SCIENTIFIC ABSTRACT B.A. CHELISHCHEV - A.M. CHELNOKOV

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

CHELISHCHEV, B.A. , inzh. .
... -.. I
Pneumatic piston servomechanism. Mekh. i avtom. proizv. 17
no.12:26-28 D'63. (MIRA 17z2)
I
-: I.
!- 2~

CHELTSHCHEV, B.A., inzli.
Tracing pneunatic hydraulic drive. Mekh. i avtort. proizve
19 no.9sl5-16 S 165. (MIRA 18-.9)

L x4445- 66 M(d)/EWP(h)/ZWP(1)
ACC NR., AP6002966- SOURCE CODE: UR/0286/65/000/024/0134/0135
INVENTOR: 'Chelisbcbev, B.' A. Shram)co, V. D. Kokorev, V. I.
ORG: none
MTIX:~,A manitulator for holding and transferrinx workpieces. Class 49,.No. 177256
by the Experimental Scientific Research Institute for Construction of.
'-Stamping-and Forging Machines (Eksperimen allnyy nauchno-issledovatellskiy institut
,SOURCE: Byulleten' izobreteniy 1 tovarnykh znakov, no. 24, 1965, 134-135
'TOPIC TAGS: material handling, remote handling equipment, pnemnatic servomechanism
:ABSTRACT: This Author's Certificat(it.introduces a manipulator for holding and trans-
ferring workpieces. The device contains a.stand made in the form of a column which
is connected to the tong assembly through a system of hinged levers, e9go by-vacuum
auction devices equipp'ed with a pneumohydraulic servodrfve and a pneumatic programmed
remote control system. The manipulator is designed for picking up and transferring
.workpieces to any point witbin,its servicing radius and orienting them in the proper
Card 1/3
UDC; .621.86.062.

GHELISHGHEV, N.F.
Geological positions, uOrPhOlOgY md composition of gabbro
Pegmatites of th& Mouchagorok pluton. Krat. soob. 3MGRE
no.1:136-138 160. (MIRA 17:3)

GRELIBHGHEV9 N.F.
Two genetic pegmatite groups In the Monchegorsk pluton. Trudy
IN= no.82249-263 862. (KMA 16i1)
(Rumansk Province.-Plegmatites)

CHELISHCHEV, N.F.
Fegmatold and veined h,
I ydrothermal formationB in the
Pervoural'Bk titanomagnetite deposit. Trudy IMGRE no.16:
180-188 163. (KUU 16: 8)

CHELISHCHEV, N.F.
Interrelation of pegmatites and niccolite mineralization in
the Nittis-Yamushlya-Travyanaya massif of the Kola Peninsula.
Trudy 1MGRE no.16:189-195 163. (MIRA 16:8)

CRCLISHCHEV, N.F.; KUZNSTSOV, V.A.; DIKOV, Yu.P.
Experimental studies.of the crystallization process of silicate
melts corresponding to the composition of basic rocks. Dokl.
AN SSSFL 152 n'o.3rA;-712 S 163. (MIRA 16:12)
1. Institut mineralogii, geckhimii i kristallokhimii redkikh
elementov Ministerstva geologii i o1chrany nedr SSSR. Predstavleno
akademikom D.S.Korzhinskim.

CHELISHCHEV, N.F.
CrystallizatIon of basaltic melt in a dry system and under the
pressure of water vapor. DokI. M SSSR 161 no.611419-1421 Ap
165. (MIRA 1885)
1. Institut mineralogii, geokhimli i kristallokhimii redkikh
alementov. Submitted December 21, 1964.

s'
KISELIGOP, M.L., ;,and. takhn. miuk; Cn-'LISIUIEV, N.V., iwh.; LIFSHITS,
E.V., in,.h.
Study of the crushability of fuels in haTriner m.411s. Teplo-
energetika 12 no.705-41 J1165. 41IRA IF~:7)
1. VE,,eso3,uznyv teplotekhnich.-skiy in: Ivitut,

CHELTSHVILT~ M. L.
CHFLISHVILI, M. L. - ",agnetic Field of Models of Geological Structures." Sub
28 May 52, Geophysics Inst.. Acad Sci US.M. (Dissertation for the Degree
of Candidate in Physicomathematical Sciences).
SO: Vechernaya Moskva January-December 1952
t

CHELISHVILI, 1,11. L.
USSR/Geophysics- Dissertations
Jan/ Feb 53
" Four Candidates' Dissertations, Defended at Sessions of the Scientific Council of
the Geophysics Institute, Academy of S ciences, USSR, in 195211
"Iz Alk Nauk SSSR, Ser Geofiz" No 1, p 96
N. A. Vvedenskaya defended 11 Investigation of Deep Earthquakes in Central Asia" before
Dr Phys-Math Sci V. F. Bonchkovskiy, and Cand Phys-Math Sci Ye. A. Koridalin on 11 Jun 52.
K. K. Zapollskiy defended "Apparatus and Procedure for Studying Physical Peculiarities
of S cismic W aves in Real Mediums" before Dr Phys-Math Sci Ye. F. Savarenskiy, Cand
Phys-Math 5 ci A. M. Epinatlyeft and Gand Phys-Math Sci Ye. V. Karus on 18 Jun 52. B. N.
Ivakin defended "Modeling of Micro- and Macrostructure of Waves in Non-homogeneous Media!,
before Dr Phys-Math Sci 11. F. B onch-kovskiy, and Cand Phys-Math Sci V. I. Keylis-Borok
on 31 Dee 52. M. L. Chelishvili dofendod "I'lagnetic Field of Models of Geological
S tructures" before Dr. Phys-4-fath Sci A. G. Kalaslinikov , a nd Cand Phys-4qath Sci G. N.
Petrova on 28 May 52.
F& 241T41

CEMLIS"ILI, H.L.
Qb-or-atorr--a-Vparatue for studying magnetic fields, and the solution of
awe problems In exploratory magnetometry by means of magnetic models.
Trudy Inst.geofis.AN Grus.SSR 14:37-59 155. (KM 9:1)
1.9auchne-Issledovatellskly g1drometeorologIcheskly Institut, Tbilisi.
(Nagmetion, Terrestrial-Blectromechanical. analogies)

37-11-1/18
AUTHOR: Chelishvill, M. L.
TITLE: Magnetic Field of Some Models of Geological Structures
(Magnitnoye pole nekotorykh modeley geologicheakikh
struktur)
PERIODICAL: Trudy Nauchno-isoledovatellskogo instituta zemnogo
magnetizma, 1957, Nr 11(21), pp. 3-32 (USSR)
ABSTRACT: The article discusses methods of investigating anomalous
magnetic fields-calculated for various geometric models,
the *construction of a new field-meter (polemer), and
some problems of practical application. The following
authors-are referred to: Kazanskiy, A.P., Zamorev,A.A.9,
Gamburtsev, G.A., Zaborovskiy, A.I., Kalashnikov, A.G.,
Pon'ton, S.S., Dolginov, S-Sh-j Ozerskaya, M.L., Andre-
yev, B.A., Sluctianovsk~'y, A.S., Bakhurin-, I'.M..,
Roze, T.N., Malkin, N.R., Pudovkin, I.M., Popov, A.I.,
Petrova, G.N., Grabovskiy, N.A., Spiridovich, N.I..
Logachev, A.A., Vonsovskil, S.V., Akulov, N-S-Arkhah-
gellskiy, A. D.- There are 15 figures, 9 tables, and
43 references0of which 28 are USSR,lGermanand 4Ehgl1sh.
AVAILABLE: Library of Congress
Card 1/1

CHILISHVILI, HL.
4"walleo of the vertical component of the cognatic field
Intensity In Transcaucasia. Trudy Inet.geofiz.AN Gruz.SSR 17:
81-9? 158. Ma 13:4)
1. Institut geoflaW AN GruiSSR, Tbilisi,
(Transcaucasta-Magnetic anowalles) - -

CHELISHVILI, M.L.; BOCRORISHVILI ) N.Z.; PACHUASHVILI, R'T
%
Magnetic properties of the manganese ores of the Chiatura deposit.
Soob. AN Gruz. SSR 35 no.3:549-552 S 164.
(MM4 17; 11)
1. Institut geofiziki. AN GruzSSR. Predstavleno chlonom-korrespon-
dentom AN GruzSSR M.M. Mirianashvili.

CHELISHVILI, M.L.; BOCHORISHVILI, N.Z.; PACHUASIMLI, R.I.
- . - .": ~ " - .. w ". ., 1. 1 ~ -11 .
Magnetic field of the manganese deposits of the YPi-?q9vi upland.
Trudy Inst. geofiz.AN Gruz. SSR 22:6-32 164.
(MIRA 18t12)

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Ussi*tals, Troftir Diffusion 51,
"Diffusion of 73'lemi-,n-tc in Molten Iron," B. V.
Stark, Corr Mem, Acad Sci U9SR Ye. V. Chelishchev,
Ye. A. Kazachknv
"1z Alc Hauk SSSR, Otdel Tekh Dlauk" No 11,
PP 1669-1-695
Expts demonstrated possibility of exptl deta of
diffusion coeffs of various elements In liquid
steelY iron and alloys. Application of special.
ceramic device eliminated convective mixing of
liquid metal--phys phenomenon -.rhi-.h usually
USSR/metals - iron, Diffusion (Contd) Nov 51
complicates Investi-gation of diffusioia processes.
This factor males results obtained much neurer to
actual values.

pribudftdmwd
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in Taivmm 1~ obw'*a
"WAim Ohd 00 W for 1-1-9 W4 do =70L
acamon we me& am
9-7ndlL

CHELISHMU-.~E. V.; VISHKAREV, A. F. (Engr.): Zh-UJCdOVITSK1Y, A. A. (Prof., Dr. Chem. Sci.)
"Exchange and Distribution of Iron Between the Slag and Metal Phases in a
Steel Smelting Process," in book The Application of Radioisotopes in Metallurgy,
Symposium XXXIV; Moscow; State Publishing House for Literature on Ferrous and Nonferrous
Metallurgy, 1955-
E. V. CHELTSHCHEV: A. F. VISHKAREV, Engr.; Prof. A. A. ZHUKHOVITSKIY, Dr. Chem. Sci.,
Scientific Consultant/chair of Theoretical Metallurgy, Moscow Inst. Steel im I. V.
Stalin.

CHFIISHCHN Ye.V. -doteent, kandidat tekhicheakikh nauki VISHKARZV, A.Y.,
- 5'i; -
- 0
X=hango and dis-ributien of Iron between the slag and metallic ph"* In
the steel smelting precesse Sbere Inst.otall 34:128-W '55.(XM 9:7)
l.Kafedra toorii ustallurgichookikh pratesesev.
(Iroz--Isetepes) (Steel-Xotallurff)

SOV/ 137-58-7-14455
'I
Translation from: Referativnyy zhurnal, Metallurgiya, 19558, Nr 7, p 74 (USSR)
AUTHOR: Chelishchev, Ye.V.
TITLE: 0 ogical Peculiarities of Oxygen Smelting of Steel in a
Recirculation Furnace (Osobennosti teklinologii vyplavki stali
v kislorodnoy retsirkulyatsionnoy pechi)
PERIODICAL: V sb.: Primeneniye kisloroda v metallurgii. Moscow,
Metallurgizdat, 1957, pp Z31-243
ABSTRACT- Under normal conditions of melting, the rate of burning of
C in a recirculation furnace amounts to 2-3% per hour. In iso-
lated instances this reaction occurs violently and produces a
so-called "bump"; in this case the rate of burning of C may
attain a value of 30-607o per hour. This type of furnace is
recommended for smelting of various types of soft metal, in
particular high-purity Fe. Normally, the primary slags con-
tain 18.0-Z57o FeO and 7.0-11.01/o FeZ03. Toward the end of
the working period, the content of the FeO and FeZ03 in the
slag attain values of 19.0-35% and 10.0-19.0%, respectively. In
most instances the rate of burning of C amounts to 1.2-2.5%per
Card 1/2 hour; in individual cases it may attain a value of 3.00-3.Z4 or

SOV/137-58-7-14455
Technological Peculiarities of Oxygen Smelting of Steel (cont.)
even 4.6216 per hour. The rate of burning of C does not diminish even at
small C concentrations in the bath of the furnace. Compared with open-
hearth steel, the steel prepared by the method described contains less oxy-
gen. This is explained by the counter-current which is created by the vio-
lent burning of C. If "bumps" occur, the violent combustion of G is followed
by a sharp decrease in C content. Simultaneously, the 0 content in the metal
falls below the normal value which corresponds to a given C content. The
abundance of beads in the slag of 02 smelting contributes to the combustion
of impurities and favors the transfer of atmospheric oxygen into the hearth.
Compared with the average C content of the beads, the C content of the hearth
is more than twice as great. Assuming the mean diameter of the beads to be
I mm, the calculated area of the slag-bead metal interface is 855 mm2/t, or
1070 times greater than the specific surface of the slag-to-bath metal inter-
fac e.
S. L.
l.'Steel--Production 2. Furnaces--Performance 3. Oxygen--Metallurgical
effects
Card 2/2

ATJMR-. Chelishchev, Ye.V., Candidate of Technical 67-58-3-2/18

TITLE: The Oxidation of Carbon and the Stirring of Metal in Oxygen
Steel-Casting Furnaces (Okisleniye ugleroda i perameshiv&niye
metalla v kialorodnoy stalepli[vil'noy pechi)
PWODICAL: Kislorod, 1958, r- Nr 3, PP- 11-18 (USSR)
ABSTRACT: In the introduction it is said that in soientif ic publications
data concerning this subjo~ot are contradictory (Ref 1-5), which
fact is explained by the author by the difficulty of determining
the composition of the casting in its various depths. In co-
operation 4th engineer O.D.Zorin the author developed an appam-
tus (certificate Nr -1,06258) vrith the aid of which it is possible
to take samples of steel castings in 3 different heights. The ap-
para-hw is described on the basis of & schematic. dmwing.
Further, the casting furnace developed by M.A.Glinkov is mentioned
as being especially well suited for research work. It has a double
feed for fuel and for air. The fuel products pass along a loop-
shaped path and leave the heating chamber in two directions. Feed-
Card 113 ing the oxidation substance to the metal is in this case carried

The Oxidation of Carbon and the Stirring of 67- 58- 3-2/18
lietal in 03qgen Steel-Casting Furnaces
out through the slags and depends on oxygen cam-,-nt intensitr.
qo = K0 (Oatm - Omet)~ whem Ko denotes the normal velocity of
oxygen supply, Oatm -- oxygen concentration in the air chamber of
the fun-Aoe, and Omet - on the metal surface. Table 1 shows the
-results obtained by means of 3 samples taken from an upper,
middle, and lower layer of the steel castings with respect to the
cathon- and oxygen content in three different sections of cast
iron. Table 2 contains the results obtained by means of samples
takent while the metal was boiling, from 8 different parts of
the cast steel. These rases are dealt with separately and proo-
esses are explained on the basis of schematic - drawings. In con-
clusion the following is said.. i.) The process of the oxidation
of carbon takes place ej-14hin the range of diffusion and is lim-
ited by the feeding of oxygen through the slags in its range of
reaction. 2.)In liquid metal a considerable disparity of composi-
tions according to different depths was found to exjzt. 3.) The
greatest reaction of carbon oxidation was found to occur on the
boundary between slags and metal. By stirring this boundary can
be transferred to deeper layers of casting. 4.) As a consequence
Cara V3 of-reaction. the carbon content increases in the course of the

The oxidation of Carbon and the Stirring of
Metal in Oxygen Steel-Casting Furnaces
67_~58-3_2,/i8
process in the direction from top to bottom (in the trough); the
opposite is the case with the oxygen content. 5.) Stirring causes
this rule to be disturbed. 6.) In an open-hearth furnace trough
of 10 t vol. uniformity of composition by stirring can be at-
tained within 3 minutes. 7.) Stirring acoelerates the heating of
the cast steel as well as oxidation of carbon. 8.) The above
statements confirm the necessity of stirring in all types of
casting furnaces. There are 11 figures# 2 tables, and 7 referen-
cesv 5 of which are Soviet.
1. Carbon--Oxidation 2. Steel--Production 3. Furnaces--Performance
Card V3

CEIRLISHCHIF, Ye.V.-. kend ekhn.nauk, dots.
DistributIon of Iron oxldee In the slag layer of the bath of a
500-ton open-hearth furnace. Izv.vys.ucheb%zav.; chernemete 2
no.6:23-30 Je '59. (YIU 13:1)
1. 14nakovokly InstItut stall, Rekomendovano kafedroy teorii
metallurqIchaskikh protsessov Kookovskogo Inatituta stall.
k0peop-hearth process)

--gUEJAZACHEV, E V. ; SABIEV. M.P.; ABROSIMOV4E -V. ; GRIGORYEW, V. P. ;
- SMOTIN, B.N.; FEDOROV, L.S.
Issladavanie sostava metalla na otdelrWkh
gorizontakh po vysote vannY 500-tonnoy
martenovskoy pechi.
report submitted for the 5th Fhysical Chemical Conference on
Steel Production.
MOSCOW 30 JUN 1959

CHELISHCHEVIYE.V.
Issledovanie sostoyaniya i sostava rasplavov v
prigranichnoy zone shtakovoy i metallicheskoy
faz pri rafinlrovanii metalla v martenovskoy pechi.
report submitted for the 5th Physical Chemical Conference on
Steel Production.
Moscow -~Ojuxiq% j

0 E- Lt -') [1 C 6 C V,e
PHASE I BOOK EXPLOITATION SOV15411
Konferentsiya po fiziko-khimicheskim osnovam proizvodstva stali. 5th,
Moscow, 1959.
Fiziko-khimicheakiye o9novy proizvodstva stali; trudy konferentsii
(Physicochemical Bases of Steel Making; Transactions of the
Fifth. Conference on the Physicochemical Bases of Steelmaking)
Moscow, Metallurgizdat, 1961. 512 p. Errata slip inserted.
3, 700 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Institut metallurgii imeni
~ A.A. Baykova.
Responsible Ed.: A.M. Samarin, Corresponding Member, Academy
of Sciences USSR; Ed. of Publishing House: Ya. D. Rozentsveyg.
Tech. Ed.: V. V. Mikhaylova.
Cardv"

Physicochemical Bases of (Cont.) SOV/5411
PURPOSE: This collection of articles is intended for engineers and
technicians of metallurgical and machine-building plants, senior
students of schools of higher education, staff members of design
bureaus and planning institutes, and scientific research workers.
COVERAGE: The collection contains reports presented at the fifth
annual convention devoted to the review of the physicochemical bases
of the steelmaking process. These reports deal with problems of the
mechanism and kinetics of reactions taking place in the molten metal
in steelmaking furnaces. The following are also discussed: problems
involved In the production of alloyed steel. the structure of the ingot,
the mechanism of solidification, and-the converter steelmaking
process. The articles contain conclusions drawn from the results
of experimental studies, and are accompanied by references of which
most are Soviet.
Card 2/16

Physicochemical Bases of (Cont.) SOV/5411
TABLE OF CONTENTS:
PART 1. MAKING STEEL IN OPEN-HEARTH
AND ELECTRIC FURNACES
Chelishchev. Ye. V M. P. Sabiyev, Ye. V. Abrosimov. V. P.
Grigorlyev. L. F. Fedorov, and B. N. Sukhotin. Composition
of Metal at Various Levels of the Bath in the 500-Ton Open-
Hearth Furnace; the Decarburization of Steel
Chelishchev. Ye. V. The State and Composition of the Metal
a-n-d-Sla-g-Uffe-rTa~ce-Adjacent Layers, and the Steel-Decarbu-
rizing Process in Open-Hearth Refining 12
Mikhaylets, N. S. Slag [Formation) Regime in Open-Hearth
Melting and the Hydrogen Content in Steel 21
Card 3 /16

s/148/61/000/003/002/015
A161AI33
AUTHORS: -Chelishohev, Ye. V., Turkenich, D. I., Zhetvi-n, N. P., Tunkov, V. P.
TITLE: Investigating the metal r-omposition on different levels of the open-
hear'Uh furnaoe bath
PMIODICAL: Izvestlya vysshikh uchebnykb-. zavedeniy. Chernaya metallurgiya, no.
3, 1961, 31 - 36
Ti=,. Two different vlews exist on -.he position of the decarbonIzIng re-
action zone in the open-hearth fu.-aa-cle bath - according to the first this reaction
takes place on -the bottom aactording to the second on the metal-slag boundary,
Larg46 sampling devioes always nd.xed the metal and caused different conclusions.
The article presents information on an investigation carried out At the "Serp i
molotm Plant with the aid of a new sampling devl~aa with a swivelj~ig box and three
1-inch diameter pipes of different length, each pipe fitted with a metal shell on
the end containing quar-!;z metal re,.-eivers. A ball was blown on the' reeeivers in-
take end and provided with a 1 mm diame~.er Input hole that was plugged with alla-
minum. The aluwLnum melted after slala.,~-v-slon and deoxidized metal filled the re-
eeiver. A spiral of alwAnum wire Jq the' receiyer rompleted the deoxidation.
Card 1/1

S/148/61/000/003/002/015
investigating the metal -iompoWpdon on different levels.. A161/.4133
Distances between the sampled mc,"al larrels were determined by the difference in
1"th of the pipes. The carbon ..;rl oxygen contents indicated that, the reaction
taken place mainly In the transiltian layer between slag and metal spreading wl'~h.
the progress of carbon ox-tdation. 'The formation of the tranzitloi~ layer was veri-
fied on a model, and it was eetablished tbat all the slag was absortked by the
metal at slag-to-metal layer depth ratio oi I.-!,; and a rimming tntensity in the
range of 0.3 and 0.6% Clh. The slag layer turned into a metal enralsion, and
pure slag separated on the surfaoe witlh an increasing slag quantity, or at a re-
dueed carbon-burning rate. The slag layer In the investigated 50-ton furnace
constituted 0.25 of the metal bath depth, which ensured a. good intermixing of
the metallic phase. Conolusions: 1) A def 1.ite regularity exists in the distri-
bution of carbon and oxyg4hn wi-er the metal bath depth. The carbon content in the
upper levels (partiaula:rly on ths boundary with slag) is lower than in the deeper
leyels~, Oxygen Is distributed in an- in7~-,erse way, and this proves that. the de-
carboidaing reaction goes on at the me"al-slag boundary. 2) 'The maximum carbon
oonoentration drop betwde-ri the top and bottom of the 50-tton bath was 0.1%. In
most of the eaaes the difference was lower, particularly at a low carbon ci,~vj~ent
In the metal. Highest devlation of'the carbon Content from the mean in -the mes,1
volume w&s in the thin sub-slag iky,;~r. Sampling from t-his layer may cause differ-
ences in carbon determi-nations In ',.be turnaie and in-teeming. 3) The intermixing
Card 2/3

S/148/61/OW/003/002/015
Investigating the metal composition on different levels ... A1611A133
of metal during the melting. of low-carbon steel changes this sub-slag laypr
and may speed up decarbonization and reduce the carbn content. 1here are 5 figures
and 1 Sovlet-bloo reference..
ASSOCIATION: Moskovskij iustitut stali i metallurgicheskiy zavod 'Serp i molot*
(Moscow Steel Institute and "Serp i molot" metallurgical plant)
SUBKTITM: July 5. 1960
Card 3/3

MVRYUKOV, Nikolay IlikolWavich,, prof,,, doktor takhn* nauk; RUZIMIII,
Boris Aleksandrovich, dots.# kand. tekbn. nauk; CHEUSHCHOL.-
lev ~DIA, IN.-T. ,
Vasi tekbn. nauk;
dots.,, kand.
red.; MAMA, O.H.j, red. imd-va; NIMUMVA., V.V.., tekbn.
red.
(General metallurgy] Obshchaia metallurgiia, 2* izd., per er. i
dopo MoBkwas Gos.noucbno-tekhn.izd-vo :Lit-r7 po chernoi i
tsvetnoi mstaLuurgii,, 1962. 583 P. CMIRA 15.-2)
(metallurgy)

MUMMY, Ye.V
Determining the zone of preferential oxidation of carbon in a
molten bath. Izv. vys, uchebe zav,; chern. met- 5 no,5:51-55
%2. (MIRA 15:6)
1. Moskovskiy institut stali.
(open-hearth Isrocess)
(Steel--amen .content)

3/1,37/61/000/011/018/123
A060/A101
AUTHORS: Chelishchev Sabiyev, M.P., Abroalmov, Ye.V., Grigortyev,
V.P., Fedorov, L.P., Sukhotin, B.N.
TITIE- Metal compoaition at various levels of the vat of a 500-ton open-
hearth furnace, and the decarbonizing of steel
FERIODICAL: Referativnyy zhurnal. Metallurgiya, no. 11, 1961, 27-28, abstract
IIV18.3 (V sb. "Piz-khim. osnovy prolz-va stall", Moscow, Metallurg-
izdat, 1961, 5 - -11)
TEXT: In order to det ermine the degree of stirring and homogeneity of
metal composition at various points of the vat of a 500-ton open-hearth furnace,
and also to determine the possibility of a further increase of the vat dimensions,
a series of metal samples was taken from 11 heats. The samples were taken with
the aid of a welded box-rod affixed to the pan of a charging machim , 7hree cha-
motte molds were mounted in the box, each containing quartz crucibles with Al
wire. The C content varied between the limits of 0.1 and 1.0%, 0 content -
0.005 to 0.03%. The altitude variation in carbon content is of no practical sig-
nificance. The altitude-variation of 0 content is very noticeable. In the ma-
Card 1/ 2

S/137/61/000/011/018/123
Metal composition ... A060/A101
Jority of cases the 0 content at the upper levels of the vat is higher than that
at the lower levels. In some cases at the upper levels of the vat the oxygen
content is greater by a factor of 1..5 - 2.5 than at the lower ones. The authors
consider that the experimental material obtained supports the viewpoint accord-
ing to which the decarbonizing reaction takes place primarily at the upper levels
of the r..)etal at the metal-slag separation boundary. Samples of metal taken along
the length of the 500-ton open-hearth furnace (10 heats) and of a 250-ton furnace
(one heat) have shown that in the majority of cases the metal composition at any
given level is practically homogeneous along the length of the vat. In individu-
al caEes sharp drops in the concentration of various elements were observed, con-
ner~ted with the additions of ore, Fe-Mn and other substances. In all the cases
after the Rdmixture was assimilated, the inhomogeneity of the vat content was
liquidated. The distribution of the elements along the length of the 500-ton
open-hearth furnace does not differ in principle from that of the 250-ton open-
heeLrth furnace. The authors consider that a further increase in furnace capacity
is possible by increasing the length and width of the vat.
V. Hudrin
fAbstracter's notes Complete translation]
Card 2/2

I-TOLAND
.,CHELXOIOSKA, Halina First Pediatric Clinic (I Klinika Podia-
-tryczn&T-,-T5`5-W 5-10-Morska Akademia Modycana, Pomor&ntan Nod-
teal Academy] in.Snazooln (Directors Prof. Dr. mod. J. STAR-
KIEWrCZOWA)
"Martan Syndrome in an Infant. Case Report."
Warsaw, Polski 31stodnik Lakarski, Vol 18, No 24, 10 Jun 63,
pp 863-M-
Abstracti (Author's English summary] Author roporbs a case
of & X;r-fan Syndrome in an infant 7-months old. Ihe osseous
circulatory and ophthalmic system were involved. Among other
pathological symptoms, oraniolacunia was also observed.
More are 26 references, of wbich four (4) are in Polisb,
five (5) in German, and seven (7) in Rnglish.
ILAL

Oropapain excretion during prednisone and ACTH therapy of
children with rheumatic fever. Fol. tyg. lek. 20 no.138:
1410-1412 20 S 165.
1. Z I Rliniki Pediatryc-.nej Pomorskisj AM w Szczec-Inie
(Kierownik: prof. dr. med. Julia Starkiewlezowa) i t
Centralnego Laboratorium P.S.K. Nr. 1 w Szczecinie (Kie-
rown-1k: dr. med. Halina SI-Winska).

-- ---" -.' - zl- --
. ; --! -V -ET
- -Afr,~~ -
." ..A, ~-i I . ,
. -... - X~-,-:4:-
k ~-
1~jj
~ U ~
-- ;~ &2'-
1~~tL ---.:
5- .. I-

Cl- V) F- ~- tl5or2O9m. Expil.,
conditions escluded the effect of inaccurate detn. of starling,
time. of the course of the 2nd cooling phase and of the Bash-
W of the oll.after Immersion of the test specimen. It Is
suggested to refine the 011) method, to )ncasure the thne
Je required for removal of hall of the heat of the ball i and to
discard the other two methods following a review and dis-
cussion of their *characteristics. A met'k-A for calcF. H
.2 values given. 23 references. Mordecai Mesiviied

S/138/62/000/002/006/009
AO51/Al26
AUTHORS. Lepetov, V.A.; Chelmodeyev, A.D._
-:7~
TITIE: Determination of the optimum time of vulcanization by measuring
the static compression modulus of rubber
PERIODICAL; Kauchuk i rezina, no. 2, 1962, 34 - 36
TEXT! The compression modulus of rubber was used to calculate the opti-
mum vulcanization time, since this index is found to depend on the degree of
vulcanization to the greatest extent. The following determinations were madeL
the relative and residual elongation, expansion moduli [rOCT270-53 (COST 270-
-53)], tensile strength (GOST 262-53), swelling (GOST 421-41), bound sulfur
(from the unbound residual), hardness according to TM-2 (IM-2) (GOST 2,63-53) of
rubber. Mixtures of NR,CKC-30A (SKS-30A), CKH-26 (SEN-26) and nairite, were
-ised to determine the optimum vulcanization time. The AM-2 (DM-2) "defometer"
was used to determine the conditional-equilibrium load in static compression of
the sample by 20%, applying only the mechanical part of the instrument. The
conditional-equilibrium static compression modulus E was determined according
to the formula: E - Pqt4t. I h kg/cm2,
Card 14 36 (h,- hff

3/138/621/000/002/006/009
Determination of the optimum time of vulcanization ... AO51/A10_6
where Patat 15 the load of the static equilibrium state in kg, So - the initial
cross-section of the sample in cm2' ho - the initial height. of the sample in cm,
h, - the height of the sample under load at the time of reaching the static con-
ditional-equilibrium state in cm. The parameters of (1) gre found experimental-
ly. The variation coefficient was determined according t-. the formula.
V = t 6 . 100 (2)
x
where x. is the arithmetic mean, d - the quadratic mean deviation equaling:
d (X, x)2
n
where x, is the result of the test, n - general number of tests. Obtained data
showed that the suggested method for determining the optimum vulcanization meth-
od results in a lesser scattering of the indices. The method is said to be ap-
plicable to the determination of the optimum vulcanization time of all the in-
vestigated rubbers. A saving of rubber (up to 64%) is accomplished, consumption
of energy and work of the technician is reduced. There are 2 tablqs, I figure
and 3 references: 2 Soviet-bloc-and I non-Soviet-bloc.
ASSOCIATION: Moskovskiy Institut tonkoy khimicheskoy tekhnologii im, M.V. Lomo-
nosov (Moscow Institute of Fine Chemical Technology im, M.V. Lomo-
Card 2/2 nosov)

BOGAIMKHp A.F.; ZjMBWV--:3~wRj+-GROZHAN, Te,M.; GHELMDDEYEV AeDe
p
'Investigatingthe chadcalretability of some natural rubbers
and rubber goods profteat-on-their base. Kauch.i res. 21
no,12sll-24 D .062, (NM , 21)
1. Nauchno-iseledovatel sidy Inst1tut resinovoy promyshlemm-sti,
iftbber-Teeting)

BOGAYEVSKIY, A.P.; ZHEREBKOV, S.K.; GRCZHAN, Ye.M.; POLYAKOVA, L.M.;
CHELMODEYEV. A.D.
Investigating the chemical stability of the SKI-3 isoprene
rubber and of the rubber and ebonite based on it, Kauch. i
rez. 23 no.1:3-7 -Ta 164. (MIRA 17:2)
1, Nauchno-issledovatellskiy- institut rezinovoy promysh-
lennosti.

15-57-2-1278
Translation from; Referativnyy zhurnall Geologiya, 1957v Nr 2,
p 11 (USSR)
AUTHORS: Semikhatova, Ye. N., Lazareva, Ye. P., Chelmi~kayeva,
.S S
11-~~
TITLE: Now Data on the Stratigraphy of the Lower Tertiary
Deposits In the Stalingrad Volga bistrict (Novyye
dannyye k stratigrafil nizhnotretichnykh otlozheniy
Stalingradskogo Povolzh'ya)
PERIODICAL: Uch, zap, Rostovsk.-na-Donu un-ta, 1954, Vol 23, Wr 5p
pp 93-97
ABSTRACT: Bibliographic entry
Card 1/1

POLAND
CHRUION9KA,-3rAnislawa, GAUMKA, Ralina,and LISLEM, Jerty,
Cfi-ft-i-r of General Animal Breeding (Natedra OgolneJ 14odowli
Zwierzat), WSR [14,yzsza Szkola Rolnicza, Higher 3chool of
Agriculture] in Wroclaw and the Chair of tiiF,,h Tensions
(Katedra Wysoldoh Napiez) of ths Polytechnical Inttitute
(Politachnika) in Wroclaw.
"Blectro0aculatton in Drakes."
Warsaw-Lublin, ModycXna W*teEZn&U
62, PP 712-714. ,Ina, Vol 13, So 12, Doe
Abstracts [Authors' English su-.ninary madified) Materials,
procedure. and results are given for a ntudy of electro-
ojaoulation in drakes, Mo concentration of spermatozoa
and the quantity of semen collected worm higher with
electroojaculation than Ath hand massage. Thare are seven
references. of Utich one is Italian and six are En-lish.
_j

.CHEINONSKI, B.
-. Producerr' information service and the consumers' needs. p. 23. (TECHNIKA
1,DTOP,YZACYJXA. Vol. 4. Ro. 1. Jan 1954, Warszawa, Poland)
SO: Monthly List of East European Accessions, (FEAT), LC. Vol. 3. Vo. 12. Dec.
1954. Uncl.

CHUNDISKI, 4
"Soviet telocommication In the service of commmism." p. 365.
(PPUGUB TEMONVIrACUST. Vol. 27. 19o-. 12, Dec. 1954. Warszawa. Poland)
SO: 140nthlY Met Of Iket lbropean Accessions. (UAL). Lc. Vol. 40 so. 4,
April 1955- Uncl.

CHEIMONSK17 Jozef., mgr inz.
Graphic-analytical method of deten-Uning the influence of element
losses on the effective attenuaticn in transmission bands of lcw-
pass and band-pass filters. Prace Inst teletechn 5 no-3:3-38 161.
2. Diuro Konatrukcyjne Punutwowych Zoakladow TaIet.;-ansr-Is-yjnycb,
Warszawa.
:1- , I", I

follab Tectinical Abet.
No. 4,, 1953
TvanBport
iMS 13-2 653
~chvhnowskl K. Plannin-, the SuPPIr of SPares.
Planowan!c zaopaU--vnIa cz(vtcl zAmI(1nuYcW'- IdDloryMcJ2. INIO. 1,
j1053, pp. 0-12.
Fac!ors whi:!h crca'p difficul'.1es In planning the supply of Spamal
for iTiOrIni moloz vch!cles. S1,vvJ-irc!s for wear. Wmiditv!F "Or stxksl,
.nnd produrlim ptans as bis1c clemcm's a! supply planning. The rile;
of accid.-n'll %ve3r In vellicle parts; c='In,-zncc of the raic of wcaz~i
on th2 veiftle operi!lnn stage, The ;:Wh-- tha, a b-%*1-mc:ng
stiric of t~pares b2 carried, In addNon to the minimum s!ock limit' V.

IDUMITRACIMP Ghearghes. ingo- CRELMO Hibai ing.
;- 0 wo- -W, A", "770-M,
Meobani~ far adJustmant of cylinders in the housings of
abist, billet roll' mills. Metalurgia si constr max 15
noja226427 Wr t639

luoh"ost , Ivions , vo i xj v no i , j=-!,oo vqbe allo
2. Vaeoulational Connor of the Inzllff to Caused by
2 gune and Its Derivatives , P:r Y. MAU;
var,1_71. - -
Z. 'Pollution of the Atviosphore In the Vicinity of an
2I*ot--1o&! Therwopower Ste tIon 9* M. ZAKFIRISCU 9 21.
Dr M. 5A I -. or TF. MO I
~~Scuv x. Arroru and.
3. 011otes an the bapply of DM nking W& or In ThLral Areas
by Mans of Small Central Supply Units (Mloroc-ntral
Vntt*),* OF T. SMPLXR and Dr Emilia rRA.MAMPOL; pp
19-25. - -
02itportmental InvostliKetions an the Toxicity of Cartel
Mainicel, Substances Usid in the ft-tufacturs of OrpanIc
Glass (Plaziglaos) " Or Silvis jk&w I Dr C. RAU
RU. 'A*rk PorforrV4 "g.
win& M.Cx and FbAoG OETZ or
la CluJ) i Pp 27-30.
oInvestIg4ttona Conc"Lng Zmfluences of ronIzIng
Radiations on the Nutritivo vaiua or Prot*L~s and
LIVIde In Ca=ed tark,* Dr A. mgm, Dr - I'-,-..-
Dr Ealgina rerijr,.. d &Z"t-he'
RPR InstItu Myclong and Public alth (Triatitutul
3ziona .to fut'lica MPH at; pp 31-
7o Zohsre
6. "Ikw Aspsets Upholding th- Use of ClostrIdl urv welchil
Issetarlurn a Sanitary Indicator for t~jod Products,
17- 'The V-- of Plant ?-at- I- rod 71osteolopy,
SwIM71. - I -Gad 511via C112= . Y
j=QA AN . Dr A. U2_%T
gist" at 3anatate lublIck R R j a ars t; pp 49-
's. Vow ObiorvatLona an tube Co Ilirotry Or M,
"d Or Itaft-Mbal. IYMERI pp 55-60.
9. 'Radioactive Pollution or-Natural Wstst- 110sevolro"
Or Ch. ;ORI pp 61-6S.
3A

C HFL M
MINCU, RUMVNIA
To
~uly-.Aoo-,-Ust ~0. ~p
CHUMU,
2 of 2

ACC NRs A~ISO01~820 0) Monograph UP/
Shadur, Leonid Ab2-amovich (Doctor of Technical Sciences' Professor); _Che1ktk9yp__jy~n_
1LyqAgyj!ch.(Doctor of Technical Sciences; Professor); Nikollskiy, Lev Nikolayevich
-TD-octor of Technical sciences; Professor), NikollskiyYEvgeniy Nikolayevich (Doctor
of Technical Sciences; Professor); Froskurnevj, Fetr Grigorlyevich (Candidate of Tecb-
nical Sciencesp Docent); Kazanskiy, Georgiy Alekseyevich (Candidate of Technical
Sciences); Devyatkovp Vladimir Fedorovich (Candidate of Technical Sciences)
Railroad cars; construction# theoryp and design (Vagony; konstruktolys, teor*U I
raschet) Moscow, Xzd-vo "Transport", 1965. ~439 p. iuua.,, biblio, 0,,OW copies
printed. Textbook for railroad transportation institutes.
TOPIC TAGS: railway equipment,, railway rolling stock, railway transportationp rail-
vay vehicle data
PURPOSE AND COVERAGE: The book deals with the construction, strength calculationsp
dynamics, choice of technical-economic parameters, and sizes of railroad cars. It
is intended for courses on "Railroad Cars" (construction, theory, calculation) for
those specializing In "Railroad Car Construction and Railroad Car Management" of
higher technical institutes for railway transport. It is designed to be a basic
course for further specialization is special-purpose cars such as refrigerator cars,
electric equipment of railroad carap technology of construction and repair of rail-
road cars.. and other specialties. It in designed for students Ao have some element-
ary information on car construction and car strength.
Card 1/2 UDC: 625/23/.24

ACC NRt pl,1600482b
TABLE OF CONTENTS [abridged]:
Introduction 3
Ch. I. General information on railroad cars 7
Ch. II. Dimensions - - 18
Ch. III. Technical and economical parameters of freight care
Ch. IV. Principal data for strength calculations of railroad cars -
Ch. V. Wheel pairs - - 55
Ch. VI. Axle boxes - - 89
Ch. VII.' Springs and shook aVaorbers - 105
Ch. VIII. Trucks 142
Ch. IX. FTames and bodies - - 187
Ch. X. Shock-coupling devices - - 220.
Ch. XI. Principles of railroad dynamics - 252
Ch. XII. Freight care - - 33T
Ch. XIII* Tank cara - - 370
Ch. Me Passenger care - -
Ch. XV* Principles of desigzkj, construction,, and testing of cars - 423
SUB CODE:- 1V SUM DATE: 2ijul6.5/ oRiG RzF: 218/ oTH Rzr: 010
CA rd 2/2

CULNOWY A.A.. inshener.
Raise the technical level of the construction of peat anterWises and
introduce plowing for the preparation of now fields. Torf.prom-33
no.4:22-24 156. (".9:9)
I.Stroympravlemiye Belaye. Yaks.
(Pleat industry)

aw loading of liallant by bulldozers, Torf. prom. 34 no-3:
39 '57. (MM 100)
1. Strayupravlardys'Belays. Balm.
(Loading wa;i! unloading') (Ballast)

CHMIIOKOV, A.F., Cand Tech Sci -- (diss) "-nalysis of causes
of 40-OkeM em of cortnin p-irts of engineB and inethods
WVjtRt4-A/-A W44AlUU4V-tL
of I their im Kiev, 195- 14 PP with i115~
-Tq
(Ktev Inst of Civilep Air keet). 200 copies (1M,38-59, 118)

CHELNOK-O.V,._A,,, podpolkovnik
A nomogr;wn for determining the Jength of day and light timp of the day.
Voon. liest. 43 nu.12:105-107 D 163. (IJURA W12)

15(2); .'8(1, 2, 3); 25(2) PHASE I BOOK EXPLOITATiON SOV/3406
Chelnokov, Andrey Filippovich
Povysheniye iznosoustoychivosti detaley mashin (Increasing the Wear Resistance of
Machine Parts) Kiyev, Gostekhizdat USSR, 1959, 27 p. 1,500 copies printed,
Ed., L. Raytburd; Tech. Ed.: K. Gusarov.
PURPOSE: This booklet is intended for scientific and for engineering and technical
personnel connect,~-d with the prnduct-~on, repair, and operation of machines.
COVERAGE: This booklet describes the effects I-f the graphite content on the wear of
graphitized metallic-ceramic materials and the effect of cnemical. and heat treatment
of steel on its resistance to seizing. The onerati-ng conditions which ensure a high
resistance to wear of rubbing surfaces of par's made from the materials investigated
are defAned. The booklet contains the results of investigations of the effect of
specific technological factors on wear dvie to heat and wear due to seizing of the
first kind in sealing components of aircraft engines. Practical recommendations are
included for increasing the wear resistance not only of aircraft -,ngine parts, but
also of other machines. There are 13 references~ 12 Soviet and 1 English.
Card 1/2

Increasing the Wear (Cont.)
TABLE OF COINUENTS:
Preface
SOV/3406
3
Increasing the resistance to wear of bronze-graphite Darts of aircraft engines 4
Effect of chemical and heat treatment of steel on its resistance to seizing 17
Bibliography 26
AVAILABLE: Library of Congress
Card 212 A C.' /lsb
4-8-60

Cffa=OVp As Me
*Orgardsatlon and FUnnift In TJSSR Shipbuilding Interprim".90 State Publ.
Ram" for ShIpbuildiv4r 11t., Iwanivared, 1953
Translation No.593, ie sop 56

CHELNoxovp A.M.
3649. CHSLNOKOV, A.M. Organizatolya I planirovaniye sWostroltellnogo pred-
prlyatiya. Poaool" po Uwsovomu proyaktirovanlyu. L. 1954. 188s. a. gral; 81. iu.
20sx. (laningr. foraclestroit. in-t) 200eks. Boopl.-(54-57713) 629.12.002:658.5
SO: lafthnaYa lotapis't Vol. 3, 1955

CHETNOKO-V", A. M.
N15
743.4
c51
Organizacja i planowanie pracy stoczni (Organization and planning of a
ship building enterprise) Warszawa, Wydawnictwa Komunikacyjne, 1955.
L12 p. il-lus., diagrs.,, tables.
Bibliographical footnotes.
Translated from the Russian; Organizatsiya i planirovaniye sudostroitell-
nogo predpriyatiya.

CHUMMY, A.M., kandidat takhnichookikh nauk.
-- ....
Simplification of planning within the Industry. Stidestrossio 22
me.2tl9-22 7 156. (KM 9:7)
(Shipballding) (Industrial management)

Al
ow.kozov, AA kaud.tokhn. nauk,
loonarAc Indices In shipbuilding. Sudontroonto 22 no,M37-
JW 0 157. (MIRA llt2)
(OhIpbuilding-Goots)

CHIIAOWT%.-,Ajl~~t kjqkdldat takhaichosklkh aauk,
. I - .
.dMiiiialldited- - ' on. Addestroosle 23
for shlpbuildlog %wrati
ne.5t43-48 IV 157. (KM& lOt6)
(ShipbullAUag) (VOPS)

GHBUICKOV, Alekoey Mikhaylovich- SAGARDA, A.A.9 doteent, kand.tokhn.
-BATAIIOVSKIT, U.S., Jnzh., retseAZOnt;
13ASHIKOV, K.P.. aauchnyy red.; KUSKOVA, A.I., red.; TM,
R.K., takhn.red.
(Organizing and planning a shipbuilding exterprizel Orgazi-
zataila I planirovanie sudoetroltallitogo prodprilatila.
Leningrad, Gos.soiuzaoe izd-vo sudostroit.promyshl.. 1959.
430 p. (KIM 12:10)
(Shipbuilding)