SCIENTIFIC ABSTRACT KROTOV, V.A. - KROTOV, V.YU.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000826710002-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I . F f 7
-j7i-F7V-T ~T II
ICROTOV, V.A.
"Western Siberia"' b3r K. 1. Pomus. Reviewed by T.A. Krotov. Izv.
AN SSSR. ffer. Gbog. no.3:134-138 Yq-Je 157. (MIRA 10112)
(Siberia--Boonomic geography)
(Pbmus, R.I.)

MUMSTOBOUT. Vadim Nikolayevich; sHOTSKIT, Tladimir Porfirlyevich;
(,~, ~T.A.. red.; M%IMA, G.F.. red.; saROKINA. T.I.,
takhn.red,
[Agricultural regions of Irkutsk Provincelt materials on the
agricultural regionalization of Irkutsk Provincel S01'OkO-
khosisistvannys ralony Irkutskoi oblastil naterialy po
sallskokhosiaistvannomu ralonirovenilu Irkuts'.-oi oblasti.
Irkutsk, Irktitzkoe knishnoe Isd-vo. No.2. 1958. 75 P.
(XIRA 14:4)
(Irkutsk Provinoe-Agricultural geography)

F" o t 0 , . 1 , "
K TT'
3(5) PHASE I BOOK EaWITATION SOV/2154
Akademiya nauk SSSR. Vostochno-Sibirskiy filiall
Syr1yevyye resursy legkikh metalloy Vostochnoy Sibiri,, tom. 2(Light Metal Resources
of Eastern Siberia, Vol 2) Moscow, 1958, 298 p. (Series: Its: Trudy, VM 13)
1,200 copies printed.
Editorial Board: N.S. Alekseyev, Ye. P. Besoolitsyn, V.S. Drachev, A.F. TA, Doctor
of Geological and Mineral Sciences, and Ye. I, Khazanoy (Resp. Ed.) Candida" Of
Technical Sciences; Ed. of Publishing House: V.K. Shlepov; Tech. Ed.: P.S.
Kashina.
PURPOSE: This issue of the Eastern Siberian Branch Transactions Is of interest to
structural, exploration and mining geologists, adueralogists, and metrL1111 gists
in the 2ight metal industries.
COVERAGE: This collection of articles is a compilation of the reports presented at
the third coordinated conference on "The Creation of a Light Metals
Industry in Eastern Siberia Based on Local Ores" organized by the Laboratory
of Electrometallurgy of the Eastern Siberian Branch of the AN SSSR in October/
1956. It met for the purpose of promoting coordination between the activities
Card 1/7

--AN
Light Metal Resources (Cont.)
SOV/2154
of the power generation combines and the fast developing light metals industry
of Eastern Siberia. The reports indicate that large alumimvm and titanium-
magnesium combines %re being constructnd in the Krasnoyarsk Kray and the
Irkutsk Oblast These areas provide the cheapest sourcee, of coal and
electrica.L energy. Individual articles also report on the fo.'Uoving subjects:
general questions in the development of the light metals indmittry in Eastern
Siberia, sillimanite ores.. nepheline syenites., bauxltes,, magnesium oresp etc.
References accompany each article.
TANZ OF CONTEMi
Foreword
3
~~toyV.A Development of Light Metals Metallurgy in Eastern Siberia and
the Problems Facing Scientists 5
Xhazanov, Ye. I. Inng-range Plan of Scientific Research Connect(A with the
Development of Light Metals Metallurgy in Eastern Siberia 8
Card 2/~

Light Metal Resources (Cont.) SOV/2154
PART I. SILLD(AmES AND THEIR MMRION
I
Galaburda, S.G. Sillimanite and Disthene Ore Deposits of Easten2 Siberia 19
Ostashkin, I.P. Results of Geological Prospecting of the Kyakhtinskiye
Sillimanite Schist Deposits in 1954-1956 32
Siishon, A.R., B.Ye. Mitrofanov, and V.V. Berengiliva. Kyakhtinskiye
Deposits of Rutile-bearing Si'llmanite Schists 39
1
Ravykina, Yu. B. ReMdta of Geophysical Prospecting by the VEZ (Vertical
Electrical Sounding) Method at the Kyakhtinskiye Sillimanite SchIst
Deposits 47
Oleynikova, G.V.' and Ye. 1, Khazanov. Physicochemical Pypperties,
f!xaposition, and Izessing Possibilities of the Sillimanite Ores of the
Kyukhtinskiya Deposits 50
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Light Metal Resources (Cont.) SW/2154
Li, A.F. and Ye. M. Bradinskaya. Mineralogical Composition of the Sillimanite
Ores of the Kyakhtinakiye Deposits 60
Chipanin, I.V., and M.T. Ivanova. Dressing the Sillimnite Ores of the
Kyakhtinskiye Deposits 66
Verigin.' V.N. Electrothermal Method of Producing Aluminum and Its Alloys T2
Mazurov, M.K. Technical and Economic Prerequisites for the Utilization of
Keyvsklye Kyanites in the Production of Alumin= and Its Alloys Based an
the Energy To Be Supplied by the Planned State Hydroelectric Stations on
the Yenisey 86
PART 17. 1 r Tv ORES AND TU Ur1Ij7jCION
Petrov, P.S. Uzhurskiye Nepheline Ores 93
Yegoroval Z,A, The Distribution of Nepheline Syenites in the Irkutsksya
Oblese and the Buryatskaya ASSR 101
Card 4/7
WLF

Light Metal Resources (Cont.) SOV/2134
Shapiro, R.B. Dressing the fiepheline-Syenite Rocks of the Ur2mrskoye
Deposits 10T
SuBlikov, U,F.~, Z.F. Revenko, and A.M. Km1ev. Semi-industrial Testing
of the Dressing Ability of the Uzhurskiye Wepheline Rocks 125
Khazanov, Te. I., A.F. Khlyupinap A.S. Bessonova, B.M. Shishlyannikova,
and P.S. Men'shikov. Sintering Uzhwskiye fiepheline, Syenites vith
Limestone in the Presence of a Reducing Agent 134
Chizhikov., D.M., I.N. Kitler and N.A. Kovyakina. Experimental Studies
of Granulation in Nepheline Charges and Their Sintering in the "Boiling
Layer" 144
Dimakaya, A.F. Results of Studies Conducted Betveen 1952-1956 In Selecting
Methods for Processing Uzhurskiye Syenites for the Achinakiy Aluminum
Oxide Plant 16o
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Light Metal Resources (Cont.) SOV/2154
Avdeyeva, T.I. Decomposition of Nepheline Syenites by Nitrogen Oxides IT8
Pavlov,, A.V. Technological Processing Plans for Uzhurskiye Napheline Rocks 185
PART III. BAUXITES AND THEIR UTILTZATION
Bessolitsyn, Te. P. New Data on the Boksonskoye Deposits 203
Orlova., P.V. Regularities In the Distribution of Bauxite Ores at the
Boksonskoye Deposits 207
Khazanov, Ye. I., A.S. Bessonova, and A.F. Khlyupina. Combined Treatment
of High Iron Content SiUcified Bauxites by Sintering a Two-Component
Charge in the Presence of a Reducing Agent 226
Ponomarev, V.D., and L.P. Ni. Sulfide-Caustic Dodi Method of Processing
Bauxites into Alumimrn Oxide 232
Khodak., L.P., and A.I. Ivanov. Combined Treatment of Alumin= Oxide Iron
Ores,and High Iron Content Bauxites 237
card 6/ 7

Light Metal Resources (Cont.)
SOV/2154
Malltsev, V.S., and Ye.l. Khazanov. Study of the Reducibility of
Bauxite Ore Components ofithe Tatarokoye Deposits 242
i
Skobeyev, I.K. The Problem of Extracting Aluminum Oxide from the
High Sillca-Content Aluminum Ore of Eastern Siberia 255
PART IV. XAMiESIUM AND CALCIUM OW AND THE UMUMION
Nadelyayer, K.M. Onotskoye Deposits of Magnesite and Talc 265
Safonova, Ye.G., and Ye.l. Khazanov. Electrovacum Method of Extracting
Magnesi= from the Magnesites of the Onotakoye Deposits 273
Matveyenko, I.I. Aluminum-Thermal Method of Obtaining Calcium from the
Limestones of the Ust,-Anginskoye Deposits 286
AYAILABIE: Library of Congress
Card 7/7 XK/m"
8-19-59

BUTANTUTEV, B.Ro, red OTOV Y.A., red.: ROZWELIDD Sh,L., red.;
KoIrMHOVI ~Fe!*V It'Iv*~-,--BAKOVFTSKATA# V.S., red, izd-Ta.
t
[Problems in the development of industry and transportation in
the Buryat A.S.S.R.] Problemy razvItIIa promynblennostJ I transporta
Buristskc.i ASSR, Moskva$ 1958s 305 p# (MIRA 11:11)
1. Akademiya usuk SSSR. Institut skonomiki. *
(Buryat-Kongolia--Industries)
(Barynt-Mongolia--Transpoitation)

KMTOV, V. A.
I.. . Ii~rtber Increase In productive forces of lastern Siberia. lsv.Sib.otd,AN
SSSR no.120.1-11 158. (MIRA 12:3)
1. Vostochno-Sibirsidy filial Sibirskogo otdoloni7a AN SSSR.
(Siberia, Eastern---Economic conditions)

GRIGOROUTA, Jhna Ageyevna; nqff,T.A.. prof.. red.; WRILEVA, G.F.,
red.; PZCHMMTA, T.-r-., takhn.red.
EWeatern regions of the Bratsk-Tayshet Industrial Center; economic-
geographical features] Zapadnya raiony Bratako-Taiohotakogo pro-
nqehlennogo komplokee; okonomiko-geogrefichaskoia kharakteriatika.
Irkutsk, Irkutekos knishnoe isd-vo, 1959. 70 P. (Km 13:3)
(Chuna Valley-2conomic conditions)
(Biryusa Talley--Xconomic conditions)

soV/10-59-1-6/32
AUTHORS: Krotovo V.A., Pomusp M.I., and Rikhtert G.D.

TITLE:
The Devero-bWayit' of Productive Forces Under the S
even
Year Plan Nazvitiye proizvoditellnykh ail v semi-
letnem, plane) Means of the Development of Productive
Forces in Eastern Siberia (Puti razvitiya proizvodi-
tellnykh ail Vostochnoy Sibiri)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Seriya geografiche-
skaya, 1959, Nr 1, pp 52-63 (USSR)
ABSTRACT: This article outlines the tasks confronting the
geographers in connection with the planned develop-
ment of Eastern Siberia under the seven year plan.
These tasks include: 1)intensification of the study
of unassessed natural resc rces; 2) taking an in-
ventory of known resources; 3) the study of perma-
frost; 4) the working out of the seismic and geo-
industrial subdivi.sions of the sLrea; 5) the prepara-
tion of maps of soils; 6) the compilation of a 1
Card 1/5 1,0000000 geological map of Eastern Siberia and a

SOV/10-59-1-6/32
The Development of Productive Forces Under the Seven Year Plan;
Means of the Development of Productive Forces in Eastern Siberia
series of geomorphological, hydrological , geo-in-
dustrial survey maps of all Eastern Siberia; 7)
the further explorations of agro-climatic and soil-
botanical factors, etc, As the background of these
tasks, the article delineates the principal points
of the proposed development that calls upon Eastern
Siberia to become the Soviete principal producer
of timber, fur3t hydro-electric powerg coal and non-
ferrous metals, and one of the largest producers
of iron, metal product8o chemical products and syn-
thetic plastics. Eastern Siberia's assessed depo-
sits of coal reach over six trilli,.ii tons (70% of
the total Soviet deposits). The area of forests
has an expanse of 338,000,000 hectares. The al-
ready-known deposits of iron ore are estimated at
5.3 billion tons. Eastern Siberia has 50% of Soviet
hydroelectric resources or over 90 billion kw of po-
Card 2/5 tential energy. It has some of the USSR'B largest

SOV/10-59-1-6/32
The Del,elopment of Productive Forces Under the Seven Year Han;
Pleans of Development of Productive Forces in EE.stern Siberia
deposits of nickel, cobalt, mica, molybdenum, lead,
tungsten, gold, diamonds, asbest, graphite, magne-
site, talc, alumina, salt and other minerals. The
cost-price of electric power produced by hydropower
plants on the Angara and Yenisey rivers is expected
to be three times cheaper than produced by power
centers on the Volga. Brown coal from open coal
pits at Krasnoyarsk is five times cheaper than coal
from the Donets Basin and three ti:.,ies cheaper than
coal from the Kuznetsk Basin. Its cast iron and
aluminum are also expected to be the cheapest.
On account of their low cost-price, such East Si-
berian products can bear the rather expensive
transportation prices. The authors mention quite
a few new industrial, transportation, mining and
other projects, and outline in general the coutours
of new industrial-economic districts, and other data
Card 3/5 pertaining to the proposed transformation of Eastern

SOV/10-59-1-6/32
The Development of Productive Forces Under the Seven Year Plan;
Means of Development of Productive Forces in Eastern Siberia
Siberia into a huge and complex economic unit.
They note the difficulties and the auspicious con-
dition8. A series of regional conferences on the
development of the productive forces of Eastern
Siberia was crowned in August 1958, by a confer-
ence in Irkutsk, convoked by the AS of the USSR,
the State Planning Commission, and the Council of
Ministers of the RSFSR. It was attended by re-
pre8entativee from party-soviet-planning and eco-
nomic organizations. Over 8,000 scientists and
specialists from various branches of the national
economy participated in the conferences, which as-
sessed the techno-economic resources of Eastern
Card 4/5

SOV/10-59-1---/32
The Development of Productive Forces Under the Seven Year Plan;
Means of Development of Productive Forces in Eastern jiberia
I I
Siberia, and laid down a concrete prograr. of action.
I ASSOCIATION: Institut geografii AN SSSR (Institute of Geography
of the AS USSR) Vostochno-Sibirski~ filial AN SSSR
(Eastern-Siberian Branch of the AS USSR)
Card 5/5

KROTOV, V.A.
Development of light-metal metallurgy in Eastern Siberia and
problems of scientists. Trudy Vost.-Sib. fil. AN SSSR no.13:
5-7 158. (MIRA 12112)
lJostochno-Sibirskiy filial AN SSSR.
(Siberia, lastern-Idght metals-Metallurgy)

30(5), 32(0) SOV/30-59-2-7/60
AUTHORS: Pustovalov, L. Vo, Corresponding Member, Academy of Sciences,
USSRj Krotovj_Y-_A!$ Professor, Shkollnikov, M. G., Candidate
..of Eco6bife--Soiences
TITLE: The Development of the Productive Forces in East Siberia
(Razvitiye proizvoditellnykh oil Vostochnoy Sibiri)
PERIODICAL: Vestnik Akademii nauk SSSR, 1959, Nr 2l Pp 34-42 (USSR)
ABSTRACT: In the present paper the authors deal with the economic possi-
bilities of East Siberia. They mention the vast deposits of
coal and the favorable technical and economic figures of their
utilization (Kansko-Achinsk and Irkutsk Basin as well as the
deposits of Tranobaykal). On the rivers Angara and Yenisey it
is possible tQaonstruct huge water-power plants at low building
costa. Vait deposits of iron ore wera also found in the Kras-
noyareldy kray; 1;imtigka~% dblmt I . Yakutokaya ASSR and the
Chitinftyn oblAst', Apart from th1s, East Sll,~)rla has rich deposits
of diamonds, goldo glimmer, ores of non-ferrous and rare metals,
raw material for the production of aluminum, magnesium and
titanium. Graphite, asb~-atosj talc, magnesite, fluor-spar and
Card 1/3 piezoylartz were Also dincovercd. The cheirical substances

SOV/I30-59-2-7/6o
The Developnent of the Produative Forces in East Siberia
abundantly occurring are: sodium ohlnri4e, pure limeatoneo gyp-
sumf bromine-containing soles and boratei, In the course of
putting into practice the 7-year'plan in the Krasnoya.skiy kmy
and the Irimtoblos dAW huge thermal power plants (Nazarovskaya,
ir8ha-Borodinakaya, Azeyskaya) are to be conotructod and the big
water-power plant Bratakaya is to be put into operation. These
power plants whio.. are united to one Siberian network are to
auppl~- also the industrial centers of the Kulzbase %nd later on
also those of the Ural with electric =rrent. Various types of
industries are to 'be established on tho basis of the large
power plants. The third metalilurA;ioal baxd of the USSR is to be
created. In the course of the ooming 7 years the oonstruotion
of the Tayshot metallurgical plitnt in planned. Tho present
shortage in food in East Siberia io to be done away with by meansof
corresponding measures. The 7-Year plan also provides f,~r Vie
electrification of the Siberian railroad lines. A number of
other railroad lines are also to be built (Bam-Tynda-Chullmanj
Abalakovo-Usovo), River transport on the Yenisey;,Anj;ara and
Lena is also to be extended, The Akademiya nauk SR (Academy of
Sciences of the USSR), its Siberian department and branches, the
Card 2/3 Sovet p0 lzuohoniyu proizvoditellnykh sil (Council for the

SOV/30-59-2-7/60
The Development of the Productive Forces in East Siberia
Study of Productive Forces) together with the Gosplan' SSSR
(Gooplan of the USSR) and the Gosplan of the RSFSR, the
Sovnarkhozes of the economic administration districts of East
Siberia, the scientific branch research and designing
prospecting institutions as well as the universities have the
task of intensifying the Investigation of productive forces in
East Siberia.
Card 3/3

KRUTOV, V.A.. prof.
Now stage in the expansion of coal mining in Eastern Siberia.
Trudy Toot.-Sib.fil.AK SSSR no.21:161-163 '59.
(MIRA 13:9)
(jiberia,.Eastern-Coal wines and mining)

---KROTOV, V. A.-
"New Economic Regions of the East Siberia."
report to be submitted for the Intl. Geographical Union, lOtb General Assembly and
19th Intl. Geographical Conpresso Stockholm,Sweden, 6-13 Ajrust 1960.

WROTOV, Viktoi Alokeandrovich
[Irkutsk Province; a concise curvey of its economic geography)
Irkutakaia oblastf; krA%;kii okonomiko-geograficheakii obzor.
Izd.2... dop., Irkutsk,, Irkutskoe knizbnw izd-yo,, 1960. 44
(MIRA 15:46
(Irkutsk Province-Economic conditions)

SOCHATA, T.B., otv. red.;.-XROTOY, V.A., prof., otv.red.; GERAS1MOT.I.P.,
skad., red.; POKSHISIbR9kit-T.T., -prof. red.; RIKORR,G.D.0
prof., red.; TOROBOYETs TJ*, kand.geogr.nauk, red.; KUDINOTA.
L.I., red.; INITSKAYA,Te.S.. red.; SHFPIUG, N.G.. red.;
MCHNRSKAYA,T.I., takhn.red.
[Geographical problems of Siberia and the Far East; results of
the First Scientifio Conference of the Geographers of Siberia and
the For last] Problemy geogrefii Sibirl i Dallnego Tostokn: itogi
Pervogo nauohnogo soveshohnniln geogrnfov Sibirl i Dollnego Tosto-
ka. Irkutsk, Irkutekoe knizhnoe izd-vo, 1960. 133 P.
(MIRA 14:5)
1. Akadenlya nauk SSbR. Sibirskoye otdolonlye. Institnt geografii
Sibiri i Dal'nago Yostoka. 2. Chlon-korrespondent AN SM (for
Sochava)
(Siberia--Geography) (Soviet Par last--Geography)

EARD111, I.P., skademik, glavnyy red. (deceased]; NEWSOV, H.N" otv-
red.toms; SLAVIN, S.T., doktor skon.nauk, red.toma; S=INIXOT,
M.G., kand.skon.nauk, red.toma; LAVFMTIIZV, N.A., akadealk, redo;
VCLIFKOVIGIL, 6.1,, skademik, red,; DIKUSHIN, V.I., akademik, red.;
NIMCHINOV, V.S., akedemik, red,,- VIM, V.I., red.; ZMTSKIT,
O.D., red,; PUSTOVALOV, L.V., red.; ZRACHATUROV, T.S., redo;
ROSTOVTSEV. NJ.. almdemik, red.; POPOV, A.I.. red.; GWOVO L.1s.,
red,; GASM, A.D., red.; PROBST, Ajeof prof., red.; VASYUTIN,
V.Fe . prof . , red&; prof. 9 red.; VASILOUT, P.To q
doktor ekonsnauk# redel LTUDOWVSKIT, G.I,g kand,takhn,nouk, rod,j
LEMOV, P.A., kand.gool.-mineral,no-ak, red,j KAZOMI Ym*Aop reds
isd-va; KASKINA, P,Seq tekhaered,
(Comprehensive regional and interregional problesol Econforsnoo
reports]] Ralonnye i mshraionnys ko"Isksup probleaq; (trudy
konferentmii]. Moskva, Isd-vo Akad.nauk sm. 196o. igo p.
(K= 14si)
1. Xonferentsiya po rosvitlyn proisvoditollnykh oil Vostoobnoy
Sibirle 19389 2e Obleny-icorrespondenty AN SM (for Nakrasov,
Veyto, Levitekly, Pustovalov, Khachoturov), 3, Sovat yo Isuchonlyn
proizvoditelluykh oil rl Presidiume Akedemil nauk WOR (for Nekrosov,
Molinikov, Glavin), Z Prodoodstoll Soveta po lxuokwnlyn pro-
isvoditallnykh oil pri Presidium AN 8M (for Namohinov)~54 Yet-
soyuzuaya skademiya sallskokhosynystyennykh nauk im. T.ILonina (for
Rostovtsav). 6. Doyetvitollnyy chlon Akedoxii stroltellstys I orkhL-
taktury 858R (for Panov). (81borlso lostern-loonosio polloy)

BARDIN, I.P.. skadomik,--glaynyy redaJdacessed]; KHACHATUROV, T.S,, otv,
redotomaj.6MMOTo J.P,,-ssm~otyorodotomaj VZRKHOVSXIT. 1.A., red.
tomal Hm q Role, red.toma; TSUIN, $.5o, red.toma; LAYWW 113T,
M.A., redo-, VOLIrKOVICH, Sol., red.; DIKUSHIN, Y,I,, redj MWORINOV#
V,S,~ red,j VMS, V.I., red.; LIVITSKIT, O.D., red.; NZXRASOV, N,N,p
"do; PUSTOVALOV, L,Vj red.1 ROMOVTSIV, N.Y,, akadomik, red,j POPOV,
Aeg.. rod.; GWOV, Lola., redo; GASM. A.D., redo; PROBSTp AsToot
prof,, red,j VASMIN, T.F., prof., red.; prof.. red.;
VASIL' M, P.V.. doktor skonom.nauks red.1 LTUDOGOVSKIT, Me* kand.
tokhn.nauk. red.; LETWOV, P.A.. kand.geolo-minar.neuk, red.; SHXMI-
NIXOTO M.G., kand.okon.nauk, red.; RODINA. Te.D., redoixd-Te; OUMITA,
A.P., takhnereds;
[Transportation; proceedings of the Conference on the Developadnt
of Productive Forces of lastern Siberia] Transport; trudy Konfe-
renteli po raivitliu proizvoditellnykh ail Vostochnoi Sibiri. Moskvag
Izd-vo Aked.naut SSSR, 1960. 203 p. (KIRA 13:10)
(Continued on next card)

RARDIII, I#P.--(continued) Card 2.
1. Konferentsiya po rezvitlya proizvoditelInykh ail Vostochnoy Sibirl.
1958. 2. Chlany-korrespondenty AN SSSR (for Khachaturov, Veyte,
Lavitskiy, Nekrasov, Pustovalov). 3. Vassoyusnays akademiya. sel'sko-
khozyaystvannykh nauk imeni V.I.Lanina (for Roatovtoov). 4. D3yetyi-
talInyy chlen Akademii stroitallstva i arkhAtektury SSSR (for Popov).
5. Zam.prodeedetelya Gosplana RSrSR (for Grafov). 6. Chlen Gosplana
RSFSR (for Gashev). 7. Institut komploksnykh transportnykh problem
AN SSSR (for Khachaturov. Varkhovskiy. Nakrasova, TSanin, Smirnov).
(Siberia, Eastern-Transportation)

i ) ~ 7_1 'N '' i
T-1 - I I- I _v F ~-I i
ROSTOUSIT. N.Y., okademik, glavnyy red.toma; SOKOLOV, H.S., prof., red.
toiLq; LRUMOV. P.A., kand. gaol. -mineral. nauk, red.toms; KUZMICHSTo
A.T., kand.biolog.naukg red.toma: XRTLOT, P.A., kand.biolog.nauk,
red.toma: RUZSXATA, Ys.A., kand.biolog.nauk, red.toma ; CHWER,
B.Te., kand.biolog.nauk, red.toma; BARDIN, I.P., skademik, glavnyy
red. Edeceasedh LAYRRUTITZT, X,A., akademik, red.; YOL'FKOTICH0
S.I., akademik, red.; DIKUSHIM, V.I., akademik, red.; NEHCHIMOV,
V.S., ekademik, red.; VXYTS, T.1., red.; IXTITSKIY, O.D.. red#;
X-VWSOV, M.N., red.; PUSTOVAWV. L.T.. red.; KHACHATUROV. T.S.,
redo.1 POPOV , A.M., red.; GRAYOV, L.Ts., red.; GASHEV, A.D., red.;
VASYMIN, V.P., prof., red.; PROBST, A.Ta., profee red*;.J~g__
V*A*O_prof.. red.1 VASILIY3V. P.V., doktor ekonom.nauk, red.;
G.Ie, kand.tekhnsnauk, red.; S&OLINIXOT. X.G.o
Imnd.okonom.nauk, red.; KLYUSHKIN. P.A., red.izd-va; riOROKHIRA.
IsHot tekhn.redo (Continued on next card)

RMOVTSIV, N.Y.---(continuad) Card 2.
(Development of the resources of Zestern Siberia: agriculture]
Razvitie proizvoditellnykh oil Tostochnoi Sibiri: Sel'skoe kho-
ziaistvo. Moskva, Izd-vo Akad.nauk SSSR. 1960. 426 p.
WRA 13:6)
1. Xonferentsiya po razvitiyu proirvoditelinykh oil Tostochnoy
Sibiri. 1938, Irkutsk. 7, Vessoyuzueya akademiya sellskokho-
zyaystvennykh nauk im. Y.I.Lenins (for Rostoyteav). 3. Chleu--
korrespondent Vseooyuznoy akademii aellskokhotyuystvennykh nauk
im. V.I.Lenina (for Sokolov). 4. Chleny-korrespondenty AN SM
(for Veyts, L6vitskly, Hakraeov, Pustovalov, Khachaturov). 3. Ny-
stvUellnyy chlen Akedemil stroitel'stva i arkhitektury SSSR (for
Popov). 6. Zomestitell prednedatelya Gooplana RSFSR (for Grafov).
7. Chlen Gosplans RSFSR (for Gashev).
(Siberia, gastern-Agriculturs)

Development and distribution of the East Siberian economy in
1959-1965, Trudy Vost. - Sib. fil. AN SSSR no.3216-19 160.
(MM 34W
(Siberia, FActern-Eeonomic policy)

KROTOVS V.A.; GRIGORIYEVA, A.A.
The Irkutsk Economic Administrative Region. Trudy Vost.-Sib.
fil. AN SSSR no.32:20-35 160. (MIRA 34:4)
(Irkutsk Province-Economic geography)

HROTOVi V.A.
Shifts in the dlotribution of productive forms in Eastern Siberia@
Izv. Sib. otd, AN SSSR no.IWO-30 161. (MIRA 3,4:12)
1. Ustitut geografii Sibiri i Dallnego Vostoka Sibirskogo
otdeloniya AN SSM Irkutsk.
(Siber"ia, Eastern-Industries)

ERCPACHF,Vt A.M.; KRC'XV, V.A.
Trace elements in metamorphic r ocka of the western slope of the
Central Urals. Dokl. AN SSSR 139 no-3:709-712 Jl 161. (MIRA 14:7)
1. Pemskiy politekhnicheskiy Institut. Predstavleno akademikom
N.M. Strakhnvym.
(Ural Mointains-Rocks, Crystalline and metam,)rphic)
(Trace elements)

XROTOV, V.A.
--------
Changes in the geographical distribution of the productive forces
of Eastern Siberia. Sibogeogosbor, no,ls40-53 162.
(MIRA 16:2)
(Siberia, Eastern-:~Industrles, Location of)
(Siberia, Eastern-~-Economic policy)

BANDMAN, M.K.; BUTANTUTEV, B.R.; PUMUS, M.I.; RADUATEV, G,Sh.;
GOLDVKIN, D.A.; GRIGORITEVA, A.A.;.jj=,_V.A.;
DONCHENKO, K.Ya.; KORZHUYEV, S.S.; SHATSILO re
KOSMACHEV, K.P.; NAUMOV, G.V.; LIKHANOV, B.N.; PETUKHOV,
V.G.; TIKhONOV, A.V.; 3EDESHEV, A.A.; S114ANOVSKIY, G.M.;
SHAKHUNOVA, P.A.; SHOTSKIT, V.P., YEROFEYEV, I.A., red.;
POLOZHENTSEVA, T.S., m1ndshly red.; GOLITSTN, A.B., red.
kart; VILENSKATA, E-N., tekhn. red.
(Eastern Siberia; economic geography] Vo4tochnsWa Sibirl;
ekonomiko-geograficheakaia kharakteristika. Moskvn, Geog-
rafizdat, 1963. 885 P. (MIRA 16:10)
(Siberia, Eastern-Economic geography)

XRUIU7, V. A. , Tekutak
"Geographical aspects of industrialization In Siberia."
report scheduled for presentation at the 20th Intl Geographical Cong, 6 Jul-
11 Aug 64 , London.

KROTOV, V,A*# prof.p otv. red.; SEPPING, N.G., red.
[Research in medical geography In solving comprehensive
geographical problemsj syMposium materWs) Fediko-
geograficheskie issledovaniia. pri reshenii komplaksrWkh
geograficheskikh problem; materialy k simpoziumu na...
Irkutsk, AN SSSR, 1962. 18 p. (MIRA 17:4)
1. Nauchnoys soveshchaniye geografov Sibiri I Dallnego
ToBtoka, 2nd, Vladivostok$ 1962.

KROTOVJ* V.A.
Pmetical significance Of 90 raphy in the U.S.A. (in conne C4 ion
with.the geography of'Siberial. Dokl. Inst. geog. Sib. t Dal'.
Vost. no.1:12..22 162, ~ (!41RA 17:8)

XROTOVO V.A.
Siberian geographers at the international congress In London. Dokl.
Inst. geog. Sib. i Dall. Vost. no.7t72-78 164. (MIRA 18M)

BUTAMMEV, II.R.; GALAZITv G.T,; KROT1011, V.A.; -MOTSK17,
Comprehensive utilization and conaarvttion of the natural rescurces
of Take Baikal. DokI. Inst. 900g. Sib, i Dal's VoBt. noe233-13 162,
(MIRA 18i10)

KROTOV) V.A.
Economicogeographical, problems of Eastern Siberia.
Sib. geog. sbor. no-41641 165.
(MIRA 1842)
N

KROTOV, VoD#. assistant
The problem of using right-angle intersection when plotting the
axes of dams and bridges* Trudy DIIT no*32t2OS-218 16le (HMA 1612)
(Sm-w"o-Plotting) (Bridge oonstruation)

SOV/124-58-2-1541
Trars!ation from- Referativnyy zhurnal, Mekhanika, 1958. Nr 2. p 8 (USSR)
AUTHOR:---ALWa-!~ VF.
TITLE- The Calculation of an Optimal Rocket Trajectory for Transition
to a Prescribed Circular Orbit Around the Earth (Raschet
optimal'noy trayektorii dlya perekhoda rakety na zadannuyu
krugovilyn trayektoriyu vokrug Zemli)
PERIODICAL- V sb, : Mckhanika (MVTU, Vol 50), Moscow, Oborongiz, 1956,
pp 313 334
ABS'IRACT: The dirticle considers the variational problem of the finding of
a fir--I burning regime permitting to place a ballistic rocket in a
given orbit with a minimum starting weight on the condition that
the thrust be alwdys coincident with the rocket velocity. It is
assumed that the trajectory in question consists of a segment corres-
poll(hrig to the starting impL115C, an active segnie-it, a passive seg-
ment and a section of tile final impulse. The author utilizes equa
tions ot motion projected upon the tangential and normal directions
to the trajectory. As an independent variable the author takes the
Card 1/3 geocentric radius r ; however, the monotonotisness of the

SOV/124-58-2-1541
The Calculation of an Optimal Rocket Trajectory for Transition (cont. )
function r(t) along the trajectory is not demonstrated. The changes in the gravita-
tional acceleration g and the back pressure with the altitude are evaluated by
the method offered by D. Ye. Okhotsimskiy (Prikl. matem. i mekhan. . 1946, Nr 2);
however, the author presents this method as original and states that these factors
had not been assessed prior to his work. The equations of motion include the
atmospheric density (considered as dependent on the altitude), and contains centri-,
fugal- and Coriolis-force terms. However, the author does not observe that the
equations developed are valid only for the case when the given orbit is in the plane
of the equator. His contention regarding the applicability of the method "for cal-
culation of the transition into any prescribed plane cosmic trajectorv" is errone-
ous. The final mass of a rocket is considered to be given, and the functional of
the problem, i. e. , the initial mass in question Mo. is determined by integration
of Meshcherskiyl s equation written for the projection onto the tangential direc-
tion. The equation written for the projection onto the normal direction is consid-
ered as a nonholonomic relationship, and the problem is reduced to Lagrange's
general problem. The variational problem for the active segmert is reduced to
the solution of a system containing two differential equations (of the first and
third order). However, the derivation of the end conditions is not correct
inasmuch as the author does not take into account the variability of the starting
Card 2/3

SOV/124-58-2-1541
The Calculation of an Optimal Rocket Trajectory for Transition (cont. )
point of the active segment. For the solution of the boundary problem the author
offers a specific method. T'.e possibility of obtaining a solution by this method is
not rigorously substantiated, and it is not proved that the solution sought actually
corresponds to the minimum; also, it is not investigated whether the solution is
the only possible one. The author does not analyze the equations developed, the
properties, or the peculiarities of the optimal motion, and does not consider any
examples. There are misprints, incorrect statements, and errors in the dis-
cussion. The formulas are not always explained correctly in the context, Biblio-
graphy: 6 references.
V.A. Sarychev. V. A. Yegoro-.,
Card 3/3

KROTOV, V. F.
"Calculation of the Optimal Trajectory for the Transition of a
Rocket to a Given Circular Trajectory About the Earth," by Stu-
dent V. F. Krotov, Mekhanika, No 50, Gborongiz, Moscow, 1956,
PP 31T-'Y3V- 'wrl')^
This work presents equations for the optimal motion of a rocket in
its transition from a given point on the surface of the earth to a given
orbit; it considers variable density atmosphere and the central fie]A of
gravity with variable coefficient g zk/r2.
Krotov formulates the problem, derives
lists the equations of notion of a rocket in
sents the boundary condition equations.
first variation expressions,
the active state, and pre-
I )J

0
AUTHORs Krotov, V.F.
86183
S/140/60/000/005/010/021
C111/C222
TITLE: Discontinuous Solutions of Variation Problems
PERIODICALt Izve8tiya v,Yaohikh uchebnykh zavedeniy. Matematika, 1960,
No. 5, pp, 66 - 98
TEM The author considers the extremal, problem for
0) I(u) - I F(x,y,yl)dx
on a set TJ of curve@ u with the following properties:
I the x- and y-coordinates of u are continuous functions of a parameter t;
2~ y(%) is continuous on u and unique everywhere in the interval a,b]
with the exception of a finite set of points x i (I . 0,1,...,n) W~ere it
may have discontinuities of first kind; 3) yl(x) is continuous almost
everywhere on 1a,b] and bounded everywhere with a possible exception
of th3 points xi ; 4) it holds
(2) y(a-0) - a y(b+O) - b11
Card 1/3

86183
Discontinuous Solutions of Variation Problems 3/14 60/000/005/oio/021
Ci 1 IYC222
5) u lies in the domain B of the xy - plane, where F(XOY,Z) and
F Fy, Fz are continuous in all three arguments.
The integral (1) is defined as follows i Let um be the curve u in which all
I
vertical sections are replaced by lines having the inclination -; and
passing through the middle of the v,trtical section, The function y(x) con-
sidered along um in denoted with yM(t) ; then let
(8) I(u) - lim (L) F(X,y (x), y'(x))dx
m M
M-foo
The author gives necessary and in some cases sufficient conditions that (1)
has an absolute or strongly relative extremum in the class U. It is shown
that there exist two kinds of extremale t ordinary onesi i.e. such ones
being solutions of the Ruler equations for corresponding boundary con-
ditions (type b) and singular ones (type a) with the property that every
infinitely small part of them does not depend on the situation of the
neighbo-ring parts and has the extremal properties. It is shown that the
type b is particularly characteristic for the given problem, while the
Card 2/3

86183
Discontinuous Solutions of Variation Problems S/14 60/000/005/010/021
C I I IYC222
type a is possible only under additional assumptions. The author gives
necessary conditions for the existence of the extremals of the type a or b.
Simultaneously he investigates the more general problem on the extremum of
(1) in the closure U of the class U. It to shown that the behavior of the
extremal in determined by the functions
(5) W(x,Y, sign m) - lim F(xtY,m) -1 , jmj--~co YOYC-B
m
where
-I for m' 2)
then it holds
I(v) inf I(u), u (= UP (24)
Card 7/8

28724
S/020J611140100310021020
The absolute minimum of functionals on... C111/C222
analogous theorems hold in the toy-plans.
There are 3 Soviet-bloc references.
ASSOCIATIONs Moskovskoye vyssheye tokhnichookoye uchilishche imeni
N. E. Baumana (Moscow Secondary Technical School imeni
N. E. Bauman)
PRESENTEDt May 8, 1961, by L. S. Pontryagin, Academician
SUBMITTEDt May 3, 1961
Card 8/8

IJ178
S11031621023101210011013
lull, Cro D201/D308
AUTHORt Krotov, V.P. (Moscow)
TITLEo Methods of solution of variational problems
on the basis of sufficient conditions of
absolute minimum. I.
PERIODICALt Avtomatika i telemakhanikat v* 23, no* 12,
1962# 1571 - 1583 -
TEXTt The author considers the problem of absolute
minimum of function
t!
J fo (t9 YO U) dt + F (y'I Yl).
0
0
The vector-funotiona pair y(t) and u(t) must satisfy the system
of n differential equations
9
y " f (tt Yt Of (3)
Card 1/2

511031621023101210011013
Methods of solution ... D201/D308
The sufficient conditions of optimization of such systems are
derived and on their baais some of the fundamental algorithms
of solution of variational problems are consideredt the Lagrange
formal solution and the Hamilton-Jacobi-Bellman solution. The
last method is used for full eolution of optimal synthesis of
systems, linear with respect to the phase coordinates, operating
during a certain time with the minimum value of the functional.
For a particular linear problem of determining the minimum of
functional (i) , orr condition that the initial yo and final yj
veotore are given and the domain B(t) of space, t, y is unbounded
(o < t e- tj ), the result is the same as that obtained by
L.I. Rozonoer (Dokl. AN SSSR, v. 127, no- 3# 1959) who used very
cumbersome analysis of increments of the functional. There is
1 figure.
SUBMITTEDt MaY 3, 1962
Card 2/2

E-
_PM-y'- -V-y-
Dissertation defended for the degree of Candidate of PhysicomathawatipAl
ScienceLs at the Mathematical Institute Imeni V.A. Steklova,1962:
"Now Method of Calculus of Varlattons and Several of Its Applications.m
Vent. Akad. Nauk SSSR. No. 4, HaRcow, 1.963, Pages 119-145

XROTOV, V.F. (Wakwa)
Methods for eolvIng variational problems based on the adequate
conditions of absolute minimum. Part 1. Avtom.i telem. 23
no.l2tl571-1583 D 162. (MM 15s12)
(kutomatic control)

SOURCE: Avtomatika i telemekhnika, v. 24, no. 5, 1963, 581-598
TOPIC TAGS: calculus of variationsj, mathematics in automation
ANSTRACT: c2neral formalism of sufficient optimal conditions as sugEp!5ted by thie
same wathor Wetho-iB for solving variational problew basel an the ab6.:)1ut---
Minix= safficient conditions I., Avtomatika i teelemekhanika, vol 23, No 12,
6DI 4 . -- .4 ~A=--I~ -- Uw,,v of-
permissible functionse Characteristies of minimizing seq:aences (sliding optimum
conditions) are investigateed, and variou3 methodis exe suggested for finding
such conditions; the methods permit completing the solution. An optimality
principle is formula+4,d and proposed as a necessary and sufficient condition fc.-
finding the ab3olute minimum%%f a functional by the methods of thz calculus of
-- Variations.16The posslBl-e--;~Wchnical applications of the abore mathemMlical
method are:' (1) an intermittent thrust ir. the maximum-r=We flight of an
Card 112

L 10278-63
ACCESSION NR: Appoo462
aircraft and (2) the cTrtimum rate of pressworking or stamping. Orig. art. has:
49 equations.
ASSOCIATION; none
SUBMrMD: 25Sep62 DAM ACQ: 12jun63 ESTL: 00
SUB CODE: W,,AI WR FV SOV: 009 MER: 000
Card 2/2
..........

;ACCESSION NR: AP4042489 5/0103/64/OZ5/007/1037/1046
AUTHOR: Krotov, V. F. (Moscow)
TITLE: Methods of solving variational problems for sufficient conditions of an
absolute minimum. Part 3
SOURCE: Avtomatika I telemekhanika, v. Z5, no. 7, 1964, 1037-1046
TOPIC TAGS: automatic control, automatic control design, automatic control
system, automatic control theory
'ABSTRACT: A method set forth earlier (Avtomatika I telemekhanika, v. Z3,
!no. 12, 196Z, and v. Z4, no. 5, 1963) In generalized In the present article toi
;Cover the variational probtems for systems described by partial differential
equations. The optimizatio;: nf distributed parameter systems can be reduced to
such a variational problem. A sufficient condition Is formulated for the absolute
~Wnlmum of this functional:
1/Z

ACCESSION NR: AP404Z489
,where the function f (x, y, u) is defined and in continuous on W; F[ yj (X) is the
.1
1unctional which depends upon the values y. (x) of the function y(x) on the surface
S. On the basis of the above absolute -minimum condition, the Lagrange
formalism and the Hamilton -Jacobi -B all man formalism for solving variational
1problems are considered. Orig. art. hass 60 formulm
11ASSOCIATION: noner
ISUBMITTED: 05Jul63 ENCL: 00
SUB CODE: DP IE NO REIr SOV: 001 OTHER: 000
Card!

L 17001-66 EVITWVEWP~~?, IJP(c-) G.5,1 B C
ACC NR: AT6003574 SOURdE CODE.- URI/0000/6r)/000/000/0217/0236
,KUTIIOR: Krotov, V. F,;Gurman V. 1.
ORG-. none
TITLEi On optimal sliding modes in variational problems of flight dynamics
SOURCE: Issledovanlya po dinamtke poleta,(Research on flight dynamics), no. 1. Moscow,
Izd-vo Mashinostroyeniye, 1966 217-236
TOPIC TAGS: variational problem, flight mechanics, q%' v ctr&
1 ABSTRACT: The purpose of this article is to demonstrate tLe existence of optimal sliding
modes in variational problems In flight dynamics In the atmosphere, in cases In which the
control is the angle-of-attack of the aircraft.1 The study Is made on the basis of a theory
outlined elsewhere. In the course of th Atigation certain techniques are demonstrated
Wch can be conveniently employed In the stu4y of sliding inodes and degenerate problems
in general. It Is, moreover, pointed out that these modes are typical or some problems.
In formtdating and solving variational problems In flight dynamics, the poasibility of an
optimal sliding mode, reguMeas of whether the mode ,, practIcably feasible or not should
Card 1/k UDC- 629.197.005

L 17005-66
'ACC NR.- AT6003674
always be considered. In this case the appearance of a sliding mode indicates that the
initial suppositions and the formulation of the problem are to be reviewed. The presence
in the optimum condition of sliding mode segments Is shown to complicate the Investigation
to some degree, since this mode always entails a degeneration mid artificiality of the
i solutions, which are capable of satisfying certain necessary optimum conditions, but are
;not all actually optimal, In such cases, both the classical variation calculus methods and
their familiar generalizations are found to he Ineffective. The final solution of the problem
in such cases can be achieved only with the help of more stringent necessary and sufficient
conditions for the optimum, one of which Is tbe principle of optimality used in this paper.
Orig. art. has: 3 figures and 64 formulas.,
SUB CODE: 01, 12 SUBM DATE., 02Aug66 ORIG REF: 008
icartl 2/2

A ri I, S Is o! IT' r1 ~A
50URCE: Avtomatika i telernekhanika, v. Z5,_ no, 11, 1964. 1521-1527
TOPILt TAM-.- auto ma Li c-- control.-,- ---iiuto matic control design-, automatic control
system. automatic control theory, optimal autorna tic control
A BSTPUNCT: A regular algorithm is found for an approx imate svntht~sis of the
optimal field of - cant rots- --Ti ---The-algorithmi consists of these three
(1) Given are m arbitrary curves yA (t). i. c. . m points in a space Y at every
-~f-l 10 !d. more or less uniformly coveri,ifz tho re~:iwi F~, (1) n sur li a w a y
'. k! q 1,4! 1 (, n I. *,is nut Lt,r( ( ) A , I ~ . ! ~ 1~ r t . - - ~- , 4 \ , I I u r 1 5 e t
--,-i r v d iff e r v nt ia I quat ioti s w i t h i ri ia I ~),i ~,-t is solved
r7 A r o r, ~ r
C 0 -1

mow
L 1711553-6~3
,r-S,SION, NR: APS()O()144
A
j, ( 3) The mi rT,,be r r o rT-, formula
n S s
2 7 -P r-X
r a r I r_-i s
1 A T IoN none
FTFD' 16Aov63
,~O REF
r, p
Card

4LIKOVP P.G.P kand-tekhn.nauky' FROTSAMP ma*f
MAILOV kand-tekhn-nauk; E -Inzh.; OS=MOV,, )"S ;Mzh';
insh;; SMORGUNOVO H.P.1 inzh.,- KRM,
_qMF_q kKOV. V.M. . inzh* I
. ,n coals in wet-b9ttOm furnaces with snajLl-T
Experience in burning bro
impact mills. Teploenergetika 10 no.2:15-19 F 163. (KMA 16:2)
1. Vostochnyy filial Voesoyuznogo teplotekhnicheskogo institutav
Chelfabinsk, Kraonoyarskenergo i Voeooyuznyy nauchno-insledovatellskiy
toplotekhnicheskly instituto
(Boilers) (Furnaces) (Lignite)

!I. 3*:1.11-i~., na
1,09 9
1949, 1:0. 7, 7-9.
D:o
so: Lj--topis. i;o. 32t 191i9o

XROTOVO Vlaeimir Hosamovich,; GORCUROV, I.F.,rad.; PITIMM". Te.L..red. itd-va,;
- '--__SIIH.S ........ tekbn.red.
[Cc~nstructing norrow-gauge logging railroads] Organizateile
9troitel'stva laijoyoznykh zhelsznykh dorog; uzkoi kolei. Koskva,
Goelesbumizdat, 1958 210 pe . (KIRA 11:12)
Nailroads. Narrow-gauge)
(lumber--Transportation)

F ':TC 17 Vladimir Romanovich; TORGC,.'Sf,!Y, Mikhail Nikolayevich; GA, ','; , ,B.G,,
doktor t_SRFE_*n_&_UTv_prof., retsenzent; GAVRILOV., 1. L, inzh.,
retsen2ent; TOVSTOLTIZHSKIY, N.I., rbd.,- PITERKAU, Ye.L.,, -*d.
izd-va; GRECHISHCHEVA, V.I., tekhn. red.
(Organization of the conatniction of logging roads] Orgfinizntsila
stroitelletva leoovoznykh durog. Moakva, Gooleabumizdat, 1902.
262 p. (MIRA 1616)
1. Zaveduyushchiy kafedroy sukhoputnogo transport& lesa Llvovskogo
losotakhnichookogo Instituta (for Gantev). 2, Nachallnik mekhani-
zataii stroitellotva lesozagotovitellnykh prodpriyatiy TSentrall-
nogo nauchno-isaledovatellskogo Instituta mekhanizAtsil I energe-
tiki leanoy promyohlennosti (for Gavrilov).
(Forest roads--Design and construction)

SIVAKOV, Alekney Tiv~ofeyevich,- BLDOV, O.S., retsenzent;
BAZICIMKO, L.P.., retsenzent; KROTOV, V.H.., red.
(Mazual for buUdozerg scraper, and grader operators]
Posobie bulldozeristu, akreperiotu i greideristu. Mo-
skva, Goulesbumizdat,, 1963. 153 P. (MIRA 17:6)
i "4

TCiiGC,'.'SK--iY, 1'ikhail
(Management of constructior. ntroltollrykh
rabot. 1',oskva, Lennialn VC; A IFNI 10)

KROTOV, V.S.
,--- --"-Wmww-
I Biotits granites of lisloyodsk. DokladY Akad.Nauk 5#54-H, 84#789-91
152. (KLRA 5:7)
(CA 47 no.170604 '53)
1. A.H, Gorki State Univ., Kolotov.

o V,
P. ov,,Tndy rsexibal. Nauck.-lukliaki.
AdtalmW Widditte, AamthWale. Itmauvide, and qWUU,
oA ct"to. In a mkrogf Itic ground -tasm. The ,
un=q
It" 2V t4
vukbk bet 24* and 42'. (VU61
"I
.neg.. owe KAOAbad lwins. The anorthoclase shmi aly!~
teral or albite-Esterel twitminp; Wticalli net.. 2V a&-64 *., ~ -
The lmubterde Is chansed to te. 7le planimetrk
dctn. of the minera) compu. Jpt-b., roLk Awwo ground-
mass 73.7, ognidlne 19-4. ancethoclase 4,0, hmnblende 2.4
and = 0.5%. The truchylipulle Is the pocpb fie"'
rcild c from the magma laccal0b 01 Heshfats; a W
anchicutectic and shows In its chm. ccrrup-). the canuA-
gi inity with trachyllpadtes d Pyatigursk. Seven analyses
0 Witted galnerals (sarildine. anortholitte? aml ljorit-
blende) an given; the manicline oontaim 334% NitO
IO:r X.0; the ano"boclAse contains 8.26, Nato
a4d 2.6147q K%O; and the harublende contains I.Wj' 14a&O
a
and 1.157o K*O. The BeditaLs laccolith m3gina showt a
charactert.stic crystn. 2cqucnce In 2 stetic W. uit-el
G of the sheets Andranotarijava and Diego Suaret.
jac=csle Saint fs fB,jz. tfol., Tananarire, Madax-m-
c"). malvo cmmilldful madalalcof (I dilvrUallul. Trat.
bosr. CM, No. $7, A4 .(1952).-A mconnaLssance (ep(ot
'*a an am of sq-PE., * RhpAltcv, trachytes, haults,
and baft.1tel are des"Ibed. with chem. itnalyp.-2 of 7 rocks. (PON A
lur L-1

POLOSINJ V.S.
flow variations of experiments for the study of flame. Khim. v Shkole
18 n0-5:42-48 S-0 163. WIRA 17: 1)

KRarov,v.v.; KOLCDTSOV,N.K.
Pneumatic equipment designed
cars. Gidroliz. i lesokhim.
for loading charcoal into freight
prom. 8 no.2:20-21 '55.
(NLRA 8:10)
1. Syavskiy lesokhimichookiy kombinat
(Charcoal--Transportation)

25( '3OV/1 17-59-8-9/44
AUTHOR: Krotov, V.V.. Director
Let Us oupply Industry with Perfect -quipment
!.:ERIODICA_L: lillashinostroitel", 1959, Nr 8, PP 3-4 (U3133R)
A3,;TRACT: The article tells of the part played by the Uralmashzavod
in supplying iadustry with the equipment it needs. In
one year, 75% of all the mined ore vias processed and
80/'0' of the obtained oil was extracted, with the aid of
equipment produced by Uralmashzavod. Seventy-five per-
cent of the blast furnaces are fitted with equipment
from this plant. Rolling equipment provided by the plant
ensures the rolling of 12 mi'llion tons of metal# The
rollf.ng mills at present being turned out by the Ural-
mashzavod are better, as to deCree of meelanization and
automation of technolorEical process, than foreign rol-
mills. Their productivity ir. 20 to 30;~ higher.
lin(,
.
The plant is also making opou cast, mining excavators with
Card 1/3

SOV/117-59-8-9/44
Let Us Supply Industry with Perfect Equipment
buckets of 3 to 8 m3 capacity, and also powerful walking
excavators with 10 to ;4 m9 buckets. The world's largest
excavator (with a 25 m-1 bucket and a 100 m long jib)
1 3 bucket excava-
has also been made by the pl.unt, A 11-0 M- -
tor with a 125 m jib is planned, as is an automatic bloo-
ming mill. Since 1946, the Uralmashzavod has provided
the oil industry with powerful drillin:; maclhinez-. for
well drilling to a depth of 5,000 M- For the first time
inthe Union, a unit haS been conotructed for the sinking
of vertical mine shafts with all operations mechanized.
A series of large presses ha.,; been made, including a
vertical press of 30,000 tons pre,;ure, and a horizontal
one of 12 thousand tons rressure. DurinG -he 3even-jear
plan period, 50 rolling mills vrill be constructed. In
1960, the plant will 2tart the production of sinterin
machines with a 200 m sintering surface. In 1960, "t e
production will also be started of equipment for unique
Card 2/3

SOV/117-59-8-9/44
Let Us Supply Industry with Perfect Equipment
blast furnaces, 2,286 m3 in volume, ensuring the smel-
ting of 1,700 thousand tons of pit iron per ye~Lr. The
"brigade" (team) of presser Vladimir Moiseyev~ and the
brigade of turners under Nikolay Tyulenev were the firot
to join the movement (initiated by the people of Moscow)
to work and live in a communist way. Gear-cutter K.Ya.
1,,iasliy initiated the movement for drawing up complex plans
to increase the productivity of labor at every machine
unit and every working place. Engineers IT.Belykh and V.
Bykov took part in designing a pipe rolling mill and
rail-and-beam mill for China. The members of the designing
department, under the leadership of engineer A, Lipatov,
lowered the weight of machines developed during the four
months of this year by 700 tons.
ASSOCI,'%.TION:Uralmashzavod
Card 3/3

KROTOV, V.V.
Improving production management in the tnehinery industry of Middle
Ural Economic Region. Blul. takh.-ekon.inform.Gos.nauch.-issl.inst.
nauch. i tekh.inform. 18 no.603-56 Je 165. (MIRA 180)

KMOV, V-yu-; BARTUSYAVICHM, A.S. [Bartusiavi6enesp A.S.)
Report on t4o activity of the Vllnius Society of Roentgenologifito
and Radiologists in 1960. Vest.ront.i rad. 36 no-3:75 My-Je 161.
(MIRA 14:7)
1. Predsedatell pravleniya Villnyusakogo gorodakogo nauabnogo
ob3hch3stva rentgonologov i radiologov (for Krotov). 2. Sekretarl
pravleniya Vilinymskogo gorodakogo nauchnop obBhchestva rent-
genologov i radiologov (for Bartuavavichene).
(VILNIUS-RADIOIDGICAL SOCIETIES)