SCIENTIFIC ABSTRACT YESIN, O.A. - YESINA, A.I.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962920013-8
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• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TOFORISHCHEV,, G.A.; YESIN, O.A.; KALUGIN, V.N.
-
Silicon passage from molten iron into slag on the a=ds.
17v. v7s. ucheb. zav.; chern. met. 7 no.2:19-25 164,
(KMA 17:3)
1. Ural'sIdy politekhnicheskiy institut.

H Af ;i P I -I 1: 11 FHIM U It N
KALUGIN, V.11.; YESIN, O.A.; TOPORISHCHEV, G.A.
Simultaneous determination of the diffusion omfficiontB of silicon
and manganese in liquid cast iron and -steel by the chronopotentiometric
method. Fiz. met. i metalloved. 17 no.1:98-93 J& 164. NIRA 17:2)
1. Ural'skiy politakhnicho8kiy institut im. S.M.Kirova.

DOBRYDBIlt, A.A.; CHUCMIAREV, S.K.
Kinetice of the desulfuration of pig iron and alag b7 dirett
and alternating currents. Izv. vys. ucileb. zav.1 chern. met. 7
no.2:5-12 164. (MIRA 170)
1. Urallskiy politekhnicheskiy institut.

.11 . -
ACCESSION NR:'- AP4029831" '9/0279/64/000/002/0026/0030
~k=OR: Xhly*.nov, V. V. (Sverdlovsk-Zlatoust); Yesins Oo A. (Sverdlovsk-ziatoust);
Khasinp G. A. '(Sverdlovsk-:Zlatoust); Vachugov, d".7K:-C9V6fdT'Qvok-Z'Latount); Sorokint
Yu. ,V. (Sverdlovsk-Zlatoust)
TITLE: On the mechanism of extracting nonmetallic Impurities from steel drops in
slag
SOURCE: AN SSSR. Tzv. Metallurgiya i gornoye delo, no. 2, 1964, 26-30
TOPIC TAGS: ShXb-15 steel, ANr-6 slag, 91-736 steel, impkirity, extraction
ABSTRACT: The authors investigated the passing of ShKh-15 steel dropa through a
layer of fused ANF-6 slag and its purification from non-metallic Impurities. The
amount of large impurities decreased during this process to a greater degree than
did the fine impurities, Impurities larger than 10 p, present in the initial metal.,
disappeared completely. This cannot be the result of flotation, since the metal oi
the mobile drop was intensely agitated. It was experimentally shown that the con-
.tent of solidl non-metallic impurities in ShKh-15 and RI-736 oteels decreased by
passing drops through an ANF-6 slag layer* The content of the impurities decreased
'with an Increase-of the path length in accordance with the low of attenuation.
, Cord 1/2

ACCF.SSION NR: AP4029831
Larger Impurities were extracted faster than fine impurities. The higher the im-
purity concentration* the more rapidly they were eliminated Irom the netal. The
impurity content In large drops fell slower then in fine drops. The oBtained regu-
,larities were qualitatively and quantitatively cleari, sta=ing fron a deftnite
mechanism impurity extraction. it was assumed that the internal addy movemants of
the impurity delivers the drops to the ourface layer vhLch romained there without
returning into the metal. Origs art, has: 3 figureg and 2 fomulas.
,'ASSOCIATION: none
!SUBMITTED: 180at63 DATH ACq: 30AprG4 EXCL: 00
WSUB CODE: HL NO REP SOV: 008 arm: 000
I.Card 2/;
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by the ,p ti (I j",
Mot. i

lufLYNOV9 V. V.; SOROKIN, Yu. V.; YESIN,_q~, Ali, KIIASIN, G. A.; VACHUGOV,
G. A.
Character of the movement of steel drops in slag. 10v. vys.ucheb.
zav,; chern.met.7 no. 5:22-25 164- (MIRA 17:5)
1. Urallskiy politekhnicheskiy institut i Zlatoustovskiy
metallurgicheskiy zavad.
1, Tri,

A.; -TtSIN,-0. A.; CHUCIU-LA-fd.7, S. K.
Int,ensifying thn desulfuration of cast Iron by LYj) iqlactrolyBis
of slag. Izv. vys. ucheb. zav.; charn. met. 7 no.6:11-116 164.
(MIRA 17:7)'
1. Ural'skiy politekhaicheakAy institut.

CHUCHMAREV, S.K.; YESIN, O.A.; KA14YSIIOVP V.M.; DOBRYDEN', A.A,
Kinetics of nitrogen dissolution in fused iron-free alags.
izv. vys. ucheb. zav.; chern. met. 7 no.9:1-1-15 164.
(MIRA 17:6)
1. Urallskiy politekhnicheakiy institut.

DOEIRYDEN', A.A.; YESIN, O.A.; CHTICHWEV, S.K.
Electrochemical desulfuration of vil-7ing basicity slagn.
Izv. vys. ucheb. zav.; chern. met. TnoJD21-23 164.
(MIRA 17:12)
1. Urallskiy politekhnicheakiy institut.

VOSTRYAKOVJ, A.A.; VATOLIN, N.A.; YESIN, O.A.
Viscosity and electric resi3tance of mangane!!e allolm with.
iron, and carbon. Zhur. neorg. khim. 9 no.8:191-1--1914 Ag 164.

ACCESSION NR: AT4036156 8/2766/64/000/000/0148/0153
AUTHOft: Manakov, A.% L -. Yesin, 0. A.; Lepinskikh, B. M.
TITLE: 71ormoclectromotive forces and the electrical condtictivity of vanadiurnandnioblum
pentoxides
SOURCE: Konferentslya po fiziko-khimicheaklm oanovam proizvodstva stali. Gth, 1961,
Fiziko-khimichesklye oanovy* proizvodstva stall, (Physicochemical basis of steel production);
tgudy* konferentsii. Moscow, lzd-vo "Nauka, 11 1964, 148-153
TOPIC TAGS; vanadium, niobium, vanadium pentoxide, niobium pentoxide, electrical con-
ductivity, thermoelectromotive force, metal oxide conductivity
ABSTRACT: To confirm the previously established occurrence of conductive electrons in
many solid and molten oxides, the authors measured the electrical conductivity and thermo-
electromotive forces of solid and molten V205 and Nb2O5j Identified the nature of the con-
ductivity by calculating the energy of activation and evaluated the number and mobility of
current carriers. Electrfcal conductivity was measured with a bridge circuit using an E3-7
electron oscillograph and a ZG-11 audlogenerator. The electrodes were 0. 5 mm platinum
wires, and the temperature was measured with a platinum-platiom-rhotilum themoc'ouple
immersed in the melt. The crucible was of zirconium dioxide in a carbon-reoistance oven.
C,,d 1/4

J-J~ IET! If 11 11
ACCESSION NR: AT4035155
The tomf in V20r, was measured in a 16 mm diameter quartz U-tubot placed in a crucible
furnace with a thermostat. From both tube ends, platinum-platinum-rhodium thermocouples
were Immersed into the molten V206 and the cold thermocouple junctions wore connectid to
a PPTB-1 potentiometer which measured the to and temf In both parts of the melt. Ile
temf in Nb2O5 was measured in a ZrO2 cylindrical crucible (d = 25 mmo h = 100 mra) placed
in a carbon-resistance quartz-11ned oven. The lower crucible section was thermoinsulated
which produced a thermal gradient over the crucible height, thus permitting the determina-
tion of temf with the use of thermocouples. The results shown in Figs. 1 and 2 of the En-
closure indicate that the oxides are electron semiconductors with Intrinsic conductivity in
the liquid state and admWure-Induced conductivity in the solid state. Orig. art. has: 4
figures , 5 formulas and 1 table.
ASSOCIATION: now
SUBMITTED: 00 DATEACQ; 3OApr64 ENCL: 02
SUB CODE: MMO EM NO ROF Oft 014 OTHER: 000
e.ard 2/4

OEM
ACCESSION NR: AT4035155
MIA
ENCLOGM.- 01
Fig. -1. Variation in the electrical conductivity of the compounds V206, Nb206 and
V206 NbmQ6 with tempentItwo,
Card 3/4

ACCEMON NM AT4036166
ENCLOSURE: 02
Aw m AW P&M.
vats W AV AV AW IAW
Fig. 2. Variation In the differenual thermoolectromotive foice of V206 and Nb2O6
with tomperabire.
Card 4/4

VOSTRYAKOV, A.A.; VATOLIN, N.A.; MIN, O.A.
Viscosity and electric resistance of liquid iron alloys vith
phosphorus and sulfur. Fiz. met. i metalloved. 18 no-3:476-
478 3 164. (MIRA 17:11.)
1. Institut metallurgii, Sverdlovsk.

~.h 3 Y~.
-fudy of thr prnrr-5F r, rf f-iti rr, r,,'0' !~,,l ni
cf high terrmerat-ure I'Lli'valule -~s v .Idli. '30 mr).5:5~-.;'
11. 7F.~
570 164,
1. In;ititt,.,t meLl~-l.lur-r,-,- fil);"I!l

KALUGIN~ V.N.; YESIN, 0 A.; TOPORISBCHEV, G.As
-rode polarization and diffusion coeffiPients of salfar an,~
Elect
aluminum in liquid iron saturated with carbon. Ukr. Phim. zhur.
30 no.8:817-823 164. (AURA 17- 11)

ACCESSION NR: AP4039619 S/0076/64/03 61/00 51114 8/-U 53
AUTHORS; Boronenkov; V.N. (Sverdlovsk); Yesin, O.A. (Sverdlovsk);
Shury*gin, P.M. (Sverdlovsk)
TITLE: Kinetics of metal deposition from aluminate melts on a disk
oloctrodo
SOURCE: Zhurnal fizicheskoy khimii, v- 38, no. 5, 1964) 1148-1153
TOPIC TAGS: rotating disk electrode) commutator) diffusion coeffi-
cient, electron discharge, cathode discharge, manganese, chromium,
silicon, vanadium, calcium aluminate, calcium oxide, aluminum oXide,
polarization curve, current density, acti-Vation energy, natural.
convection, liquid electrode
ABSTRACT: A disk electrode (molybdenum or chromium cylinder)'comb~ned
with a commutator was used for determining the ion diffusion coef-
ficient D and the nuMber of electrons-z (valence) participating in
the process of cathode discharge of mahiganese, chromium, silicon and
vanadium ions from a calcium aluminate solution. Measurements were
taken at-1370-147OG; the electrolyte contained 47% CaO, 47% A1,01 and
AMgO and had a high dissociation potential-and low viscosity," -The!
Card 113

ACCESSION NR: AP4039619
ions under study were,introduced in 1-~% concentrations as Sio V20~,
Cr20 and MnO. Results are graphed and tabulated and the form?das
presanted. The polarization curves for Mn) Si and-V deflected from
the background at comparatively low potentials (2nd branch) as did
I.Cr on a molybdenum ca~~hode, while Cr discharge at -~he chromium
cathode starts at close to zero polariiation. In an oxidizing
atmosphere (air) and at a large CaO content in the'electrolyte the
V, Si, Cr and Mn ions discharged at the cathode release 5, 4 and 2
electrons (z) respectively. The interaction between Cr20 and C
and Mn 03 f ily re-)
with Mn proceeds rapidly and was not signi ican
,:flectei in the process under study. The limiting current densities
depend upon the square root of the angular rate of electrode rotation'
They were found at 0.2 - 3 a/cmZ and agree with those found
in the literature. The diffusion coefficients at various tempera-
tures and for certain concentrations are presented. They agree
,with those found in the literature only for the lower temperature
i!values. The DMnj very.highs may be caused by the formation of a
2/3

C In 11
IACCESSION NR: AP4039619
fluid Mn film on the disk cathode at-these temperaturea. The dif-
ference in the order of magnitude of the diffusion coefficient of
Si and V (lattice building) and Mn (modifying) is discussed. The
i.-activation energies, at 100 kcal/mole for Si, V, Or and 76 for Mn,
are also much higher than those found in the literature. Natural
convection greatly affects the results of measurements with liquid
electrodes. Prig. art. has: 4 figures, 8 formulas and I table.
ASSOCIATION: Urallskiy polytekhnicheakiy institut im. S. M. Kirova
(Ural Polytechnical Institute)
SUBMITTED: 17May63 ENCLs 00
SUB CODE: OG
GP NR REF SOV: o16 OTHER: 002
Card
3/3-_
----------

YESIM, O.A.'. SOTNIKOV, A.I.,, N-FiTIN,
r; 11 Ij
Temperatu're depfnrien~.
Dok-1. All SSSR jr8 041.RA
1. Uraj.'skiy FoIiiekLnichet;kY Institat Im.
almdemikom A.N.Frurakirriym.

BORONENKOV, V.N.; YESIIIJ, O.A.; SHURYGIN, P.M.
Electrochemicai. study of the kinetics c,,P izon ty
graphite from molten oxides. DokI. AN SSSR 160 no.1:151-1551
r. 165.
U
1. Ural'skiy poAitakhrjichsskiy institut im. S.M. Kirova. Sub-
mitted July 2, 1904.

SOTNIKCV, A.I. (Sverdlovsk); (Sverdlovsk); NIKITIN, Yu.P.
(Sverdlovsk)
Suidying the kinetiC9 of the dosyll-ruiltion of ca-st, iron by Alag,
by the method of altornating current polarivition, Izv. A14 SSSR.
Met. no.1:112-38 Ja-F 165. (WRA 18-5)

VATOLINY t;.A.; YESIN O.A ; PUBININ, E'.L.
:1
Electric transfer of silicon, phosphorus, and sulfur In liquid
cast iron and copper. Fiz, met. i metallorved. 19 no.4:634-636
Ap 165. (MIPA 18:5)
1. Institut metallurgii, Sverdlovsk.

CHUCHIAhREV, S.K.; YLSIN, O.A.; KAMLYSHOV, VJI.
Form of ritrcgen existing in molten nonferrous Blags. lzv. V-.r .
ucheb. zav., chern. met, 8 no.2:5-9 165.
(1,1171"LA 18:~)
1. Urallskiy poll teklini ~.-h( -,4'r-iy Ant;Lltut.

o-7
GMVICH.D.B.; YESIN,R.A.; PROKOFITZV,V.K.
Some properties of low-voltage electric impulse discharges.
Izv. AN SSSR. Ser. fiz. 19 no.1:64-65 Ja-F '55.
(KM 8;9)
(Spectrum analynis) (Spectrometer)

$ .1 % ~. Vf 7
PA " I . . rf" i rtVi) \ Svorql.ovelli)i Clilji, j.l~.
I F,A. ( ' - kil, (U , I llilMd'l I.
Vr.otJ.c'3 of the oxidatlon Of divalent iron Irl 151rg ~v gaseolul
I
ovgeno Izv. AN S"To mat, no-4~51-56 ji-Ag It.'5. (MIRA 16:8)

I CHU' H
PASTUKHOV,E.A.-, YESIN,
I _f,. NAREV S.K.
Particuia-r characteristics cf the diffusion of iron ions in =oltan
aluminosilicates. Elnktrokhimiia I no.l.-78-83 ra 165. (KERA 38`5)
1. Urallskly politekhnicheskiy inatitut Im. S.M. Kirova.
1 ; 111' .11 IN N ii I

BORONENKOVY V.N.; YESIN, O.A.; SHURYGIN, P.M.
Anodic processes on a disk electrode in oxide reits. Elektr--k-hir-41a
1 no,51592-596 It 165. (MIRA 18;6)
1. Urallakly polltekhnicheakiy institut imeni Kirova.
: i !

SRYVALINi I.T.; YESIN, O.A.
Application of the quasichemical theory to calcula"A' the activitty
of silicate melt compments. Izv. vya. ucheb. zav.,- cherri. met.
8 no.10:14--21 165. (MIA 18:9)
1. Permskiy politekhnicheakiy institut i Urallildy politekhnichesskiy
institut.
VI 1.1 1 Ii I

iliidi IiA., ~i LEW" %L1, Ekn;lil L! i.li 6. Li! J.
Kinati,n Df di~posdticn cf metaI3 4"!r,.n N-e! 2:-j -ra,~
d1ak obctrode. Zhur. f~z. kfilm. ^)ft 164.
1. UT'allski,v policekhaicheskil instlbA Fircnr~,,
I
May V? ~:)63.

SRYVALIN, I.T.;_YESIN, O.A.; IXPINSKIKHt B.M.
Thermodynamic properties of magnesium solutions in nicke1f
lead, and silicon, Zhur. fiz. khim. 38 no.5i1166-1172 My 164.
(MIRA 18:12)
1, Institut metallurgll Urallakogo fIllale AN SSSR, 11ralekly
politekhn1oheekly InstItut 1 Permnkly po11tokhn1choskJy Irintitut.
Submitted 'Kay 23t 1963,

!I j-'jF;: I t
WIW~rr:,'- -7
..... . . I ........... I .. I
PASTUKHWt CHUCIMiREV, S.K,
Fem of ions present In amIten olaga. Zbyjr, k*~rr,-% %11,
no.531,306-131.0 My 164. 18,~.2i`
1. Urallskiy polltekhnicbeskly Instlitut. Subadttc-d Jun,2 89

1HPITUIPIM1111,11RIP Jim, wi, " IIII! II
A A (Sverdlovsk); VATOLTU, U. (Sverdlovs
(Sverdlovsk) ; KONOVALOV, G.F. (Sverdlovsk)
Electromagnetic separation of Fe^n2
0 crys ta 1 n fr om n.
Izv. All SSSR. Met. no.6:58-61 N-D"165. ~M.TFA 19:1)
1. Submitted June 3, 1964.
I, j,

KA31YSEOV, V.M.; RESIN, O.A.; CIRMIMAREV, S.K.; DODRYDEN, AA,
Effect of the electrl4c current on the rats- of ni--rcgen
in molten oxides, Elektrokhimiia I no.2%227-230 F 16-5.
(MIRE. 18:6)
1. Uraltakiy politekhnicheskiy institut Imeril Rtrova,

- -, -'! !111 HIIII iIIII !1 1 11 11
. . ......
BORONENKOV, V.N.; YESIN, O.A.; SHURYGIN, P.M.; KUKHTIN, B.A.
Polarization curve method of atudyIng the wAinetics of the direct
reduction of iron-from fueed oxidea. Ejektiokhimlia I no.10:1245-
1252 o 165. (MIRA 16.10)
1. Urallskiy politekhnicheskiy institut imeni Kirova.

DFRYABIN, A.A.; POPELIj S.I.; YFSTNj O.A.
Effect of the prlaHzation of' hould capper on
interphase tennion with clags. Tzv.vj,,3.uch(-b.mLv,,-,
tsvet.met. 8 no.2832-38 465. 19I!l)
1. Kafedra Leorli mntallurg~chooklkh protacv-sov
politekhnicheskogo InatItuta. `)ubmtLtrd Nov(!mhr 2% 196%
i :

SRTIALUT, I.T.; USINp 0.%.; KORPAC.Hrll, V.G.
-'Al wjlftttng '?4 howo'; of ry-file M',z~g by Qvf-z pr f
J.ono iomposing t-rhemo 1zle V,18* wjhobo zbv.~
'IGT.A
no.110-13 165
1. Urallskiy politakhnichaskly instj-~"I'ut i flanroklty u:,li.f-.-
4. akhnicheskiy institut.
kol

PAVLOV, V.V.1 POPELf, B.I.1 YESIN 0 A
Calculation of the vurface tension and adsorption of -the con-
ponents on the interface of condensed phases. ftir. fix. khim.
39 no. 1414-218 Ja 165 (MIn 19 rl)
1. Vrallskiy politekhnieheskiy institut. %bnitted February 18,,
1964-

DERYABIH, A.A.; YESIN, O.A.; POPELI, S.I.
Specific features of electrrcapillary curves -,n, cy-4~de
Zhur. fiz. khim. 39 no.l.:966-972 Ali 165.
(IMIR11 19:1)
1. Urallskiy politekhnicheskiy institut. Submitted April !I.,
1964.

SRYVALIN, I.T.; YESIN, O.A.; KORPACHEV, V.G.
Evaluation of the heatB of mixing of oalt eolutions acccr-41--,-
to ionic characteristics. Uspe khIm. 35 no.1:3-20 Ja 166.
WIRA 19., 1)
1. Urallskiy politekhnicheskiy institut imeni S.M. Kirova J
Permskiy politekhnicheskiy institut.

L 1613~-66
lip(c)
ACC NR: AP6004185 1M[:;',C0DE:
WFVff-71JD1JG1V1B
AUTHOR: Kamyshov, V. M.; Yesin, 0. A.; Chuchmaxev, S. K.
M. K rov (Urallsidy pol9t-ekhnfcheski3#-1nstitu)
ORG: Ural Polytechnic institute im. S.
TITLE: Wetting of transition metal nitrides by molten oxides and metalej
SOURCE! Zhurnal fizicheskoy khimit, v. 40, no. 1, ING, 262-263
TOPTCTAGS: nitr~(le,'tringittoii-nietitl, copper, iron, cAlci%irn:,0xidq.; rtiluminum oldde,
silicon (lioxido t!s%jv~
q Y
ABSTRJ CT: 'llic contaq angle 0 of w tting of transition inetal (L-r. L2
Zr)
copper -5% C Sh 5 teel, and
ey
!2jti~jded y )jKpA (9 9. 9% F e), iron- carbon alloy (0.
molten oxides'etI - .90% CaO, 50% A1203; JI - 40% CaO, 10% SiO2., 20WA1203) war,
measured at 1500 - 1550C by the sessile drop method. The c0tact allgle of wetting by
copper of solid transition metal nitrides Nvits, found to be large and Indopendent of the
nature of the nitride. On the contcary, in the case of wotfing by'iron, oteel, and oxide
Card 1/2 UDC: 541.17

L 16133-66
ACC NR: AP6004185
melts, 0 decreases with Increasing acceptor capacity criterion I/Nn, vihare n Is the
number of electrons in the d subshell and N is the principal quantiini number of the d-sub-
shell level. As the different nitrides are considered, differences observed in the ehingq
of 0 from one case to another are due to both the surface temion and tho Imtorfacial tension
at the solid-Irquid interface. Orig. art. has: 1 figure ard I formitla.
SUB,CODE: 07/1 SUBM DATE: IOAfay65/ OIUG. REP: 003
Licuid mertaO
Card 2/2
ZU
R
1HII 111,11 MilliII 1 11 1111 "411111 11

ACC NRI AM6032822
Monjograph UR/
Yesin, Oleg.A-leksandrovich; Gel'd, Pavel Vladimirovich
Physical chemistry of pyrometallurgical processes. pt. 2: Interac-
tions with the aid of fusions (Fizicheskaya khimiya pirometallurgich
kikh protsessov. ch. 2: Vzaimodeyetviya a ucha6ttyem rasplavov) 2d
ed . , rev. and eni .Moscow, Tzd-vo "Matallurgiya," 1966. 702 p.
illus., biblio. Errata slip inserted. 6000 copietj printed.
TOPIC TAGS: liquid metal, molten metal, refractory metal, slag, glaaa,
liquid metal property, slag property, glass property
PURPOSE AND COVERAGE: This book is intended for scientific workers
and engineers, as well as for students wishing to deepen and broaden
their knowledge of the theory of metallurigical processes. The book,
which is the second of two parts, examines the structural peculiarir
ties of liquid metals, glasses, and molten slags, equilibrium condi-
tions, the mechanism and speed of reaction of gasses with liquid
metals and slags, as well as of liquid metals with slags (desulphuri-
zation, dephosphorization, and decarbonization). In describing the
various reactions involving li4uid phases, considerable attention is
devoted to their molecular-kineti7c analysis. There are 1101 refer-
ences, 832 of which are Soviet.
1/4 "AM

ACC NR: AM6032822
TABLE OF CONTENTS [abridged);
Foreword to the first edition 5
Foreword to the second edition 7
Cho 1. Liquid Metals -- 10
1. Comparison of liquid and solid metals -- 10
2. P'ropagation'of light in solid and liquid bodies -- 16.
3. Model of a liquid -- 20
4. Diffraction of X-rays in a liquid -- 24
5. Theory of swarms or cybotaxes -- 36
6. Mechanical and thermodynamic'stability of a liquid -- 51
7. Preliminary fusion -- 56
8. Anomalies of heat capacity, heat dispersion, module of dis-
placement, and other properties -- 61
References -- 65
Ch. 11. Glass-like Condition -- 81
1. Structure of glass -- 85
2. On the nature of bonds in glasses 105
References -- 131
Ch. III. Liquid Slags -- 139
1. Molecular theory of slag structure 139
2. Acid-base properties of 'slag structure -- 143
3. Electrolysis of liquid slags 148
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T t flEli 4~ 1 -H - 110111
& ---- --------
.... . ...... ... ........
ACC NR- AH6032822
Ch.
Ch.
4. Transfer populations of ions in slags -- 160
5. Electrical coaductivity of alago -- 165
6. Viscosity of slags -- 186
7. Diffusion and mobility of ions in slags -- 206
8. Specific volume and thermal expansion of liquid slags 223
9. Surface tension -- 230
10. 'Lowering the hardening temperature and heat capacity 248
11. Electromotive forces -- 254'
12. On the structure of melted slags -- 263
13. Use of static thermodynamics for analyzing the activity rela-
tionship-of components of a slag compound -- 291
References -- 333
IV. Elements Dissolved in Metal
1. Equilibrium between gas and metal -- 345
2. Electromotive forces and other characteristics -- 363
3. Diffusion of gasses in metals -- 376
4. Electrolytic effect in metals and alloys 383
5. Magnetic susceptibility -402
References -- 405
V. Reaction of Liquid Metal and Slag
1. Electrochemical theory of reaction of liquid metal (or matte)
-.-with slag 411
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1 7T I i"It!I
ACC NRx AH6031
2. Desulphurization reaction -- 450
References -- 541
Ch. VI. Dephosphorization and Decarbonization.- 551
1. Dephosphorizati"on reaction -- 551
2. Decarbonization procass -- 59~
Raferences -- 690
SUB CODE: 07,11/ SUBM DATEt llMay661 ORIG REF: 7001 OTH REF: 333/
4/4

L 08191-67
ACC MR: AF6030493
DvIdontly duo to tho pro.-rinco of lirgo drivIationn of tho bf-mit, cap,,~!V;y frc,,,,,j
3) the dependence of the activitios of -the components an Vai) com-pos-Ition, to a im-awn
approximation, can be described by the formulas for regular solutions; 4) no
thermodynamic data obtained agree satisfactorily with the r-)sults of calorihetric and i
3lectronographic investigations. Orig. art. has: 5 formul as, 5 figures and 3 tables*
SUB CODE: 07, 20/ SUER WE:' ZTMar65/ ORIG TW: 0081 OM PXTI 001
I Card

ACC NRt C11004214- /V ). o/66/660-1606-/621 /62
SOURCE CODE: UVOW
AUTHORS: DubirXin, E. L.; Yesinj,'O. A.; Vatolin, M. A.
ORO: none
TITLEs Removal of nonmetallic impurities from liquid iron by electromagnetic forces
SOURCE: AN SSSR. Institut metallurgii. Eksperimentaltnaya takhnika i metody
vysokotemperaturnyk.h izmereniy (Experimental techniques and methods of high temper-
at-ure meas=ement). Moscowp Jzd-vo, Nauka., 1966, 214-218
X~,Fg-,D, 4,rcPuio z"EZ~oq.4j
TOPIC TAGS.- meta'112 gic research, iron, steel allo~rj metal purification,, metal
malting/ ShKh-15 steel alloy
ABSTRACT: The possibility of removing nonmetallic impurities from liquid iron by
an electromagnetic field was investigated. The experimental technique is an extens:
of the method developed by L. A. Verte (TavotiWe metally, 1961, No. 6, 61). A
schematic of the experimental apparatus is presented (see Fig. 1). The method was
tested on Armco iron and ShKh-15 steel specimens which were fused, saturated with
oxygen., reduced withaluminum., and then purified in the above apparatus. The state
of purification was determined metallographically. It was found that the rate of
removing nonmetallic inclusions from the liquid specimens was improved vhen the
lower electrode uas charged positively; the rate was retarded when the latter was

ACC NR& AT70042U 5
N
*ale Figs 10 Schmatic of
the wperimental
installation.
1 - alundum crucibloi
2 - electrographite
resisb=ce furnace;
3 - water;~aooled
jacketj 4 - poles
water" of olsetrapagnat;
tagsten.elec-
trodesj 6 alundum
tubes.
U
waldr I w'Lter
helium. . -
charged negatively. Orig. art. has a 4 graphs.
SUB GODEs l1/ SUIN DAM, none/ ORIG REP& 003
Card

ALIKKANTAN, AJ.; MMYFF.TS, S.A.;.
Elactron, and positron storing devicas. ITOP. fix. nauk 81 no.11
7-49 S 163. (MIRA 15:12)

7,T-

rESIN, V.
t, ~
Shipping crude patroleta- with the aid of pi~shrztr -umi, Pec?i.
24 no.5;24-25 165. (Mi;'Vi 18:9)
1. Glavnyy inzh. ir%mhskoj~o parokhmlstva,

YZSIN, V. ----
First demonstration of electric plowing. rUn.tekh. 4 no.4:6-10
Ap 16o. (MIRA 13--9)
Moving) Mectricity In Wiculture)

USSR/Electronics YESIN, V. A* FD 230
Card 1/1
Author : Yevtyanov, S. I., Kamenskiy, Ye. I., and Yesin, V. A.'
Title : Investigation of a quartz self-excited oscillator according to the
Shembell circuit
Periodical : Radiotekhnika 9, 36-46, Mar/Apr, 1954
Abstract : Presents methods for calculating a quartz self-excited oscillator
according to the Shembell circuit and methods for analyzing a self-
excited oscillator at a partially linear idealization of static
characteristics of vacuum tubes. Comparison is made of results
derived by calculation and experimentation. Appearance of oscillatory
hysteresis was discovered. Four references: 3 USSR., I USA.
Institution :
Submitted : December 6, 1952

t_ L2 hw- - --------
Wdidatft of tec.-hnical science
AMHOH: roznyakov, Yu. I. (Engineer); Tesin,
S '(Candidate of techni- sci
Ovehinnikov, ckerthp,F, B,-:r,. Engineer)
ORG: [Poz-dnyakov; Yesin] Mscow Technological Institute of Light J.'naustry (Mo3koY,91ciy
tekhnologichiskiy institut legkoy promyshletnosti); (Ovehinnikov] All-Union correapon-
dence institute of Textiles and Light Industry (VseACYuZn7y ~nztitut tekstillnoy I
legkoy promyshlennosti); [Chertkov] Lvov Company "Progress" (1,1voyokaya, firma
"Progress")
TNU: Organizational and technical development of footwear proftetion and IndusIxial
structure of a factory
SOURCE: IVUZ. Tekhnologiya legkoy premyshlennosti, no. 5-0 1965,: 3-9
TOPIC TAGS: Industrial production,, industrial plant, footwDex
,ABSTRACT: This article deals with the structure anti production of a footwear fai.,tory.
The production structure of a footwear factory must 13e at the level of organizational
and tecbnical developmerit of production. Reorganization of the production struabure
of footwear factories must be caxried out on the level of the improvement of technical
procedurea,, technologyt, and organi2ation-of production.
SUB CODEt n/ SUM DATE: 16Apr65/ ORIG MW: OOT/
Card 111
AM r4r, RM05400 SOURCE COO: Mt/O3-2V6~,~,/606/0~)5/0003/0009

ACCESSION NRt AP4041074 S/0170/64/000/006/0108/03-L,
AUTHORS: ~brozov, It 1,; Yes~~%Jtm Jt
TITLEt Polytropic Index determination of gas expansion in high pressure vessels
SOURGEs Inzhenerno-fizieheskiy zhurnal,, no,, 6,, 1964F 108-W
ITOPIC TAGS: gas expansion, high pressure vessel,0 expansion 2Aw., polytropio indexp
heat transfer, specific heat
ABSTRACT: The processes of gas expansion in high-pressurevessels were considGrod,
with the gas obeyIng various expansion laws. Expression$ to be used in engineering
calculations were derived for instantaneous polytropic expansion indices and the
gas pressue in the -vessel. The instantanoo4s, polytropic Jndex was defined by
dQtdt-
11 n.k.-LO-1)
6 RT 24
An average value for rL is theii obtained f6r'the expansion process,'.P,. PIM + Cl) W-1
where
n-1
M11
F
!Card 1/2

ACGESSION NR s AP4041074 - -"2.]B 1.
a=k-
21 30
This yields tho rosult 1 in flood agreement with exper1nonto.
j Analogous expressions were derived for the pressure in the vessel and for wider
the conditions Cnj Cv. a const. This yields for the pressure
P. - P14 _.a ~6;1
V.
and for (approximate1r) 1. . ; ~ - .. fk"--~
+
I + *jBj
B
can be further approximated by'eL=r0,0M- Ori arb. hass 33
where F,
!.formulas and 4 figures,
ASSOCIATION: Politaklinicheakiy institut g. Chelyabinsk (Polytechnia Institute,
Chelyabinsk)
SUBMm: 16sep63
()o
SUB CCDEt M NO RE7 SOV& 003 OTHERt 000,
Card
!1!11- jlj~ 1~;.TlT
mu 7-4-11i~Jl "i,",
M

YESINO VIO. - , ~
Pref~rred growth orientation of crystIlf, vith a (,ubl-. latticeo
riz, met, i metalloved, 20 no,2t226-230 Ag 165. (MMA 18:9)
1, Institut flzlki metallov AN SSSR.

JEI-IMTHIMMI Min ='l 9
L,. i Ll,! LL~,- 1~ ' - ~7-j U-1 iij VII iL I,
LL. ~-

YLPSIN, V.0.,- KRALINA, A.A.
*ray investigation of the effect of growth and oriant,4tion of
crypiallites in aluminum bierystals on the degree of their
3Wrfection. Fiz. wt. i mtal-loved. 13 no-4077-586 Ap 162.
(MM 16-5)
1. Institut fiziki metallov AN SSSR.
(Aluminum crystals) (X-ray crystallography)

126-2-8/35
On the mechanism of reaction diffusion in the systems Cu-Se , Cu-Te,
jAs-Se and Ar-Te.
kD
the temperature range being 450 to 600 0C. On the basis
of results it is concluded -that the scale formin[; in the
diffusion systems Ag-Se and Ag-To have a phase composition
and a microstructure fully analoi--ous with the scale in
bile Systems Cu-se, Cu-Te; in all these systems the scale
~s of a siiiEle pha--:,e ond consisto rf~spectively of Ag.Se,
A92 Te, CU2Se and CU2Te, In the syctens Cu-13e,
Cu-Te, Ag-Se and Ag-Te the concentration gradion-14-1 in the
scale in the direction normal to the surface of the
specimen (along acicular or flat crystals) is so small
that it does not manifest itself ii. the la-Utice paramete�.
above the metering error of the order of 0.002 to 0.003
The crystallo-chemical character of ~he phase latt/ices
which form the scale and orientation of crystals in the
systems Cu-5e and Cu-Te createsfavourable conditions
for hirpher diffusion sneed of the metal. alonG acicular
D
or flat crystals towards their external ends; the systeas
AG-Se and Ag-Te permit similar considerations. The
process of reaction diffusion in the systems under
considara~ion ai,a apparently limited by the reactions at
Card 2/3 the bounda:L,y metal-scale.

126-2-8/35
3n the mechaniom of reaction diffusion in -U-*I--,-, :~ysUe:~,s Cu-Se, Cu-'-',--,
~Ag-Se and A-,,--Te.
There are 5 referclicos, of whicti are Slavic.
SUBMITTED: December 28, 1956.
ASSOCIATION: Ural State University imeni A. b1. Gor,kiy.
(Ural'skiy Gosudarstvennyy Universi-bet imeni A.M.Gorlkogo).
AVAILABLE: Library of Congress.
Card 3/3

I A
WHIAM1.11H ' L. 11611 ~ 1,13" ....... 1-IMMUNTR",
.. .. ... ............ ~ - . 1. - . _- .. . I. -I . . I '. c I
5/126/60/010/002/022/028/XX
9201/9491
AUTHOR, esin V 0~
TI'rLE: Directions of Preferential Growth of ~Ietal Crystals
From Melt ;~_l
PERIODICAL'; Fizika metallov i metallovedeniye, 1960, Vol.10, No.2,
pp. 233-239
TExr.. Preferential growth in some directions indicates internal
ani6otropy in crystal structure. Preferential growth usually
appears in the form of texture or definite orientation of
dendritic axes, Rosenberg and Tiller (Ref.2) found that zone
purification of lead altered its preferential growth direction in
the olumnar region from the usual -