrogeA atme of various orientation during the chlartnatiom
of C, C '-alkanse
Dak, M SSM 100/4, 701-703, Feb 1, 19M
V 13q~erluental data are presented regarding the thermal chlorination of
C6 - 09 a-alkanes. A close relation was established bet%4*n the degree
of Cl utilization and temperature and between the hydrocarbon surplus
MA ".00 'contact Ure of. the reagent$ The reeetion temeroture am
rouid.4c be one of the factors affecting the rate of reaction as well
the orientation of the Cl sitow entering the moleculee The effect of
ts"erature fluctuations on the rate of hydrogen atom substitution by
C1 atomm is txplairwd.. It was found that a reduction In tempersturo
betl6w-the optimum point is followed by a reduction In the activity of
Vximma bjdrogen and on, incr*sse in the activity of secondary oneso
Five referencesi English 'CL936--i 1953). Tables 1 drawing.
.3 USSR and 2
.01ititution I Academy of Sciences. USM , Petroleum Institute
-V raiented, bya Academidian A. V. Topchlev# :une 1. 1954

Jilt

)(English ir"4.w
~

ass= #04AMUFAM
OW
dq4- f6i
0d
WoM4 at
o I Ott
A*14 of dWt
takation of C'Ins 10D%
at 200-
III T14 Yield of
b U.9 WIMM
th,
LIF ibA mmft
fad&
ut -
t FA
("d
fod~ imt6ft w tob
"t $Pam
Acint 2& L/I.
VIM.Itmul Of Ono-
the m
Oil-
-Ctoff*Cleb~ I*j RM Pconday ch
uluvity of pftuy
M, NI;4
VP -L,Z
79
,t-j
41
o
S
wo

UIRASOV, A.S.; PTITSTNA, N.V.
Aromatic hydrocarbons from kerosene fraction of Crimean petroleum.
Trudy inst. nefti. 10:74-91 157. (MIRA 11:4)
(Crimes,--Kerosene) ( Hydro car bo no )

HNKRASOV, A.S.; KARICHVA, V.N.
Catalytic addition of hydrngnn chlnridn
Trudy Innt.nefti 12:276-290 '58.
(Ethylene) (Hydrochloric acid)
to ethylene in the gas phase.
(MIRA 12:3)
(,'atalysis)

G&LIPERN, G.D.; KARICH&VA, V.N.i NEKRASOV, A.S.
Selection of adsorbents for the chromatographic separation of
concentrates of sulfur compounds and aromatic hydrocarbons. Khim.
sera-i azotorg.soodsod.v neft.i neftooprod. 3&219-226 160. (KMA 14zO
1. Institut neftelfbimicheakogo sintesa AN SSSR.
(Adoorbento) (Sulfur organic ecmpmxrAs) (Hydrocarbons)

. . 1 11 . I I I I : -. - ~ , ~ .
i I , . . - . . I . I . - . . . ..- - I . . . , ,. .
I I .

L 06103--~ 7 INT (Ij aW
CL NR, AP6019515 SOURCE CODE: UR/0362/66/002/002/0174/0182
AUTHOR: Kagan, B. A.; Nekrasov, A. V.; Tamsalu_.,_ R. E.
ORG: Leningrad Hydrometeorological Institute (Leningradskiy gidrometeorologicheskiy
institut)
TITLE: The influence of horizontal turbulent friction on tidal fluctuation uA sea
level
SOURCE: A14 SSSR. Izvestiya. Fizika atmosfery I okeana, v. 2, no. 2, 1966, 174-182
TOPIC TAGS: hydrometeorology, turbulent flow, ocean current, ocean dynamics, ocean
tide
ABSTRACT: A study is made of the influence of horizontal turbulent exrhanve oti
Lidal fluctuations in the level of the Y(-11(,w Sea. It I.,; e,,tablished that a (onsider-
ation of the horizontal turbulent exchange can be used to Introduce a vonsiderable
degree of correction into calculated tide levels. Consideration of horizontal turbu-
lent flow will not, however, lead to a bask. change (n tidal phenomi-na calculated for
the Yellow Sea. Analysis of the results shows that the amphldromi( 1whirs ,I Ihe
waves are displaced toward the center of the basin when horizontal (,irhtiletit r~x,haog,,
is considered. This causes the amplitudes of tide In the central portiong of the
basin to deCTUa8e, while tidal amplitudes at the northern And southern ends Increase.
Card 112 - - UDC. 551.466.7

, (X-1 01 - ~j -1
ACC NR, AP6019515
Horizontal turbulent exchange causes a smoothing of transverse curvature. The In-
fluence of horizontal turbulent exchange leads to a reduction In the effect of depth
variability. Orig. art. has: 5 formulas, 6 figures,and I table.
SUB CODE: 08/ SUBM DATE: l1May65/ ORIG REF: 005/ OTH REF: 007
r
. Card 212 _7' ~

ACC NRi
C CA~ Monograph UR?
Mill, Mi,,.hail 1,contlyevi"; NokrazOv. Andrey V.ailmirovich; Braverman, Aleksan(ir
Samoylovich; Grodko, :./,v Naumovich; ipykand, Xatvey Abramovich
Helicopters; design and cot,ntru-t,on. v. 1: A- ,-iynFu%1ca (Vertoletyl- canchet I
proyektiro,inn1ye, t. . : Avrk,)11 Jnamlea). w, 7zd-vo "114"hinoetriyenlye".
!966. 4',4 p. illue., bli,lio. Frrata slip 4600 copies pr.nteA.
TOPIC TAGS: helicopter, aerodynamics, rotary wing aircraft, helicopter ro-')r, hell-
copter rotor blade, mechanical vibration, helicopter design
PURPOSE AND COV'ERAGE: -Inis is Book One of a three-booX sprles on he.icopters. Book
I.-o is on Vibrations and Dynamic Stabillty, anti Book 7nrl-e lo on 7ne
book Is Intended for engineern of desien '.,ui,eaus, Fcllentlf~c wcc&ers, and for
fellows and Instructors of higher educational in5t11_%;t1ons. :t -tin also ",,r: 011
use to engineers of helicopter-buildiW, p-riz-As tini fi.udtfnLi-, aerodlynamics
and helicopter stability. Many pvrLs of the booe. will also 1~e usf-l'u, to flight
and techaica.1 personne"L in helicopter flying unit,;. The bfj,)A i'scuraes tho
course of helicopter development, princli)ie6 of ti.olr deslixii, i,r,! the"r pla-c
waong other aircraft not requiring airports. Varluus theori'?o _)r, rotors are
covered, along with methods for determining their aerodynamic -hrkracteriatllcG,
including: the pulse theory of an ideal rotor and its application to the energetic
method of calculation; the classic theory, In the case where numerical integra-
tion methods are used; the vor-tex theory; and methods of experimentally determin-
ing a rotor's characteristics during flight testa and in wind tunnels. There is a
Card 1/4
____UDC_629.135.4.533.6~ooi.i2

ACC NRi Am6o32642
detailed discussion of the varlous methods for the aerodynamic calculation of the
helicopter and the theory of rotor flutter. Methods are explained for calculating
flutter while hovering and In for-ward flight. Special attention is devoted to the
calculation of friction in the hub's feathering hinges and to the transmission
of b:nde vibrations through the automatic pitch control. Experimental research
on flutter is described. The authors express gratitude to engineers
F. L. Zarzhevskaya, R. L. Kreyer, and L. G. Rudaitakly for their help In pre-
paring the manuscript, and to R. A. Mikheyev for his review. There are 42
references, 55 of which are Soviet.
TABLE OF COMM= (Abridged):
Foreword - 5
Basic symbols - 5
Ch. 1. Lines of helicopter development and basic principles of their design - 7
1. Development of helicopter building - 9
2. Helicopter as compared to transport VTOL'a and STOL'8 - 21
5. Basic design principles - 37
Ch. 2. Rotor aerodyamico - 47
Theory of rotor development and methods of experimentally determining its
characteristics
Coed

ACC NRi
2. Clasnl- '~,,,ory of a rotor vit.,, btraie connection. General case.
Curvilin-11- motion - 56
Rotor theory
It. Classic rotor theory. Numerica" tbeory - 174
5. Vortex rotor theory - "'.0
6. Experimental determination3 cr cbaracteristlc6 of a rotor 237
7. Quality and the propulsion co-fl'i-itnL of rotor efficiency - 255
8. Calculating rotor characteriGtici foc iiovering and vertical flight
(Propulsion theory of rotors) - n,65
Ch. 5. Aerodynamic calculation of helicopter
1. Basic equations for the aerodynamic calculation of a rielicopter 2~-':,j
2. Helicopter aerodynamic calculation by the ,1'-'/Yaroshenko method 293
3. General method for the aerodynamic calculation of rot&ry-winged
aircraft - 301
4. Helicopter aerodynamic calcu~atlon usin,,, concepts of rotor quality
and efficiency - 325
5. Helicopter aerodynamic calcu-ation 'Ly forces method - 545
Ch. 4. Rotor flutter - 351
1. Basic ai3sumptions and pe-culiaritio7s5 of approach to flutter
calculation - 352
2. Flywheel flutter of the isolated blade axial flow around the rotor 358
3. Calculating friction during flutter - 376)
4. Rotor flutter with relation to the transmission of blade vibration
through the automatic pitch control - 382
L92!~d 3/4

ACC NR, AM6032642
5. Flywheel flutter of the rotor in forward flight - 391
6. Calculation of flutter7considering blade flexure and torsion - 396
7. General method for calculating the flutter and torsion in a rotor in
flight -.418
8. Experimental studies of flutter - 433
References - 449
SUB CODE: Ol/ - SUM DATE: 04maz,66/ CIRIG REF: 033/ am MP: 009/
I-Cord 4/4

KOLYANDR, L.Ya.; PTISTOVIT, Yu.A.; SORKIN, M.M.; NFKIL45OV, A.14.;
HUHNO, S.I.
Discussing the article "Removal by adsorption of carbon digulride
in the preparation of high-purity benzene" by V.E.Priwilov,
A.P.Kolesov, V.Z.Sokolov (*Koks I khImiia," nc.2, 162) and of the
article "Preparation of sulfur-free benzene from pure benzene by
means of chemical purification methcxis ("Koks I khImiin," nc,.3,
162) by V.E.Privalov, T.A.IAroslavskayR, N.Iffi.Cherkasov, and
I.A.Levantovich. Koks '. khim. jb4. (MIRA 1":4)
1. Ukrainakiy uglpkhimicheskiy institut (for Kolyandr, Pllqtr)V-it).
2. Elagleyskiy koksokhim-icheakiy zavod (for Sorkin, Nekrasov,
Kikhno).

NRKRASOV, B.
Return to earth. Nauka i shyttia 12 no.9:5-6 3 162. (JURA lbil)
(Astronautics)

. 1, ~ 1.r ~ - , I
" , I , . . I

ACC NR, 27003005 (A) SOLRCF CODE: UR/04!3/66/6C,,,1'
INVENTOR: Nekrasov, B. B.; Polyushkov, A. G.; Badikov, G. 1.
ORG: none
TITLE: Starter system for an aircraft en:~ine. Class 62, No. J.W1nC(:d by
Air Force Engineering Academy im. Prof. N. E. Zhukovskly (Vcknno-Voza....,njya
(4zhenernaya akademiya)] A
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 1966, 112
TOPIC TAGS: aeronautics, engine starter system, hydraulic pump, hydraa,ic equipment
ABSTRACT: An Author Certificate has been issued for an aircraft engir--- starter
system comprising; a hydraulic pump and motor connected respecEivL:,-/ It, tne engine
and generator shafts; pipe line system with a coupling for connecting L, t.-,e aircraft
ror airfield hydraulic power system. In order to maintain the rotation of the
generator shaft in the same direction at the transition from start to power genera-
.~-~'-'-tion regime, the pump and motor are connected by ronduits to the input coupling
,,!.successively, though the itry section of the pipe system is provided with check and
bypass valves (see Fig. 1). Orig. art. has: 1 figure.
Card 1/2 UDC: 629.13.01/06

ACC NRj A?7003005
Fig. 1.
T ;,I I - Generator shaft; 2 - hydraulic pump;
I
3 - hydraulic motor; 4 - intake connector;
~.~j
T
T - check valve; 6 bypass valve.
5
-j
SUB CODE: 04/,/OUBM DATE: llSep64/
Cord 2/2

ACC NR~ AP7003004 ~A ) C )DE: jlt,( !
!NVEINTOR; Nekrasov, B. B.,- Polyusnkov, A. C,.; BaCiKCv, G. 1.
ORG; none
T Class 62, 18'j-,
Starter sys,:em for ar, aircra~'. e2gine. by
Air Force Zngineering, Academy in. Frof . N. E. Zhukovseiy (Voyennc-,
inzhenernaya akademi,ra)]
SOURCE: izobreteniya, promyshlennyye obraztsy, tovarnyye znaei, 1,. 1966,
111-112
TOPIC TAGS: en&ine star~vr sisten, hydraulic punp , :,y equi?mer.L
ABSTR&T Author Certificate has Lssued for & h7draulic sz-. i b t t,7.
for aircraft engine zomprising: hyi~raulic pump and compressor co;-..-. T- 0 t .11 V
engine and generator shafts by means of a bear drive; brake rnecha-- t~-.c ;rnera-
tor shaft; and pipe line system with couplings for connecting to Or Z,.r-
field hydraulic power system. in order to boost the power duri-.,.,, --~.e
operation, the pump and motor are connected in parallel to the Ou2 Ing by
means of a three-way valve, though the conduits interconnecting t:.~ and motor
are provided with cutoff valves (see Fig. 1). Orig. art. has: I f,F,-e.
Card .1/2 LrDC: 629.~3.01/36

AtC-& R-.~~M-OYO 0-4-
ff
nj
tj
Fig. 1.
I - Hydraulic pump; 2 - hydraulic ---,or;
3 and 4 - gears; 5 - brake meci.-".-,,.s-.-;
6 and 7 - couplings; 8 to 11 va"VLS.
SUB CODE: 0~jj)/3PUBM DATE: llSep64/
Card _ 2/_2

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