SCIENTIFIC ABSTRACT KOSTENKO, I. - KOSTENKO, M.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825210012-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Miniature helicopters are at the start. Kryl.rod. 13 no.4:29
Ap 162. (MIRA 15:5)
1. Predeedatell sektaii aviamodel'nykh issledovaniy
Moskovskogo aviamodellnogo kluba.
(Moscow-Helicopters-Madels)

- KOSTENNO) 1", kand. tekhn. nauk
Promote the development of airplane modeling. Kx7l. rod. 13
no.10:12 0 162. (MIRA 15:10)
(Airplanes-ModeIB)

;~cc -NR, AP6023452 SOURCE CODE: UR/0085/66/ooo/OOT/0018/0018
AUTHOR: Koetehko,, 1. ('Candidate of technical sciences)
ORG: none
TITLE: Oldest glider designer
SOURCE: Kryllya rodiny, no. T, 1966, 18
TOPIC TAGS: powered glider, glider / Sh-20 glider
ABSTRACT: -Boris Nikolayevich Sheremetev, one of the oldest designers
in Soviet iation, in his T5th year designed the two-seater Sh-Z
av Q_
training glidert which is equipped vith a pusher propeller and a 65-hY
engine. It has 2a wingspan of 19.1 m, a ving length of 7.85 m, a ving
area of 18-8T m , an overall length of 19.3 m, a flight weight of
650 kg, a take-off speed of 95 km/hr, a climbing speed of 2.2 m/sec,
minimum landing speed of 1.3 m/sec, and a maximum aerodynamic effi-
ciency of 23. Seating is tandem, vith the trainee in the forward seat,
and the instructor in the rear.. The glider, with an all-metal twin-
boom fuselage and the engine placed aft of the wings between the boom*,
rises to 500 m under engine power, the engine is cut off, the pro- i
pellers ara folded back, and it changes over to soaring flight. Orig.!
art. has: 1 figure. 1WH]
SUB CODE: SUBM DATE: none
. . 1~ 'in-i_1910"l

KOSTENP,-L-
Tales told by the postage stamps. Wn.tekl~' 7 no.3-102 N 162'
(MIRk 15:ii)
(Postage stamps.-Topice.-Airpbmes)

L 18224r-63 BDS JXT (K)
;AQCESSION NR: AP3004389 'IS/OC)i34/63/000/0(Y7/0023/0023
I
,.-AUTHORt Kostenko, Is
9,ess-~e Tty.`bf
'TITLEt Ad Ayr:ILVOY Ro
Grazhdanskaya aviataiya,, no. 71 1963, 23'j
:'TOPIC TAGS: Krivoy Rog Aviation School, Aeroflot, foreign students, training field:
~ABSTRACTt The Krivoy Rog Aviation School of the Aeroflot special services is only
!10 years old, but has already graduated 100 qualified aviation specialists, now
iworking at U~waainian., Middle Asiaj Siberian and Far East airports. It is nayr Aero-
"'flot's largest secondary training school. Recently, t.7o new 4-story buildings have:L
been constructed for teaching and lab work. The labs are equipped with everything
inecessary to study modem airfield and aircraft technology; the students have a
:training airfield to study special equipment, both on piston and jet planes. The
ischool trains specialists both for the Aeroflot and for the civilian aviation of
ithe countries friendly to the Soviet Union. In 1963 graduation diplomas from the
:Krivoy Rog Aviation School vmre given to men from the Mongolian FR., the Republics
!of Ghana and Mali. Every year aviation specialists are also retrained for operation
I -
;of the latest equipment of the Soviet Civil Air Fleet and civilian aviation of the
-Card 1/2

L 18934-63
ACCESSIWES-- --AnOC4389--
!neighboring countries. In 1961-62, men from.Rumarda., the ODR., Bulgaria and other
icountries took courses@ The school offers extension courses*
1,CAbstracter's note: Essentially complete transiation.7
i ASSOCTATIONt none
00 DATE ACQt 20Aug63 ENCLs 00
SUB CODEs AG NO PM SOVt 000 OTHERs 000
Card 2/2 1

IVRTOVY N.Y. (Kiyev,, poselok Kc - -hevatoye); rLCGTl-lOj 1. (Vitebsk);
PROSMIRA, I.F. (Kerc~hl)
Statements by workers in kerammit enterprises. Stroi. mat..10
no.906-37 S 164 (MIRA 18:2)
1. Glavnyv inzh. Korchevatcikogo zavodoupravleniya ("or Ivanav).
2. Ilajhal'nA- konstrWdorikogo byuro Vltebukogo konbinata
stroitelln~ich materialov. (fo~ Viteb:ek). 3. Fadovoditell labora-
torii legkikh zapolniteley i atruitellnoy keramiki Krymskogo
f1liala Gosudarstvennogo nauclmo-2-4ledovatellskago instituta
stroiteltnykh materialov i izdeliy. (for Proskura).

KOSTENKOP I.A.
Treatment of children having had pc-liomyelitis in the bealth
resort or kleyoks Vopsokhematusi deta7 nosl2:60 D'62,k'KLRA 16-.7)
1. 1z kaf9dry detskikh bolezney Kubanskogo meditsinskogo insti-
tuta i detskogo ballneologicheakogo sanatoriya kurorta Yeyske
(CHIMM-DIMSES) (GYNECOWGY)

KOSTWO) I*- Gs DEMASED 1963/3
TRANSPOTUATION
1962
mpmoww
M Y020

BAKULEV, A.N.; RYKEYSKIY, S.V.; SAVELIYEV, V.S.; BTJYAYOV. V.11-1.;
ZUBAREEV, R.P.; r"'01-MROV, B.D.; KOSTENKO, I.G.; MOROZOV, YU.I.
Now method for extracorporeal blood circulation. Grud. khir.
2 no.4-.3-5 Jl-Ag 160. (HIRA 15-.6)
1. Iz Uiniki fakalltetskoy khirurgii imen-i Spasokukotskogo
(dir. - akademik- A.N. Bakulev) II Moskovskogo meditsinskogo
instituta imeni 1U. Pirogova. Adres avtorov: Moskva, Leninskiy
prosp.,d.8, Institut grudnoy khirurgii.
(.3LOOD-CIRCUL&TIOV, ARTIFICIAL)

SAVEL'YEV, V.S. (Moskva, Fervomayskaya W~',d.122,1cv.2); ~KO, I.G.
Surgical treatment of patent ductus arteriosus in conjunctio*n
with acqu*ed mitral and tricuspid stenoaes. Grud. khir- 3 Ro.1:
96-99 ja-P 161. 1 (MIRA 16:5)
1. 1z fakulltatakoy khirurgichaskoy k11,plki imsnI:-S.j-.Sp&sokukVOkogO
(dir. - akademik A.N.Bakulay) II Moskovskogo meditsinBkogo inatituta
imni N.I. Pirogova (dir. - dotsent M.G.Sirotkina).
(DUCTUS ARTERIOSUS) (HEART-VALVES-DISEASES)

1
K CC, L . Cr , , !,;~- I. tlA I in. najR- , dot,-.nt
. - --'l ------- -
D~ t,.rMinl r. 7 The nuAlber of to the freight yards. Trudy
. - C,
MUT 161. (MIRA 180)
f-

SIROTKINA, M.G.LWSTEJWj ~J.G..
Disorders of cardiac activity in reconstructive and plastic
4
operations on the upper vena. cava. Grud.khir. no.4:5844 Jl-A
,62. (MIRA 15slol
1. Iz k3inild fakulltetskoy khirurgii imeni S.I.Spasokukotokoge
(zav. - akad. A.N.Bakulov) i kafedry operativboy khirurgii (say.
prof.,.O.Ye.0stroverkhov) II Mookovskogo meditsinskogo institutt
imeni N.I.Pirogova. Adres avtorovi Moskva, V-49, Loninskiy prosp.,
d. 8. 1 Gradskays, bollnitea.
(ELECTROCARDIOGRAPHY)
(VENA CAVA-ZURGERY)

DUMPE, E.P.; KOSTENKO, I.G.
Aortic arch syndrome (Takayasu disease, pulseless diseaze).
Kardiologiia 4 no-3:64-70 My-Je 164- (MIRA 18:4)
1. Fakulftetskaya khirurgichaskaya klinika lechebnogo fakullteta
(dir. - akademik A.N.Bakulev) n Moskovskogo meditsinskogo instituta
imeni Pirogova i 1-y gorodskoy klinichaskoy bollnitsy imeni Pirogova
(glavnyy vrach - zasluzhennyy vrach RSFSR L.D.Chernyshev).

BAKULEV, A.N.; SAVELOYEV, V.S.; SAVCHUK, B.D.; KOSTENKO, I.G.; IGNATENKO, S.N.
Indications for a permanent electric stimulation of the heart In atrio-
ventricular blocks. Grud. khir. 6 no.2:3-10 Mr-Ap 164. (MIRA 1814)
1. Klinika fakul'tetskoy khirtirgii imeni Spasakukotskogo (dir. -
akademik A.N.Bakulev) 11 Moskovskogo moditsinskogo Instituta Imani
Pirogova. Adres avtorov: Moskva V-49, Laninskiy prospekt, d.8. I-ya
Moskovskaya gorodskaya bollnitsa.

PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 573 - I
BOOK Call No.:. AP342328
Author: KOSTENKO, I. K. and KIKIRTUMOV, E. B., Editors
Full Title: RECUTM A-IRCRAFT MODELS a
Transliterated Title: Rekordnyye letayushchiye modeli
PUBLISHING DATA
Originating Agency: None
Publishing House: State Publishing House of the Defense Industry
(Oborongiz)
Date: 1950 No. pp.: 242 No. of copies: 11,000
Editorial Staff; None
PURPOSE: A textbook and handbook for aviation modelers and for instruc-
tors of aviation modeling centers.
TEXT DATA
Coverage: This book contains descriptions of Soviet flying mode13, which
broke many national and international records and therefore repre-
sent the best Soviet achievement in this field. The book contains
working drawings and specifications for the construction of several
flying models. In the appendix several tables give geometrical charac-
teristics of several recommended airfoild. Diagrams, graphs, photos,
tables.
No. of References: 59 Russian, 1877-1949
Facilities: None
1/1

KOSTEUKO, 1.
Prosteishie letaiushchie modeli, (Simple flying models). Kdskva, 1953. 28 p.
SO: Monthly List of Russian Accessiorm, Vol., 7., No. 6, Sep. 1954

KOSTAKO, I., kandidat takhnicheakikh nauk.
,x
Aerodynamic calculation for the flying model; speed of flight and descent.
Yxyl.xod. 4 no.8:16-17 Ag '53. (HLU 6-'7)
(Airplanes--Models)

KOSTOKO, I., imndidat tekhnicheskikh nauk.
Aerodynamic calco2ations for the flying model. Kryl.rod. 4 no.11:14-15 N
153. (MMA 6:11)
(Airplanes--godole)

KOST3NKO. I..; MIKIRMOV, I.; KONDRATITEVA, M., redaktor; BODROV, A.,
lefftME skly redaktor.
[Model airplanes] Zetatushchis sodeli. Moskva, Izd-vo TsK VZMIM
"Holodata gvardila.0 1954. 84 p. (Microfilm] (N12A 7:12)
(Airplanes-Nodels )

KUMANIN, V.; RYVKIN, P.; KFODKEVICH, B.; SOKOLOV. Yu.; KOSTENKO, I.;
KUPM, M.; VASILITEV, A.; POSTNIKOV, Yu.; TARAL"Vr.-X-"m0_'A
More attention to plane modelina as a sport; letter to the editor.
Kryl.rod. 5 no.12:16 D 154. (RLRA 7:12)
(Airplane&-Models)

Subject USSR/Aeronautics AID P - 2319
Card 1/1 Pub. 58 - 24/24
Author : Kostenko, I., Kand. of Tech. Sci.
Title : Scale models of Soviet aircraft
Periodical: Kryi. rod., 6, Insert, Je 1955
Abstract :The following seven Soviet aircraft are briefly described,
and their diagrams given: AK-1, ANT-2, Ya-6, PO-2,
Sh-2, 0-10.
Institution: None
Submitted No date
AUTHOR: Eon Candidate of Technical Sciences 84-12-46/49
T=: Agrictaftral AwJAtlcn in the USA (Bel'skokb zyaystvenna7ft &Tiatsiya SSM)
PERIODICAL:G avlatsiya, 195T, 1~r 12, PP 36-3T (USSR)
ABSTFACT: A fairly detailed accomt based an Inforwtion lublished by "American
kviation."
AVAMM: Idbrary of ConVess
Card 1/1 1

1(2) MM I BOOK MWITATION SOY~1208
Kosteako, Igor' Konstantinovich
Proyektirovaniye I raschet modeley planerov (Design and Analysis of Model
Gliders) Moscow, Izd-vo DOSW, 1958. 199 p. (Series: Biblioteks yunogo,
konstruktora) 23,000 copies printed.
Ed.*. Yefremova, Ye.V.; Tlech. Ed.: Karyakina, M.S.
PURPOSE: This book Is iAended for model airplane builders who have already
learned how to build simple flying models and want to construct new models of
their own design.
COVERAGE: The book presents'the principles of aerodynamics as applied to flying
models and describes methods for their design nat requiring any very compli-
cated computations. There are 8 appendixes, 152 figures, and 8 tables. The
book ]contains 29 references, of which 14 are Soviet, 9 Naglish, 4 German, and
2 Czech.
TABIE OF C0117MM:
Ch. I. Aerodynamics of a Model Glider 3
1. Basic requirementsfor a model .glider 3

85-58-5-27/38
AUTHOR: kostenko, I.K., Candidate of Technical Sciences
TITLE: Stability and Balancing of Free Flight Models (Ustoyehivosti
i balansirovka.,modeley svobodnogo poleta)
PERIODICAL: Kryllya, rodiny, 1958, Nr 5, pp 25-28 (USSR)
ABSTRACT: The article is a report read by the author at a conference
of model-airplane builders called by the editors of Kryllya
rodiny and the Byuro Vsesoyuznoy aviamodel ,noy sektaii (Office
of the All-Union Model-Airplane Building section) in Moscow.
There are 11 drawings.
AVAILABLE: Library of Congress
Card 1/1 1. Airplanes - Models - Conference

KOSTMMO, -Igor' 11onstantinovich-,_4PORCY, Oreat Alakeendrovich;
SHEREKE M 'Boris*Nikolayevich; TEFREMOVA, Te.T., red.;
MAZHEMOVA, G.I., takhn.red.
(Foreig'h gliders] Zorabashnys planery. Koskva. Izd-vo
DOMAY, 1959. 159 P. (KM 13:2)
(Gliders (Aeronautics))

NOS TBMM, I.
I - -
Airplanes on stamps. IUn.takh. 4 no.12:33-34 D 11;
.9.
04IRA 13:4)
(Postage stamps)

SOV/85-59-12-34/38
AUTHOR: Kostenko, I.1 Candidate of Technical Sciences
TITLE: Successes of our Friends
PEUIODICAL: Yryllya rodiny, 1959, Nr 12, pp 27-29 (USSR)
kBSTRACT: The author describes Polish gliders, airplanes and
helicopters, and lists a number of Polish-made air-
craft instruments exhibited at the Polish Industrial
Exhibition held in the Central Park of Culture and
Rest in Moscow, last fall. Structural and perfor-
mance data on the aircraft are consolidated in two
tables. The Polish gliders shown included "Jaskolkall
designed by T. Kostij, "Mucha_10011 designed by
Okarmus, Bandura and Dyrka, "Mucha-Standard" designed
by engineer V. Nowakowski and Gruzewiez, "Bocian" de-
signed by Wasilewski, 11 Zatwordnicki and Sandauers
"Gil", IISZD-25 Lis", SZD-29 Foka", IISZD-20X Wampir"
11
Card 112 ajid "SZD-19 Zefir , Helicopters were represented by
SOV/85-59-12-34/38
Successes Of Our Friends
a few variants of the 'ISM-11, (imitation Of Soviet
Ali-l designed by M.L. Mil'). They are built at the
Polish Helicopter Plant 11PZL11. Airplanes for agricul-
tural purposes were represented by "PZL-1011, (imi-
tation Of Soviet Yak-12 designed by A,s. Yakovlev)
and PZL-102"Kostle The all-metal two-seater sport ai,
Plane TS-8 "Bis" with cantilever lower wing powered
the Polish radial engine by
played- ltRT-311, 340 HPI was also dis-
Specimens Of Polish built glider and airplane-
equipment, such as the "BS-111 compass, ,PRN-150S"
"PR-250S and "W-12S,- speedometers, 11WRm_lO11 ii I
and "'NRS-30" climb indicators "Chd-211 ) WPS-511
and several other devices wer I clinometer
hibition. e also shown at the ex-
There are 5 photos, 2 tables, and 3 sets of
drawinGs.
Card 212

- ~17M- =114
Aircraft Modeling (Cont.) SOV/4020
Ch. III, Aircraft Models W-th Piston Engines 66
Soaring; Model (Pavlov, P.) 66
Soaring Model (Yermakov,, A,.) 70
Modal Airplane.of the "Flying Wing" Type (~Vkfer, M.) 73
High-Speed., Free-F21ght Models (Martynov, B.) 77
Cable Control, Contour Model of the Yak-18 (Malinovskly, G.) 80
Cable Control, High-Speed Modal 82
Controlled-Flight Model (Vasillohenko,, M.) 84
Debigning Cable Control High-Speed Models (Sladki, 1.) 86
Control Techydque for Cable Control Model Airplanes (Vasill-
chenko,, V.) 91
Ch. IV. Piston Engines and Fuels for Flying Models 95
Model "lane Engine "Vikhr"I (Sukhov, Ye.) 95
Model Airplane Engine MK-09 Designed by V. Petukhov 0ayev-
skiy, 00) 99
Model Airplane Engines MB-05-F and MKS-05-F (Gayevskly, 0.) lol
Fuel Tanks for Model Airplanes 10
Fuhla for Model Airplane Engines Wayevskiy, 0.) log
Restaration of Compression in Model Airplane Engines
(Maslenko, A.) 109
Card 4/6
Aircraft Modeling (Cont.) SGV/4020
Manufacture of Piston Rings for Model Airplane Engines
(Gayevskiy, 0.) 110
Mounting an Incandescent Plug on the MK-12S Compressor Engine
(Dem*Iyanenko, X.) 113
Needle-less Carburetor (Tataiturnov, V,) 114
Operation Timer for Model Airplane Engines (Grigorewco, A.) 115
C'4a. V. Model Hydroplanes 116
Mounting Aircraft Models With Pontoons (Malik, S.) 116
Fuselage Hydroplane Model (Kudryavtsev, S.) 118
Ch. VI. Radio Controlled Model Airplanes 121
Yak-6 Model (Khukhra, Yu.) 121
Radio Controlled Model Airplanes (Velichkovskiy, P... and
P. Gorynin) 124
Ch. VII, Scale Models of Aircraft :Lpo
_1
Advice on Building of Flying Scale Models of Aircraf t(Khukhra,Yu.) In
Scale Model of the Yak-12R 129
Card 5/6

KQjjo_KO I, kand,tekhn.nauk
-- -- 1~
Small planes in the air. Kryl.r6d. 12 no.6127 Je 161.
(MIRA 14:6)
1. Predsedatell sektaii modeley novykh ekhem'i aviamodellrifth
issledovaniy Moskovskago avinodellnogo kluba,
(Airplano.s-Models)

KOSTENKO I.K., slesart-avtomatchik; ZAGINAYKO, Ye.V., sleserl-avtomatchik
Screw-valve type cock for the scavenging of the main air drum.
Elek. i tepl. tiaga 9 no.11:22 N165. (MIRA 19:1)
1. Lokomotivnoye depo Kishinev.

KOSTENKO, I.01
Universal counterflow sirup separator. Kharch.prom. no.4s77-78 O-D
163. (mm 1711)
wr -

KC-STENKO, I. P.
"Antlerosive Effects of the Herbaceous and the Arboreal Veg-station on Cretaceous Slopes
in the Forcst-Stepre." Min. Higher Fducation USSR. Voronezh Forestrj Inst.,
Voronezh, 1955. (Dissertation for the Degree of Candidate in Agricultural Sciences)
SO: Knizhnaya Letopist, No. 22, 1955. pp 93-105

7F 0
USSTLI/Cultivated ;L~lants. Tochnical Plants. Oil md M
Sugar Beaming Plmts-
I,bs Jour Rcf Zhur-Biol., No 159 19501 68275
Author Kesteliko, I., R
Inst =
1,n Exporiijent in Dryinr Cotton in tho
Kollldiozes of th~ Uzbok SST-1.
Orir, -Lub: Khlo-.)kovo,,Istvol 1957, N'C; 9~ 31-35
I.bstract % Yo abstract.
I -
ard
C
119
MSTWK0o I.R., zaslushenn" agronox Uzbekelmy SSR,; LIMARMO, L.K.,
agronom, Uzbekskoy SO.
Now method of using etb
..v~reoptootb.vldieth.vlthiophosphatg for
controlling Making Cotton insects. Zashch. rast. ot vred, I bol,
3 no;3:35-36 *,46 158. (MM 1116)
1. ladbaVolk Upravleniye, sashchity rastenly Wnisterstya mellskoge
khozyWatya UxSSR (for Ustsa]w). 2. 3kchal Inik Forganskogo otry&dmL
Uprmvlenlya xashchity rastenly Ministerstya sellskogo khosymystva
UzSSR (for rduarem1w).
(IfthYl thioPhograte) (Cotton-Diseases and pests)

KOSTENKO, I.R.,zaeluzhennyy agronom UxSSR-
-1- 11 -
Plant protection of Uzbekistan on a
ot vred. i bol. 4 no.1:6-9 -Ta-Y
(Uxbokistan--Plants,
now course. Zashch.rast.
'59-
Protection of)
(MIU 12:2)

cz:--fKOSTENKO, I.R. (Tashkent); NFZTEROV, Yu.B. (Tashkent)
Imoove methods for formcwting main cotton posts.
Zashch. rast. ot vred. i bol. 7 no.7145-47 n 162,
(MIRA 15: 11)
1. Nachallnik Uprayleniya zashchity ra3teni7 Ministerstva
proizvodstva i Wotovok s91'ekokhozy&yatvemykh produktov
Uzbokokoy SSR (for Nostanko). 2. Rukovoditlet reopublikonskogo
sektora slushby ucheta i prognosev Upravleniya zashchity rasteniy
Ministerstva proizvodstva i zagotovok oelfskokhozyaya tvannykh
produktor Uzbekakoy SSR (for Nestorov).
(ftbekistan-Gotton-Dissaaes and posts)
(Uzbeldstan-Inseats., injurious and beneficial)

-KOSTENKO.9 1. R.0 zaaluzhenny7 agronom Uzbe3dstana
Problems In Uzbekistan. Zaahch. rast. A vnd. I bj.
n0.5:3-7 My (60. (MIRA 16:1)
1. Nachaltnik Upravlaniya Sashchity raateviy UzSSR.
(Ustskistan-Plants.. Protection of)

zaaluahennyy agronom respubliki (Tashkent)
One year's work according to the new-system. Zaahch. rast. ot
vred. i bol. 6 no.7:10-12 JI 161. OaRA 16: 5)
1. Nachallnik Upravleniya zashchity rasteniy Miniaterstva sellskogo
khozya.vetva Uzbekskoy SSR.
(Uzbekistan-Plants, Protection of)

USPENSKIY~ F.M., kand. biol..nauk; SOMOV, I.A.; MUMINOVs, A.M.0
kwA. sell khoz. -usuk; IVANOV, Te.N.y,ka",biol. naukj
VASIL'YEV, A.A.,-kand. sellkhoz. nauk;.SOIDVIYEVA, A.I.,
kand. selikhos.-naukj ZAPROMETOV, NG.-,..doktor sellkhoz.
nauk; YAKHONTOV,..V.S., doktor biol.-nauk; KAPUSTINA, R.I.;
STROMM, N.G.;.POLE.VSHCHIKOVA, V.N., kand. iql1khoz. nauk;
KARIMV, M.A.,,-doktor biol. nauk; NOSKOV, I.G., kand. sell-
khoz. nauk; KHODZHkXEV, A.Kh.; ALEYEV, B.Gi, kand. sellkhos.
nauk; YAKHONTOV, V.V., doktor biol. nauk;.-STEPAINOV, F.A.;
LYUBETSKIY, Kh.Z., kand. med. nauk; GUREVICH, B.B.;
KONDRAT I YEV9 V. I. ;- SUDARS I L P. ; JQjTWWUL_L R. , zaal. agr.
Uzbekskoy SSR; GORELIK, I.M.; r A., tekhn.
red.
[Manual on controlling the pests, diseasep and weeds of cot-
ton, corn, and legumes] Spravochnik p*o bor'be a vreditalikpi,,
I bolesniami khlopchatnika, kukuruzy i bobovykh kulltur. nz.2.,
perer. i dop. Tashkent, Gos.izd-vo UzSSE, 1963. 325 p.
(MIRA 16:5)
(Field crops-Diseases and pests)
(Weed control)

KOSTSNKO, K. (g. Stalluo)
Underg"und runners. lUn.tokho imo.7:60-63 is '57. (MLRA 10:7)
(Shsft *Inking)

losmm, K. (Zhdanov)
- -:1 %..., '~-
DonotsIMIA-lossomollskata blast rurnace. IUn.tekh- 3 no.12:
12-18 D 158, (KIRL 12:1)
(Zhd&nov-BI"t furnaces)

KOSTENKOO X., pulkovnik.
Deactivating an ammunition depot at Kursk. Toen.-Inzh. zhur. 101
no.2:2&-33 F 158. (NIRA Ilt))
(Xursk-j&plo9lveB, Hilitarr)
J~

43.-)-32
8/044/62/000/011/021/064
A060/AOOO
AUTHOR: Kostenko.--K.S.
TITLE: System of differential equations, invariant relative to a noneucli-
dean group of motions
PMIIODICAL- Referativnyy zhurnal, Matematika, no* 11, 19621 54, abstract 11B219
(Zb. robit aspirantiv Mekhan.-matem. ta fiz. fak. L'vis'k.* un-t,
1961, no. 1, 73 - 76; Ukrainian)
Tur., Le t A (x, ) u + X u - 0
ex
be a system of four differential equations of the second order, where A (x,-~-x
is a matrix differential operator-, u (x) is them column of unknown functions,
X is any real parameter. Let, moreover, the domain of variation of the arguments
be a sphere of radius R with its center at the origin of coordinates. The point
y, (0. 0, 0, R) may, by means of a transformation of the form
I ( x4 x3 - x?- x1 )
T - X3 X4 X1 X2 (2)
x W X2 - X1 X4 X3
Card 1/6 - xi - x2 - x3 x4

S/044/62/000/011/021/064
System of differential equations, invariant ... Ao6O/AOW
be translated into a point of the sphere x (XI, X2, x3, x4): x = Tx y (3)
The tran~formatiori matrix (transformation) Tx Is orthogonal and has an inverse.
Let (p be any trans Corinatio-a translating a point y of the sphere into a point x
of the same sphere, Ix - (py, (4) Tx is a npecial case of (p, and therefore
(P y, - Tx y, y = Tx y Yl - (5). The transformation P - T;l CP (6) leaves
the bLx1s OX4 unmoved. Consequently, (4) is a rotation about the axis OX4. The
paper gives three matrices whose product realizes the transformation P. The sys-
tem of differential equatio;s is called invariant relative to the le transforma-
tion, provided that:
4 axi ax -1 4 axi 1
Ak 1 ( y _yk iyll Aij (X)s Ak (Y) Ai W
k,l=l :kq= ~yk (7)
1P AO (Y) (P A0 (Y)
Proceeding from definition (6) the author obtains the identity
4 1 ) a Xk CIXJ 4 axk axl -1
), I Al j (y is P Aij (Y) P (8)
11j=1 FY_j
Card 2it

s/044/62/ooo/oll/021/064
System of differential equations, invariant .... A060/AOOO
from which, by differentiating It with respect to yk (k - 1, 2, 3, 4) and settirg
each time ep - 0, he obtains:, a concrete form for the matrix Aij. Further, the
author consAers a system analogous to (1) and assumes it to be invariant relative
to rotation in a four-dimensional space, where the rotation is orthogonal irclative
to the vector x (X1. x2, x3, W. Then the solution 6olumn v will be sucht
V,
V V2
VP
The author introduces a spherical system of coordinates: xj = R cos 0(1, x2
= R sin cY-i cos c42, x3 = R sin QLl sin OL2 cOs OC3, x4 = R sin oLl sin OL2 sin cR3,
R - const, and, after some calculations, reduces the problem to a system of three
equations with three unknowns
3 C) v 3 av
A 1 - + A it + At v :m! 0.
i. (Y-i 8 OLJ aOL5, 0
which turns out to be invariant with respect to rotation on the four-dimensional
Card 3/6

System of differential equations, invariant ....
sphere with radius R. Here he obtains:
a (R)

A' 0
0
8/044/62/ooo/oll/021/0641
A060/A000
0 0 0
11
a
(R) 0
22 0

a
(R) 0
22
0 0 0
0
12
A a12 (R)
12
sin oL
0
0
a12
12
0
0
0
0 .0
0 0
0 0
Card 4/6

A
System of differential equations, invariant ....
S/044/6Z/000/011/021/064
Ao6o/Aooo
0 0 12 (R) 0
12
0 0 0 0
A 12 (R)
13 12
2 0 0 0
sin OLJ sin2OL2
a 11 (R)
22 0 0. 0
sin2 OLI 11
At 0 11 - 0
22 sin2 OL, 11
0 0 22 0
sin2 0f1
0 0 0 0
Card 5/6

S/044/62/ooo/oil/021/061;
System of differential equations, invariant ...... A060/AOOO
0 0 0 0
12 (R)
0 0 12 0
A' 12
23 a (R)
~12
0 sin2OLl sin2 OL2 0 0
0 0 0 0
a11 (R)
22
sin2 CL1 sin2 OCI
a (R)
At 0 22
33 sin2otl sin2 OL2 0 0
11
0 0 a11 (R)- 0
-sin2 aL, sin2
OL2
0 0 0 0
Card 6/16 [Abstracter's note! Complete translation] A.S. Fokht
V

FIGULEVSKIY, G.V.; XOSTENXO#.V.G.;_!LLSTMOt L.D.
Ascertaining the structure of abietinol. Zhur.ob.khim. 31
no.9:3143 S '61. (MIRA 14:9)
1. Leningradskiy gosudarstvennyy universitet imeni A.A.Zhdanova.
(Abietyl alcohol)

PIGULEVSKIY, G.V.; KOSTENKO, V.G.,- KOSTENKO., L.D.
Elucidation of the otructure of-abienol. Zhur.ob.khim.
32 no.2:656 F 162. (MIRA 15:2)
(Alcoholo)

KOSTRNKO, L.M.; POSOKHGV, Ye.V.
Some data on the chemical composition of Cretnceoiis underground waters
in the northern part of the Terek-Kuma artesian basin. Trudy NPI 156:
q5-105 164. WIRA- 18t7)

EDSTENIO, No akademiko deputat Verkhovnogo Soveta SSSR, leareat Leninskoy
prom!
Strengthen the contact of science with industry. 0ov.profsoiW7 7
no.4:27-28 Mr '59- (MIRA 12:4)
1. Direktor Institute, alektromekhaniki AN SM.
(Ingineering research)

ZGURSKU 9 Anatoliy Yefimovichj SHMIMUK, Rudollf Onisiforovicb;
KOSTEN40, M*Aop redej KUZHOVA9 H*Lop red.izd-va; TMtKMp
[Inductive transducer for determining the umber of steel rods]
Induktivayi datchik dlia. opredeleniia, kolicbeetva allllzWkb
aterzbnei. Sverdlovskp Goa.naucbno-tekbnoizd-vo po cbernoi
i tsvetnoi metallurgiip Sverdlovskoe otd-niep 1960. 18 p.
(MIRA 3J#s6)
(Transducers) (Metal detectors)

S/009/60/000/008/004/005
B027/BO76
AUTHORS: Guroval T. I,, Kostenko, M. A., Shilin, A. K.
TITLE: Lithology and reservoir properties of the rocks of the
Tyumen' layer in the southeastern part of the West Siberian
Lowland
PERIODICAL: Geologiya. nefti i gaza, no. 8, 19609 23-27
TEXT: On the basis of investigations of the structures and morphology
of the Mesozoic deposits in the West Siberian Lowland as well as of the
study of core samples from numerous borings it was ascertained that the
sand-silt rocks in the Lower and Middle Jurassic (Tyumen' layer) are the
most interesting as possible oil and gas reservoir rooks. In all
investigated cross sections this layer shows coal-bearing continental
sediments with alternating gravel, sandstone, silt, argellites. In view
of the lithological composition and the physical properties of the rook
species it can be assumed that various reservoir rooks are present.
According to the classification of P. P. Avdusin and M. A. Tsvetkova
Card 1/2

KOSTFIIKO., M. A.
~--A
Meter for the speed of welding of large cron.3 section pipe.
Av-tom.svar. 18 no.11:60-62 N 165.
(MIRA 18:12)
1. Spetaiallnoye proyektno-konstruktorskoye byuro tresta
"Uralmontazhavtomatika". Submitted April 19, 1965.

S/130/61/000/009/005/005
Aoo6/Aioi
AUTHORS: Volkov, V.V.; Gutnikov, E. Yu.; Kostenko, M. A.
TITLE: Electronic automatic control device for pipe rolling mills
PERIODICAL: Metallurg!ko. 9. 1961, 28-31
TEXT: The special designing office at "Uralmontazhavtomatikall Trust in
cooperation with the Pervourallskly Novotrubnyy zavod (New Piperolling Plant) has
automated the "140 no.3" pipe rolling mill by automation of the long-running
pneumodrives of the support bearings and of the clamping device of the burnishing
stands. Optimum automatic control of the pneumodrive was only possible with the
aid of a specially developed electronic computer (ERU). The operation of the
control system Is demonstrated on the example of the piston back stroke (Fig. 2).
Air is supplied to the right hand cylinder hollow of the pneumodrive and the
piston is driven away. At point xt the right hand hollow of the cylinder is
open to air access and air is supplied to the left hand hollow as a counter-
pressure brake. The coordinate of point xt is selected in such a manner that
the piston will be stopped in the extremal position (point 10);the left hand
hollow is then open to air access. The coordinate of point xt depends generally
Card 1/3

Electronic automatic control device ...
3/130/61/000/009/005/005
A006/AlOl
on factors affecting the pneumodrive motion. The coordinates of xt for each
piston stroke are determined by the computer units of the electronic device, i.e.
electronic time relays with automatic control of the forward and back stroke
interval. A point with a fixed coordinate (xk) is selected on the piston
trajectory. Values of air pressure and piston speed, when passing through this
point, are determined by pickups and the computer units calculate the time gap
within which the piston Is at point xt when the stop command is given. The
information from the pickups is supplied to the control system which is shown
in a block diagram. Reduction of pipes by the pressure device is controlled by
maintaining constant the motor load of the main drive for each pipe profile. The
electronic control device of the motor load 31PH (ERN) Is the main link of the
automatic control system of pipe reduction using the current of the rolling-mill
motor. A d-c transformer is used as a pickup of the motor load, and an asynchro-
nous short-circuit electric motor of the pressure device is employed as servo
mechanism. An electronic time relay supplies the command for the disjuction of
rolls to a given magnitude to adjust the clamping of the pipe tc be rolled.
As a result of the automated process, the efficiency of the unit was raised by
5 - 6% liberating 12 attendants. There are it figures.
ASSOCIATION: SPKB tresta "Uralmontazhavtomatika" (Special Planning and Designing
Card 2/3 Office at "Uralmontazhavtomatika" Trust)

VOLKOV, Vasiliy Vladimirovich; GUTNIKOV, EduardYullvevich- KOST121HO
AzLtn. .1
Mikhail Afanaslyevich; DRALYUK,, R.N.,-retm~~; SYR-CIM,
9-_M_._Y__r_eT-_1zd-va; 14ALIKOVA, N.T., tekhn. red.
(Automatic control of a long-stroke pneumatic drivelAvtoma-
ticheskoe upravlenie dlinnokhodovym pnevmoprivodom. Sverd-
lovsk, 1.',eta11&gizdat,, 1962. 69 p. (MIRA 15:7)
(Electronic control)
(Pipe mills-Pneumatic driving)

CEVT( Peb
-o 'Fir.
This Author Certificate preventa a device for r~iz-,-qtkarinz qlpctri-sl
-SPL4L7~g in a random order through several cir-,-Ute. -7:: 'he ~;irauit
-r of pilses
-.3. ~~anversion for the numbe tAeq
:n'--Ain.9 one ,apacitor at each Lap-it.
~-4e to a co=on gtorage capaci tar- writa
051.56k---::~ ~~:aup~a
put. The axplifler-6u t is- OO-M-'e6O--t6d thrTjZh a diode tc thr mm-= !pad of the
t, -'s for thetr rewarging, Orig. art. hnai

OV, A.A.; XOSTMO, K.I.; MLWULIS, D.K.; DMITANOVICH, A.N., inshener,
redaktor; IMtffW'*.
N., kandidat tekhuichoskikh neuk, retsensent;
DUGIU, N.jL . takhuicheskiy redaktor.
(Dismondless dressing of grinding wheels] Bezalmasnaia pravka shlifavall-
nykh krugov. Pbd red. A.I.Damlianovicha. Moskva, Goo.nauchno-tokhn. izd-
vo mashiuastrott. '195Z* 77 -P. [IRlerot'llml 7:10)
(Grinding wheels)

T
4. C(v"L*(-Ct%-
7. Rapid dr,.Illng of cant ircn partv. Stan. 1 lrnstr. 2.', 7;c% 1, 1953.
9. Monthly List of Russian Accessions, Library of Congress, June 1953. Unclassified.

IMARGLLIS, D. K., ZALfSOV~ A. %.,, KOSIENNOI 1~.. K.
Gear-Cutting Mach;-nes
Rapid gear cutting., Stan. i instr., 23, no. 1, 1952.
Monthly List of Russian Accessions, Cbrary of Congress, May 1)52. Unclassified.

KOSTENKO, M. P.
"Commutator Alternating CurTvnt Motors," Part I, Leningrad, 1933

KOSTENKO, M. P. and ALMEM, A. To,
OTarbogenerators,," Moscow-Larxingrad,, 1939

- - - -
KOSTE%0, Mikhail Polievktovich
Kostonk , Mikhail Polievktovich, 1889-Electric machiner. A text-book
Moskva, Gos. energ. izd-vo, 1944-
(49-57209) TK2000.K6

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KOSTENKO I M. P.
At the plenary meting of the conference of the Power Establishments of the Academies
of Sciences of the Uhion Republics a ad of the Affiliates of the Academy of Science,
USSRj, the following paper was presentod by Corresponding Member of the Academy of
Science~ USSR, Me P. Xostenko va *The scientific problems of building electrical
machinery".
SO: Elektrichestvc, No. 9 Moscow, Sept. 1947 (U-5534)

I A I it es I: is m n i. IY ma 0 a_xv are it 013444to
A I it YL 4c so is 1, -utL
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KOSTENKO, M. P.
"Electricul Enginec", publiched by State FulillOiers of Energetic Literature,
"bscord, 1949

USSR/Lplectricity - -Pover Systems Sep 50
Network Ana3yzers
"Method of Studying Stability by Means of Elec-
trodynamic Models," Prof M. P. Kostenko, Corr
,o Mem, Acad Sci USSR, Leningrad Folytech Inst
rr% imeni Kalinin
f-4
"Elektrichestvo" No 9, PP 5-16
Since application of mathematical means is dif-
ficult in studying static and dynamic stability
:of parallel operation of complex power systems
and long power-transmission lines, miniature
*ale operation is very important. From
~l67T
UM/Blectricity Pmver Syste" Sep 50
(cont&)
calculations and Lv~perimentq, concludes accurate
rIesults -are possible' with laboratory models of
rotating machines of alI types.
CA4
a:
167T~6~

KOSTXNKO. H. P., Prof
'MSR/Illectricity *chiaev, Electric Mar 51
"Determining therundament-Al Frequency and the
Third Harmonic of the Rotor Field and the Field
of the Poles in a Salient-Pole Synchronous Ms-
chine,".Prof M.' P*0 Kostenko, Corr Mem Acad Sci
USSR, B. Ye. Konik, Cand Tech Sci, Leningrad
Polytech Inst imeni Kalinin
"Elektrichestvo." No 3, pp 11-17
Discusses method of detg the harmonics in the
.rotor and pole fluxes of salient-pole synchronous
machines.I- Given curved for detg the aWlitude
lof the rundsiental frequency and the 3d harmonic.
Submitted 7 Aug 50.
201T22

Modiiin
"Comments on M. P. Kostenkols, -An Electrodynamic
Model for. Stability Studies I and Rejoinder'by
ICOstenko,' M. S. Libkind, Cand Tech Sci, Power~
Ing lust imen;, JC~zhizbinovskiy, Acad Sci USSR
"Elektrichastvo" No 6, PP 78-80
lCosteuko's article appeared in "Elektrichestvo"
No 9; 1950. Libkind disagrees with Kostenkole
preference of. el-ectrodynamic models -over network
alyzers. ke believes that:each'has its awn
field of applicatibi. Network'inalyzers, according
to Libkind, are efficient in rapid Amad ac-
curate investigations_~bf processe's Vhose pbrs
nature is known and 4xpressed. in math form
v~
(particularly in calcno.of the stab lity of_
elec systems), and therefore should be used
by ilamning organizations,ana power'systems.'
for practical calcus. Phys models, howevers
are useful vhere the nature of the investi-
gated process'is unknown, and therekore be-.
long primarily in,-Iaboratories. of ~resesrich
atm
and
._that~14bkin.d ~ Overestimtja the. uer:Lts
tat"04
of tbemetwori analyzer.

ity - 'Personalities Dec 51
vi. S. Malebakin (His 60th Birth-
=
11 V
day) A. Trapeznikov, M. P. Kostenko, B. N.
Petrov, W. V. Gorokbov, V. L. Lossiyevskiy,
B. S. Sotskov, M. G. Chilikin, G. N. Petrov,
A. N. Larionov, A. G. insiflyan, K. S. Bobov,
D. A. Gorodetskiy
"Elektrichestvo" No 12, p 88
Kulebakin is very well known in the fields of
elec machines, elec equipment, automatic con-
trol, and illuminating engineering and has
specialized for many years in aviation elec
equipment. A major general in the aviation
201T87
USSR/Electricity - Pe sonalities Dec 51
fClontd)
engineering service, he vas one of the founders
of the All-Union Blec Eng Inst and the Inst,.of
Automatics and Telemechan and has headed ebairs
at'the Moscov Power Eng Inst imeni Molotoy'sibd
.the Air Force Eng Acad imeni Zhukovskiy.

ro"M171YO) .14. P.
USSR/Electricity Personalities Jul 51
"Professor V. L Polonskiy (60th Birthday and 30 Years of Scientific and Teachinr
Activity)',' 11.1. A. Shatelen, H. P. Kostenko, S. A. Tdnkevich, B. 11. Mordovin, A. P-
Sakharov, F. N. Kharadzha, A. 'Te. Alekseyev
"Elektricliestvoll No 7, p 94
Polonskiy is a specialist in ship propulsion, with rarticular emphasis on elec.
drive. Ile has taupht at the Naval Collepe imeni Frunze, the Naval Acad imeni
Voroshilov, the Leninprad Pblytech Inst (ShipbldF, Faculty), and the Leninprad
Shipbldr Inst. Polonskiy directs the CnTwdssion on Elect Propulsion of Ships,
Acad Sci USSR, and the Flee Enr Sections of the Sci and Tech Councils of the TsNIRIF
(Cen 11es Inst of the 'Maritime Fleet) and the 1-farine Rerister of the USSR.
199T28

E
KOSTENK03 M. P.
USSR/Electricity - Personalities Aug 52
"Profeisor'L. R. Neymans. ofi Hia 50th Birthday)" A. A. Gorev, P. N. Goryunov, I. A.
Zaytseit, A. M. Zalesskiy$ M. D. Kamenskiy, N. p. Kostneko, A. G. Lurlye, M. M.
Mikhaylov, M.A. Shatelen, Ye. G. Shramkov
"Elek-trichestvoll No 8, pp 92,,93
Reviews Neynan's scientific, administrative, and educational wcrk, and organizational
affiliations. Specifies following as principal fields of his scientific activity:
investigation of phenomena in nonlinear elec circuits with iron; special problems
of elec measurements; electromagnetic processes in converter installations ofr trans-
mission of high-voltage dc power; and elec modeling of nonlinear processes in aero-
hydrodynamic gygtrjms
235T48

1. KOSTEN'KO. V. P -
29 USSR (600)
4* Hydroelectric Power Stations
7* Problems of building hydrogenerators of great capacity for the
great communist construction projects# and scientific-reaearoh taskso
Izn.,AN 883R. Otd.takh.nauk no. 9 1952
9. Monthly List of Russian Accessions, Library of Congress, February .1953. Unclassified.

KO,'T_EN11',O, 11. P.
USSR/Electricity - Scientists
Feb 53
"Professor A. P1. Zalesskiy (In connection with His 60th Birthday)," M. A. Shatelen,
L, P. Neyman, 11, P, Kostenko., 1. A. Zaytsev, Ye. G. Shrar&ov, M. D. Kamenskiy,
B. I, Domanskiy) V. A. Belyakov) V. T. Renne, V. P. Andreyev, L. M. Piot-rovskiy,
B. N. Mikhalov, G. A. Kukekov., Yu. A. Sabinin
Elek-vo, No 2, P 94
Recounts chief events in professional life in Prof Aleksandr Mikhaylovich Zalesskiy,
bom 27 Nov 1892. long active in field of high-voltage techniques, he has been
Chairmn of Adranistrative Board of VNITOE since 1945.
A 2h8T29

Do- ~YIMMI Ko -2-11. P.
UM/Zieetrieit, y: - Perscmalities Jul 53
Hillh-Voltage
Techniques
"A. A. Gorev (Deceased).," M. A. Shatelen) M. P.
Mostenkot and others
Elektrichestvo, No 7, P 93
Obituary of Prof Aleksandr Aleksandrovich-Gorev
(16 May 1M-15 APr 1953), covering main activities
and achievements of his professional life. Special-_
izing in high-voltage techniques, he helped to
create lab facilities as base for Soviet high-volt-
age app building, authored more than 50 published
271T59
vorks, made great contributions to training of
young eWs, and wonStalin Prize in 1947.

XOSTICHIC0 X P
akademik.
X*4011ng electri
Stablilty Of Paracl'51'el"Chl 116 rY equlp.,t
Conn for studylug the
oPera"On of el8ctrla povsr a.
Set" Wlth 1OD9-d1et&nCq rateme
Otd.tekh.12auk no.12..,.7_54_1789 D 153. 12Y.All SSSR
(AlGetric Mac: (KLRA 7:2)
hinery)
The Committee an stalin Pftz
Mleuc& and inmtlons (of the Col=il UWaters MR) In the flelds of
tifle books,, orid tntbooVmnC=C** that the ff"'""'ng 8C10ntif1C works, popa1w 2,21,0n.
the Yeam 1952 and 1953. k2 (114" b"n anbadtted for cavatitlon for SWin prizes for
*m7a MAIturs, Y=c0v, NO. 22-40, 20 Peb - 3 Apr 1954)
Raw
Koo~tenko
,
latznaninw.r., ef,,V.
Uruzov, I.D.
Ivanov, V.I.
Ryzhov, P. I.
Sokolov T.!,',
,
Se.menov, .
V.v.
Zherebin , F.I.
tkt-le of Work
"An Electrodyna-mc Eodal
of a Power Systems
In,"t-'t'Utc Of JlUtoMatics and
Tclemechanics, Academy of
Sciences
80: W-306D4, 7 July 1954

XOSTENKOV, M.
Reactions abroad to the declaration of the Govermenta of the USSR and the Federal
People's Republic of Yugoslavia. Article by Academician M. KOSTENKOO Leningradt
"The Electrification of Railways ani Its Perspectives.w
SO.- Yellow Daily Repowt, 1109 7 June 55

Subject
Card 1/2
Authors
Title
Periodical
Abstract
USSR/Slectrlctly
AID P - 2937
Pub. 27 2/15
: *Kostenko, M,.-'P., Academician, and I. D. Urusov, Kand.
or *xecn. Scl.
: Electrodynamic models of water-wheel generators of the
Kuybyshev hydroelectric power station
: Elektrichestvo., 8, 11-19, Ag 1955
Considering the imminent placing in operation of the
Kuybyshev Hydroelectric Power Station, the Leningrad
Branch of the Institute of Automation and Remote Con-
trol of the A *cademy of Sciences, USS -R, undertook the
study of certain problems emerging under conditions
of long distance transmission of electric,power.
These problems arise particularly when loads near
the limits of system stability requirements. Since
many of these problems cannot be solved by computation
or by mathematical analog methods, electrodyr~amic
modeling was applied. The most difficult problbm wasto

AUSIDUM, L.M.; EWSJUIH, I.N. - 06 LTUTIR, R.A.;
0 =00 Nop.;
SMHNIZDV, R.A.; CHAPLIZULi, *.IL.; UMMERKIN. I.G.
1. V. Tokov; p.bituary. Ilektrichostvo no.12:77 D 155. (KLHA 9:3)
(Tokov. Ivan Vaell'ovich, 1901-1955)

KOSTENKO, M. P. Academician, ADD ZAVALISHIN, D. A. Doctor of Technical Sciences.
"State of and Tasks in the Development of Electric Drives With Frequency,
Amplidyne, and Electron-Ion Control."a paper given at the Conference on
Scientific Problems of Production Automation, Moscow State U. 15-20, Oct 56.

106TIND X P.; KIN, V.S.; LARIONOV. A.M.; PITROV. G.N.;
-'-~ ', Te.Y.; BOGOYAVLINSKIT. V.N.; RUDAWY, Y.V.; ZOLUAIDN'
N.V.
V.V. Gorokhov; obituary. Ilektrichestvo no-1:95 Ja '56.(mm 9:3)
(GorokhoT. Nikolal Vladistrovich, 1896-1955)

KRZHIZHANOVSKIT. G,M.-, SHATXLZff, M.A.; VINTIM, A.T.; Ipp~0,JLk.,- FOKOT,
Vol.; NITK&Nq LR.; BOLMY, V*Vo; XUWSXIT, No]).; ZALISSXIT, A,K.;
USOV, So To
A.A. Horosov; obituary. Xektrichestvo no.12:88-89 D 156.
(Moronov, Aleksandr Aleksandrovich, do 1956) (Mm ITO)

KOSTEMKO, K.P., akademik; NZYKAI, L.R.
Blectrie engineering and higher technical education in Sweden.
Vest.AN SSSR 26 no.11:66-71 1 156. (aU 9:12)
1. Chlon-korrespondent AkRdemll nauk SM (for Neymn).
(Sweden--Bloctric engineering)
(Sweden--Technical education)

WKO,..,Mikhail Polipvktovich; PIOTROVSXIY, Lyudvik MarlyanoTich;
USSER, A.B., red.; ZABRODINA, A.A., tekhn.red.
[Blectric machinery) Slektricheskie mnshiny. Mosk7a, Gos.
energ.izd-vo. Pt.l. (Direct current machinery transformers]
Mashiny poatoiannogo toka transformatory. 1957. 464 p. (MIRA 10:12)
(Electric machinery--Direct current) (Electric transformers)

SMIRNOV. V.S.; USOV, S.T.; X P - HEYMAN, L.R.; ZAYTSXV, I.A.;
SHTWaOV. Ye.G.,- HESGO OVA, 4. gPALOI11R, Ye.A.
Professor L.X, Flotrovksil; on his 70th birthday am 45th av~-
nivereary of scientific and pedagogical activities. Blektrich6stvo
no.2:93 F 157. (KLRA 10:3)
(PiotrovskI.I. Liudvik Karlianovich. 1886-)

KOSTENKO, M. P. Acad.
--- fiPr6blems-of Automatic Control of EAectro- energetic Systems Applving Methods of
Electro-dynamic Models,"
paper read at the Session of the Acad, Sci. U93R, on Scientific Problems of Automatic
Production, 15-20 October 1956.
Avtomatika i telemekhanika, No. 2, p. 182-192.. 1957.
9015229

KOSrENKO, M. P. (Acad.)j ANDREYEV, V. P. (Acad.)
"Now systems of transforming frequency of great power.*
paper read at the Session of the Aead. Sci. USSR, an Scientific Problem of Automatic
Production., 15-20 October 1956.
Automatika i tolemekhanika, No. 2. p. 182-192, 1957.
9015229

KOSTMTO, m I XKTKANO LOR.;SMIIRNOV, V.$.;ZATMU, I.A.;SMILINHOT, V.V.;
A*A&
Professor B. 1. Doftnekil; on his 70th birth&y. Blaktrichestvo
no.3:95 Kr 157. (MIaA 10: 4)
(Domanskile Borle Iostfovich. 1887-

7
AVZHOR: Kostenko, M. P. , Academician 30-10-3/26
TME: Scientific Problems Connected with the Creation of the Consolidated.
Power System in the USSR (Nauchnyye problemy sozdaniya yedinoy
MR)
energetichaskoy sistemy S
PERIODICAL: Veatnik AN SSSR, 1957, October, Nr 10, pp. 23-31 (USSR)
ABSTRACT: According to the directions of the 20th Congress of the
ComnMist Party the energy-supplying centers, in the first place
as fbx as they am situated in the Ruropean part of Russia, VM
be united in one unified power system. The construction of new
power plants in Siberia was launched simultaneously. These in-
stallatlons will be interconnected in the Uhified Power System of
Siberia during the next Five-year Plan. In a further stage of
development the two aforesaid systems viU bo- combined into.
a siniO power system of the USSR. Power lines of 400 to 600 kv v131
connect Noscow with Irkutsk via TVbysb--v, Chelyabinsk, Omk,
Novosibirsk, and Bmtsk (see diagram). A series of particular dif-
ficult scientific problems arose when plannin this tremendous task.
It should be mentioned in this context that nev eng] ering methods
Card it P had to be elaborated for investigating electric power systems.
Scientific Problems Connected with the Creation Of the Consolidated 30-10-3/26
Plower System in the USSR
It was found Out that the use of electrodynamic models of power
systems PJ=ished particularly satisfactory results. Many new
Problems were stuaed and solved by means of these power system
models.. e-g-pregulation principle of excitation und r consideration
of synchrOmus-Senerator satm-ation; use of BUI)pOrting synchronous
capacitors for increase of dynamic stability in power lines; control
Of PrimrY *mchronous-generator motors in accordance with the hydr&u3.ic
impact in turbines; testing of zL_W relay protection and linear auto-
MILtion equipment. The construction of the Consolidated Power System
of the USM requires further developwnt of the electric industry.
TWrbO-Puerators of 300 W and more2 water-wheel generstors of
200.- 300 14W and more must be developed and constructed. Now
methods should be adopted in the field Of desiPJmg transformers.
The largaOt'trOmformer hitherto under construction is a 370-W
transformer in a t;hree_ph&se 9,"uP delivering 420 kv at its step-up
te"M'n&' - 'n the new system this trsneformer will. on],y range as noilal
transformer-, There am 1 figure and 1 Slavic reference.
AVAILAME: Llbraa7 of Congress
Card 2/2
ri l-~,
AUTHOR: KostAnkn Y.,i i~ A iiO-1,2-17/19

rectifier with a series-connected capacitor. The experimental
equipment is described and the calculated voltaSe and current
curves given. They are shown to be in good agreement Oith the
experimental curves.
Oertain fundamental difficulties in controlling a circuit of
thib kind are described. The authors of the article under dis-
cussion have arrived at wrong conclusions about the amount of
power required for control, and the reasons for this are
explained with reference to the oscillograms in Figs. 4 and 5
of the present article.
A rectifier with series capacitors has a minimum reactive power,
so that for smooth control to zero capacitative current compen-
sating reactors must be provided. Very high reverse voltages
will occur on the valves under certain conditions. The power
that it is necessary to instal is considered closely and shown
to be much greater than the previous authors supposed. It
could be reduced by providing other methods of compensation for
normal conditions and using the rectifier installation only for
transient and fault conditions. Unfortunately, the disadvantage
of the circuit then appear most clearly. The merits of using a
(;ard2/6rectifier with a capacitor in series therefore requires further
110-12-1'1119
On the Control of Reactive Power by Means of Controlled Valves.
0
study, particularly with ignition angles close to 90 , In the
inductive condition the current can be regulated smoothly from
zero, but smooth transition from the one condition to the other
is not possible. However, the proposed circuit appears to have
certain advantages, and in particular, low inertia.
It is stated that rectifier-inverter installations with series
capacitors can only work with a capacitative load if the trans-
formers have a fixed ratio. The limitations that this intro-
duces are explained. The rectifier-inverter circuit has the
same general properties as the rectifier circuit: there is a
minimum capaeltative Current; when the reactive power output
is increased the utilisation of the static condensers is decrease
and smooth transition from capacitative to inductive current is
not possible. The circuits differ in that the rectifier-inverter
circuit can reduce the limiting value of the capacitative current
by circulating active power. However, this circulation of active
power impairs the utilisation of the static capacitors, as is
shown in Fig.8. Thus, the rectifier-inverter circuit offers no
advantages and is not recommended. It is considered that the
subject requires further study.
The article is followed by brief contributions to discussion on
L;ard3/6the samIL paper, as follows:
110-12-17119
On the Control of Reactive Power by Means of uontrolled Valves.

KOSTEMO, M.P., akademike-
Awaked power. Znan. oil& 32 no-3-10-14 Mr 157. (MI2A lotO
I (China--Hydroolootric power stations)

PHASE I BOOK EXPLOITATION 885
lostenko, Mikhail Poliyevktovich and Piotrovskiy, Lyudvik
Wa-Fryanovich
Elektrichesikiye mashiny. ch. 2: Mashiny peremennogo, toka (Electric
Machinery.. Pt. 2: Alternating-Current Machinery) Moscow,
Gosenergoizdat, 1958. 651 P. 50-000 copies printed.
Zd.: Volldekj A. I.; Tech. Ed.: Zabrodina, A. A
PURPOSE: This book is approved by the ministry of Higher Education
of the.USSR as atextbook for students of power-engineering
and electrical-enginerring vuzes. It may also be useful to
electrical engineers Iengaged In the production and operation
of electric machines.
COVERAaE: The book presents fundamentals of the theory of d-c and
a-c.electric machines and*describes,the principles of their
construction and operation. This second edition is devoted to
a-c synchronous and induction machines and commutator machines
-C a_r_T77r_f

KOSMKO' M.P., akademik-. ZAVALISHIN, D.A., prof.; SHCHEMIN, N.M., doktor
'~--tbk6.' nauk; BAMTA, P.Z., Inzh.; VAZHNOT, A.L. kand. takhn.' muk,
dots.; ROZOVSKIT. Tu.A.. kiLnd. takhn. nauk; MALRCMKOp Te~A~' Imac
tekbn. =1 .; POLTAK, G.I.. inzh.- VINIKOT, V.A., doictor takhn. nauk.prof.
i-qWOII~
D7awde models of power systems. Blektriahostvo no.2.-78-85 F 158.
1. Imohno-Isslidovatelickly inatitut'postoyannogo toka (for Schadrin,
Salita, Ts~sb*nov, Rosovskly, YALrebanko, Pblyak). 2. Chlon-korrespondent
AN Uxbskskoj SSR (for Shchedrin). 3. Moskovskly anergetichealdy
institut (for realkov).
(Blectric networks),

Kanow, M.P., akadealk.
~
el"'O"SoOXIN .Problems In the electrification of railroads. Mektriohestvo no.2r
85-93 IF '58- (min litz)
1. Institut elektromekhaniki AN SSSR.
(Railroads-Blectrification)

AUTHORS: .-K Academician 30-5 8-4-2/44
Glebov, I. A., Candidate of Technical'Sciences
TITLE: Electrodynamic Modelling as Scientific Research ~Lathod! of
Power Engineering Problems (Blekt-rodinamichesko)-, modeliro-
vaniye kak motod n4uchnogo isoledovaniya problem energotiki)
PERIODICAL: Vestnik Akademii Nauk SSSR, 1958, Nr 4, pp. 13 - 24
(USSR)
A.BSTRACT: The development of energetic systems confronts science with
numerous technical and economic problems. To them belong, be-
sides others, the stability increase of complicated energy-
-systems, automatic voltage- and frequency-oontrol of combin-
ed etiergy-systems, increase of the transmission-range of long
distance electricity-transmissions, coo orating of a.c. and
p
d.c. transmissions and others. The solution of these problems
wants new research-methods to which belong electrodynamic modell-
ing and modern calculating machiner... In the last ten years
electrodynamic models have been constructed at the Institute
for Electromechanics of the AS USSR, the Moscow Institute for
Power Engineering, the Scientific Research Institute - oF d.c-j
the Leningrad Polytechninal'Institute, and others. The results
of these researches were used by the planning committees when
they worked out long distance ele-,tricity transmissions(Moscow

Electrodynamic Modelling as Scientific Research Method 30-58-4-2/44
of Power EngineerinG Problems
GES, Moscow GES), The essential elements of an electrodynamic
model are:synchrone generators, transformers, lines, synchron-
ous compensating-devicas and motors, asynchronous motors,
mercury-steam-vapor reotlficr.~ illumination load. Model-
aggregates of a power of 15-30 kVA are regarded as the beat
corresponding ones, but they should be universal enough to
meet all demands of reaearoh, The dimensions of water pipes are
determined by the differential-equations by N, Ye.Zhukovskiy,
Figure 1 shows the tasic scheme of a model-hydroaggregate with
ion excitation-eystem, figure 2 shows model-aggregates and trans-
formers. In order to save copper and to reduce the influence of
contaot-connections it is expedient to use voltages of 2-3 kV,
but for the driving of ele.-trdmachines it is more oonvenient to
use voltages of 220-36o V` which makes necessary the use of
transformers, Furthermore the authors mention that the charact-
eristics of theenergy-systems are not yet satisfactorily in-
vestigated which complicates the modelling and calculation of
reception energy-systems. Therefore the experiments to determine
the static and dynamio (%haraoteristica of enerGy-systems should
be carried on. The voltage, Ancreasi nj transformers, connections-;-
CW" and transformers of the enerly-system are combined by a special