SCIENTIFIC ABSTRACT BABUSHKIN, L. N. - BABUSHKIN, V. A.

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• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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_ - 1, 1 .
Babushkin, L.N. "On the -requency of dry winds in the -,.--arious areas of Central Asia.
(On the question of estimating the growing period of the cot.ton plant) . izvestiya Akad.
nauk UzSSR, 1948, 1,10, 3, P, 114-21, (Hesume in Uzbek), - Bibliog: 9 items.
SO: U-3042) 11 Alarch 53, (Le-,opis IrI.Vkh Statey, No, 110401)

BABUSHUN, L. H.
Babushkin, L. N. "On the evaluation of the Isubtro-picall chart-eter of the al.im-ate
of the Central Asian republics,h Trudy Tashk. geoll .iz. observatorii, Issue 1, 1949,
P. 35-36.
SO: U-3736, 21 MaY 53, (Letopis 'Zhurnal 1n:rkh Statey, No. 17, 1949).

BABUSHK111, L. N.
Babuslikin, L. 11. "Ter~perature and precipitation in the winter senson in the lowland
part of Uzbelcistan,n Trudy Tashk. geofiz. observatorii, Issue 1, 1949, p. 40-78, -
Bibliog: 17 items.
so: u-3736, 21 VV 53, kLetopis 11;hurnal ln~~kh Statey, No. 17, 1949).

, -,. L .
Uzbekistan - 1~,etc;orolw.-,r, Ar-ricultural
Method of acrometeorological data and forecasts in Uz'r--,ekistan. Trudy tashk. geofiz.
L; U
obser. 111c. 3, 1949.
Monthly List of Russian Accessims, Library of Clc.nEress
June 1953. Ull-'CL.

BA13USIU;lN, L.11. (Editor)
"A,,-rometeoroloey," Tru& Tashkentaka Geofizicheskov Observat6rii (Works of
the'Tashkent GEopiiysical Observatory)p No 3M, 1949, Leningrad (Rditort
L.N. Babushkin).

RkBUSHKIN. L.N. . __
z _
fr~ -
Division of Uzbekistan into agricultural climatic districts. Trudy
SAGU no.28:57-82 151. (MI" 9:5)
(Uzbekistan--Crops and climate)

BABUSHKIN, L.N.
Air temperature and humidity in cotton and alfalfa fields under
irrigation farming conditions in Uzbekistan. TTudy Tashk. geofir.
observe no~7;25-62 152. (MIRA 1183)
(Uzbekistan--Meteorology, Agricultural)
(Irrigation farming)

BABUSHKIN. L.H. ,
Agrometeorological evaluation of the growing season oT cotton in
Uzbekistan. Trudy Tashk. geofiz. observ. no.7:99-132 52.
(Uzbekistan--Cotton growing) (MIRA 11:3)
(Meteorology, Agricultural)

BABUSHKIN, L. N.
Klimat Uzbekistana fThe climate of Uzbekistan2 Tashkent, Izd-vo Akademii
Nauk USSR, 1953.
36 p.
So-. 42N/5
623-44
.B1

42N/ 5
632.831
B.-MISHYM!, L N B1
Vliyaniye pogody na razvitiye khlopchatnika ubekistane (The influence
of climate of the growth of cotton In Ubekistan, by) L. N. Babushkin i
M. B. Blyum. Tashkent, Akademiya naul UzSSR, 1953.
27 p. diagrs., tables.

BABUSFAIN, L. N.
"Agrometeorological Evaluation of Seasons".
Trudy Tashkentsk. Geofiz. Observ., No 8, PP 3-27,, 1954.
Evaluation of the seasons of the year in Uzbekistan is made by the
author proceeding from knowledga of the individual meteorological elements
for agriculture production and for the life of plants. Thus evaluation of
winter is carried out on the level of temperature to determine the possibility
of injury or futther development of crops. Essential significance
for agricultural plants is possessed by snow cover and precipitation; therefore
the author groups winters into cold, temperats, warm and into snowy, moderately
snowy, slightly snowy.. and also into rainy, moderately rainy, dry.
Spring is grouped into corresponding schemes. (RZhGeol, No 11, 1955)
SO: Sum No 884, 9 Apr 1956

"Ail,rometeorological Observations in Rice Field.,"
Trudy Tashkentsk. geofiz. observ., No 8, 1954, -37-46
Observatlono on tomporature and humidity of the (tir in ti.,,o rice ftcl(b
and in an unirrigated control field near Tashkent. In the course of the
vegetative period four around-the-clock series of observations were con-
aucted with the Assman psychrometer at heights of 2 meters and 2 cm ana
at a level 3/4 of the height of the rice sten. The air temperature at
height 2 m over rice fields in the summer (during thick stems wid soil
flooded with water) was 1-1-50 lower in the dayLime, in the autturin (during,
driaiugge of the water) in 'the daytime and night-time, than over the
control field; in the stmuner at. night the temperatures were levele(I off.
(RZhGeol, no 9, 1955)
SO: Sum-No 8L5, 7 Mar 56

BABUSIMN, L.N.
~ j
Agrictiltural climatic characteristics of the Pamirs. Trudy SAW
no.50:49-59 154. (MIRA 9:7)
(Pamir--Crops and climate)

BABUSMaN, L. N.
'_~W_04 "'Wok
Studies on the agricultural meteorolog7 of Uzbekistan and
their prac.tical application. Trudy GAQU no.60:117-170 '54.
(Uzbekistan--Meteorology-, Agricultural) (MIRI 9:11Y

KMHENEVSKIY. N.K.; BABUSIMN, L.N., professor, redaktor.
[GlacierB on the northern elopes of the Alai Range] Ledniki sever-
nogo sklona, Alaiskogo khrebta. Tashkent, Izd-vo SAGU, 1955. 61 p.
(Tashkent. Universitet. Trudy Bredneaziatskogo gosudaretvennogo
universiteta. no.64). (MLEA 9:5)
(Alai Range--Glaciers)

Subject USSR/Meteorology and Hydrology AID P - 1883
Card 1/1 Pub. 71-a - 26/26
Author Babushkin, L. N.
Title Professor A. A. Skvortsov (Obituary)
Periodical Met. I gidro., no.2, 65-66, 1955
Abstract The article describes the life and scientific activities
of one of the leading meteorologists of the USSR who
died in 1954.
Institution : None
Submitted : No date

]*BUSHKIN, L. N. .
-_11;_~:_Ii~""-~;-~~,6 ; .
Characteristics of the lashka-Darlya Province climate. Trudy SAOU
no.80:27-47 '56. (KM 1o:4)
Mahka-Darlya Province--Climate)

BABUMIZIN, J, KHUSANOVA, Kh.
0
Characteristics of climatic fluctuationa in Uzbekistan. Izv. Uzb.
fil, Geog, ob-ve, Z-.3-10 156, (NIRL 11:4)
(Uzbekistan-Climate)

AYZENSHTAT, Boris Abramovich; BAIASHNVA, Yeletia Nikolayevna; ZHITOMMSKAYA,
011ga Haoiseyevna; prof., red.; ZHDANOVA, L#F.,
red.; FIAUM, M.Ya., tekhn.redo
(Climatological dencription of the Golodnaya Steppe] Klimaticheekoe
opisanie Golodnoi stepi. Pod red. L.N.Babushkiba. leningrad.
Gidrometeor. izd-vo, 1958. 73 P. (MIRA 11:7)
(Golodneya Steppe-Climate)

k SHUL'TS, V.L.; *WSMU, L.N.,prof.,otv.red.
A
E-Hydrography of Central Asia; a brief survey] Gidrografiia
/. Srednet Azii kratkii ocherk, Tashkent. Izd-vo UGU- 1958.
114 p. (Tashkent. Universitet. Trudy Srendeaziatskogo gosudar-
otvennogo universiteta, no.129) (MIU 12:2)
(Soviet Central Asia---Hydrography)

KORZHEIM,VSKIY, N.L. Cdeceaeed],red.;J~~RKSHKIH# L.H., doktor geogr.
nauk, otv.red.; DONSKOY, P.V., :-"riXOVBNKO, Ye.P.. rod.;
GORIKOVAYA, Z.P., tekhn.red.
[Natural conditions and resources of the Amu-Darya lower
reaches; the Kara Kalpak A.S.R. and Khorezm Province of the
Uzbek S.S.R.] Prirodnye usloviia, i resursy nizovIevAmu-Darli
(Kara Kalpakskaia ASSR i Khorezmakaia oblest' UzSSR).
Tashkent. Izd-Vo Akad nauk Uz.SSR, 1959. 350 P. (Materialy
po proizvoditellnym silam Uzbekiatana no.10).
(MIRA 13:2)
(A=i-Darya Valley-Physical geography)

Ak-MOV' V.V., kand.geogr.nauk; BABUMIN, L.W., doktor geogr.nauk;
ORRSMAI L.M.; SKVORTSOV,-Tu. A . doktor geol.-mineral.nauk;
PETROV, H.P., kand.geol.-minorsl.nank; CHIRNEVSKIY, U.N.;
KRILOV, N.M., doktor gool.-mineral.nauk; KFIASMOV, A.S.;
BICDRR, B.A., kand.geol.-mineral.nauk; KIMBERG, N.V., kand,
sellakokhoz.nauk; SUCHKOV, S.P.; GLAGOLEVA, A.F.; MVU-
SHINA.-GROMMA, A.N.; VERNIK, R.S., kand.biol.nauk; MONOTOT,
I.F.; GRMITOV, I.I., kand.biol.nauk; SALIMATEV, Xh.S., kand.
biolog.nauk; STIPANOVA. N.A.. kand.biolog.nauk; YAKHONTOV. V.V.;
DAVLRTSHINA, A.G., kand.biolog.nauk; NMTBACOV, Ta.M., kand.
biolog.nauk-[dscsased1;.KUMINA, T.Te.; KORZHHNIKVSKIT, N.L., red.
[deceased]; GCRBUNOV, B.V.. kand.geologo-mineral.nauk, red.;
DONSKOT, P.V.. red.; TAKOVENKO, Te.P., red.izd-va; GORIKOVATA.
Z.P.. tekhn.red.
(Katerials on the productive forces of Uzbekistan] Katerialy po
proizvoditelInYM BilSM Uzbekistana. Tashkent. No.10. [Natural
conditions and resources of the lower reaches of Amu-Darya;
Kara-Kalpak A.S.S.R. and Khorezm Province of the Uzbek S.S.R.1
Prirodnye usloviia i resursy nizoviev Amu-Darli; Kara-Kalpakskais
ASSR i Khorezmakaia oblaBtl UzSSR. 1959. 331 P. (MMA 13:5)
1. Akademiya nauk Uzbekskoy SSR, Tashkent. Sovet po izucheniya
proizvoditellnykh sil. 2. Chleny-korrespondenty AN UzSSR (for
Takhontov, Korzhenevokly].
(Ama-Darya Valley-Physical geography)

BABUSHRIN, L.N.
Climatic characteristics. Trudy TashGU no-185:31-47 '61.
(MIRA 14:12)
(Surkban-Ijarya Province--Climate)

-BABUSHKIN, L.I.I.; KOGAY, D.A.
Physicogeographical zones. Trudy TashGU no.184,.:199-214 '61.
(MIR-A 14:12)
(Surkhan-Darya Province--Physical geography)

BABUSHKIN, L.N.
Temperature regime during cold weather periods in the republics
of Central Asia. Izv.Uzb.fil.Geog.ob-va 6:11-29 162.
(Soviet Central Asia-Atmospheric temperature) OMIRA 15:8)

-BABUSHK-IYi--L.N..., doktor geog--. naulc, prof., glav. red.; A1UiADYV,
Z.14., doktor geogr. naulc, rod.; 3ULTP1'OV, G.S., kand.
biol. nauk, red.; FEEMOOMTS, I.I.A.. band. fiz.--nmtem.
nauk, red.; ZARIFOV, Kh.T.. Icand. filolog. nauk,. red.;
TOLSTOV, N.N., red.; BAUDI~A, S.B., red.; VOLKOVA--VOLK,
V.M., red.
[Atlas of the Uzbek Soviet Socialist, Republic Atlas
Uzbekskoi Sovetskol SoLniallistichoskoA Ilespubliki.
Tashkent, 1963. 53 P. (WRA 18:2)
1. Russia (1923- U.S.S.R.) Gla-m-rje upri.M.cniye gcodEzii
.y univer's-itet
i kartografii. 2. Tashk-entsldy Gosudarstveimy
(for Babushkin).

air'.temperature
-TRANSLATION: On the basis of data from climatic investigations, agromteorologi-
cal data and corresponding systematic agroclimatic analyses, the author has macle
an evaluation of the degree of favorability of the climatic conditions of the
republics of Centxal Asia for agricultural production. At: the beginning of the
study there is a -discussion of general problems involved J.n agrometeorology and
agroclimatology. The author discusses the basis for and cites agroclimatic in-
dices used in the agroclimatic description of Central ASiU. In evaluating the
temperature resources$ preference has been given to the sums of effective and
positive temperatures above 03 +5 and -tlOC applying respectively to ephemeral
C:Bffture vegetation, grains$ cotton fields and other therm)philic crops. The
1/2

L 23377-65 '99TMACP
7CZ:r-01ON'VF-: AR50025~7-' S/0169/641000/01MOSS/B055
z a
B339
-T
AUMORI: Babushkin, L. No
TITIE:- Agroolimatic tegionalization of1c.entrai Asia
CITED SOURCE: iNauchni--tr*-'Tashk~~-ts "uns-i vyp.,236' 1964 -.186-272.
A 3~ 0
TOPIC TAGS: climatology., agrometeorology, agroclimatology, resional climatology
TRANSLATION:- - Agroclimatic - regionalizatioft was accomplisheit. by di"Idi ft* the area.
ng
into agroclimatic provinces, regions and districts# The iridependent climatic
provinces were based on the foll:owlng geographic complexes defined by V. M.
Chetyrkin in the complex geographic regionalization of Central Asia; 1) Tura
Valley,, 2) Central Kazakhstan$ 3). Oz'ungaria-Tlien-shan and 4) Kashgar, SubprovLn-
ces have bee h def ined in climatic provinces f or which the. presence . of lowland. mid
mountainous relief is typical. The boundaries of regions in subprovinces of f oot-
hills and mountains have been drawn on the basis of orographic limits; the laws of
development of latitudinal zonality and the character of the underlying surface
were taken into account in lowland areas. The delimiting of groups of districLs
the basis of a comparative analysis of climatic conditions within each

SUB COM. ES ENCL: 00
cord 2/2

BABUSHKIN, L.N.
Physiological sigm'ficance of the process of water vapor absorp-
tion by plant leaves. Dokl. AN SSSR 155 no. 5:1216-1219 Ap 164.
(MIRA 17:5)
1. MolOnv,:3kiy naiiehno-issledovatellskiy institut oroshayemogo
zemlccb3.iy& i ovoshchevodstva. Predstavleno akademikon. A.L.
Kursanovym.

ODING, I.A.; BABUSHK-IN'S _L.0., (deceased]
Effect of small intermediate plastic deformation on the process of
cfeeping. Trudy TSNIIBWH 45:39-" 152. (MLRA 9:2)
l.Chlen-korrespondent AN SSSR (for Oding)
(Creep of metals) (Steel--Testing)

ib[(fll)7p sag, 534"
tA
.)WAI'ty. huk ArerlAY'Sthfulskoy MIR
Tqzjrj dokla4ov So-hty-11% PO y7chislit4l'Ony mtpmtlk- I
.'d4t' ychl.liUl-ny tkhiiki (Otll-s of h1ports Of UA Cml-reoc* 02
ccrTtat~ticrai rAthemUcs and the Use of CaTut4r TvcWqmf) BOO# 1958-
63 p. 4W coplas VrLnte4.
AMMOTAl Bponwrig AV.ciSst &kLdcin vau,.k SM. - VYthlailtal'W t-.tr,
and Ak.&" rank 5MR. Institat .1tocatiki I W.-khSAU-
So contributor. mentioned.
pMp0fMj Ibis book to intande?k for pure L04 'ITU*4 WaU-afttlclacs' scientists, OL
ngit.r* and scientific verkers, vlow work Involves oowutattm and Ow use
of diSi tai and WAICA electronic computers.
I,, COYMM This book contains mumearled Of mports FOU at the 000flM nOl on
conp.tattonal PhUx-valtics and the A;Tltc-Um of Coputer Technique
7ho book I. dirlded into two vain Parts- The first part 10 davvt4d to
emputational sathematics and contains 19 summaries of reports. The sweend
section is dowted to cooputing techniques and contains 20 ffumminrise of z
reports. No pereoralitte. am watlaceA. No reforefte4e an ti-mm.
Wbith, Tu.A. On the n1tratlon of a Uquid in lochomormou WHO, 36
rakhzudav, N.A. Systas of Instructions for a VAlvermal Digital
0moputer With YAwAtto (Ferrite) Blesents wA Its Circuits 38
vik.laye'. I. x.. Contisou.1y opersti" likthematteal pechimes for Us
SOl.U- Of lftt~.Mtlosl Physics Pmblmms 40
maginam, Kh. AppIloatim of Vistbematiotl Machines for the solution of
R..br of Scientific wA 3.4-ring Prdtlem of Tatralmom Prodwtlm
41
(summary "Al)
belkial V.D. Applicatiom of llectromic DWUI Computers so vetional
NCO.-ic Pleont" 43
bbu&kln, M.m.__2psmUcc&l Zxperiam of tba NPT-9 and M-5
M-51. gw-mfualn Possibilities for bcp*amIzS tho lhamber or Problmime
52
lwy An Able to Solve
NarvashvIlIl ?.I. On Mw Imactomme of the solution of a Fintle-dirVer-
9SM "MUCO, WAICh ApPrOXIMMUl the MONOM lqmttm, On slactrto orlds
Card 6/7

AUTHORS: 1)Gorodskiy, D. A., Professor, Doctor SOV/105-58-9-19/31"r
of Technical Sciences, Volchkov, I. Ye., EnGineer
2)lvanov-Smolenskiy, A. V., Docent, Candidate of Technical
Sciences
~;')Veretennikov, L. P., Docent, Candidate of Technical
Sciences,Barinov, N. G., Docent, Candidate of Teclmica2
Sciences, B-bushkin 'M N Candidate of Technical Sciences.'&"'-~Pi
Potapkin, A, I., Engineer
(Leningrad )
TITLE: Dynamic Viodels of Power Systems (9 dinamicheskikh modelyakh
energosistem)
PERIODICAL: Elektrichestvo, 1958, Nr 9, pp 80 - 82 (USSR)
ABSTRACT: Remarks concerning the paper by I.S.Bruk in Elektrichestvo,
1958, Nr 2. 1) According to the paper, the methods of
using mathematical and physical models are contrary to
each other. It is shown here that this is not correct
and that a reasonable coordination of the two methods
should rather be aimed at. 2) The author follows the
opinion of M.P.Kostenko, V*A.Venikov and N.N.Shchedrin,
Card 1/2 and points out that for investigating transients in

Dynamic Models of Power Systems
SOV/lo5-518-9-19/34
electric power systems one should combine the results
gained with dynamic models with those obtained by the
use of electronic digital computers. 3) The authors
ask for a combined use of dynamic models and computers.
They show that even in such fields where digital computers
prevail, one.cannot do without dynamic models. There
are 3. Soviet-
ASSOCIATION: yl)Nauchno-issledova-tellskiy institut elektrotekhnicheskoy
promyshlennosti (Scientific Research Institute of Electrical
Industry)"12) Moskovskiy energeticheskiy institut (Moscow
Institute for Power Engineering)
4 'a
Card 2/2

S/194/61/000/012/027/097
D201/D303
AUTHOR; Babushkin, M. N
TITLE: The results of utilizing electronic analoguestl/7r-3
(MPT-9),Wn7--,S_ (IPT-5) and some possibilities of ex-
tending the range of their problem-solving capabilities
PERIODICAL: Referativnyy zhurnal, Avtomatika i radioelektronika,
no. 12, 1961-t 16, abstract 12B89.(Tr. Vses..soveshcha-
niya po vychisl. matem. i primeneniyu sredstv vychisl.
tekhn., Baku AN Azerb SSR, 19619 240-251)
TEXT: The continuous utilization of over more than 3 years of
electronic MPT-9 and IPT-5 analogues has made it possible to de-
termine certain of their properties. These are as follows: 1) The
use of capacitances up to 1,nF only, for integrating circuits; 2)
t-he absence of differentiators; 3) high values of potentiometers
in constant and variable coefficient circuits; 4) a relatively
high output impedance of operational amplifiers; 5) a higher than
1 Megohm. input resistor; 6)step-approximation of variable coeffi-
Card 1/~

S/19 61/000/012/027/097
The results of utilizing ... D201YD303
cients; 7) short setting time of variable coefficient circuits;
8) small range of frequencies for controlling the operation of
variable coefficient circuits. The use in integrators of capaci-
tors up to 1 pF only results in the greatest accuracy of the ana-
logue equation solutions being obtained when the operating speedp
are of the order of seconds. This necessitates, in practice, so.-
lution of equations not to their natural scale. The description of
procedure in choosing the time and variable scales is given. In
the opinion of the author, the specific properties of the two ma-
chines show best in the method based on equalization of coeffi-
cients of equations being solved. The transformation of initial
into the machine equations is given when the derivatives are on the
RHS. It is shown that in setting coefficients >1, the fact that the
coefficient unit may have a potentiometer of the value of about
30 kilo-ohms should be borne in mind and that this value could pro-
duce an error-10.5%. The use of several inputs of the operational
"ifier for setting the coefficient value makes it, possible to
amp. J. -
increase the accuracy. Methods of set--ting-up equations with the
help of variable coefficient units, of obtaini-ng aperiodic circuitB
Card 2/3

S/19 61/000/012/027/097
The results of utilizing ... D201YD303
with small time-constants and of obtaining relay-type non-linear
characteristics are given. /-Abstractor's note: Complete transla-
tion.-7
-9
Card 3/3

/V A), /V, )"SR
PHASE I BOOK EXPLOITATIO14 SQV/5962
Vaeso.,ruznoye sovenhchaniye po vychislitallnoy matematike I prime-
neniyu aredstv vychialitellnoy tekhniki, Baku, 1958.
Trudy (Transactions of the All-Union Conference on Computer Mathe-
matica and Applications of Computers) Baku, Izd-vo All Azerbayd-
zhanskoy SSR, 1961. 254 P. 500 copies printed.
Sponsoring Agency: Akademiya nauk Azzerbaydzhanskoy SSR. Vychis-
litellnyy tsentr.
Eds.: A.A. Dorodnitayn, S.A. Aleakerov, and K.F. Shirinov; Ed. of
Publishing House: A. Tillman; Tech. Ed.: T. Ismailov.
rURPOSE: The book is intended for mathematicians and other spe-
cialists interested in computer theory and uses for computers.
COVERAGE: The book contains the texts of 211 papers presented at
the All-Union Conference on Computer Mathematics and Applica-
tions of Computers hold in Baku, .3-8 Fab 1958. The "Resolution"
Card 1/9

Transactions of the All-Union (Cont.) SOV/5962
of the conference, consisting of proposals for accelerating the
development of computer mathematics and computer engineering,
is also included.
TABLE OF CONTENTS.
Khalliov, Z.I. Introduotory Remarks 7
Dorodnitbyn, A.A. Probleme of Computer Technology 9
PART X. COMPUTER MATHEMATICS
Vekilov, Sh.I. Boundary Problem of~the Laplace Equation
for a Composite Region 14
D--habarzade, R.M. The Use of Computers for Operational
Woother Foreeasting 20
Korolyuk, V.S. Construction of 14gic Problem Algorithms 23
Card 2/k9

Transactions of the All-Union (Cont.) SOV/5962
Vaildenberg, YU.S. Machine Solution of a Class of Inte-
gral Equations by Zeydel's Iterative Method 216
Zhukauskas, K.P. Calculation of the Parameters of a
Symmetrical Trigger on the Basis of Level-Drop Using
Zero and First Approximations 228
Babushkin-, M.N. Experien ce from Operations With the
_!ft7___n_eIMT-5__Electronic Analog Computers and Pos-
sibilities for Enlarging the Scope of Their Applica-
tion 240
Resolution 252
AVAILABLE: Library of Congress (Q476.V8 1958)
SUBJECT: Mathematics
Computers and Computer"Engineering
IS/dmp/bmc
Card 6/6 6-6-62

j 4~1- ~ ! 1; !!!-. - I I
r , --
'-!. S.
1-~oia pervaia posadka na led. (In: Vozduslinye puti severa. Moskva, 1933,
p. 00-4124, illus. )
Title tr.: Mly first landinF on ice.
TL532-V6
SO: Aeronautical Sciences and Aviation in the Soviet Union, Library of
Congress, 1955.

BABUSHKINA, N.A.
Anomalous galvanomagnatic properties of gadolinium. Dokl. AN SSSR
155 no.6:1290-1292 AP 164. (MA 17:4)
1. Predstavleno akademikom I.K.Kikoinym.

137-58-6-11354
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 14 (USSR)
AUTHORS: Babushkin, . Miller, V.Ya., Durnov, V.K.
TITLE: Clinkering Fine Concentrates by Pelletizing and Subsequent
Roasting (Okuskovaniye tonkoizi-nellchennykh kontsentratov
metodom okomkovaniya s posleduyushchim obzhigom)
PERIODICAL: Byul. nauchno-tekhn. inform. Ural'skiyn.-i. in-tchernykh
metallov, 1957, Nr 3, pp 14-25
ABSTRACT: A fine-ground magnetite concentrate from the KMA ore dress-
ing and concentrating plant is used to study the process of clink-
ering and roasting pellets (P). The chemical composition, in
is as follows: Fe 56.16, FeO 23.9Z, Fe203 56.70, SiO2 16.85,
AIZ03 0.48, CaO 0.55, MgO 0.88, and S 0.037. The design of
an experimental plant for roasting P is presented as is that of
an experimental pilot plant for clinkering Fe ores and concen-
trates. It is shown that the roasting of fluxed P on belt-type
machines is entirely possible. Production of solid fluxed P dif-
fers from that of unfluxed P in the need for generating a cer-
tain amount of liquid phase which affords a complete utilization
Card 1/2 of the linie and solidification of die P on roasting. The narrow

137-58-6-11354
Clinkering Fine Concentrates by Pelletizing and Subsequent Roasting
temperature interval of incipient fusion and positive fusion of the mixture of
concentrate and limestone makes it necessary to maintain strict adherence
to roasting temperature schedules, since even an insignificant overheating
of the P > 12000C results in a strong fusion with one another and an impair-
ment of reducibility. The maximum size of the limestone to be used as flux
for P is < 0.5 mm. Roasting of P on belt-type machines with application of
solid fuei7on the surface thereof presents significant shortcomings. Com-
bustion of the fuel on the surface of the P is certain to cause overheating,
which will result in fusion of portions of the surface. Nonuniform develop-
ment of temperatures through the thickness of the bed has the same results.
A.Sh.
1. Ores--Processing 2. Pellets--Production
Card 2/Z

-
L, t~ IV Yi,
, " H fc_- / /
AUTHOR: MILLER,V,YA., Prof., KHOKHLOV,V.G.,cand.techr,. science, PA - 2429
eng.
TITLE: A.M. PARFENOV "Sintering of Iron Ores" ("Aglomeratsiya. zheleznykh
rud", Russian) (Mos cow, published by Metallurgizdat, 1954, 312 pages,
108 illustrations)
FMODICALt Stal' , 1957, Vol 17, Nr 3, pp 286-288 (U.S.S.R.)
Received: 5 / 1957 Reviewed: 6 / 1957
ABSTRACT: The book reviewed contains a schematical description of the various
methods of fracturing, preparing the blast furnace burden for
sintering, the fundamental principles of the sintering process with
blowing-through of air, evaluation of the quality of products,
technological schemes, and projeeting of sintering plants as well as
a description of the equipment of such a plant. The first chapters
are of too general a nature, when dealing with the size of the lumps
of ore the influence exercised by this factor on the metallurgical
properties of the sintering product receives too little attention.
The theory of agglomeration is not substantiated by any experimental
data. The deficiencies of this book are due to the fact that re-
search work carried out abroad and in the U.S.S.R. was not dealt with
with sufficient thoroughness, so that the book does not come up
to the level of the present stage of both theory and practice.
Card 1/2

A.M.FARFENOV "Sintiring of Iron Ores"
PA - 2429
ASSOCIATION: URAL Institute for'I ron MetaI8 (Ural' skiy inatitut ohernykh
- metallov)
BY:
SUENITTED:
AVAILABLE: Library of Congress
Card 2/2

SOV/1 37-58-10-20388
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 10, p 5 (USSR)
AUTHORS: Babushkin, N.M. Miller, V.Ya., Shamarin, V.A.
TITLE: Obtaining a Sinter of High Basicity from Akkerman Concen-
trates and Fines of Novo-Kiyevskiy Ores (Polucheniye
aglomerata s vysokoy osnovnostlyu iz akkermanovskikh
kontsentratov i vysevov Novo-Kiyevskikh rud)
PERIODICAL: Tr. N. -i. i proyektn. in-ta "Uralmekhanobr", 1958, Nr 2,
pp 42-55
ABSTRACT; The ores of the Akkerman and the Novo-Kiyevskiy occurrences
are lean disseminated limonites (32 and 39yo Fe, respectively) in
an acid gangue. The Akkerman ores concentrate well by magnetic
roasting. The Fe contents of the concentrate on dry magnetic
separation are as much as 42-450/0 and as much as 550/o by the
wet process. The ores of the Novo - Kiye vskiy deposit do not lend
themselves to effective concentration. In accordance with the
Mekhanobr preject, the composition of the ore component of
the sinter mix at the Novo-Troit.sk sinter plant will be the
following: Akkerman concentrate (6-0 mm fraction) 73.30/o;
Card I/?- Novo-Kiyevskiy ore fines (12-00 mm fraction) 18.5916;

SOV/1 37-58-10-20388
Obtaining a Sinter of High Basicity (cont. )
blast-iurnace flue dust 6.6~6; scale 1.60/o; design basicity of the Ca0/SiO2
sinter 0.9~6. A study was made of the possibility of obtaining a fluxed'sinter
of high basicity from a mix of this composition. It is established that the
basicity of the sinter may be increased to 1. 5, and the optimurn conditions
for sintering this charge are studied. It is recommended that the upper limit
for comminution of the limestone be reduced from 3 to 1- 1. 5 mm,. and that
mechanical screen shaking on self-balancing screens be introduced.
1. Ores--Processing 2- Ores--Properties 3, Ores--Sintering
E. V.
Card 2/2

SOV /137-59-3-5Z24
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 3, p 42 (USSR)
AUTHORS: Michkareva, V. I., Babushkin, N M.
r---------------
T IT LE: Study of the Mineral Composition of Sintered Pellets of Pulverized
Concentrates From the Kursk Magnetic Ano~naly (Izucheniye minerall -
nogo sostava obozhzhennykh okatyshey iz tonkoizmel'chennykh kont-
sentratov KMA)
PERIODICAL: Tr. n.-i. proyektn. in-ta "Uralmeklianobf:' 1958, Nr 2, pp 56-62
ABSTRACT: The concentrate consists mainly of magnetite (77.6~/O) and quartz
(16.850/6) with insignificant amounts of impurities. The concentrate
is pulverized to 700/6 of 0.07-mm undersize. !n the preparation of
microsections the pellets were hardened with a solution oi bakelite
in acetone. Microsections of both fluxed and Uniluxed pellets sintered
in a Tammann furnace at 1150, 1200, and 12500C and in the sintering
pan were investigated. Microscopic examination of the microsections
showed that there are three zones in The pellets: The outer, oxidized,
hematite zone 1- 1.5 m (sic'.) deep; the transitional, partly oxidized
zone 1.5 - 2 m deep, and the inner, unoxidized zone. The oxidized
Card 1/2 zone contains but little of the fused phase, whereas the zone of partial

SOV/1 37-59- 3-5224
Study of the Mineral Composition of Sintered Pellets of Pulverized (cont.) ,
oxidation contains more of the liquid phase, and the strengthening of the pellets is
attained through binding with slag. The oxidized zone of fluxed pellets consists of
hernatite, P -ZCaO-SiO2 solid solution, hedenbergite, and Ca ferrites. All the
lirne enters into a chemical reaction with the concentrate.
A. P.
Card 2/2

., BABUSHKO, N.M.; ROZHNOVSKIY, A.A.
Technical and economic grounds for selecting a method of
nodulizihg Dzhezdinskiy manganese concentrates. Trudy
Uralmekhanobra no.5:132-137 159. (MIRA 15:1)
(Marganets (Kazakhatan)--Manganese ores)
(Ore dressing)
i, .,

-LLi. ~)ouo ~j.
AUTHOW3, 14. M., V. A., 1,111 ~~(.)Vyj-~ i 1.. 1. V.
TITLE Agglomeration oi' Fitiely GroLzrid Coucentntt-,2_ of
Ore
PERIODICAM Stall, 1960, NP 2, pp (U."'SM)
ABSTRACT: The authors invest-Igwi-es the poogibilities and
expediency of agElomerat, ion and bricluettin,, of
manganese ore concentrates from Dzhezdinck formlation.
The characteristic feature of these concentrates is the
presence-of considerable amounts of' barlwn and sul.-Ur.
The chemical compositlon oC Initial mkatei,Jal is> shown In
Table 1.
Card 1/9

Agglomeration of Finely Ground Goocenti-ates 7
of Manganese Ore i'25
Table 1. Cfie,~,--,ical com-1position o-f' li,ltial mnatepi, al
cao "Aro 13.30
I-In M110, re _FSIIO,, Allt~
Pin cow,!n-r,&-rr.
062 3 1,-,
. . . . . . 27 48 22 81 5 7 36 3: 62 22 0 3U 1 3.31 0. .11 fj
151 3 28
24 50 5 29 26 4 26 Oo 0 32 1 0 &0
2'j: :70 3,34 0,43 3 '2 0
Softening of concenty-ate (under small load) begins
Card 2/9 at i,i4c)-i,150 0 C, and complete melting at 1,2200 C.

I-)), op jo.11-1c.-ly (,.1--ound Concentrates 776oi
o!' Mru-~(' .-,,nose Ore SOV/133-6o-2-1/25
The weight per cuble meteS of dry graziular material
for sample I = 1.95 ton/m ; for sunple 11, it = 1.89
ton A0. The grantilar composition of samples wa3 identi-
cal, and sl:~e of fractions generally was 0-1.0 mm.
The authors discuss the following,. (1) results of
laboratory Investigation of agglomeration; (2)
rosults of industrial tests; (3) experimcntal mangane3e-
-Ilicon smelting from agglomerate and from briquettes;
(4) technical and economical characteriotics. Th e
results of this investigation are given in Tables
3 and 5, and the following conclusions were madez
Thr, sIntering and briquetting processes are practical,
and the not cost of the manganese- silicon smelted
from a-p-glomerated products is somewhat lower when the
sinter is used, riuz-ther investigation should be directed
tow- 'Lrd:- (a) rational technology of production;
(b) finding a low-prIced cementing material for briquett-
Card 3/9 ing; (c) development of technology of drying and roasting

Agglanier,atiol-I Of Finely Ground Concentrates 77601

of' ManE
ranese Ore
SOV/133-6o-2-1/25
bri-que,ttes; (d) study of possibility of pelletiZJ.11[4
f'inely ground concentrates.
Table 3. Results of laboratory Investigations of
"~Interinf.r DzhezdInck manganese ore concentrates. (A)
Conditions and performance figures; (1) composition
of` charge (a) Mn concentrate; (b) dry (0-2 mm)-
c
dry return (0-10 mm); (d) dry small coke (0-3 mm5;
2 moisture in charge W; (3) Initial temper-attire
~
~
of charge (OCI; (4) height of charge bed M-fl); ~5)
~
weight of 1 mJ Qf dry granulai, material
ton/m
(6) vacutuii (mi water column); (a) Initial) (b)
average during the process; (7) temperature of' waste
r,~az ( C); (a) maximum; (b) average during the process;
amount of waste gas (~13/ni _sec
; (a) initialj
~8
1) average during the process; (9 linear speed of
~
~
2
sintering in nmi/min; (10) specific productivity (ton/m
hr);(Il) yield of sintering products of weight of
charge
l
yield of sound agglomerate % of weight of
;
Card IV9 charge ; 13 results of impact tests: yield (%) of
~
~
fl
fractions (m); (14) drum tests: yield (%) of fractions

)f,' Finely Grourial Conci-idul-ate;-,
f
776o.1
SOV/1-33-6o-2-1 /05
L/
Onm ); (1!.,) of' w
,:glomerate
'

. -

CA
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SO CIA
20 2, "1 C-4 C-, "

CIA
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CIA - C~
,I Z~ CA
tz,
CA

C,A
SO cq CA c7A 3
GO
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2 CIA - "0
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ul

D
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a) (71 ~r) .0 m t-
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C~

CA
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.

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CIA -
-
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-

~ C,
CIA aD =
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CIS
Card

-Jollit., 1~~ I t, lol i ") C 'j"(601

"A cA c4

CI
In
cq

A 7'
EL L'i
1j,

Card 0/9

Agglomeration of Finely Ground Coi.-centrates
of Manganese Oro SOV/133-60-2-2/2.5
Table 5. Results of bi-lquettlng of Dz)iezdJticlc
mancranese ore concentrates. (1) I,Tr experiment; (2)
U
composition of char~;e (3) concentrato of fractions
Oiin); (11) colce (0-1 mm); (5) (6) resi(wal
liquid from distillatton of alcoholle 11(~Uolls; (,[)
Pitch; (8) compacting prc:;ourc 9) resistance
of briquettes to compression (kg/cm-); (10) moist;
(11) dry.
Card 7/9

Card 8/9
-
~
0-2
1 6 1 7
1
0
I too - 250 2.6 6.0
2 1 100 - - 750 6,5 12.5
3 GO 40 - - - 7150 - 49
4 50 D) - - - 750 - 56
5 40 GO - - - 750 - 43
6 - 100 - - - 750 - 40
7 too I - 7,90 4-5 28
8 1 ()() 2 - ;50 4-5 44
9 too 3 - 750 4-5 109
to too 4 - 7.50 4-5 147
11 too 4 - 500 - 110
12 RK) 4 - 300 - 97
13 IN) - - 5 - 360 - 120
14 101) - - 4 - 250 - 78
15 10) - - 5 - 250 106
I f) 5f) Sn - I - 750 88
17 9) .50 - 2 - 750 - 115
18 42.5 42.5 15 2 - 250 - 103
19 42.5 42.5 15 3 - 25A - 143
100 - - - 3 500 - 42
21 loo - 5 Wl - 75
22 1 ()() - 6 500 - o1
23 ion 6 T.0 - C) 1
24 jlx~ - 6 250 - 56
25 51)
-
5
500
-
110
26 50 50 - 6 51 K) - 152
27 42.5 .12 q 15 - 6 2FA - 67
281 42.5 42: 5 15 - 7 2,54) - 90
S 0 V/ 3 - 0 - 2 - 1/2
Tabl P

Agglomeration of Finely Ground Concentrates 7,(6o.1
of Manganese Ore SOV/133-60-2-1/25
ASSOCIATION:
The work was done at the Ural Scientific Research
Institute for Mechanical Concentration of Minerals
(Uralnekhanobr) and Central Scientific Rosearch In-
stitute of Ferrous Metallurgy (TsNIIChM). The in-
dustrial tests were made at the plant III of Goroblago-
datsic Mining Administration (GoroblagodatEskoyl
rudoupravleniye. Credit is given for their participa-
tion to L. G. Moshinskoiy, V. N. Peshkov, A. M.
Gurevich, G. B. ShIrer, S. D. Shifrin, N. P.
Lyokisheyj T. V. Lugovylch, A. A. Rozhnovslciy, and
T. V. Teplyakova. There are 8 tables; 4 figures;
and 5 Soviet references.
Uralmekhanobr
Card 9/9

BABUSHKB N M ILLER, V.Ya.
~Ij_. _, 14
Effect of kind and eize of fuel on the rate of' the sintering
process and quality of,the sinter. StaIv 22 no.2:101-106 F
162. (MIRA 15:2)
(Sintering)

ACCESSION N1q: AR4014419 S/0124/64/000/ool/BO97/BO97
XURCE: RZh. Yiekhanika, Abs. 1B628
AU171OR: Babushkin, N. M.; Timofeyev, V. N.
TITLE: The analysis of fuel combustion within the layer'of sintering charge
CITED SOURCE: Sb. nauchn. tr.,Vses. d.-i. in-ta metallurg. teplotekhn., no- 7,
1962, 3-16
TOPIC TAGS: combustion, sintering charge, agglomeration combustion
", MISLATION- The author shows that in comparison with fuel combustion within a
general layer, the combustion within a layer of sintering charge exhibits some pecul-
iarities. The charge consists basically of the totality of "inert"'material par-
ticles within which -the fuel particles are distributed more or less uniformly (they
represent e--3-7 weight % or *-8-12.volume %). With the burning out of hydrogen
the fuel particles decrease in size without producing an dsh layer, and since their
size is actually half as small as the particles of ore., very favorable conditions
result for the access of oxygen to the reaction surfaces.
Since the particles of the charge have a considerable heat capacity and lov
Card 1/3

ACCESSION NR:. AR4014419
rcsistance, the heat exchange between the gas (air) and the sinter o*ccurs almost
completely at a ve:*y low height. This fact guarantees a high degree of heat regen-
eration, limits the height of the combustion zone, and leads to the presence of
surplus oxygen within the layer of the sintering charge. The process in also char-
acterized by the presence of the oxygen from iron oxides (and from manganese oxides
during the sintering of manganese ores), and by the enrichment of the combustion
products by carbon dioxide from the decomposition of carbonates within the charge.
The author derived an equation for the combustion speed of individual fuel
particles (the speed of decrease of the dimensionless diameter) dx/d V
dx kP02 M
where k - a certain quantity which is constant for the given conditions, stoi-
chiometric factor, R - the velocity constant of the reaction, and 02 - the oxygen
qoncentration within the flow. Since the combustion process does not occur through-
out the entire volume but only within a relatively narrow reaction zone which is
moving constantly in the direction of the air (gaseous) flow and within which the
composition of the gaseous phase is.changing.continuously across the height of the
combustion zone, the author derived a relation for the oxygen concentration within
the ratiction zone. Together with Equation (1), it represents the kinetic combustion
conditions. Equations derived for the gas production within the layer of the
Card 2/3

ACCESSION NR: ARW14419
sintering charge allow the analysis of the combustion process under various condi.
tions of its organization,, and they can be also used during the design of complex
systies for the automatic control of sintering devices. Yu. V. Poleshayev.
DATS ACQ: 187ob64 MD 001X: FL, ML 00
Cwd 3/3

DURNOVJ. V.K.; JMP~~K~.N, N.M.; FUSHKASH, I.I.; Prinimali uchastiye:
KOLYiDGOPOV, A.'V-.','* KUPTSIN, V.G.; MASLENN1KOVA, E.G.;
GORYACHEVA, A.V.; BAP.AKHVOSTOV, V.S.; RASIN, B.S.; ZEY.LYAKOV,
A.A.; BABOSHINA, G.V.
Distribution of the temperature of the hot blast in the
tuyere passage of the blast furnace. Stall 25 no.3:205-209
Mr 165. (MIRA 18:4)
1. Vsesoyuznyy nauchno-issledovatellskiy institut metallurg-
icheskoy teplotekhniki i Nizhne-Tagillskiy metallurgicheskiy
kombinat (for Durnov, Babushkin, Pushkash).

LAZAREV, B.L.; BOKOVIKOV, B.A.;--4~k;kIS~KIN, N.M.; TIMOFEYEV, V.N.;
CHERVOTKIN, V.V.; PRIVALOV, S.I.
Heat exchange and reduction in the stack of a furnace operating
on 100% fluxed sinter. Stall 25 no.6:487-492 Je 165.
(MIRA 18:6)
1. Nizhne-Tagillskiy metallurgicheskiy kombinat i Vsesoyuznyy
nauchno-issledovatellskiy institut metallurgicheskoy teplotektniki.

BAULISHEIN ) N.P. ; MIE' I F0,11A , V.S. ; BF,ZRIUKOV , V.A.; SMI-I'L I TSO-,.' , V.17.
Removal of sulfil- compounds from, fuel gases in a fluidized
bed of cinder at high temperatures. Izv. vys. -ucheb. zav.;
khim. i khim. tekh. 7 no.3:445-449 164.
(MIFA 17:10)
y khimiko-teklinolopicheskiy instiiu~ -kafedra
1. Ivanovski A - y
0
khimicheskogo mashinostroyeniya.

3ABUSHKIN, N.Ya., kand.biol.nauk; CHUGUNOVA, N.I*, ksnd,biol.naUk
Distribution of shad in the southern and central Caspian and
methods of locating them. Trudy VNIRO 36:132-166 158.
(MIRA 12:4)
(Caspian Sea---Shad)

~,, -1- -- BABUSHKIN, N.Ya. [doteased]
Biology and fishery of the Caspian Sea bslLga. T-rUdy VJJTRO
52&183-258 164. OUIRA 17s'-,Oi
1. AzerNIRL.

BABUSHKIN, S. (g.14urom)
Automatic cutout for a ferroresonance stabilizer. Radio
no.2:46 1? 160. (KIRA 13:5)
(Voltage regulators) (Mlectric cutouts)

~ P
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QUICK METHOD FOR THE DIRECT DETEMINATION OF FERRIC IRON

go C

Y TITRATION WITH MERCUROUS NITRATZ* So At 10ushkin and let
X. Le Potrobinskape (Zemodskaya Lab ofifo-ffiyi~,- -1948,
v volt 14, Oct., pp 1182-1186)o (In Russian). The method Vo
09 for the determination or trival6nt Iron described Is based on
00 the quantitative reaction between mercurous nitrate solution
0s, At
and the ferriethlocyanste complex, the disappearance of the , Joe
red colour indicating the and-point. The strength of the
standard mercurous nitrate solution roccomedned is 0*1 N,
a the reoults obtained therby for determination of ferric v0
00 oxide in open-hearth slags, a manganese ore, dolomite, and '00
00 some types of brick agreeing wall with those obtained by we 0
z the dichromate method. Details are given for the use of this
method for the determination of iron In cool ash, the results
ob6siud being tabulated and shown to agree with those
obtained by the usual methods. The presence, of hydro- :00
chlorio acid in concentration ;o 1% isuat be avoided, but 001
too
sulph rio acid does not affect this method. S. K.

~ too
I L A 897SLLURGICAL LffERATUN CLAUMPKATION
A.11
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63AAll Ga a., All & All
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*6 Mmulthaveas IlWerminalton vf Carbon. Hydrogen. wW 8160
ffesi C 0 of OrWk Substances. (In Russian.)
m
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in and E. A. Druvan-Rampe). Zhur,
S. A.
' vo
UsAvi Xhimff (Journal of Analytical
og mal Analilk
Chemistry). v. S. Mar.-Apr. 1949, p. 123-130,
*0
Describes new ca)nrl metric -bomb method requiring coo
09 about 2 hr. Typical results are tabulated. 14 ref, goo
00 a

it In we
ago,
10 - S L aWALLURGICAL WERAINE CLASAWATION
VIOXI *OwAnv
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.T
ALIW&JUL t-A-4 iF
5157, HAMICTIC FUSHER FOR DIRECT DETEWNATION OF OXYGEN IN COAL.
Orpyan Hempol~ 1A and BAbushkin, SA
'
-
-
-
-
6*f
6 (Zavodakaya Lab.
"

so
fix- 2
.
1
(Factory Lab.),, 1950,,ri
3
9;
; abstr. in chom. abstr.,
go al, 1950, vol. 44, 7041). The conbustio n boat is readily moved
04 aj inside the tube by means of a glass enclosed place of iron
a mbvod by sliding a horseshoe siagnat along the outside of the
tube.
CA

V
A s I L A a IALLUROCAL LITIMATURIE CLAISIFKA110k
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2811) AI. SOV121112
PHASE I .....K
Akedemiya nauk SSSR. Institut avtomatlkI I tele"Uhaniki. .,
Seminar po pnevmogidravlicheskoy avtomatike. lot. Modco 1957
A Sistemy, ustroystva I slamenty pnevmo- I gidroftvtOM&t1kl; ZsbOrll~e
frn-satic and Hydraulic Circuits Devices 1 Elements in
Automation; ffollection of PaperZ7) lqoac~,arlld-VO AT;
1959. 233 P- Errata slip Inserted. 2,700 copies printed.
'A motor of Technical Sciences, P Professor.
rg ouset A. A. Tal'i T.ch. 9d.: T. . PolYak~-
PIMPME: This collection or pap:rs in Intended for scientific
research workers and engineer In the field of design and con-
,tructLon or pneumatic and hydraulic equipment and accessories
for automtion.
,,,or on
COVERACE: This collection contains papers read at the Soo 1957.
Pow tiatIccand Hydraulic Do vIces for Automation, MaYI528ups: 1)
t the following thr:e ro
The calls ton to dlyided Into
newly developed pneumatic and hydraulic o1re uIts 2)t Pneumatic
and hydraulic devices. Including regulating unit . ranzoItters
--and 1;ranoducers. &nuating-mechanlems, 2~,clal-purpose devices,
and auxiliary equipment and 3) elements of pneumatic and hyd-
roulle devices for automation, such as c ontrolled and permanent
nozzles and disphra mentioned. Refer-
almonj No personalities are
*me* follow sever o_papers.
I - Mn t LFooca_O. KBTs.MA Three-
Podgoyets M. L. and E.M. Brover~.~
Zdmpbrfefnt~Y.Ijura i Uni 30
0A)_'1y_iff__ffosccrA7- Small-alze Hydraulic Regulating Unit,
D'ot!A' 551
XAT . 57
arid V _ARqhhAA?,o_/FroscoA7. Problems in
CamstrucWting Primary Inotruments -- Differential Pressure Trans-
it tar Ith Pneumatic Force Compensation 61
This paper to a theoretical discussion of differential
transmitters dealing with their sencitivity. errors, and
reliability.
ip-M-1-y- V. LRoacox7. Electropheumatic Transducers, rAT 77
scox7. Static Characteristics of a Plieumatle
ntr%-n;-tt- pre saure Drop In Nozz%les 86
This paper discusses the atatic characteristics of a back-
pressure type Pneumatic relay with indicators that are not
sensitive to minute gap changes.
Zasedatelev, S.M.. and V_A_JjUkhdd=, ifroscoxT Differential
Pressure Transmitter@ With Pneumatic orce Compensation (seview
or Mon-Soviet Designs) 91
Trn=__Y--P_LRosco,A7. reneral-purpose Hydraulic Power
Seriodrive 99
rS1T,skjj*flSjP. Hydraulic Universal Variable-speed
Ark=
10)
This Paper describes an axial-piston ariable-speed
transmission. Its technical specifications and field,
of application are discussed.
S r-ningroe. Equations for a 3 tabilizing System
au~
tuStOr UOnn~Cted With a Control Device by
_%u l,I c :~~. L... liz
t' I. . of .,a motion or the actuator piston and elements
,a control device are given. Design examples are
presented.
t
_17

14
PHASE I BOOK EXPLOITATION SOV/4630
Leningrad. Lhivevsit-et
YekhaDila (Wchamics) [Leningrad] 196o. 254p. (Series: Its: Uchenyye zapiski,
no. 280. Seriya matematicheskikh nauk, vYP- 35) Errata slip inserted.
1_-25 copies pri&4d.
Sponsoring Agency-. Leningradskiy ordena, Lenin gosudarstvennyy universitet imeni
A. A. Zhdanova.
Resp. Ed.: N. N. Polyakhov, Professor; Ed.: T. 1. Kulagina; Tech. Ed.: Ye. G.
Zhukova.
PURPOSE: This cUlection of articles is intended for scientists, engineers at
N11's (snientific re'ea-rch institutes) and design offices and also for students
of advanc~ed cowrsei in related fields.
CMERAGE.- The collection cousists of original investigations in the field.,of
modern mechanics iacbTfl-Ing general mechanics, theory of elasticity, and
hydroaemdynea:~ce. Nc personalities are mentioned. References accompany all
articles except- one.

AUTHORS: Babushkin. S. .
23154
S/024/61/000/003/002/012
E140/E463
and Ginzburg, I.P. (Leningrad)
TITLE: On the theory of nonlinear combined and autonomous
control systems
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnichaskikh
nauk, Energetika i-avtomatika, 1961, No.3, Pp.14-30
TEXT: The article attempts-to determine the nature of a computer
(analogue) for an automatic control system in which k controllers
regulate that many system coordinates, such that absolute
invariance of the regulated parameters-and their autonomy with
respect to the other coord*inates of the system be obtained. The
system considered in all generality is shown in Fig.1, where
A. is the object, B the computer, the small blocks labelled
1, k are the regulators. Further y,4 1, ...,
ate the coordinates of the object in k-space, XJ'0 (V)
k)
(j.O(VI 1, ..., nj) describe the motion of the regulators,
Xn,o (V = 1, ..., k) is the action applied by the %F-th
regulator to the object, g-p(t) is the input programme to the
computer, QV = Y,# - g.0 W are error signals (physically
Card 1/7

23154
S/024/61/000/003/002/012
On the theory of nonlinear ... E140/E463
measured) M (t) p - 1, ..., k) are
exJ nal perturbations acting on the ob ect and regul tors, and
X1 ;6 are the computed control signals. Finally, C are the
functions generated by the computer. Such a system is described
by a system of differential equations consisting of three groups
of equations: equations describing the motion of the controlled
object and the controllers, equations describing the motion of
the computer, and k equations describing the errors. It is
assumed that the equations of the object are-fixed while the
equations of the regulators are only slightly varying. The
physical measurements and their conversion to computer input
signals are assumed inertialess. The object and regulator
functions and their partial derivative as well.'as the computer
functions and partial derivative are assumed continuous and bounded
over the entire range of possible variation. The computer has
k equations for solving the k input signals to the regulators.
In these equations there are initially undetermined equations
describing as yet unknown corrective networks. The problem posed
by the paper can now be stated more precisely. It is r quired to
determine the conditions placed on the computer function: O-P,
Card 2/7

S/024/61/000/003/002/012
On the theory of nonlinear ... E140/E463
such that
YV V M N = 1, 2. ..., k) (1.2)
i.e. that the motion of the object identically correspond to the
input programme, as well as the conditions on the equations of
the individual regulators and the overall automatic control system,
in order that the motion defined by this solution be stable.
Such motion is termed: progranune motion. Eq.(1.2) permits the
system of differential equations of the general system to be
simplified by elimination of the static error equations. The
second section of the article is concernecr with the derivation of
the simplified'equations. This simplification depend-s on the
fact that for an approximately invariant system, the error terms
in the object and regulator equations are negligible (which is not
true for the computer equations which dbpend precisely on the,
error values). Then a subset of the equations simplify to an
autonomous system of N differential equations in N variables,
which can therefore be integrated'independently of the remaining
k equations of the system. The problem of determining the-
Card'3/7

23154
S/024/61/000/003/002/012
On the theory of nonlinear ... E14o/E463
computer function is solved by first substituting the functions of
time found for the simplified object and regulator equations in the
general expression for the as-yet unknown computer functions.
By the formulation itself of the problem, the steady state values
of the errors are arbitrarily small. Then the functions 0-0
can be expanded close to the plane in which the errors and their
derivative vanish in a Taylor series in variations of the error
from this plane. This implies that absolute invariance of the
system will occur only when the functions 0.0 vanish identically
and the partial derivatives with respect to the errors ave,bounded
with substitution in them of the functions of time X. kv)I
where the bar indicates the solution of the simplified system.
Examining further the conditions placed on the functions
it is found that one sufficient solution to the problem is
equivalent to a control system using perturbation only. No system
operating on deviation alone can satisfy the criteria of absolute
invariance and autonomy. The author then derives a system of
variational equations which constitute the basis for the final
stage of the solution. In the final section, the author examines
the question of stability of the motion defined by the solution
Card 4/7

S/024/6i/ooo/oO3/002/012
On the theory of nonlinear ... E140/E463
obtained. The stability problem reduces to the study of the
stability of the zero solution of an homogeneous system of linear
differential equations with variable coefficients. In a
particular case the coefficients of the equations become constants.
It is this particular case which is examined-in detail in the
article. The examination is carried out in two stages, firstly
for each of the k coordinates independently and then the system
as a whole. The stability conditions are expressed-in terms of
the roots of algebraic equations. It is found that the stability
depends not only on the form of control function, but on ther
parameters of the controlled object and the regulators. Thus
conditions can be obtained for the physical realizability of the
system. A: brief remark on the general case (where the stability
coefficients are variable) indicates that the dependence on the
system parameters holds here as well. In conclusion the author
mentions various related questions which have not been treated-
in the article. The possibility of substantially simplifying the
form of the differential equations defining the regulation function
or even of excluding from these equations a part of the information
Card 5/7

23154
S/024/61/000/003/002/012
On the theory of nonlinear E140/E463
external to the the 10-th coordinate system; the elimination of
mutual couplings between the regulators; the possibility of using
self-adjusting corrective networks in the computer and the
Inclusion of nonlinear equations in the latter. There are
3 figures and 16 references: 12 Soviet-bloc and 4 non-Soviet-bloc.
The four references to English language publications read as
follows: Moore, I.R. Proc.IRE, 1951, v.39, Noll, pp.1421-i432;
Baksenbom, A.S., Hood, R., NACA, Rep.980, 1950;
Aseltine, I.A., Manicini, A.R., Sarture, C.W., Trans. IRE on
Automatic Control, PGAc-6, 1958; Margolis, M., Leondes, C.T.,
IRE Weson Convention Record, 1959, pt.4, p.104.
SUBMITTED: January 23, 1961
Card 6/7

L?WP m
L345:L2-65 EE-D-2~FHO~~/
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djPC C
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ACCESSION NR: AT5004113 cl/00OD/64/000/000/0065/0083
AUMOR: abushkin. S. A.
TITIS: Mathematical conditions of physical realization in invariant automatic
and g4roscopic syst:,-ms
SOURCE: 'Vsesoyuzno-ye soveshchaniye po teorii invariantnosti i yeye primeneniyu V
avtomatic1i_i_ikikY_s i i__tiiinap,-
72T,-Tre-v-~-T-962. Teoriya invariantnosti v ststemakb
" avi7om-~t'f~~e-sko_go u_pr_a_v'I_eniya (nleory of invariance in automatic control systems
trudy saveshchaniya. Moscow, lzd-vo Bauka, 1964, 65-83
TOPIC TAGS: -differential equation, linear differential equation, gyroscope,
invariant systi.6m,- automatic control system, physical realization, earth satellite.,
ABSTRJkCT- The author formulates certain mathematical conditions for the physical.
realization of invcriant dynamic systems. An automaticAlly regulated system
satisfying the following first-order differential equations is considered:
Y, o6j j~j; 1 0.10 m + lot 0 4
9, (YI, gooot - ; I
C v,
ard

-W
L 46024-W BE(; k k) -2
. Z
ACC NR: AT6017609 SOURCE CODE: UR/0000/65/000/000/0064/0077
AUTHOR: Babushkin S. A.
-. A
ORG: none
-7-1
TITLE: Adaptive system with a nonlinear model
SOURCE: Vsesoyuznaya konferentsiya po teorii i p tike samonastraivayushchikhsya_
sistem. Ist, 1963. Samonastraivayushchiyesya sistemy (Adaptive . con.troi syu-temsY; trudy
konferentsii. Moscow, Izd-vo Nauka, 1965, 64-77
TOPIC TAGS: self adaptive control, automatic spacecraft control, variable mass sys-
tem, special purpose computer
ABSTRACT: Synthesis of the controller of a nonlinear adaptive system with outside
disturbances is described. Control law equations are derived from the original state
equations using variational methods. The variables are divided into two basic groups:
directly observable and nonobservable.1 The latter are expressed as functions of the
first. The problem of flight control of a variable mass body moving in the vicinity
of Earth is considered as an example. A set of equations serving as the basis of the
control law is derived and a block diagram of a special purpose computer to implement
this control law is presented. Orig. art. has: 2 figures, 55 formulas.
SUB CODE: 13,22/ SUBM DATE: 22Nov6S/ ORIG REF: 012/ OTH REF: 001
Card /1

, S. G.
T Mz3IJPww- --
Kinematic and dynamic properties of motion-picturO films vhen conveyed
by sprockets. TrIlAy LIKI no.3:152-158 '55. (MLRA 9:8)
1. Katedra kingapparmtury.
(Notion-picture projection)

BABUSRKIN T.; KOVRTAWV, P-; KMWIOV,r. (Yoronez h) j AG'ARZAYV, ii.
SiOur tovskijr rayon, DagestanskayA SSR)
Fire.prersixtion in collective farms. Pozh. delo 5 no-5:13 MY 159.
(MIRA 12:6)
1.Nachallnik Punkta sanitarnogo obsluzhivaniya, kolkhoz "Cher-
vOnnY7Btk1Yakh9" Uvarovichakiy rayon, Gomel'skaya oblast' (for Babushkin).
(Colleciive farms-Fires and fire prevention)

T
V.
Telecoi:.7unicat,~Jon - Estlonia
,I .-ias of' tine.
Ye--rly for revenue and volume of C ~~: ~.,, 1, 4 C 7~,+ j C~ -
- - IU I- , - ~ _-
Sov. sviaz. 3, No. 1, 1951).
9. Monthly List of Russian Accessions, Library of Congress, I'ay -1953. Unclassified.

SILIANSON, A.-; V-.-
Telephone Lines
For the maintenance of communication lines without breakdowns. Sov.sviaz. 3, no. 3, 1953.
Monthly List of Russian Accessions., Library of Congress, June 1953. Unclassified.

RkBUSHKIN. V.
Be attentive to complaints, comments and letters of workers.
Yin. SM 16 se.11:19-24 11 '55. (MM 9:1)
lAsmestitell mialstra fbiassew SM.
(Finance)

BA3USHxIN, V.
,
For thorough Inprovement in the work of finnncial organs relative to
tp.xes and state deliveries. Fin.SSSR 17 no.6:14-22 Je 056.(KW 9:9)
lAmestitell ministra finAnsov SSSR.
(Tax collection) (Agriculture--TpxRtion)

BABUSHKIN, V.
Improve further tax work in the village. Yin.SSSR 18 no.9:39-44
S '57. (MIRA 10:10)
1. Chlen Kollegii Ministerstya finansov SSSR.
(Agriculture--Taxation)

BABUSHKIN, S,JV, (Leningrad); GI14ZBURG , I.P. (Leningrad)
Concerning the theory of nonlinear systems of combination and
autonomous control. Izv. AN SSSR. Otd. tekh. nauk. Enorg. i
avtQm. no.3:14-30 My-Je 161. (MIRA 14:7)
(Automatic controlY

hUZIMMKB, Ivan Nikolayevich, prof. [de"ased1l BABUSHKINA ~!1!9r:i--
DmitKjnvna - Rc V.G*.%
1 BABAYEV, Yevgeniy Vasillyer
red.; NIKITIVA, L.V.., red. izd-va; PARAKHINA, N.L., tekhn.
red.
[New equipment for the cooling and scrubbing of sulfur
dioxide] Novaia apparatura dlia okhlazhdeniia i promyvki
sarnistogo gaza. Moskva, Goslesbumizdat, 1960. 68 p.
(MM 15.2)
(Sulfur dioxide) (Plate toinrs)

BLBUSHKIN. V.
Iconomic work must achieve the highest level. Yin. SSSR 21 no.8:8-16
Ag 16o. (MIRA 13:8)
(Communist Party of the Soviet Union-Congresses)
(Finance)
i
I I
f I

MIKOYAIRP A.; IGNATOV, 14,; KOROVUSHKIN,, A.; GARBUZOV, V.; Y,4ByoV, Ya.;
KUDRYAVTSEVI, A.; BORYCHEV, li VOROBIYEV., V.; SVESERIIKOV, M.;
. USHAKOVI V.; MIROSHNICHENKO, B.; ZENCHENKO, N.;jZABU5BKIHt-V.,--
NIKITKIN, N.; PODSHIVALENKO,, P.; ZOTOV, M.; VOSKRESENSKIY, A.;
KAZANTSEV., A.; KORDYUKOV, A.; NOSKO, P.; PLESHAKOV, S.;.VERSOV, A,;
ROMASHOV . A.
I.N. Kazakov; obituray. Den. i kred. 19 no.3.295 Mr 161.
(MIRA 14:3)
(Kazakov.. Ivan Nikolaevich., 1907-1961)

BABUSKINI , V.; GIMLOV") D.; SPRINGIS, R.[translator]; MARKOITS,A.,
3~ed.; RUBEN9, J., red.
[Vo.1unteer participation in production] Sabiedriskie pamati
razosana. RJ~ap Latvijas Valsts izd-ba, 1963. 56 p.
[In Latvian. Translated from the Russian) (MIRA 17:6)

RABUSHKIN, V.A.
Geological structure and method of prospecting for deposits of the
t3
Mirgalimsa7 type. Izv, vys, ucheb, zave; geol. i razv. 1 no.4:118-139
AP '58. (MIRA 11:12)
l.Moskovski7 goologorazvedochn" institut, Kafedra metodiki poiskov
I razvedki.
(Turkestan District--Prospecting)