SCIENTIFIC ABSTRACT SHESTAKOV, A.I. - SHESTAKOV, N.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549120017-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AKSENOV, I.Ya., kand.tekhn.nauk; IAOKSHIN, L.S.; SHESTAKOV, A.I.;
TIKHONOV, K.K.g kand.tekhn.nauk
Train traffic organization on lines with -bngth.,ned hauls. Zhel.
0
dor. transp. 43 no. 1:21-28 Ja 161. (MIRA 14:4)
1. Nachallnik sluzhby dvizheniya Kuybyshevskoy dorogi (for Mokshin).
2. Glavnyy inzhener Omskoy dorogi (for Shestakov).
(Railroads-Traffic)

ZAGLYADII-IOV, Dmitriy Petrovich; PETROV, Aleksandr Petrovich;
SERGEYEV, Yevgeniy Stepanovich; AKHRWOVICH, L.K.,
vetsenzent; VARGIV, S.N., retsenzent; YERMAKOV, A.A.,
retsenzent; KOZAK, V.A., retsenzent; MODZOa-VSKIi,
I.V., retsenzent; PERSHIN, B.F., retsenzent; PIVENSHTEYN,
D.I., retsenzent; PROKOFIYEV, A.G., retsenzent; 24ETANIN,
A.I., retsenzent; SHESTAKOV, A.I., retsenzent; RYSHUK,
N.S., red.
(Organization of traffic in railroad transportation] Orga-
nizatsiia dvizheniia na zheleznodorozhnom transporte.
Izd.4. 'Moskva, Transport, 1964. 542 p. (I-IIRA 18: 1)

SHESTAKOV, A. 1.
Cold and Dr-E-.sGu--e veld-4rlg of light, &Iloyo. Avtom. svar. 17 no.5;
10-1-4 My 164. (MU, RA 17: 1.1)
1. Institut elektrosvarki iman! Patoma A-N UkrSSR.

BFJ,011"'~OV, A.D., pr(.r. (Novonibiruk); Sfi!~STAKOVO A.I.
Important potentials for the impro-ement of work conditions
and rest per-iods of locomotive crews. Zhel. dor. transp. 4~
no.7:38-39 J1 164. (,,',IRA 17--8)
1. Glavnyy inzh. Zapadno-Sibirskoy dorogi (for Shestakov).

L 24802--Jk ZWT(m)/EWP(e)/EWP(k)/E'dP(t) IJP(C-) - JD/W".4/JG/N[H
-X6C NR:AP6011347 SOURCE CODE: UR/0226/66/000/003/0037/oo4i
AUTHOR: Shestakov, A. I.
ORG: Odessa Polytechnic Institute (OdeBskiy politekhnicheskiy institut)-
TITLE: Sintering of r hite wders during chemical heat treatment with carbide-
forming elements
SOURCE: Poroshkovaya metallurgiya, no. 3, 1966, 37-41
TOPIC TAGS: graphite, powder metal sintering, metal diffusion pl4ting, metal surface
impregnation, chromJum, titanium, titanium compound, powder metall
ABSTRACT: Chromizing and tit iium. Impre gnat Ion of graphite powders of various granu-
lometric comDosition and of compressed graphite blanks are discussed. 'The kinetics in-
volved in obiaining chromium carbide coatings qn graphite is examined. The possi-
bility of obtaining titanium carbide coatings is shown. The main factors affecting
the depth of coating and the sinterability of carbidized powders are established.
Plasticizers, such as rubber solution in gasoline, have no effect on Impregnation
kinetics. (Based on author's abstract.) INTI
SUB CODE: ll/ SUBM DATE: l6jun65/ ORIG REF: 002/
Card 1/1

S~ESTAEOVI A. ~-. BECEAZED
Plant Physiology see IW
I- I -~
, .-. ,
- ~
77 S;

SHESTAKOV, Aleksandr I-onidamtaI6- ISIANKINA, T.F., redaktor; GUBIN, M.I.,
tekhnicheskiy redaktor
CAutomatic equipment for fire control] Avtomaticheskis ustroistva
v bor'ba a pozharami. Moskva, Izd-vo "Znania," 1957. 37 P.
(VaeBoiuznoe obahchestvo po rasp ros traneni iu politicheBkikh I
nauchnykh znanii. Ser. 4, no-7) (MIRA 10:9)
(Fire sprinklers)

~, SHESTAKOV, A.L.. redaktor; VOLKOV. S.Y., tekhnichaskiy redaktor
- -
[Articles on fire fighting techniques in foreign countries]
Informatsionnyi abornik; zarubezhasia pozharnaia tekhniks.
Moskva. Izd-vo H-va kommun. khoz. RSISR, 1957. 130 P. (MIRA 10:7)
1. Moscow. TSentrallnyy nauchno-issledovatellskiy institut
protivopozharnoy oborony.
(Fire extinction)

FETISOV, Petr Afinogenovich, inzh.; SiESTAKOV, A.L., red.; OTOCHEIVA,
M.A., red.izd-va; SALAZKOV, II.P., teldm.red.
[Explosion hazard in gas mixtures, caused by electric sparks]
Vzryvoopasnost' elektricheakogo iskreniia v g2zovyk-h smesiakh.
Moskva, Izd-vo M-va komrfnin.khoz.RSFSR, 1959. 76 p. (MITIIA 12:12)
(Explosions)

SHESTAKOV, A.L., inzh.
Development of scientific research in the investigEition of fires in
Oreat Britain. Inform.zbor.TSNIIPO no.3:147-148 159. (MIRA 14:3)
(Great Britain-Fire prevention-Research)

SHXbTAKOV, A.L., red.; YERSHOV, P.R., vedushchiy red.; GANIHA, L.V.,
t-6khn.red.
[Now methods and equipment for the extinction of petroleum
fires] Novye sposoby i sredstva tusheniis plameni neftepro-
duktov; sbornik statei. Moskva, Gos.nBuchno-tekhn.izd-vo neft.
i gorno-toplivnoi lit-ry, 196o. 146 p.
WIL'A 13: 11)
1. Honcow. TSentralInyy ntiuchno-iseledovatellskiy institut
protivopozhBrnoy oborony.
(Fire extinction) (Petroleum products)

SHESTAKOV A.L red.; NIKOIAMA, T.A., red.izd-va; MNOKH2 E.M.,
-L-!-=
-----I:e-khn. red.
[Collection of information "Fire prevention"] Informatsionnyi sbor-
nik "Pozharnaia profilaktika." Moskva, Izd-vo M-va licomnun. khoz.
RSFSR, 1961. 183 P. (MIRA 15'0')
1. Balashikha, TSentralInyy nauchno-issledovatellskiy institut
protivopozharnoy oborony. (Fire prevention)

,)HABASH, 1, , Y". ,
gurn;.r)r I nzh,
Investigating stres3e3 In thpk Wd 3 of unloadlng gatt: rol-lera of an
ISDM sk.1p hoist, Gor. zhur, nc,,6~76-7? J& f65~ (MIRA 18.7)
iri3t1t,-it Giprcrudmami. Rog,

BOCHAROV, V.I., inzh., otv. za VYPUBk. Prinimali uchastiye: SHNSTAKOV,
A.N., inzh.; FROLOV, K.I., inzh.; STSOTENKO, N.A.,
MOISETNTA, V.G., inzh.; SIKAKOV, V.I., tekhnik; SKROV, V.I..
tekhnik; BUROVA, Te.N.. tekhn.red.
CAlbum of drawings of electric machinery of the H8 and VL23
electric locomotives] Allbom chertezhei alektricheskikh mashin
elektrovozov N8 i VL23- 14oBkva, VaeB.izdatellsko-poligr.ob"edi-
nenie M-va putei soobBhcheniiia. 1960. 325 p. (KIRA 13:10)
1. Novocherkasskiy elektrovozostroitellnyy zavod.
(Electric locomotives)

SHESTAKOV, A.N.; ZHELEZNYAKOV, A.T.
Advice on the operation of transistory aluminum reactors of VL60 electric
locomotives. Elek. i tenI.tiaga 7 no.11:18-20 N 163. (MIRA 17:2)
1. 141kolroditell grlippy otdela trans formatornago oborudovaniya Novocher-
kasskogo elektrovozostroitallnogo zavoda (for Shestakov). 2. Rukovodi-
tell gruppy Vseso,,,ltznogo nauchno-issladovatellskogo instituta elektro-
vozostroyaniya (for Zheleznyakov).

ZHELEZNYAKOV, A.T.; SHESTAKOVJ A.N.
Calculation of bridge reactors for N-60 electric locomotives. Sbor.
nauch. trud. ElNII 3:113-123 '63. (MIRA 17:4)

IVANOV, I.Ye.;-A~�PTAYOV, A-P.
Experience of the I)nopropetrovsk plant of food concentrates
in equipment maintenance,, Kons,j ov.prom,, 18 no.2:19-20
F 63. (miRA 16:2)
1. Dnepropetrovskiy zavod pishchevykh kontsentratov.
(Industrial equipment-Maintenance and repair)
(Dnepropetrovsk-Corn products)

SHESTAKOV., A.S.; OVSYANNIKOVA, Ye.N. (Ovsiannykova, IE.N-)
Use of natural gas in burners of ferrite soda furnaces
and melting pots. Khim. prom. [Ukr.] no.2:76-77 Ap--Je 163.
(MIRA 16:8)
1. Donetskiy sodovyy zavod.

s/196/61/000/011/028/o42
E194/EI55
AUTHOR; Shestakov, A.T.
TITLE; Determination of the edge temperatures of rotor
cylinders during asynchronous starting of machines
with solid rotors
PERIODICALi Referativnyy zhurnal, Elektrotekhnika -i energetika,
no.11, 1961, 25, abstract 111 191, (Vestn.
alektroprom-sti no.6, ig6i, 29-30)
TEXT3 A procedure of calculation has been developed which
allows for the distribution of current over the thickness of the
=I_irfa:e layer of the rotor that results from the current
-,onstriction effect. The instantaneous value of the heat evol-ed
in the surfaca layer of thickness x of a rotor cylinder is given
by the formula,
t/M sn GD 2n dn
0x = 0, 24 0 (1 -_?-2kx) dt,
0.975 3600 dt
V/
Card 1/ 2

Determination of the edge temperatures_ s/196/61/000/011/028./o42
E194/E155
where.,; m, - the static load torque, kg,-m-j 5 -- slip;
synchronous speed, r.p.m, GD2 flywheel torque of system,
kg m2, rotcr length, ~--m; k wpj./2e p - the angular
speed of the rotor, radians/ser-,, )j the magneti:~ permeability
or the rotor steel in which changes during the starting time are
negligible, the speci-,-'i--- resistance of the rotor steel,
chm mm?-/m6 The method was used to determine the surfac;e layer V/
-emperature for a motor type CIFI-1500-.2 (STM-1500-2) fn-. a pump
14!`,,,!2 x 2(14N12 x 2) with a total flywheel torque of
0.29 T m2, The thickness of the surface layer was taken to be
0..' 'M. ~h~- calculated temperature was 103' and the test
temperatu-e go
~Ats--3~10-r s ticte; Complete translation.]
,' ~ - 1 2/2

SHESTAKOV, A.V., inzhener.
Effect of node Doint rigidity on stress in a 22 meter prestressed
reinforced concrete bridge span trass. Trudy Khab.IIT no-7:23-36 154.
MRA 8:1)
(Bridges, Concrete) (Structural frames) (Concrete, Prestressed)

124 - 57--2- 2485D
Tr,ns`,~,Ior f,om- Refe-ar~-riy'j zhurnal, Mekhanika, 1957, Nr 2, p 137 (USSR)
AUTHOR: Shest-ko A V,
T! T LE: Ar,-- o~ the Work:rg of Massive Non-hinged Bridge Arches
Subjecred io a Temporary Loading (Theoretical Investigation)
1. Ari-i'lz riboty nias,~-ivny~h bessharnirnykh mostovykh svodov
pod v:emennoy nagruzkoy. (Teoreticheskoye issledo%aniye) )
ABSTRACT: Bib-ica-,phic en-,.ry or. the author's dissertation for the degree
of C~n C-i. dir-c ot Technical Sciences, presented to the Leningr in-..
zh cf. 1r,nsp_ (Leningrad Institute for Rail Transport.tion En,
g~-~erlng) Leningrad, 1956
ASSOC'ATION: Len:t
L-,cjr im-rinzh. zh.--d. transp. (Leningrad Institute for
0
R.il Trun_zpor~ation Engineering), Leningrad
Structures--Sti-esses
Card 1/1

SHESTAKOV, A.V., assislent.
Effect of delineating the axis of an unarticulated bridge span
subject to stress of temporary loading. Trudy Khab.IIT no.q:
112-166 '56. (KLRA 9: 12)
(Arches)

FILIN, A.P. , doktor tekhn. nauk prof. (Leniritfr1-:i) ; jILESUK011, A.V. ,
kand. tekhn. nauk (Khabarovsk)
Characteristic shape of bridge archeu ar.~ -iaults. Isel. po teor.
sooruzh. no.8:407-415 '59. (MIRA 12:12)
(Bridges--Design)

SHESTAKOV, A.V., kand.teH,n.nauk, dotsent (Khabarovsk)
Effect of the nature of rigidity distribution along the axis of a
non~hinged bridge arch on strains from a Iive load. Issl. po teor.
sooruzh. no.10:222-237 161. (MIRA 14:8)
(Bridges--Design)

SHESTAKOV,B., inzhener
Load characteristics of a urunicipal gas network in changing to
gas-heating stoves. Zhil.kom. khoz. 5 no.2:11-12 155.
(KIBA 8:6)
(Gas--Heating and cooking)

SHESTAKOV. B., inzh.
Devices for eas7 starting of engines in winter. Avt. tranap..37
no.2:23-25 F '59; . (MIRA 13;.l)
(14otortrucks--Cold weather operation)

GORBACHEVSKIY, V.; SHESTAKOV, B.; SAMODOV, G.
Vehicles for transporting long pipes. Avt. traps. 39 no.10:15-
17 0 161. (14IRA .14: 10)
(Pipe-Transportation)

GORBACIEVSKIY, Viktor Andreyevich; LESHUNICII, Andrey Ivanovich;
1."IKIIAYLOVSKIY, Yuriy Vse-volodovich; a UaAKQ-V,--B qrs
Aleksrndrovich;_ EEDNIKOV, I.P., retsenzent; 1,10:40ZOV, K.P.,
KRAS%
IWI, P.Ya., otv. red.; PLESKO, Ye.P., red.;
GRECEISFOEVA, Z.I., tekhn. red.
[Fundarentals of lumbering and the operation of machines and
rrechanisms] Osnovy lesozagotovok i ekspluatatsiia mashin i me-
khanizmov. V.A.Gorbachevskii i dr. Moskva, Goslesbumizdat.,
1961. 319 P. (MIRA 15-2)
(Lumbering-Machinery)

GORBACHEVSKIY, Viktor Andreyevich; GALIPERIN, Zinoviy Samoylovich
Gallperin; KLYCHKOV, Pavel Dmitriyevich; LAKH, Yevgeniy
Ivanovich; LEKSAU, Igor' Nikolayevich; PRASOLOV, Boris
Aleksandrovich; RYZHKOV, Aleksey Nikolayevich; SUKRARNIKOV,
Iosip Osipovich; qjfq~~TA~QV, Boris Aleksandrovich; ALPATSKIY,
I.V., red.; PLESKO, Ye.P., :~e~.izd-va; GRECHISHCHEVA, V.I.,
tekhn. red.
(Utilization of logging truck transportation] Ekspluata-
tsiia lesovoznogo avtomobillnogo transports. [EV] V.A.
Gorbachevskii i dr. Moskva, Goslesbumizdat, 1962. 296 p.
(MIRA 16:5)
(Lumber--Transportation) (Tractor trains)

K i.riematic I c ---n an a - t bri-~zi !king
U;-, Pnd the 4X2-'w;,t~ 1~ 'i
31 Mrr tt,5.
( M I Rt -'. 18 , 5
ntrallnyy nau-Oinr
-Sex institut mel-hanizat-gii
eriergetiki I E-sr(,v , r.-.P. ysh I ennos L;.

VARBOT, Zh.l,, iuxb,; -SHEBTLKOV., B-.I., insh.
Photoelectron devices for control of street li hting.
Inergetik 8 no.2:3-4 F 160. IMIRL 13:6)
(Street lighting)

KAIFOVJI R.L.; ZIV, D.M.; LEYPUNSKAYA, D.I.; SAVOSIN, S.I.; FEDOROV, V.V.;
FRADKIN, G.M.; SHIMELEVIGH, Yu.S.~ BASIII,, Ya.N.; KUKHARENKO, N.K.;
SHESTAKOV, B.I.
Use of Ac - Be neutron fjources in industrial geophysics. Atom energ.
16 no.3:269-270 Mr 164. (MIRA 17:3)

11(2)
SOVI 112-59- 3-4444
Translation from. Referativr-yy z1vurnal- Elektrotekhr_ika, 1959, Nr 3, p 23 (USSR)
AUTHOR: Shestakov, R.
TITLE: On the Problem of Flameiess Combustirn of Natural Gas
(K voprosu o besplamennom szhigani-i Drirodnogo gaza)
PERIODI-CAL: Sb. naucb-n. tr. Kuybyshevsk. i-ndustr. in-ta, 1957,
I'Tr 7: pp 149-156
ABSTRACT: Flarr-eless combustion reduces to a minimlim the chemical and
mechanical unburized air excess, zeduces the losses from q 2, raises the
average temperature gradient, reduces furnace size, etc. Among its
disadvantages are reduction of direct heat transfer and narrowing the range of
stable gas burning along with an increase of the primary-air share. To ensure
stable combustion, gas-air mixture --s co.--siderably preheated, or combustion
stabilizers are used, or the direct heat transfer from the combustion zone is
redliced. Foi bi~rning naphthenic hydrocarbons ;'natural gases), which burn
Card 1 /Z

11(2) SOVI 112-59 -3-44414
On the Problem cf Flameles-s Combustion of Natural Gas
with much. rn-,~e d;ffici,.I~-Y than simple gales !CO, H2, C2H?A, a careful gas-air
prernixi-ig is 27~ece?sarv, as well as a preheat~iag of gas-air 'mixture and cutting
of air exce-~2 (-.,-,w:, to zero. -S'isibie flame is mostly a -~esullt of unburned loss
of tLe f--e] mass. -n b-Arning the na-t-ara! gas from Pokliv-istnevo-Buguruslan
fields, tlie fc'llowi-ng values we~-e --v.!vestigated: optimum theoretical combustion
tempe-.-a'ire, alleTage effective f-jx-nacc temperature, degree of screening,
bl,3ckness (f 0-e ~at",. 7-1~1,c.J11A d-f 0. 1821 is not lower than, for other types
of f -, el
A.B. M.
Card 2,12

- T Master Tech Sci (diss) -- '~ieat' ~~xchan~e in cca*rusticr
p d. ie: - - .'r,
c.., a:~ber In flamc~less combustion of hi,,h-calorip, ratural ~,ases". h-uybYshev
, I
-~4 .)r, (min Feuc -t7sM, Kuybyshev indur"r-Tal Jns~ ir: V. V. Kli~rlh~--shev-), 153
vnpl~3s (KL, 11R, 17, 1959, 10'))

KUDRYASHEV, L.I., doktor tekhn.nauk, prof.; MMSTAKOV, B.I., dots.
--- -- - -
Method of calculating heat transfer in furnaces. Izv. vys.ucheb.zav.;
energ. no.6:75-79 Je '58. (MIRA 11:9)
l.Kuyb.vshevskiy industrialiny7 institut im. V.V. Kuybysheva.
(Heat-Transmission) (Furnaces)

NIKUL'SKIY, B.P.; ZIV, D.M.; SHESTAKOV, B.I.; SINiTSYNA, G.S.
Effect of the nature and concentration of acid on the valne
of the electrode potential of polonium. trudy Radiev.inst.
Ml SSS11- 8:153-157 158. (MIRA 12:2)
(Polonium) (Acids) Ollectromotive force)

SHESTAKOV. B.I., clots.
Role of convective heat exchange in the furnaces of boilers. IZV.VYB.
ucheb.sav.; energ. no-12:78-82 D-'58- (MIRA 1220)
1. Kuybyshevskiy industrialIM7 Institut imeni V.V.Kuybyeheva.
(Furnaces)

SHESTAKOV, dotsent
Heat exchange in boiler furnaces in the flameless burning of
gases of high calorific value. Sbor. nauch. trud. Kuib. indus.
inst. no.8:151-165 159. (MLPU 14: 7)
(Heat--Transmission) (Furnaces) (Gas as fuel)

ZHUKOV, A.M., inzh.; KUCHUGURENKO, A.P., dotsont, kand. takhn. nauk;
FITJRAVIYEV, V.D., inzh.; INAROV, G.A., dotsent, kand. tekhn. nauk;
FEDCROV, V.H., inzh.; SHESTAKOV, B.I., dotsent
Investigating combusting pulsations during burning of Kashpir shale
in 1~ttrnaces vith shaft-ty-pe impact mills. Izv. vys. ucheb. zav.; energ.
2 no.10:53-59 0 '59. (MIRA 13-.3)
l.Kuybyshevskiy industrialInyy institut imani V.V. Kuybyshava.
Predstavlena sektsiyey -orikladnoy teplotekhniki.
(Oil shales)

BELOUSOV, V.M., inzh.; VID14MIOV YU.I., inzh.,- STEi'OYATI,
I A.A., inzh.
UVAROVP G.A... kand.tekhA.-nauk; FEDO;.OV, V.N., Inzh-.j SHESTAKOV,
B..I., knnd.tekian.mank
Measuring devices and methods for measuring pulsations in boiler
furnace systeim. Izv. vys. ucheb. zav.; energ. 4 no-3:49-52 '
Mr 161. (MIRA 140)
1. Kuybyshevskiy industrialInyy institut Imeni V. Vr Kuybysheva.
Predstavlena kafedroy tepolenergeticheskilch ustanovok.
(Transducers) (Boilers)

UVAROV, G.,j',., kand.tekhn.nauk; Slli~i,STADJV, B.I., kand.tek-hn,r)aUk--.
.o7~DORCX, V.';~-,, inzh.; GOPKO., H.K., inzh,; AIT,
Oltik~-v , A =V ~ , inzh.
Simultaneous burning of anthracite culm and gas with Ufferent
methods for supplying the gas to the furnace. Teploenergetika
8 no.4:52-57 Ap ;61. (MIRA 14:8)
1. Kuybyshevskiy industrialInTy institut i Kuybyshevenergo.
(Furnaces)

WdRBOT) Zh.F.; SHILSTAKOVI B.L.
Gircuits 'for the automatic switching-in of reserves at L751nicipal
street lighting transformer points. Prom. energ. ICE rc.44,8
Ap 161. (MIRA 141:~;'
(Electric power distribution)
(Street lighting)

re f"le-z in sc~,.:,- 5 1: 182-
1 7 j,'T 0

. . - * I .. , - - I r I F. . -. . . I ;- r -- . : -, .-' , ; r:z .
i I - c -- , , - - . , . , ,. .
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: I- - I I -. , - - , .- . 1~, 2~. *- ., - i --- I: , - , .. r, I . - - : '. ~ - ~ , - - - - 4 -~ )
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. I I . . . . .I I ~, : ~ e,: I -. . - i . ,. . .1 - . p , ,

DRUKOVANYY, M.F.,, kand. tekhrt..nAdk; YEFREMOV, E.I. $Ornyy inzh.;
TERESHCHENKOY A.A.,_gornyy inzh.; SHESTAKOV, Y.K., kand. tekhn.
nauk; MALYY, I.S.,-kornyy inzh.-
Crushing of rocks in blasting paired benches in the Central and
Ingulets Mining and Ore Dressing Combines In the Krivoy Rog
Basin. Vz4v. delo no.53/10:147-156 163. (MIRA 16:8)
1. Otdel gornorudnykh problem AN UkrSSR (for'Drukovanyy,
Yefremov). 2. TSentrallnyy gornoobogatitellnyy kombinat
(for Tereshchenko, Shestakov). 3. Inguletskiy gornooboga-
titellnyy kombinat (for AlekBeyeV, Malyy).
(Krivoy Rog Basin--Blasting)

ZHIROVY K.K.; SHESTAKOV, G.I.; IVAIJOV, I.B.
Interpretation of age figures obtained by the lead method.
Geokbimila no.1:49-55 161. (MIRA 14:3)
1. Institute of Geocbemistry Siberian department of the
Academy of Sciences, U.S.S.R.
(Lead-Isotopes)
(Geological time)
L-

SRESTAKOV, G.I.; IVANOV, I.B.
Graphic method of studying age discrepancies by the lead-uranium
ratios. Geokhimiia no. 3:239-242 161. (KMA 14:4)
1. Institute of Geochemistry of the Siberian Branch, Academy of
Sciences, U.S.S.R.
(Geological time) (Lead) (Uranium)

C)Z"
C C) 1
0 an:
~ao~or- ~cjr e ad
0-",s e 1 L:"e
CI C:
'U one
3 U-~ S
o_ 3~ Ur~ n4 U::
(t-orium)'

SHESTAKOV., G. N.
Well-head trough for the installation of PM-U7 pneumatic
spiders on separate blocks without hoisting the drilling
rig fowidations. Neft. khoz. 41 no.6,-54-56 Je t6).
(MIRA 17:6)

SHISTAKOV,_I.
AlekBandr Vorontsov's millions. Izobr.i rate. no.9:5 S 160.
(MIRA 13:10)
1. Chlen informatBionno-izdateltakoy sektsii oblastnogo soveta Vsesoyus-
nogo obshchestva izobretateley i ratsionalizatorov, g.Sarato-7.
(Saratov--Bearing industry---Technological innovations)

SIIESTAKOV, 1.
At the Bell-orod-Dniestrovskiy Milling Combine. Muk.-elev. prom. 28 ra.8:
17-18 Ag 162. (MIRA 17:2)
1. Sekretarl Belgorod-Dnestrovskogo gorodskogo komiteta Kommunistiches-
koy pprtii Sovetskogo Scyiiza.

BEROWSON, I.G. (Mosk7a)-, NL'DOLUZHKO. I.G. (Moskva); SHESTAKOV.
IA. (Moskva)
Remarks on questions of terminology in transistor electro-
nIcs. Tzv. vys. ucheb. zav.; radiotekh. 2 no.6:747-750 ]!~-D
159. (MIRA 13:6)
(Transistors--Terminology)

PILM I BOOK EIUWrTA-'ICV MV/4034
U., pft--Liy~; ob.ndk .~*,y,
D--vi- -1 --I~ C~'-'--- or
Y-cov, lzd-m m3owtikof" rnjio,l 19c0. 421 P. L~ta allp i-.~d.
10. Of copies priotod not el".m.
&d. (Title p&~p): To. A. I%JoW~; EJ. (1-ide t--k): :. X. Vwli,-; 1-h. rd.:
A- A. Svehatk-'. Mltrial B-rd; T.. &. Y~i.ta~ W.), 4. X. E-rk--,
1. 0. 5crZW.oa, A. K. Tlmyd., To. 1. (D,,,ty rk-. Ll. ), %. A.
lamewt.xiy, S. F. La-av, A. V. rmailov, A. A. LU~--vuxly' 1. F. Ulko!A~-
vakly, M. A. ft.L., and T. P. S~I-xo.
PLMP=: This collection of &rtields is for tce~=Acix-s -1 sciratista vorkiig in
Uw field of scal-ductors.
COVERLM: L.. article. oo-r th. foll-i.9 p-bl-r-:
in sead, oalltor diode* wid transistors; truamistc.- -1 ~th~!j &,A
Imetr-cats for mas-ing tt-, plio-' of c,-mt-oa U
seplifYing and oscillating cir-lt3; ~4 clr-~t3 a,' sj.- t-
-ti~le. -.ti= perso-Litlez. Afcm-s -t
-3
of r"it7=41d U:~-ul-u Tar~tLtar3 7ez;vrat-
A~, '-- t~4. 3
'be mt!--l prok-d ~4 %~Mc tmialatar
btaLard rAr -in.
X-k-, Y..T., snd To.l. D-A~ a.- ft~a* Ajtoontic ?~.qwmcy
C6ct-l U-L-9 271
L-- ti-U% is .-L-A, .1-tion of -..-at. -tdmd. -d
..1-Lecat-1 re-It. are gi-..
G. JLIILY.14 of -J. (%-W. of
Volt., C~ -,-tar. 278
T~,. article t~-=Iac L~. cl-ting prin~iplc of . ;-a-p.= bi-k-
1" .-1" r UXI.: tr%4L1.t,1r te-*L%.. it-a & bkt-!;~l
Uk.'-ro,, T-r- Use or 1,11,-,r, In, O-C C-",,-- 2W
Man article contains exiorLaontal dmu an the ueo of tra~sis~crm
for d-m occ rwro.
-014-femaka, G.T. Cale4lati= of WztUinea,r Smftmoth C~. at to a
Trlzdc Oocillat~r 308
T!,o artil. d.-715- the of coar~:.tlrg tha -tilizo-
sawtooth c~~at of & tdl4TLaim s~.*Ln6 osai.2.at- "L-4 t~raaeista,*.
Speclficatio- xxv gL~z for deflecting coils of tTpo
-m ta'-4
V.I. 16--h Os"-Llazor 323
Too Lrttc:A de-r-lbe. pr-4-s occ~rri-,; due-4 ur* lzrmati=
of tke p~ so pe". C-ditiazo or bl~ltzj zjcilla-~r -11-1-,atlou
- ..1-4 -d t!" fo -4A fZ dotera~---.e P~lae da~ratlcu is
zrtz. Pr~.ssoa in 1s1s4 IL- -24.4
aad fa.-Aas o.ro givem for "a-li-ttz deZAI Une ;axsestars.
leftl lf-t=A 340
aa ~arrtag in a "imf !~'ttm trl~ir
"rating anonr es,-.~mttn. -.dltloal -IY~A-
the arti4la de-, --- t1at trao.-eUr ;a~.tem ta,v na
rf.~t an P~l-
Olarati m p_-^Ijw!s a., & !V-trj=l Kativ."m* Ir U&I-nd
J~tl= T-L.wr. 5 57
Inmic mt.-oG for deslt;a of zaativibMtors ~J- -ri~j a;-'LLA
cwAj%4aa,n s,,a deew-. an t:..e basin of a aLxplifi-A mi!-Uvibm~r c-r-
cult wind a Junction tma.Lv-..,r.
L-AQV24% V.3. Ccapamtt~ xvol~oti= or Katlvibrato~. usung Point-
Can-tact Transistors, and riplds of Their A,,plimti~ 367
a~mciaL ftat~j of pains amoilL%tors wind pnint-cm-~t t-imtora
~Iry~, W-11., and N.X, SiLn:ov. D-C Kill-tv-1brawr U4t.~j,, -atl-
A a-1- for --I~c I- ....r. .-ce. i,
r~b-Lkav. L.E. Trans.w. El- Wwr. for U. Fro-
.- ".bT T-d
1hse tjIma or ph- enter transtator ~Lmit. arn' usribal.
V.P. Indication, of U. Sth'.. f1L Dl--U -.-Istar C~tor
Dy ymeas of r-Aascent laeps
A d-le on-t- based eatimly upon -imajuntar do-2- I-
do-rib-nd
G~Ial-ih, V.A. N-Ini-t of . H14h Ji..4 Digit-l' Ccmq~tnr
Arttkamstit Mit Using J-ctlon T-iGars
The uai%, vhich usoa tranatowre of it* P 16 ty1d,-a #,-sruLlY
tented,
AV=A=l Libm~7 of C-,S.-.*

rKa 0
AUTHOR
TITLE.
S/L91 ~/o 1'/'000/001/036/038
D 1 6/1) 304
Shestakov, 1, A.
IA saturatin,- transistor-triode blocking oscillator
C~
PERIODIC~'d,: Referativnyy zhun-ial Avtomatii-,a i radioelektronika,
no, 1. 1961, 36, alDstract I K297 (V Sb Poluprovod-
ni'~~ :)-ibory i ikh primcnenive. no. 4, 1-1- Sov,
radio, L960. 340-3~~6)
TZXT-. M analys-L's is i,,,ade of tiie processes occurripg in a block-
ing-osciLtator utilizing the saturation of wi ju-actic-n
triode, It is shown that LIne parameters of the vriode have Little
effect on the pulse sit-Lape From the anaLysis of comparativoly sim.
ple eqwivalent circuits tlie I-CL,-jj40-jj!-!-jip. - -.7e;::n the pulse ld-.ra-
I ~' , , -3 be t,
meters a7id repeLitioii-j-recuency is derived PossibLc co-.,.figura-
tions oL the blockitig oscill- tor circuit are discLissed "'he (I is -
crepancy I)e twe o i~'the and experimeat,,.il -)ulse shapc- cioeS
not- 2xccad 15 to 30~"O (41r. many c,,ses 2 f-'Or the Curronts range
fro,,i 10 -n,~ to ~ amp au, oj- fro-m 5 to 20,00 microsec.
L
Card 1/2

A s;01-11rating Lr~!~Isistur-triode .
6 references
j/ 194/6 1 /000/00 1/0 36/038
L)21 6/b 304
~6
Card 212

S/181/61/003/001/037/042
B102JB204
AUTHORS: Bredov, M. M., Lepilin, V. A., Shestakov, I. B., and
Shakh-Budagov, A. L.
TITLE: The effect produced by the type of ions upon the character
of the change in the electrical properties of a semi-
conductor surface during its irradiation by ions of medium
energy
PERIODICAL- Fizika tverdogo tela, v. 3, no. 1, 1961, 267-274
TEXT: The effect produced by ion bombardment upon the surface properties
of semiconductors has hitherto not been sufficiently investigated; above
all, nothing is known about the effect produced by the type of ions, i. e.,
the most oontradictory opinions have been expressed (Refs. 2 and 4). A
study of these questions is of both basic and practical value. if, e.g.,
the effect of bombardment does not depend on the type of ions, the effect
would have to be considered to be purely microthermal, and in the
opposite case, to be microchemical. Experiments, described in earlier
Card 116

S/181/61/003/001/037/042
the t
The effect
roduced b
pe of ions
B102/B204
...
p
y
y
papers uniquely proved that different effects are produced by different
ions. The present paper deals with a study of the volt-ampIre
characteristics of W-Ge and W-Si point contacts in the irradiation with
atomic oxygen ions and molecular nitrogen ions of 5 and 10 I~ev. The
experimental conditions were chosen in such a manner that an answer to
the especially interesting questions (change in carrier mobility, carrier
concentration of the scattering centers) could be expected. Theoretical
considerations in this direction are discussed in detail; they led to the
conclusion that an investigation of the volt-ampere characteristics of
Doint contacts (investigation of direct and reverse currents and of the
rectification constant between semiconductor and metal may supply the
required information in a bombardment with ions of 5-10 kev. The
radiation dose was varied within the range of from loll-lo15 ions/cM2.
The experiments were carried out by means of the mass separator described
in Ref. 3. The ion source was gaseous (impact ionization); the
irradiated specimens were n-type Ge and Si single crystals wit a
~
concentration ratio of the carriers of n/no = 1.10-9 and 7.10-
,
respectively. The individual measurements were repeated with due
Card 216

S/181/61/003/001/037,/042
The effect produced by the type of ions ... B102/B204
frequency in order to keepthe statistical error at a minimum. The
results were evaluated according to M. 0. Kornfelld. Measurements are
illustrated in Figs. 3 and 4. Fig. 3 shows the ratio of the rectification
constant after irradiation to its value before irradiation as a function
of the radiation dose for 5- and 10-kev ions. The difference between the
effect of 0 and N2 ions is obvious. Whereas N2 ions do not change the
carrier concentration considerably and increase the defect density only
slightly (thus somewhat increasing the ohmic resistance), 0 ions increase
the rectification constant (i.e., by forming a p-n junction in the
"active zone" of the specimens, because the penetrating oxygen atoms act
as acceptors). The rectification constant has a maximum at a certain
dose (which is due either to a removal of the region of defect-carrier
equilibrium from the active zone of the probe, or to an increase of the
lattice defects, or to both). Pig. 4 shows the dependence of direct and
reverse currents and rectification constant on the radiation dose No
(irradiation by 10-kev 0 and N~ ions). The true value lies in the
hatched region. There are 4 figures, 1 table, and 10 references: 5
Soviet-bloc and 5 non-Soviet-bloo.
Card 316

S/181/61/003/001/037/042
The effect produced by the type of ions ... B102/B204
ASSOCIATION: Institut poluprovodnikov AN SSSR Leningrad (Institute of
Semiconductors, AS USSRt Leningrad)
SUBMITTED: July 19, 1960
Card 4/6

The effect produced by the type of ions...
Legend to Fig. 3: 1) 10 kv, N2 on
Ge; 2) 5 kv, N2 on Ge; 3) 5 kv, 0
on Ge; 4) 10 kv, 0 on Ge; 5) 5 kv,
N on Si; 6) 10 kv, N2 on Si;
75 5 kv, 0 on Si; 8) 10 kv, 0 on Si.
S/lalj6l/003/0,01/037/049
B102/B204
Card 5/6

S/181/61/003/001/037/042
The effect produced by the type of ions... B102/B204
4
V-
77
y //0
4
e
M It 13 15 if Ij f$ 11 /j 15
IVIO 11#0
Legend to Pig. 4: 1) Direct current, 2) reverse.current,-3) rectification :
constant in bombarding with 0; 4)-6) the same in bombarding with N2.
The horizontal hatohed band gives the true value befori.irradiation.
Card 616

UFKMI G.A.; SHESTAKOV, I-I-
Multiple manufacture of springs. Mashinostroitell no.11:23 N l6o.
(MIU 13: 10)
(Spring (Mechanism))

KAZHLAYEV, Nikolay Georgiyevich~ MSTAKOV, I.K., red.; LUKASMVICH, V.,
tekhn.red.
[Potentialities for greater production In capital construction]
Rezervy proizvodstva v kapitallnom stroitelletve. Saratov.
Saratovskoe knizhnoe izd-vo. 1959. 209 p.
(miRA 14:1)
(Precast concrete construction)
(Construction industry--Accounting)

of D~ctor of Biolo-ic--~l Sciences

ucc-
j ur
C'll
U,137
S: -:al
-71
jr)
stu
L-1 nvero:
-cri
S~Ilts in U, !c .3,~_!Q Tle
h.-Lms'.
t-r us, J.- v z croi~O.
L
t 1,,Iii, thc
I nc-h_-_'r-IL;
r,.--c; th%t t`-_,l!l,' `-2
T
J IL C)l
s ~,x in nL,3~ ju, f:,.Ct~
1.3, m -

SHESTAKOV, I.L.
----- --
Barn fallows in Moldavia. Zemledelie 8 no-7:86-88 il 160.
(MIRA 13:9)
1. Pochvennyy institut imeni H.A.Dimo Moldavakogo filiala AN SSSR.
(Moldavia-- Fallowing)

_~'. L_. ~ - A-1 - . , - . .
. n ' ~_.;
I I th , ' _. . . 1, . L, _~ p
_. __ _L L - I I __ . ~. ~ - c - -.- i'ls-- -.f in Ca-c_-, 'if-L - .- ?arod i` S 11
'IT-, . ~ ment _)f ' rt, t~ n 1, r
2, 1. ---

4287~% E"' E"';T( I )/T-2 VA%; /GD
ACC NR- AT6028561 SOURCE CODE: UR/0000/66/000/000/0204/0216
AUTHOR: Shnestakkov, K. N.
ORG: none &7"/
TITLE: The problem of hydraulic similarity of centrifugal pumps
SOURCE: Lopatochnyye mashiny i struynyye apparaty (Vane machinery and jet apparatus)-i
sbornik statey, no. 1. Moscow, Izd-vo Mashinostroyeniye, 1966, 204-216
TOPIC TAGS: centrifugal pump, fuel supply, fuel pump
ABSTRACT: The des-'ans of high-hydraulic-head, high-capacity centrifugal pumps and
the conditions under which experiments with purip models and at reduced velocities
can be used by designers are investigated. It was assumed that, under certain con-
ditions, there is a flow similarity in pumps at different circumferential velocities
as well as with geometrically similar changes in the pump dimensions. Experiments
were conducted with seven centrifugal and axial-centrifugal pumps of various param-
e~~rs (inlet d"arieters, 0.4-0.7; impeller-blade exit angle, 2b-55*; five blades;
critical speeds 50--150). The effects of the circumferential velocity of the centri-.-
fqpl impeller and the effect of the absolute pump dimensions on pump parameters
w6te studied. The following results were obtained: 1) Dimensionless hydraulic-head
cb4racterlsvics of the pumps did not change during operation at various rpm as well
al,with geovetrically similar changes in pump dimensions at Re i 0.3-106 in the
Cqrd 1/2 UDC: 629.13.03:621.454:621.515

ACC NR: AT6028561
impeller. 2) The similarity of cavitational. phenomena at the centrifugal impeller
inlet remained unchanged as the rpm changed. Orig. art. has: 10 figures. [BP]
SUB CODE: 1.3, 11/ SUBM DATE: 06Apr66/ ORIC REF: 002 AT 1) PRE55

MAKAROV, V.G.; FT 1, S.M.;,_SE[SqAXDV,-K.T.-, STARCWiKOVA, I.I.,
red.; KISEUVA, A.A., tekhn.red.
[Accounting in state commerce] Bukhgalterskii uchet v gosu-
darstvannoi torgovle. Moskva, GoB.izd-vo torg.lit-ry, 1960.
252 p. (miRA 14:3)
(Accounting)

LARIONOV, L.A.; SMTAKOV, L,Yao
Comparative testing at the Dzhezkazgan ore dressing plant of
"Mokhanobr-6a" and "Sikhjaliu flotation. TSvet.met. 35 no.8:11-13
Ag 62. (Flotation-Equipment and supplies) (MIU 15:8)

SHESTAKO'V, L.Ya,,
Comparative testing of the "Sikhali" and "Mekharrlobr-5"
flotation machines at the "Sikhali" Comb-~ne ore dressing
plant. Obog. rud 19 no,4:30-33 164. (MIRh 18:5)

", i 11' ~V) E' M, ; '7i!!F2Tz-'--V, L. Ya. - VMl)VUF')%', A,!.; SAYRYKIN, V. l.;
~ , L I -, :,
I
LEBEII)1777, T-14~
Intans3fication of the Perform.-ce of flotation mL- .~nery in
the dressing shops of the "Foeforit" Combine. Khim. prom. 41
no. 1.2t926-928 D 165. (MIlRA 19:1)

15-b7-8-10387
N. P. Geril3imov (1698-1952) (Corit. )
Severolcamsk and Krasnokamsk oii fields is associated wit 'n the name of
~erasiriov.
C a r-O 2/12 G. 1. Den13ova

SH&STAKOV. M.P. ; CAYIJKOVA, I.A., red.; iU5HNIKUV, i~.A., tekhn.rfid.
[Bibliography on the designing of rndio transmitters for courses
of study and work tovard a diploma] Spra,.cchuik literatury Me
kurnovogo i diplomnogo proektirovgnila v4dioperedaiushchikh ustroisty,
Koskva, Izd-vo "Sovetskoe radio,' 1956. 27 p. (MMA 11:2)
(Bibliography--Radio--Transmitters and transmission)

14/5
101.1-1
SliESMUI, M G s54
Razgrom V. 1. Leninym idealisticheskoy sotsiologii narodnichebtva (Destruction
by Lenin of the ideological sociological national society) Mosk-Ira, Gospolitizdat,
1951
242 p.
Bibliographical footnotes

ACC INR; SOURCE CODE:- UR/0413/66/000/022/0025/0025
INVENTOR: Levin, B. G.; Yermin, N. I.; Plyuta, V. Ye.; Shestakov, M. I.;
Vasil'yev, K. V.
ORG: none
TITLE: Method for manufacturing articles with variable cross section. Class 7,
No. 188454
SOURCE: Izobreteniya, promyshlennyye obraztsy, rovarnyye znaki, no. 22, 1966, 25
TOPIC TAGS: cold rolling, variable cross section article,
A.BSTRACT: -1-7his Author Certificate introduces a method for manufacturing articles
with variable cross section by cold rolling of a stationary blank with two undrivea
rolls. To improve the dimensional accuracy and the surface quality of the article
the blank is rotated after each working cycle around the longitudinal axis for a
programmed an gle and the amount of feed is automatically changed.
SUB CODE: 13/ SUBM DATE: 05Aug6l/
Card 1/1 UDC: 621.771-65-04

SHESTAKOV, M.M.; POVZNER, Z.B., inzh.; ARSENTIYEV, A.I., kand. tekhn. nauk;
YESHCHENKO., A.A., gornyy inzh.
System of mining with lateral juds and without cross trenches.
Gor. zhur. no.2:9-12 F162. (MIRA 17:2)
1. Zamestitell glavnogo inzhenera TSentrallnogo gornoobogati-
tellnogo kombinata (for Shestakov). 2. Trest po proyektirovaniyu
zhelezorudnykh predpriyatiy Krivorozhskogo basseyna. (for Povzner).
3. Krivorozhskiy gornorudnyy institut (for Arsentlyev, Yeshchenko)-.

SHESTAKOVIM.M., inzh.; MIKHAYLOV, V.A., kand. tekhn. nauk;
LOBODA, A.I., inzh.; RODIONOV, N.F., inzh.
Construction and operation of automobile roads in Krivoy
Rog Basin open-cut mines. Met. i gornorud. prom. no,5:
61-64 S-0 163. (MIRA 16:11)
1. TSentralln
.7 gornoobogatitelInyy kombinat, Krivoy Rog
(for Shestak v . 2. Krivovozhskiy filial Instituta gornogo
dela AN UkrSSR (for Mikhaylov, Loboda, Rodionov).

NOVOZHILOV, M.G., prof,, doktor tekhm. nauk; DRUKOVANYY, M.F., kand.
tekhn. nauk; YEFIREMOV, E.I., gorny-
y inzh.; TERESHCHENK0, A.A.,
gornyy inzh.; SHESTAK07, M.M., gornyy inzh.; P-IL'NIK, I.L.,
gornyy inzh.
Experience in blasting of hl-,vh benches at the Krivoy Rog Basin
Cent-riill Mining and Ore Dressing ("'opibine. Gor. zhur. no.11s
29-33 N 163. (MIRA 17:6)
1. Otdeleniye gornoru6nykh problem AN UkrSSR (for Novozhilov,
D."Ukovanyy, Yefremov). 2. TSentrallnyy Krivorozhskiy gorno-
obogatitelInyy kombinat (for Tereshchenko, Shestakov, Pillnik).

7 , , "'
. . . - - *- : ~- ~~ -" , --" -," - . ! .. C,!- ~ -. - 7- -~ . . ". . - y
-* - , ~- : . -I. . .I " - - - .
- -, , -1 -7-. ;-, -, -- .
- - - . I - , , I
, --, ,- D-

SHESTAKOV, M.N., dotsent, kandidat tekhnicheskikh nauk.
Construction of reinforced concrete reservoirs la the USA; from materials
of the foreign mission. Gar.khoz.Kosk. 21 no.2:36-46 1 '47. (MT.RA 6:11)
(Reservoirs--United States) (United States--Reservoirs)

SHESTAKOV. M.N., dotsent. kandidat takhnicheakikh nauk.
Mechanization of the construction of underground comiminication lines in the
USA. (From materials of the foreign mission). Gor.khoz.Mosk. 21 n0-3:33-41
Mr 147. (MIRA 6:11)
(United States--2bccavating machinery)
(Excavating machinery--United States

-.-- _1-_.I__.___- ~ ~ , - ~- ~ 7 .. , f~. -k%T~ Mr-- 3.
- -`- -1 :_ - ~::... - - 7_11
Wiwi" __---.1 . - , -
SHBSTAKOV, M.N., dotsent, kandidat tekhnicheskikh nauk.
Scientific research study on Moscow's water supply and sewerage system. Gor.
khoz.Kosk. 21 no.6:21-23 Je 147. (MT-RA 6:11)
(Hoscow-Water supply) (Moscow-Sewerage)

AUTHM Shestakov, M,P. 6
TITLE: Control formulae for gas analysis. (Kontrol'n.ve formuly dlya
gazovogo analiza)
PERIODICAL: Teploenergetika, 1958, No.6. pp. 90-91 (USSR)
ABSTFUCT - If a gas analysis is made at several successive sections in the gas
flow, a certain formula is commonly recommended for use ia checking
that the results are consistent. This brief note proposes certain
modifications to this formula. It is claimed that, in verifying the
correctness of selection of gas sampling points and in checking the
accuracy of analyses, the modified formula obviates preliminary
determinations of the characteristics of the fuel or the CO content
of the combustion products.
1. Gases--Analyi~is 2. Mathematics-Applications
Card 1/1

"..
Excsvat--n~.- 1?e(I".irlt!Y
Fro~,er o,~eration of an excavator. Za ekcn. mat. No. 1, 19512.
Monthl List of Russian Accessions, Library of Congress, December -91.2. Unclassified.

ShT,,STA'KOV, "i., mayor
The naval infantry attacks. Voen-znan. 41 no-11:10-11 N 165.
(MIRA 18:12)
1. Dvazhdy Krasnoznamennyy Baltiys'l-iy flOt-

SHESTI"KW.", 11. , ! :-'Puldlivill'u, 'I
Study fzr Izcd oub-'ects in Lhe rilver navlgatiron
i
schocls. i'-of.-Zekh. o~r. l C 164.
17: 11)
1. Gorodskoye -,~--rcfes-qi-,--~-a,.Inc-tekl-~-iichesko-,,e -uchilishche No.8,
Novosibirsk. .

SOV/ 137-58-9- 18573
Translation frorn: Referativnyy zhurnal, Metallurgiva, 1958. Nr 9, P 56jUSSR)
AUTHORS~ Medzhibozhskiy, M.Ya., Sokolov, I.A., Shestakov, N.A.,
Vasil'yev, A.N. - ------ -
TITLE. Compressed Air Blowing of Liquid Metal in Heavy-duty Open-
hearth Furnaces (Vduvaniye kompressornogo vozdukha v zhid-
kuyu vannu bol'shegruznykh martenovskikh pechey)
PERIODICAL: Izv. vyssh. uchebn. zavedeniy. Chernaya metallurgiya, 1958,
Nr 2 pp 14 47
ABSTRACT- A report on the results of 40 experimental smeltings carried
out in the 390-ton open-hearth furnaces of the KMK (Kuznetsk
Metallurgical Kombinat). Compressed air at a pressure of 3.5-
5.0 atm gage was introduced into the hearth at a rate of 2500-
2800 M3/hr by means of two water-cooled tuyeres installed in
the crown of the furnace. The blowing commenced 1-1.5 hrs
prior to melting and terminated at the beginning or the mid-
point of the pure "boil" period. In the course of the experi-
mental smeltings, the rate of decarbonization became consider-
ably faster, the dephosphorization process more efficient, and
Card 1/2 the content of FeO in the slag increased by 6% at the end of the

sov/137-58-9-18573
Compressed Air Blowing of Liquid Metal in Heavy-duty Open-hearth (cont.)
melting stage. Instead of 1.0-1.50C/min, as in the case of a standard smelt-
ing process, the temperature of the metal increased at a rate of 2.0-2.50C/
inin, this made it possible to reduce the consumption of conventional fuel by
an average of 7 kg per ton of ingots. In the process the degree of utilization
of 02 contained in the compressed air by the molten metal is increased by a
factor of 4-8 owing to the increased supply 02 from the atmosphere of the
furnace. Compressed-air blowing at a pressure of 5.5 atm gage is equiva-
lent in efficiency to blowing with pure 02. The duration of a 390-ton melt-
ing process was reduced by 38 minutes on the avera e. The amount of dust
being evolved during blowing does not exceed 1 g/rnf. No noticeable wear
was observed in the furnace lining. Overoxidation of metal in the course of
the blowing process was absent; at the same time the content of N amounted
to only 0.00337o. The finished metal contains H, 0, N, and slag inclusions
in quantities analogous to those contained in standard metals. Mechanical
properties of the steel were not impaired.
V. G.
1. open hearth furnace--Performance 2. Metals (Liquid)--Processing 3. Compressed
air--Applications
Card 2/2

AUTHOR SHESTAKOV N.A., Deputy Director, Martin-Furnaces, PA-3056
--X-iiz-n-et-s-IE--We-t-alliirgical Combinate.
TITLY, We Shall Exceed the Plan by 7000 Tons of Steel.
(Dadim sverkh plans, 7000 tonn stali.- Russian
PERIODICAL Metallurg 1957, Vol 2, Nr 4P PP 13 - 15 (TJSSR~
Reodived: 5/1957 Reviewed: 7/1957
ABSTRACT 1932 saw the delivery of the first melt of the Martin furnace
Nr 1; our combinate supplied the basis construction areas of the
rive-Year-Plans with iron metals. These years were also years
of learning the complicated steel melting methods for the former
construction workers of the combinate who have remained here
as metallurgical workers. They have succeeded in steadily in-
creasing the output of steel by better organization of produs-
tion, utilization of existent capaoities, appli*ation of most
recent techniques in furnace construation-and heat technology;
change of working methods, qualitative improvements, shortening
of interruptions with an additional increase of the furnace
-path of the Martin furnaces. This was publicly recognized
several times by the oompotent aentral authorities. In order
to improve the aharging, the loading capacity of the charging
CAn IA boxes was increased, and it will reach 1.75 m3 by 1957. Together

PA-3056
We Shall Exceed the Plan bY 7000 Tons of Steel.
with the use of oruder scrap this will lead to a shortening of
the duration of charging and thus also of the duration of
malting. Greater boxesl however, also necessitate a strengthening
of the means of charging. Since 1949t a change has been started
from silica vaults to basio magnesite-shromite -vaults, in 1953
the transition to bar suspended vaults was completed which
resulted in a great prolongation of the life span of the Martin
furnaces. This change made it possible to'inereass the heat
intensity. Here It was nesessary to strengthen the air duets,
and for this -purpose the smokestasks were sade higher, the blast
was mounted on the same shaft as the engine, an&the vaeuum was
increased to a pressure of 10 am water soluan. The high temperatu-
res made it necessary to strengthen lower part of the furnaeo,
particularly the air mountings, the u per rove of whish were made
out of forsterite (fireproof materis.15. In order-to obtain a
better distribution in the burner and a better utilization of
the fuel, compression air is blown into the gas caisson in all
furnases, which brings about:a sharp reduction in the consumption
of gas. The personnel of the combinate carried out together
with the Central Laboratory and the Siberian Metallurgical
Institute an extensive research progi-am for the improvement
CAW 2/ 4

We Shall Exceed the Plan by 7000 Tons of Steel. PA-3o56
of steel melting, for the reduction of the duration of
melting, and for sayings of raw and auxiliary materials:
experiments of deoxidation of rail steel without blast furnace
iron silicon,- deoxidation of boiling steels in the evaporating
boilerp melting of weakly alloyed metal in the largi charging
furnaee, etc. Work towards qualitative improvement led to a
sharp reduction of waste (47 % in 1956 as sompared to 1951).
720,000 rubles of net oosts were saved in 1956, In 191;1-56 the
system of suggestions existing in the combinate resulted in
718 used suggestions which saved 4,500,000 rubles. The melting
of dynamo steel was simplified by deoxidizing it in the boiler
rather than in the furnaae. The work at the hearth accretion
was mechanized, dephosphorization was changed. Together with the
growth of the combinate, an increase took place also in the
number of those persons who were promoted from subsidiary to
higher and more responsible positions. In 1957, the sombinate
faces complisated tasks: The plan for January 1957 was not ful-
filled. The reason for this will be found in the unsatisfactory
CARD 3/4

We Shall Exaeed the Plan bY 7000 Tons of Steel. PA - 3056
supplies of gcod ores and scrap. This state of affairs must be
improvedi also more efficient packing presses for light scrap
must be itmtalled.
(4 reproductions, of which 2 are pictures of persons)
ASSOCIATION: Kuznetsk Metallurgioal Combinate, Stalinsk (Kuznetskiy metal-Lurgi-
cheskiy kombinatp Stalinsk)
PRESENTED BY: -
SUBMITTED: -
AVAILABLE: Library of Congress.
CARD 4/4

SHESTAKOV, N.F.; SHESTERNIN, M.F.
t. " _ ,
Detachable ball-shaped hammer for excavators used in crushing hard
rocks. Rats. i izobr. Predl. v stroi. no.79:19-20 154. (MLRA 8:4)
(Excavating machiner7)

SHESTAKOV, N.F., brigadir ekskavatorf;hchiicov; IOXV, N.i,., brigadir
ekskavatorshchilrov
Using excavators in cleaning and deepening reservoirs.
Suggested by N.F.Shostakov, N.A.Iomv. Rats.4- izobr.Pred1.v
stroi. no.11:87-89 '59. (MIILI 13:3)
1. Laningradskoye upravleniye tresta Gidrospetsmetallurg-
stroy.
(Reservoirs)

YAKDENKO, A,Ya.; SHESTAKOV, N.I.
Work of the Krasnodar Territorry Veterinary and 3a-nltation
Station. Veterinariia 40 0'631. (MIRA 17:5)
1. Direktor Krasnodarskoy krayevoy ve'lerinarro-sanitarnoy
stantsii (for Yakimenko). 2. Starshiy vet-erinamvy vrach
Krasnodarskoy krayevoy veterinarno-s-anitarnoy sts.Asii
(for Shestakov).