SCIENTIFIC ABSTRACT KARMAZIN, V.I. - KARMAZIN, V.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000720810006-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 97
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

P-T-P.-
A a L' 1, L-f-9 -L A - X- r- IL t-LALA JJ
*a THE DESULPMRISING CW PIG IRON AM STM IV OPEN-MRTH
V
00 PRACTICE. TJarmastn. (SUL, 1939, M0.8, pp.9~-17). (In
go 9! Russian). The auih-W~rssente a detailed consideration of the
00 i. deaulphurlsotLou of iron and steel with many reformweal-to
so 4: earlier work. After brief reference to d*sulphurising in open-
00 hearth malting, the following aspoots of the desulphurisation
00 of the raw material* are discussedt (a) Pig-iron in ]Adle4i
00 j (b) the desulphurising action of =nganess; (o) trestmecr. with
80" alkalial sad (d) desulphurising of the fuel. The distribution
0 0 J1 of sulphur between the wtal and the slag is considered&
001 siention being made of the soli;bIlity of Iron sulphide and of
00 magansso sulphide and the Interaction between them in the
molten astolind slog. Domulphurisation with lime and manganese
&a wall as the noutralisation of the effects or sulphur during
*4~* deoxidation are dealt with next. Slag acts as an efficient
0v dosulphuriser when It takes up the sulphur in the fom of
manganese and cal*Lua sulphLdoss To achieve this, the slag shoild
z contain sufficient free lime and manganous oxide and have a
high temperature and fluidity (60-80=. by Herttfs visoometor).
-&-St A MLT-L$.UOrICAL J111NATURI CLASWICAM14
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The normal distribution coefficient of sulphur between metal and
slag is B. but this may fall to less than 4 if conditions are
unfavourable. The author derives a number of equilibrium and
solubility constants, which throw some light on the aeohanism
of desulphurisation.

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fumatim. It" f.111 Wet 11, N
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durifix Im-billil 'hom sn'll I.,11111g. lfi~ 1-1 A.1,111 1.1 th,
.00
e 441 flimt IV InAdv Im4ow (N. I~Kfflfmlg ,I '1., 11 Ing
:0 tin, .1111. .,f fill% ad'I"I 1.11.4v tmlliot .4."l1 'All iw tal"t
(1-" CAC( P. (in fwt~ttf I - *, #I If- -w "t N I'. it ~t
I, Il;W t1w1tvi'l 14 Fr ... 4 1 1 " :A. I h'. .1--j , .,I I fi..
,last lKifom drmd.6,u c-41 441 Imn I,V On- 11" 11, v 4~ mn
O,r I cAOj,%IN)nijs J,, uppt- It,, --,q
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0 00 g0@: 0e00$0
I 1 0 9 If it It It it W11 toa jud I - a #0
JsI IN (A M
o*
00
00 The dectridatiogs of killed steel. .00
_~% Komatsu anti G. P,
1, uklmairvich. Twiyo Plait. Met. 12, No. 1. !N-37 ~00
so i114M. -For entities pure anti dtnw it"I III a IAFKQ n-
0 111 he- rnportant (,,r the det %i tion o the 400
of lWth to heat the nittal to a terilp, tit I to-NO AWYC tile - 0 0
In. P. duling the "tulle pcoce%s of tuel;ing and pouting;
00 1-; ptoluct: a normal q of the %tall hefute life addri. of tire; -00
is, arty out the preliminary droxidation tit the furnam .900
list, It blaM-lurnace silicuttianKAitr4c by adding 0.07-
"00
it I(Iq oI Si to the Inch anti the rertutioing St to the lixdle~
to rcgubtle the rate of pouring by ts~iug rt,ceptAcItis with
4illrrtnt dianiq,, dcpc"ding on tile temp. ill tile metal.
T\Clontrnt of 0 in the ~i-l ran lie drtd, ffons 101 ne 0
P
11C) where 10] find JCJ fife the percrinagr,
en
of0it C, reap., and Pco i% the vapor pir-ure of CO
in at in%. Thearnt. of Mn burned ditring milling is given
either by Niti._4 - M-44 %lit 0 1 or by Nim-a - 62-
loss Nits t2t where Mn i. the percentage A Mit in the bath
Wore deoxidistion, and '%in,-, the percentage of the .00
burned %in. I I ) is used for unall furnacrit with a %hallow Z; 0 0
Re's bath 09) Inns.) an([ I:.') for finnacct isith a deep bath
( P11K) inin.). The nussi. permi-ible amt. of S in the
Inching of killed istce! d".Witesf %i(h At doc, not exceed 300
-rhis reduction of the 8 ointent can be accafti.
plishcd by tiftulturixing the starting trutteri4i and fuel and
by proper slag control. Twenty-eight rrfrrrnce4. 0
R. llenn
A I A. S L I &ITALLOrMAL Liftl4lIt.411 CLA$IIPKATICN_ 9 V,
V 0
-11--4 -V77r a -,W--0-- jj a 3 1
U n A- -1r -5-1
IV IT ry it M Is It a of kW 4 1 14
0 0 9 0 0 1111~ 0 0 9 111 g, is 0 a 0 0 0 0 111 # 0 0 0 0 0 0 0 *A
00
11,000 00 egf~* 0 0 a in as so 0 a0 0 0 9 0 : : 0 ** 09 - 0* 0 0 a 0 a * a a 0 0 go* i 49199 ` ,

WIF
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of of
W 1, A) 41 4; 0 are
to
4
A to to the paper of V P. Mishchionlin "Mr-slawt-IT17-
OG j ratiou v1pic iron In ladUe." V. 'KAlplam, Jf,,P,, 00
0 -
*0 I'mkt. met. 12, Not. 0, 41)(11411o, Anfg';d-
C A. 35, Ix-IL".- MnS and Ft,S oir, -00
*0 wr in the loquitl %fail- &fill lmooffinor not 4-hrin. mmi4f,. .1 00
Iin "I'lilving throo, f(Will clnlv .1 -1141 -111, .00
00 1- Ihe filtrinat".1 -11M-
60 toy M. k errimit-titum \III ii ;in its-mc -00
11% ,fjj,,t k larilitated bv V notil St lht- Anti, ,I
00 ;-04
Mns Imm"I I"Inell -lllain~ -111'. th-.1v"t F'S~ it,-
I Ff-aw,;, with fill- novorrao~r ol Mn in file Imile Ovoing is, III,- i - 0 0
41"fraw of file forinp. it) the 14,11'. fill, Im.r" pn-,d, I.st
0 0
in (he dim-mm -1 file Pmumlima -I Mm'; Imn, IrS. ill
croramnK the destillarizinif elfcl in Ow 13111c. It, a vrrv
*0
if,"%e pig For anti with Kn initiffitictot little oll clIpcotirv
(m. Z- 2.5% unit a low t,,nop-i file -itill. I, not( rmli-d.
,t.ing to the difficulty for NNS to, rie it, th,, urf.-- p*0
Sinve the %lag which coms the pig For contains -unno, Cal l.
Mn anti Fc-O thtre must I)c formed corropontling amt,, * 0
It MnS. Fes and FeS. The lower the temp, and the 0 0
it, ater the ctynorn. of the Fe oxid" in the %tag the mroorv S
in slicslig k pie-,ent in the foxin of Fes anti the lo-t in thv ZOO
l"fill A M".1; anti Cns W~ H. ll,nn 790
zoo
15 0 0
A1&,1LA 41YALALUMCKAt. LITISATIJAI CLASSIFiCATION
itioll, -0
-Vi
U tt Al 00 It
" 0 11 IP IR K IN it of It It U it It X M= A I1A
40 a 0 1, 111, 0 0 4D 0 0 a 0 Z

7,D.
", ily internal accountAng, in tile onterprigen oC the
Futroleum Production Admini.3tration of' the Dohna Petroleum
Trus t. . Nefteprom, delo no. 3,28-30 164. (IMIRJ~ 17:5)
1 . I ovoytt uprav I --miye 'Tk .1 !nano ft' " .

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A
UMOD Of HUSUMM CF ROMIC PaVini-In cy Mo. V.
as UMMIKOT. (ZATMUAYA LABORAMIA, .00
2, Wo. 7-4, pp. 712-7
FEE 17t AMMCT) Contra Rational .00
Sclentifique, 11ul lotin Analytiquo, 2946
Vol. 9 00
00 41i ,
no. go P. 1614). fto balance used to carry out the measurements -46
*0 is described and the iMM0cC* Of the composition of the ores .00
0 0 an their sulgnetic properties to examined. 11:4141
09 ji~ zoo

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L A ETALLU"KAL Lj7jPAT1,Af CLASILFICS.T100
S.
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'OOT4011,94 a a a *is a a 0 a a 0 0 a * a * a SA-0
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Ar._Q A -1 A Ask Of W U,,k t I _4
i.0 V.0c.,
A
Combinod rosisfing anti snegrictic concentration )I iron
Ore. V. 1. katsitatin. (;ufnvi Zhur. 120, N,i. AV 111.

~.111 rmukrs tile ore easier to grind. The tran,ition A(
g ImIlAtite and sidetnte into timguttitc is di%cusicl. In the
r~, Inction of tire. tile pArtial lirrSMITC It( 0 liberated mis's
a eweed the ;Aamal twcsxu-c W) of 0 fit tile surrotimlinx
atill. It ima'dt,td. 01 1wrillicut ally that log P
M1111. all'. Oil fl)A-611K in Alf.
11 1- 1 ".0, 'Ahere I is
I
k KrvA1vr than ().21 1till. ; licticc T, 14 Ittvater thAn
'
'
;
K. lit tilt pr,!wnce of it re,blellig iijesd (which
1,
x4
I
b.ci the 0 liberated), r is comiderably lowrr. I (einatite
13; is appiTtiably reduml fit an atni. U If at I' a 500'K. and
'
*
the rate of rr-
K. At 4a)
in an atin. of CO at T Z 400
0! dnetion by CO is twice the rate n( rvahiction by It. A*

J, I asr,l this ditfvmi(~ dm-r,A- NvAu- A,[
tile ti,11 11. invir

~ dillercm-,, its file rv,%jmc4i- rm, Ad &IT-tm, Ad CO dild
as 0 It- At the rair-A! redu, [wri Alf w, by CO -,A,) I I at,

00 4
go he SAM,.. Tbc prrFrrn,1 r,,1tA.;,)x j4 %mrs, Xj%
'A. , I lf"Its 1- rrwit (u, 1. Tit, Ktiv,.i l(og iron otv
%%nivii 1, cAp.04-4 -4-1...;
111mv Own hAll 14 111T licillAtile ill F", 1, ot 7W, N-V, I'll
tvi- of t,m,ta. Are 1.111111.v Are I, I-10,1.11.1v

t
w W,Ii,d lit ItAlt futswvvi, title --law-typ, hirmic-
t

t
i )14sy-tulw furnuvi tire Iwv(vtr.,d Gif pow-1. 'K,- (it"
C01101. prutic- followed fly m'V-IAI 11141it-M! Aft -fifted.

i l M. Ito,"It
I A I As At
is All I N a v 14 0 Ali w I
s' Is .0
0 0 0 0 0 0 0 a 0 0 0 0 0 0 0 0 0 0 0 0 0
00000
xoo
A,
too
49 0
log
L40 0
As 1 90
oil
0 0 0

UM/Chemist,T7-Polarography, In Industrial Fe~ 48
laboratories
Cbemistry-Polarography, Electrodes in
~-wA Rigid Immersed Electrode and Its Use in PoLaro-
-gmphy," 7. S. Lyalikov, V. I. Karmazin, Kriroy Rog
--::'Mining and ore Inst, 6 pp
"ZiLrod Iab" Vol XIV, No 2L~' / 3 57 -V.
Describes nev-type electrode., consisting of pLatini'm
needle immersed In elabtrolyte. Intermittent co
tact is assured by a stream of gas bubbles. In-
restigmtes effects of temperature, bubble speed,
of anode and cathode on polarn~
depth of immersion
Constructs calibration carves for lead, copper'..and
6&dmiu.n. Relatioa betwen vare height and ~on--
centration In strai#ht line. PaTther experimental
investigation must precede introduction of the
electrode into laboratory practice.
4/49T11

USM/Chemigtry-Analynis, Fusions Feb 48
Chemi9tv
y-Polarography, Electrodes in
CM "The Use of Rigid Immersed Electrode in the
r-q
r- Analysis of Fused Substances," Yu. S. Lyalikov, V. I
,7,
--Z Narmazin, Krivoy Rog Mining and Ore Inst, 5 pp
"Zavod lab" Tol XI7, No 2
Shows that polarography can be applied to analysis
of fused substances and investigates kinetics of
dissociation of certain salts. Reduction of waves
vas obser7ed when ions, reacting with polarographed
ion to form Insoluble, lightly dispersed precipi-
tates, were added to the molten mIxture LBa3(P04)2
41149TI2--
USSR/ChemistrY-Analysis, Fusions (Contd) Feb 48
Into KW--s7- Certain salts and oxides were only
ell,ghtly soluble In basic solution, and their Ions
vere not present even when solution was saturated
(Ticl, Cuo, no, in M103). Ion dIssoointion may
not occur when salts are readily soluble in ba.sic
solution (CuS04 and NIS04 in K2S207).
4/49T12

KATMAZIN, V. 1. PA ZO/49T75
UEOR/Mining Methods Jan 49
Ore Dreeeing
of V, G. Dorkach and 1. S, Datayuk'a Book,
-ttromegnetic Concentration Frocesaea, '" Dc,,---3nt
V. 1, Karmazin, Y8. F. Moskal'kov, 1 p
"Gor Zhur" No 1
Favorable review of subject book, which Is a compre-
hmsive work on magne.ic r-cparation methods and
tquipmant. I
40/49T75

KARMLZIN, V.I.. kandidat teMudcheskikh nauk
. ...............-
Kinetics of desulfurization in the production of steel. Trudy Inst.
chern. met. AN URSR 3:25-49 149. (MIRA 8:7)
(Sterl-Metallura)

Y ~ ~;, ... I,' TZ; , 11.
,li - il" 11 i .
2C724. Karmazin, V.I. ~1,1 .1
:~ " '~,, 'It,
roroti 1-1".r-lvl"!"l.,;, . G -I-livy i' . , , :I.
.1 - . . . . t . - - -
S,j : T.,. OPIS ZZ"l-URNAL D'T--';T_;;y - Vol. '48, -loskval
I -T 1949

TechnoloZical cisissification of run of mine orell and rev
rusinous deposits of Krilrbitiva. V. 1. Kmiuamn.
Zkw. ].'3, N',,. 7. ~nll ;V0 19111N. Hir wr~ awl tile (etill
gomo. dvjk,~R~ J Krivoi 11,,g Im.in air ploiled on a irs-
:-A(dolme of file frimigl" IP rich wr.
-91 Ill ~ Ilk 11 Ve jll.l Or I- i. fmtoe:*. fly I CAI
It.ing, Fr ~~ 31) Ind jkx" S.,11K. 11, !~ 25,:,". 'rite iil ......
'I"facteri't 1c, if tile or" m, plotted I'll A %loldAr diagr.im.
rilk enables one te icltct tile proj~r cmen. procedure fot
the ma. utilif-wfirvu of tile ore. M. I lowIl

Relladon of phosphorus to manganese minerals in ores
v I .K,o rvi.-% in. In-1, .4 11,ol Na .* r ' N S m
&~W. .,- -~ Thc chief ml,,ttm "1 1, to
rueLtne-bog mancinew" or" %.i, fi~ -tildit , K1,%A
on chrin_ mixorti,.. gravity. lool'till-Itk-A. "0
gt,lphk- mislywl it NIli '-f- lo
of "T"ilmuelane-bog miniprimr" ihr rimit-m if 11 In
", ~-lo of Mn ri~,. Th, lovetw "." Imold
to b~ lbe r.,%- 1,ith mallir-joile alul prmlititir In the
,,lPts. onfr hi. ind (InArkalerif lom of %1n wri, Irf"fr.l
A rimAhnstimm d6er-., mmrmfinc tylN . .1 Mo ,te- -ith
their tfcgr" of deph-ph,wilm inn Ater conert., 1, 1-r-ld"I
"c" nre two firapho; noc 4howi Ow rel.ition 1~(W~n
v mul Mll cx,ylfefllq and "lincrtio&al oropo. of Nfo
,rotrafr: the 4hrr Ji-s Or rilafitin N-I-tn 11 tvmf"it
per noit of Nin, maptiu- lwbav~". mul "Wive c-nen.
O-LoN4 S. Macy

Concentration methods of Krivoi Reg ores degraded in
mining. V. 1. i;,,,n%4 115. N". 7. ::.' 4"
i::,the of 11,1mac ~..d , 1--al ... x I h~ ,(~ J- I
it IKt%) " coutaluillat'll "ith xAng. I'lle
rtc. of this ore are descrilmNI. The nun. frac.
tion is trcuted in magnetic separators of high-field in(cmity -
;hile the line fractions am treated iti rneeh. ct,t-ifie-
dow%hett of the concrt. plant is given. N1. If-ch

JO "JIM Tj -"~T-qUO-T
*o.; *J"ILIZ %lot *130.10 ',!C.!--
T,I'J

F-4
~4
USSR/Chemistry - iron Ore Treatment Jan 53
"Characteristics of the Process of Reductive Mag-
netization of Iron Oxide Ores," V.A. Royter, V.I.
Karmazin, V.A. Yuza) and A.N. Kuzretsov, Dnepro-
petrovsk Chem-Technological Inst im F. E. Dzer-
zhinskiy; Krivoy Rog Sci-Research Ore Mining Inst
Zhur Fiz Khim,, Vol 27, No 1, PP 125-129
Effective reductive magnetization of iron oxide
orea demands the selection of conditions favorable
to gradual rather than zonal reduction of the ox-.
Ides in the entire mass of the lumps or the whole
26ft2o
layer of ore. Diffusion interferes with gradual
reduction. In the reduction with H of Individual
pieces of quartzite, the gradual manner of the re-
duction is much more pronounced than in reduction
with CO. H is hardly suitable for the reduction
of a sufficiently long layer, because of the strong
inhibiting effect of H20 on the first stage of the
reduction of Fe203. As a result of this inhibi-
tion formation of zones in the ore must occur.
Gases containing a mixture of H and CO are of con-
siderable advantage.
268T2o

URMAZIN, V.I.., doteent, kandidat takhnichookikh nauk
"Magnetic separation of low magnetic ores." Gor.zhur. no.4:60-61 Ap 155.
(Magnetic separation of ores) (Derkach, V.G.) (MIRA 8:7)

1~' 11 .~ , .I\
i , r - .- I . 1.
ZHI-VGV,L.(;., kandidat tekhnicheskikh nauk; K&MZIN,V.1., kandidat
tekhnicheakikh nauk; KOZLH,V.1., inahoner
Grizzlios vith mesh heated by electric current. Gor.zhur.
no.9:46-48 S '55. (KIRA 8;8)
(Screens (Kining))

'~q
E
m

KAMAZIN, V.I., kandidat tekhnicheskikh nauk.
Inteneification of beneficiation of magnetite quELrtzite. Stall 15
no.11:969-976 N '55. (MLRA 9:11'
1.11auchao-issledovatellskiy gornorudnyy inatitut.

i,~

VSS
.1. few

KLRXAZIU, V.I., kandidat tekhnicheskikh nauk; KRUNY, V-V-, tekhnik.
'- -ffi=Ow=NWMWWk,
Industrial practice of magnetic aeparation of chert by permanent
magnet separation. Gor.zhur. no.6:47-51 Je '56. (nu 9: 8)
1. Nauchno-isaledovatel'skty gornorudnyy institut.
(Magnetic separation of ores) Whart)

137-1958-1-50
Translation from- Referativnyy zhurnal, Metailurgiva, 1958, Nr 1. p 1) (USSR)
AUTHOR: V. I
TITLE- New Data on the Concentration ot lron Q,.~,artzitvs iNovyve
(I'llillyY4. PC C-b",glashchelliyll zhe)t.-;6qtykh kvartsirov)
PERIODICAL. Sbornik trudov NaLlchric--issledo, ctclskcgo Sorncrudncgo
Voll 1, pp 15~'- '84
ABSTRACT- Proa,;ctici crginccr.ng Ind tcs! of the vificiency of
,ron quartzite concentration are adduced The ca'cul,tiors show
that the concentraC.en of mdgnet'te quartzatfs pays for, 'tself in
fliel vconz.mv Und incrt-a-sed WtI.,t iur-act, 011!p"It in the - nivItir '9
of plg 1run from aggtemerate. if it ccntairis >0 pcrcent Fe
(,vith a V*e,d ul rJ50 percert) B e n e i; c: it i oil C-1 foxidized nuarf.-
zit,--; Ian be eccnon-i;c,,l orly %vht-n thc ef~:icivi,cy of ort, dresning
,s ~vry high. Theretcre. magnet.te--v_7artzJe and magnetite-
i_lic,te chert--, are pr;cr'LtY rd,,v Mlte ridlzi for bereficiation. The
eMpl(yment L)f cCrtinuous p-itterr, ,-I :o,xt~rtrat 'on ~n tviultiple-
drum scparators pernilt-, high-ql.al;Ov co,icentrat" b0-65 per-
cent rcti) tc, be o~tziined. without excvs ~k,, reduction 'n, part:cle
Card 1/2 1 zt: :ncrei~_t' ',!, po,vcr ccrisumptior c~r dirninu':Gn _n rCTI

137-58-4-6362
'rranslation from: Referativnyy zhurnal, Mctalltirgiya, 19S8, Nr 4, p 4 (USSR)
AUTHOR: Karmazin, V. L
I---------------
TITLE: Separators With a Closed Magnetic System (Separatory s zam-
knutoy magnitnoy sistemoy)
PERIODICAL: Sb. tr. N. -i. gornorudn. in-t, 1957, Vol 1, pp 385-419
ABSTRACT: A brief presentation is made of the principles on which in-
tensification of the process of magnetic separation may be
founded and the results of shop experiment in employing a new
type of separator (S) for highly magnetic materials. A des-
cription is offered of the. design of a NIGRI S with a closed
system and a focused field (engineering characteristics:
design principles, description of the wet drum S, a variant of
the drum S for dry separation of fine-ground highly-magnetic
materials, an S for dry milling of highly and n-iedium-mag-
netic lump materials). Results are presented for electrical
and engineering tests for the S. A description of the
NIGRI-2-VK-5 S for weakly-magnetic materials is offered.
A classification of magnetic S is given. Magnetic S with
Card 1/2 isodynamically focused fields and poles on both sides of the

137-1958-3-4562
Translation from- Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, p 13 (USSR)
AUTHOR: Karmazin, V. I.
TITLE: Experimental Results of Reducing Oxidized Quartzites in the
"Boiling Layer" by Means of Magnetic Roasting Utilizing Blast-
Furnace Gases (Rezul'taty opytov obzhig-magnitnogo
obogashcheniya okislennykh kvartsito%.- v "k;pyashchem sloye" s
primeneniyern domennogo gaza)
PERIODICAL: N.- i. gornorudn. in-t. 13yul. nauchno-tel"hn. inforn-I., 1957,
Vol 2, pp 48-56
ABSTRACT: Presentation of preliminary data, showing the advisability of
conducting planning and research work dealing with experimental
industrial concentration of oxidized ores from the Krivoy Rog and
Kerch deposits, in order to prepare them for a reducing and
reduc ing- oxidizing roast. The Author cites the system of an acid
plant in the USA (Negaunee) which employs a single stage reactor
for magnetic roasting, and presents a diagram of a multi-stage
reactor employed for reduction roasting of Fe ores in the
"boiling layer" , as well as the design of a furnace for reducing-
Card 1/1 oxidizing magnetic roasting equipped with a movable hearth.
A. Sh.

137-58-3-6233
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, p 256 (USSR)
AUTHORS: Karmazin, V - I., Krutiy, V. V.
T IT L E: Results of the Employment of a High-speed Magnetic Analyzer
With a "Boiling Layer" at the YLLGOK Plant (Rezuftaty primeneniv;,
na YUGOK magnitnogo ekspress-analizatora s "kipyashchim
sloyem")
PERIODICAL: N.-i. gornorudn. in-t. Byul. nauchno-tekhn. inform., 1957,
Vol 2, pp 56-63
ABSTRACT: On the strength of a large number of magnetic analyses (over
10,000) it has been established that, the FeO ~*rcontent and the
"acidity" of an ore (Fe/FeO) being equal, the concentration cri-
teria of ores 4ctuate over a wide range. Chemical analysis
methods alone do not provide an accurate evaluation of the phase
composition of ores and do not permit a rational basis for the
planning of the concentration process. Magnetic analyses are
being performed on magnetic hig~-speed NIGRI analyzers which,
during a period of one and one-half years of operation, have proved,
their reliability and efficiency. It is established, on the basis of
Card 1/.) studies of results of magnetic analyses, that it is imperative to

137-58-3-6233
Results of the Employment of a High-speed Magnetic Analyzer (cont.
design magnetic separators for refining ot concentrates and tailings and include
them into the existing equipment system of the YuGOK plant. It is recommended
that concentrating plants include in their reports ':he average shift and monthly
data on the magnetic analysis of raw material, concentrates, and tailings, as
well as the results of the quantitative analysis of individual samples thereof.
Z.G.
Card 212

X0 K &I a.>_ / n, ~/' 1- 137-1958-3-4513
Translation from: Referativnyy zhurnal, Metallur8iya, 1958, Nr 3, p5 (USSR)
AUTHOR: Karmazin, V. It.
TITLE: A New System for the Classification of Magnetic Separators
(Novaya klassifikatsiya apparatov dlya razdeleniya materialov
po magnitnym svoystvam)
PERIODICAL: N.-i. gornorudn. in-t. Byul. nauchno-tekhn. inform., 1957,
Nr Z, pp 63-71
ABSTRACT: In the Author's opinion, the nomenclature of separating appar-
atus should be based on the following prominent characteristics:
a) designation of the operating component of a system which
transports the magnetic particles by its initial, e.g., L (Lenta=
belt) etc.; b) description of the arrangement (one-sided or two-
sided) of magnetic poles: no symbol is employed for a one-sided
arrangement, whereas, for a two-sided arrangement, the letter
F is us-ed if the.field is focused, and the letter I, if the field is
isodynamic; c) description of the magnetic system- P for perma-
nent magnets, E for electromagnets; d) sensitivity and manner
of separation; theqe are specified by a number representing the
Card 1/2 rate of separation of the magnetic fraction within the operating

137-1958-3-4513
A New System for the Classification of Magnetic Separators
space of the separator, and by a letter M for wet separation,
and B for dry separation; no indices are employed at all if the
process involved is one of dry separation in a field of identical
polarity and the material is charged in at the top; the letter M
alone is employed in the case of wet reduction in a field of identi-
cal polarity, with the feed also at the top; e) magnetic properties
of the material subjected to separation; these are denoted by a
number equivalent to the exponent of the value of the specific
magnetic susceptibility and by a letter specifying the particle size
( I for sludge particles, T for fine particles, etc.) ; f) description
of the size and the productivity of the apparatus, expressed by the
width of the feed in m and by the floor area of the installation in
M2 ; these values appear in the form of a plain fraction and repre-
sent the effective utilization of the working area of the system.
Thus, for example, the 128-SE separator may be designated as
121 .- 2T I X, 2.
A.Sh.
Card 2/2

- KARKAZIN, V.I.; MR OMRS. L.N.
Preparation of mgmetite quartzites of the aouthern Krivoy Rog
Mining and Ore Drossing Combine. Gor. zhur. n0.7:41-46 J1 IV.
WaA 100)
1. Mekhanobrchermat.
(Krivoy Rog--Ore dressing) (Iron ores)

127-11-12/12
AUTHORS: Karmazin, V.I., Cnndidate of Technical Sciencee and Ostapenko,
_-P. Ye _;N;6YE_Ei an
TITLE: Experience in Obtaining High-quality Magnetite Concentrates
(Opyt polucheniya vysokosortnykh magnetitovykh kontsentratov)
PERIODICAL: Gornyy Zhurnal, 1957, # 11, PP 78-80 (USSR)
ABSTRACT: The "Mekhanobrchermet" Institute has assembled an experimental
installation in a laboratory for a two-stage concentration of
magnetite quartZiteB. The installation operates continuouely
and represents a miniature concentration plant with a capacity
of 100 kg of the initial ore per hour. The obtaired concentrate
contained 68.5p" of iron, and the extraction amounted to 81.2%.
The iron content in the tails was 10.%,4. Further experiments
were carried out undnr industrial conditions in the concentrat-
ion plant of the "KMAruda" (Kursk magnetic Anomaly ore) com-
bine in 1956. After a four-fold scouring the concentrate was
obtained which contained 66.2~ of iron without an increase of
iron content in the tails.
The article contains 2 diagrams and 2 tables. One Slavic re-
ference is cited,
AVAILABLE: Library of Congress
Card 1/1

130-12-3/24
AUTHOR:
TITLE:
Karmazin, V.I., Candidate of Technical Sciences.
Fluidized-bed Magnetizing Roasting
(Magnetiziru,yushchiy obzhig bednykh
kll.pyashchem sloye)
of Lead Hematite Ores
gematitovykh rud v
PERIODICAL: Metallurg, 1957, iio.12, pp. 5 - 8 (USSR).
ABSTRACT: The author mentions that over half the Krivoi-Rog reserves
of iron units is in the form of hematite-quartzite and describes
attempts to concentrate such materials, with special reference
to magnetic roasting. Laboratory investigations on magnetic
roasting in fluidised beds were carried out by the Mekhanobr
Institute in collaboration with the Oil Institute of the Ac.Sc.
USSR (Institut nefti AN SSS'R) and the Gas Utilisation Institute
of the Ac.Sc. Ukrainian SSR (Institut ispollzovaniya gaza AN
USSR) were sufficiently promising for some pilot plans to be
built at the YuGOK (Fig.1). The results there (Fig-3) were
similar to those obtained in the USA and the efficiency of the
process was limited because a single-bed roaster was used and
the author gives a diagram of a multiple-bed one (Fig.4). He
describes his 1947 proposall not yet tested, for magnetising
roasting on modified sinter strand where blast-furnace gas and
air are passed through the (covered) bed (Fig-5). He estimates
.thAt a 50_M2 strand would produce 3 to 3.15 thousand tons/day
Card-rTz

KARKAZIN V.I.-, PUTIY, Y.Y.
Device for rapid analysis of dry powders for forromagnatic impurities.
;4v. ;t~~..23 no-3:367-368 '57. (KIRA lor6)
1. Krivoroxhakiy nauchno-iseledovatellskiy gornorudnyy inatitut.
(Powder metallurgy) (Kagnetic instruments)

11 , V. I. : JK-)c Te ~) -- '?Tjl,~, 111U. L . 11.1on )f
KA:p',\ jj~ 7 IZ cl: i. (oist, _n,, 1 f ! cri .1 r, " -
,3,c0- - j,',-,,,,2, .7'~, J)p (Arat" Sc I Ucc--R,
0- ferrous-metal oves". Ml, S 1. , , , - inst of
I j~ -L --
m I n ` -! I) Col ~F,~ (n, 1'0 1)~, Y3~)r?, 11-9~
- L -,) ) - u .) I _; 0 1 1 1 1

KkRMAZIN, V.I.
Efficiency of the process of magnetic separation of quartzites.
Gbog.rud 3 no-5:9-14 158. (MIU 12%5)
(Magnetic separation of ores) (quartzite)

AUTHOR: Karmazin, V.I. and Dolotove, I.A. 127-5e-7-12/20
TITLE: The Floatation of Iron Ores and Tails at Krivoy Rog Concen-
trstion Plants During the Sixth Five-Year Plan (Flotatsiya
zheleznykh rud i shlamov obogatitellnykh fabrik Krivogo Roga
v shestoy pyatiletke)
PERIODICAL: Gornyy zhurnal, 1958, Nr 7, pp62-67 (USSR)
ABSTRACT: Two methods are generally used for the dressing of low grade
ores: floatation and magnetic roasting. Both methods are now
being tested At many institutes and laborptories of the USSR,
The first research was done by Professor V.I. Trushlevich
(Ref. 1) and, later, by the Doctor of Technical Sciences G.I.
Yudenich, Z.S. Bogdanova of the Mekhanobr Institute and the
Doctor of Technical Sciences F.N. Belash of the Kol'skiy filial
AN SSSR (Kola Branch of the AS USSR). Calculations made in
Mekhanobr showed that the floatntion method is more economical
than the other, Mekhanobrchermet found tl,at the flostation
method, with the water from Krivoy Rog mines used in the con-
centration plants of that region, gives unsatisfactory results
because of the hnrd composition of the wate-r. Tests of the
dealiming of tails in hard water showed that only 14 to 40 "fr
Card 1/2 of the slime was removed whereas the same operition with

127-58-7-12/~;(;
The Floatation of Iron Ores and Tails at Krivoy Rog Concentrotion Plants
During the Sixth Five-Year Plan
distilled water gives much better results. The time of
floatation is 2 to 3 times longer when hard water is used.
The effectiveness of concentration of tails in various waters
supplemented by reagents was also studiid. As a result of this
study, it is proposed that the pulp of tails should be pro-
cessed by water with an addition of sulfuric acid or soda,
which increases the contents of iron in the concentrated mass.
The problem of purifying the water of Krivoy Rog for use in
floatation must be solved.
There are 3 tables and 2 graphs and 10 Soviet references.
ASSOCIATION: Alekhanobrchermet
Card 212 1. Iron ore-Flotation 2. Iron ore-Maunetic roosting

SOV/127-58-2-25/26
AUTHORS: Belash, F.N., Doctor of Techni2al Sciences, Professor; De-
litsina, G.B., KaZmazin, V..I, and Kharlamov, V.S.., Candidates
of Technical L. , Dolotova, I. A, and
Rovenskiy, I.I., Engineers
TITLE: fhe Concentration and Agglomer~ition of '.Tinerals in North-
Western Regiuns of the USSR (Obognah(haniye I nglomerataiya
poleznykh iskopayemykh Severe-Zapadnykh rayonov SSSR)". Le-
ningrad, Mekhanobr, 1957, vol, 102, 344 PP. with illustrations..
Circulation 1,700, Price 12 rubles. (Leringrad, ',Iekhanobr,
1957, vyp. 102-344 str.s ill.. Tirazh 1,700. Tsena 12 rub.)
PERIODICAL: Gornyy zhurnal, 1958, Nr 12, pp 67 -- 69 (U3SR)
ABSTRACT: This is a review of the above mentioned book,
Card 1/1

LEVITSKIT, Alaksandr Matveyevich; KARMAZIN, V.I., lcand.tekhn.nauk,
retsenzent; OLOPINSKIT, N.F., kand.tekhn.nauk, retsenzent, ot-7.
red.; TEVDOKOVA, H.L., red.izd-va; BERESLAVSKATA, L.Sh., tekhn.
red.; SMTAR, S.Ta., tekhn.rod.
[Electromagnetic conveyer-belt separators for the beneficiation
of strongly magnatic ores] Blaktromagnitnye lentochnye separa-
tory dlia obogashcheniin sillnomngnitnykh rud. Houkva, Gos.nauchno-
tekhn.izd-vo lit-ry po gornomu delu, 1959. 198 P. (MIRA 13:1)
(Magnetic separation of ores)
(Separators (Machines)-Electric driving)

18-3200
'D
S. V,
r) 21
AUTHORS:
~IVIUIII, G. V,I, %r.,
Kticher, A. M.
TITLE- Blast Purnace Production. K
Ore Preparation t'or smeltirir
c~
PERIODICAL: Metallur.-,, 1960, Illi, 1. pp --lo (usai)

ADSTRACT: The authors emphasize the need dras'-Lcally increaz~ln~-
'the use of' low-cost Kerch' ore (ccr,,ipooltion: 32-49% Fe,
0.35-3.5% M11, 0.1% As, at--d '25-KI P re v io u s
concentration processe3 have not proved rational. The
Scientit'ic Research Institute Vor Mcc',ianicai Con-I-entvation
ol' Minera--s of' Ferrous Metallur,-y (Mell--~-arlcbrcherrnet)
has developed a proces3 which involvez; Voasting by
natural )-as. Contrary to earl!-'Lei, meLhocls, tiie gangLte
CD
c)
(25-30% Fe) is re!'Ired at I '100-1 2---)() C to dl~;soc-late
lilon alumlno~31.11.cUteo and I I,cn.
Ma~netlc roastin~~ at- 7c;()-O'()O'-) C atij z-;ub~3eq~ieiit magnetic
-
Card 1/3 separation t'aile
d to lower the Fe :,,,ontenz ILii tine -anvl e.
t~ -E -1

Blast Furnace Production. New Technology -(-f42L,
-1-4/22
o' Kerch Ore Preparation for Smelting SOV 130 010
Card 2/3
However, for lean ores magnetic separation is more
effective, Increasing Fe content In the 3oncentrat.e
by 6-8%. The remova'L of As was t,~_-sted, and results
I If
showed that gaseous reduclng agent In a "boll-ng
layer of basic ore Is r-.iore t--ft'ective than a solid
reducing agent in a "nonboilln:~-"layer. In another
test, 78% As was removedWblowingr sl,--eam through heated
ore (112.7% Fe, 0.13% As) at 1,0000 C. Methods of direct
ore reduction were tested In a laboratory retary furnace
comprising a metal housing w-It.1h, a 200-mr,-i-dia-, stainless
steel tube sealed at one end loy weld-inG, W! If, heating
the working area, the combustion products di,,. not
penetrate into the reduction zone, allowing the main-
tenance of a high carbon monoxide content (to 80%).
The 5-k.- charge contained ore, dolomite, and coke
breeze. RedQction occurred at 1,1,50') (.'. After
cooling, the reduced ore was crushed and subjected to
centrifugal electromagnetic separation. A concentrate wirl,
90% Fe and gz~ngue with 5% Fe was prcdu~-od, The authors

KARMAZIN. V.-I.1 KRUTIY, Y.V.
Roller-t7pe separator with a strong magnetic field. Biul.
tekh.-ekon.inform. no.2:6-8 160. (MIRA 13:6)
(Magne~'Iic separation of ores)

I/e 11
AUTHOR: Karmazin, V. I,, Do(-,to-- of
TITLE: How Metallurgical Processes '4LI] l),Pvc-lop
PERIODICAL: Metallurg, 196o, t)-, 2-
TEYT: Information is given on new pro-,~esses in met-,~llurgy, develepl-1--
the basis of high-quality raw material pi,educed by the latest, coroentratic-1
techniques. One of these processe- 1.,3 "he or dire,-t
process of iron production where natural gas and (,.he~~p low-gra~ie coal -,iill
replace the expensive coke. This niethocl ..:ill simplify the steelmaking
technology quid produce steel with higher ii,.2s~hcuiioal properties th-,n conve-nLI-)n-al,
steel grades. "Primary" metal will be :~ ino2t valuable pro0uct for high-qulallty
steel melting. Sponge iron cont-,-ining lesz thoji 0.5,5 dead rock will be used
for metal ceramics. Studies on the divect prcdul~tion of 1!,cn arq, however, ctili
at the stage of laborator-j vid set,,ii-indu--trL,~-1 ijj~rC,.j~tlgatiozi.;. 1he 1-,&)bor,,it:-,ry
of annealing and direct Iron pro(luction at the Nekha~nobrcheiiietr' Institute,
headed by G. V. Gubin,_gandidate of lechnical ScienceL;, is occupied with the
design of furnaces with a fluidized bed for direct oro re,luotion. Mletho~ds are
studied of using natural gas for th(- heating, :uid retiliction of ore~j Ill Tiie
Card 1/3

flow Metallurgical Processes Will Develop S/13V6'C/'GO0/GQ6/G0 !/0 11
furnaces, in magnetizing calcination and direct iron production; mechanism.-s
and kinetics of ore reduction with natural gas are Investi.,,ated. The institute
proceeds moreover with the research on the deep dressinE of ores, to raise the
quality of metallurgical raw material by concentration. This vrill result in a
highly efficient economical effect. C-!lculations show *that in using concentrlallf2l-~'.
with 66~5) iron and 7,,~', silica the prime cot3t of east iron -. rill ,drop by
rubles per ton, efficiency of furnaces will rai..-)e by 14,-, and coke ccn:3umption
will be reduced by 57-58 kg/t cast iron. The In:Aitute's aork is, furthermr)re,
directed to the following subjects: development of tile tlechnoloL7i of dresz-int-,
tz-tagnetite and acidified quartzites for mining concentration do.,;i!7nir,'Jz
of highly efficient equipment; concentration of technical ores from the
Krivoy Rog basin, development of calcinating-magnetic and flotation conceriur.--
tion of acidified iron ores; designing of equlpm,2nt for the c-01i Coll-, ra T i on of
magnetites and calcinated ores by the dry method in centrifugal ma,,-netic
separators. P-Jethods for the production of flu%cc] rounded-un luriil)53 are
developed at the laboratory of sintering directed by I. I. Roven:~kiy. The "I~C-
of fluxed lumps will allow the elimination of flux from, blast furnaces r;o 'n;-'T
coke consumption will be still more reduced. of -oncen't.."attrIF,
technictil, orco, with the u,3c of heavy are
Card 2/3

I .
. I , ,
- Z '~, 1/ (.k: ~,~ ~ , , k " ~ ~/ k, u "I " : I
-i ~ , I
How Metalluroical Processes Will Develop
combined with hydrometillurgical reduction of :;LlIne olllnl~wfl-
the losz; of valuable metal.
ASSOCIATION: Mlekhanobrchermet
Card 3/3

-:W'dUZIN,-V.I.., doktor tekhn.nauk; L.N., inzh.; KU7,TIY, V.V.,
inzli.; IIIKCLAYEITKO, V.E., inzh.
Industrial testing of drum jeparatorr, u;:.ing the overflow of classi-riors.
Gor.zhur. no.6;70-73 Je 160. 14:2)
1. Ilc!t::z?-nobrclierr:iet, Krivoy ?,og.
(separators)

ZAIKINY S.A.;, KAPUMAZIN, V.I.; MRGULIS, V.S. ; SHUPOV, L.P.
Improving crushing flowsheets in mining and ore-dressing
combines. Gor. zhur. no.10:74-76 0 161. WIRA 15:2)
1. Mekhanobrchermet, Krivoy Rog.
(Cru'shinc, machinery)

KA141AZIN, V.I.
Quality of Jron ore concentrates. Obog. rud 5 no.1:13-14 160.
WIM. 14-8)
1. Mekhanobrchermet.
(Ore dressing--Quality control)
(Iron ores)

KARMAZIN, V.I.; SHUPOVy L.P.; MARGULIS, V.S.
Centrifugal-impact crusher for the reduction.of Krivoy ~,og iron
ores. Obog.rud. 5 no.2:35-37 160. (IMIRL 14:8)
1. 14ekhanobrehermet.
'(Krivoy Rog Basin-Irzn ores) (Crushing machinery)

SOROYIN, V.A., doktor tekhn.nauk; ',~~AZIjjJ,,X_,,_doktor tekha.nauk;
ICITSEN, L.G., kand.tekha.nauk; IVANOT. LI., inzh.; OSTAPB?IKO,
P.Te., inzh.
lbgnetizecl roasting of Krivoy Rog quartsites in a fluidized bad.
Stall 20 no. 12:1057-1060 D l6o. (KrU 13:12)
1. Mekhanobrahermet.
(Kriovy Rog--Quartziete) (Fluidization)

GUBINj G.V. (Krivoy Rog); KLU'A=', V.I. (I(rivoy SHKOVY"I'A, G.L. (Krivoy
Some features of of calcined pellets of concentrates
secus reduc
f rom the Southern 'I'Li1w: md Dr!2anin1,- Co!.,.bino by Lr' in,,
agentso Izvo A114 jll-c'~-. naW:. I:ct. i top'al. no.1:147-148
Ja-F 161. C!IRA 14-2)

KARMAZIN,, V.I.j dokor tekhn.nauk; OSTAFENKOs P.Ye., gornyy inzhener
k
Obtaining high-grade concentrates from low-grade iron ores- Gor.
zhur. no-5:62-67 W '61- (MIRA 14: 6)
1. mekhanobrehermat, Krivoy Rog.
(ore dressing) (Iron ores)

.~A~ZTN,-1.1-"oktor tekhn.nauk-. KHEHSONETS, L.N., inzh.; LRUTIY, V.V.,
inzh.; NIFOLAYENKO, V.P.; Pnitisny, G.I., inzh.
Industrial testing of magnetic separators with counterflow and
semicounterflow tanks. Gor. zhur. no.11:63-65 N '61.
(MIRA 15:2)
1. Mekhanobrehermet, Krivoy Rog.
(Separators (Machines))

KARMAZIN, V.I.; KRUTIY, V.V.; NIKOLAYENKO, V.P.
----------
Industrial practice in wet electromagnetic separation of
ilmenite sands in 2VK-5 separators. TSvet.met. 34 no.10:21-24
0 161. (MIU 14:10)
1. Mekhanobrchermet.
(Ilmenite) (Magnetic separation of ores)

-Aypovich, doktor tekhn. nauk, prof. Prinimali
wwIR1-v1tUiY I
uchastiye: ffU-fI-'T, V.V.; SAIIZIIAROVSKIY, P.A.; GUBIT, G.V.1-
ZUBAREV, S.U., otv. red.; ARU14ASOV, N.A., red.izd-va,-
BOLDYREV, Z.A., tekhn. red.
[Modern methods of magnetic separation of ferrous metal ores]
Sovremenriye metody magnitnogo obogashcheniie, -id chernykh
metallov. Moskva, Gos. nauchno-tekhn. izd-vo lit-ry po gor-
nomu delu, 1962. 658 p. (MIRA 15:3)
(Magnetic separation of ores) Iron ores)

FEVVIKOVA, L.A.; GUBIN, G.V.; FOGORSLOV, V.F.,~ KARMAZIN, V.I.
Calcining limestow in a "boiling" layer multiple-zone reaction
veasel. Stroi. mat. 8 no.5:3-5 MY 162. (MILRA l5z7)
(Limestone)

ZAIKIIN, S.A.; EAMAZIN., V.I.; VUPOV, L.P.
Use of ball-free mills for the commination of iron quartzites.
Obor. rud no.6:39-41 '61. (MIIA 15; ~)
1. Mek~,anobrchermet.
(Crushing machinery) (Iron ores)

KAPMZIN, V I ddktor tekhn.nauk; KABISHER, S.G., inzh.; KHVATOV, Yu.A.,
`~~ kARMAZIN, V.V.J. inzh.; BURAYEV, B.K., inzh,
Industrial production of final iron ore concentrates. ~bt. i
gornorud. prom. no.3:58-62 My-Je 162. (MM 15:9)
(Ore dressing)

KARMIR... V.I.; KOSOY, G.M.; SBINKORENKO, S.F.; GRAZHDAhTSFI, I.I.; BIROSHEVAIDV.,
F.
An experimental unit for dressing manganese ores in heavy suspension
in a hydrocyclone. Gor,, zhur. no.3:74-77 Mr 162. (MIRA 15:71,
I* Institut Hekhanobrehermet (for Karmazin., Kosoy, Shinkorenko).
2. Trest Mopolt-Marganets (for Grazhdantsev, Broshevalov)e
(manganese ores) (Ore dressing)

KABISHCHER, S.G.; KA-R-M-AMIN; V.I.; KHVATOV, Yu#A.; BURAYEV, B.K,
Obtaining high-grade flotation concentrates at the New Krivoy Rog
Mining and Ore Dressing Combine. Gor.zhur. no.8:58-62 Ag 162.
(MIRA 1518)
1. Makhanobrehormat (for Kabishcher). 2. Dnepropetx-ovskiy
gornyy institut'(for Karmazin). 3. Novo-Krivorozhskiy gorno-
obogatitellnyy kombinat (for Khvatov, Burayev).
(Krivoy Rog Basin-Flotation)

VINOG!"V, V.S.: inzh.3 A-LITSHUL1,;ij., M,.A.
V. G.., ~nzh.; rj-.DOCljKjjj y kand. tekhn. nauk. F-alyAKo.V
nauk; ZAIKIN , A N.) inzb.; U01AZIll
A S.A.j inzli.: doktor to'
NAURRIKO, P. 1. Osmovsny,-G.P., inzh.[Lceasedj; khn.
j, inzh.; BOBRUS11KIN., L.G. inzh.; RUST-4ROv
inzh.; SHIFRIN, I.I.y inzh.,- GOLOVMjoV J, , 1.1.2
L.A.p inzh inzh.;
TS11-1BALENK0 G.A., KRASOVSKIY
L.N., inzh.; RAVIKOVICH
BAZILEIrlCli, S.V., kand. telchn.nauk- ZORIN I I.M., inzh.;
S.N., inzh., T119loviDov A.F., inz~ I.P., inzh.; ZZUBAREVI
P
GAMAyuriov, A.I. J SHITOV, I.S., inzh.;
-, inzh-; KUSERBAYEV Kh.N.p inzh.; DEF11TYAav
S.I., inzh.; VOROjjOV , I.S., inzh.;IDLqaj.Uj P
V.M., inzh.; GoIDVDI , G. M inzh.; BARYS11EV
,qycHxov , YU.P., inzh-; MA!jCfEIKO, -' I
, L.F., inzh-; NESTERENKO K.F., inzhq
inzh.; PATRIIWEV , A.M.~,inzh.; KABANOV, V.F.,
, N.N.j inzh.[decease
Mp,"DOVI 0.0., inzh.; PoIC-joVSKly ; ROSSMIT, A.F., inzh.;
FOl,OTSK , M. A
, S.M., red.; GOLIDIN, Ya.A. , ~, inzh.p retsenzent:
re - izd-va; BOLDYREVA lav. red.; GOLUBYAlRlIKQVA,G.S.
, Z.A., tekhn. red.
fIr,n mining and ore dressing indu
Wsblenno3tv. 1,10skVa - st-I-I]Zhelezorudnaia pro-
, Gosgortokilizdat, 1962. 439 p.
1# MOSCOW. TSentrall (MIRA .15:12)
(Iron mines and IWY inst'tut infOrmatsii chernoy meta-Uurgii.
mining) (Ore dressing)

BUSHUYEV, V.P.; GUBIN, G.V.; GONCURENKO, Yu.I.; KARMAM, Y.I.;
MARGULIS, V.S.; MIMOV, V.A.; ITIKOLAYOKO, N.O.; BOBRUSHKIN, L.G.;
BUROV, A.I.; RMUKOV, V.N.; SOSHIN, A.F.; TATSIYENKOO P.A.1
TOVSTANOVSKIYt O.D.; YUROV, P.P.; Prinimali uchastiye:
NIFAGINA, A.A.; CHERNYY, I.I.; GERSHOYG, Yu.G.; KOSTIKOV, A.G.;
DOLGUM. M.A.; MORSKOVICH, S.A.; STUPIN, D.D.`nEVOYSA, G.G.
Magnetization roa.-Wag of Kerch ores in the experimental
factory of Kamyslh-Rarun Umbine. Ger. zhur. no.12-.30-37
D 162. (MIRA 15:11)
1. Institut Mekhanobrchermet, Krivoy Rog (for Bushuyev,
Gubin, Goncharenko, Karmazin, Hargulis, Mitrov, Nikola7enkop
Nifaginap Chernyy$ Gershoyg, Kostikov). 2. Kamyahburuwkiy
zhelezorudnyy kombinat, Kerch' (for Bobrushkinj, Burov.,
-Rybakov, Soshin., Tatsiyeakop Tovetanovskiy, Yurov,, Dolgikhp
M.A.; Movskovich, S.A.; Stupin, D.D.; Havoyaa).
(Kerch Pdninsula-Cre dresaing)
(Iron ores)

I KARMAZIN, V.I...,-.doktor tekhn.nauk, prof.
Orle dressing. Nauka i zhyttia 12 no.10:22-23 0 162. (NM 16,1)
(Ukraing-Ore dressing)

KAIMIZINP V.I., doktor toklin.nat-A; 0.11,14, inzh.
Inten3ifying; the oxygen-converter steelmaking process with the tile of
ultra-pure iron ore concentrates. Met. i got-tiortid. prom. no.3t2l-25
My-Ja '63. (~M 17t1)
1. Dnepropetrovskiy gornry institut (for Karmazin). '41. Dnepropetrovskiy
metallurgicheakiy institut (for Ko3tanatskiy).

KARMAUNt V.I., prof., doktor tekhn.nauk; SHUPOV, L.P.
Some problems in dewatering fine iron concentrates. Gor. zhur.
no.9:56-59 S 163. (mm 16.-lo)
1. Dnepropetrovskiy gornyy institut (for Karmazin).
2. )bkhanobrchermet, Krivoy Rog (for Shupov).

KAPmAziN... v,i,, prof., doktor tekhn. T)auk; DENISENKO, A.I., gornyy inzh.
Autogenous grinding of Krivoy Rog magnetite-hartifels. Gor.
zbur. no.10:53-56 0 163, (MIRA 16:1-1)
1. Dnepropetrov5kiy gomyy institut.

KARMAZIN, V.I.; GUBIN, G.V.; RUGHER, A.M.
Testing four-zone furnaces with a fluidized bed for the magnetization
roasting of iron ores. Stall 23 no.6:494-496 Je 163.
(MIRA 16:10)
1. Mekhanobrchermet,

KARMAZIN, V.I.; BEBESH, A.A.; POPKOV, Ye.A.
Wet magnetic separation of finely granular, weakly magnetic minerals.
Tsvet. met. 36 no.1204-75 D 163. (MIRk 17:2)

ARSENTIYEV, Aleksandr Ivanovich; VINOGRADOV, Vladimir Samoylovich;
DZYUBEITKO, !ikhail Grigorlyevich; YES11CMIKO, Aleksey
Andreyevich; KAIYAKIN, Viktor Vasillyevich; KARI~A,ZIN,
VLt~liy Ivanovich; KISELEV, Vyacheslav Mikhaylovich;
KULIKOV Vladimir Vasillyevich; MELESHKIN, Sergey Mikhaylovich;
SINARENKO, Aleksandr Ivanovich; KHIVRENKO, Akim Foteyevich;
SHKUTA, Eduard Ivpnovich- SHOSTAK, Afonasiy Grigorlyevich;
MOSKALIKOV, Yevgenkj Fedorovich, retsenzent; SOSEDOV, Orest
Orestovich, retsenzent; ROSa:IT, Aleksandr Filippovich~ otv.
red.; SU11OVA, V.A., red.izd-va; LAVRENTIYEVA, L.G.~ tekhn. red.
(Overall development of an iron-ore basin] Kompleksnoe razvitie
zhelezorudnogo basseina. [By] A.I.Arsentlye* i dr.Moskva) Izd-
va "Nedra," 1964. 293 p. (MIRA 17:3)

PLAKSIN, I.N.; KAMAZIN., V.I.; OLOFINSKIY, N.F.; NORKIN, V.V. ;
KARAMZIN, V.V.; MAKARENKO, F.G., red.
(New trends in the concentration of disseminated iron ores]
Novye napravleniia glubokogo obogashcheniia tonkovkraplen-
nykh zhelezrWkh rud. Moskva, Izd-vo "Nauka," 1964. 202 p.
(MIRA 17:4)

KARMAZIN, V.I., prof. doktor tekhn. nauk; DENISENKO, A.I., inzh.; YUROV, P.P.,
---- i n-zh.'-
Industrial testing of the crushing without balls of lean 2agnetite
rocks. Gor.zhur. no.2:67-70 F 164. (MIRA 17:4)
1. Dnepropetrovskiy gornyy Institut (for Karmazin, Denisenko).
2. Kamyshburunskiy kombinat (for Yurov).

KARMAZIN, V.I., doktor tekhn.nauk; MALETSKIY, N.A.
Improving the technology of the Krupp-Renn process for hard-to-
concentrate Kerch peninsula ores. Met. i gornorud. prom. no. 21
58-59 Mr-Ap 164, (MIRA 170)
t

prcf.; Rop.-IN't V.YfA., otudent
Cetif,vifugal dry rpAgnetic septration of weakly, r-.agnc-*.ic powder rmterial'3.
Tzv.vys.uchab.zav.;gor.zhur. 7 no.7A58-163 164,
Om,-T RI 17: 1o)
1. Snopropetrovskiy orderia Truclovogo Krasnogo Znp-nen-- gorriyy InstIti;ta
imeni P--tema. Fekomendol, aria kafedroy oboga-Ithche-liya poToTny'r-h is-

V. I., I -(-X, cirl"tor teklin. r;!_oij~
"Gm-vitv concentration 31~! J0614.
j;:-.!,')
I. IY~ lc,-ol?1,7-Y jin'tit"'ll'.

DFUSEPIKO, A.I.; SULTANOVICNI, Ye,A.; MIGUTSFY, L,R.;
KINAT(TI, Yu.A.; BURAEV, D~K~
Industrial t6sting of ore pebble crushing of Krivoy Rog Basin
quartzites. Gor. zhur. nc.407-60 Ap t65. (MIRA 18:5)
1. Dnepropetrovskiy gornyy institut (for Denisenko, Karmazin.,
Sultanovich). 2. Novo-KrivorozhskJy gornoobogatitelInyy kom-
binat (for Migutskiy, Khva'ov, Burayev).

KAR I U117 I N ? V. 1 . ; YEGO F OV) V.L. ; BP BES If, A A,
Effect of preheating on the magnetic separation of rare
metal containing minerals. TSvet. met. 38 no.5:14 1-tv 165.
(MIPA 18: 6)

KAJU-,AZIN, V.T., doktor tekhn. nauk; MALETSHY, I'LA.; TOVSTP7OVSKIY I MT).
~: 1-
Improvement in the magnetizing roasting of Ke-rch peninsula ores
in tubular rotary furrace.-,. Me,. i gorticritd. prom. no..1,64-6/~
JI--Ag 164, (mmA 18.7')

KARMAZIN V I.- BEBEST11 A.A.
P
Effect of the speed of a deposition electrode on the separation of
materials. TSvet. met. 37 no.10:17-19 0 164. (MIRA 18:7)

KAMAZIN, V.!~-, 3EBESH, A~A.,- KARASEVA, V.11.
Effect of certain fac-.ors on the amounL of' elly~l~ric cha- ~,jrg of minerals
obtained in a corona discharge electric fv!1d.. 'rSvp-',, met. 38 nc.4tl7-20
Ap 165, 1MIRA 1825)
k

YA V-10;
if;
ff-rit' gNlinod
vNrating zryyjlt iof,-, -' ' L j -, - -1 ,A 1 F 13hg
T::, 'T. 1
R A

J~'T Ir ,
Flow she-els of,
Nikojq)-Il
-47 1
'."hur.
1* Dnep-rope'rovski
gOr-j,.y--
....... "Oy7en
2* PrIdneprovsk-,-Y, S01"et,

KAILMAZIN,_Y4., doktor tekhn. nauk; ROMN, I.D.
New method of beneficiating cxidizad quartzites. Met. i
gornorud. prom. no,308-W MY-Je 165. (MM 18:11)

KARRMN, V.P.
-
,
Roentganokymagraphy.as a method of determination of effectiveness
of therapy of silicosis with respiratory exercise. Gig. sanit., KoAva
no.12:14-18 Dec 1953. (CIAL 25:5 )
1. Of the Institute of labor Hygiene and Occupational Diseases of the
Academy of Medical Sciences USSR.

---, .. I .
Dissertition: "The -Aate of D.ilrlonar~v aespiration and Cardiac Activit~r in 8ilicosis
- iII ".. - -, 0 ~-
Pat,lurits in a iL0onti!eriok.,;vograph." Cand il"Cd -3ci, .cad -ed 2- 54
Vechertr,-,-- a "'oskva, Yoscow, 13 '~ay 54.
Y
2z~lj, 26 i40v 1;f54

MAKABLENKO, I.I., kand. med. nauk; KARMAZIN, V.P., kand. med. nauk
Tale pneumoconiosis in workers of '.he dusty departments of the
"Kaucliuk" Plant. Trudy 1-go I-IMI 28:107-113 164.
('rI,jVj. 17:11)
1. Kafedra obshchey terapii i professionalInykh zaholevaniy
(zav. - deystvitellnyy chlon AMN SSSR prof. Ye.M. Tareyev) i
kafedra rentganologii i radiologii (zav. - prof. L.D. Linden-
braten) 1-go Moskovskogo ordona Lenina haeni Sechenova.

iACCESSION NR:- Anol4M S10207163100010051000310010
~!AUTHOFSi Karmazin, V. Pe (Me scow); Stakhanov, I, P. (Moscow)
TITLEt Calculation of the volt-ampere characteristics of a thermoelectric
,converter at working diffusion conditions
SOURCE- Zhurnal prikl. mekhaniki i tekhn* fizikif no. 5, 1963,'3-10
TOPIC TAG5: thermoelectric converter electrical characteristic, thermoelectric
converter volt characteristiep thermoelectric converter diffusion condition,
thermoelectric converter ~- I
ABSTRACT! A cesium thermionic converter with electron mean f--ee path 1 much less
,than interelectrode spacing has been considered. The interelectrode gas is assumed';
~to be weakly ionized at 20OCK. The emitted electrons and the surface contact
ionized cesium ions are assumed to have a Maxwellian distribution. The plasma
:electron gas is also assumed to have a different temperature Te than the cathode
iwhereas the ion temperature is the same as the cathods surface. Expressions for
,the ion and electron currents at the cathode are obtained for both negative arA
positive electrode potentials# and the sheath structures am discussed forwt.91ars
1 Card 1/2

~!ACCESSICN NRt AP3014714
!These are substituted into the three-component, diffusion equations for ions and
!electroas where average values are used for ion and electron temperatures, trans-
iforming the differential equationa to algebraic equations and solving them in
successive approximations, The volt-ampere characteristics of the call are than
determined numerically for various plasma temperatuross cathode work functions, and
values of col # Orige arte hast 33 equationss 7 figuresj, and 1table.
ASSOCIATIONt 40na
ISUBMTEDt 26Apr63* DATE ACQ: 27Nov63 EN Mr 00
SUB OOD& PH
1~ Card 2/2
NO REF SM 002
OTHERs 001

MAZAYEV, P.N.; MOLOKANOV, K.P.; KONCH.AIOVSKAYA, N.M.; VOROPAYEV, M.M.;
VOLYNSKIY, Yu.D.; KARK4ZIN, V.P.; GLOTOVA, K.V.; SAMSONOVA, N.-Y,
Hemodynamica of the pulmonary circulation in ailicoiiis pationt:;
baBed on data of angiopulmonography and catheterization of th"~-
right cardiac cavities and pulmonary artery. Vest.rent.i rad. 4.0.
no.5:3-8 S-0 165. (MIRA 18:32)
1. Ins titut gigiyeny truda i prof zabolevani y AMN SSSR i Lis ti wt
khirurgii imeni A.V.Vishnevgkogo A14N SSSR, M03kva. I

_L 9428-66 M(d)/T IJP(c)
ACC NR, Ap6W7755
SOURCE CODE: ..-V?1002V66/000/00VO02T/0032
'AUTHOR: 'Karmaz!4A A.- S.
Bolotin,
oRG: Odessa Sube Uni
versity (Odealkyy derzbavwjy univeratet)
TITLE: First boundaz7 value problem for a polybarmonic function of p-th -order
sphere .
SOURCE: AN UkrRIR. Dopovidip no. lp 1966p 2T-32
TOPIC TAGS: boundary value problez.., harmonic analysisp polywidal',
AMTRACT: The authors solve the problem of finding on a sphere (V) a polyharmonic
function .'.. of order p satisfying the equation A Op and subjected to the boundAzy
condition6-
Alu (Q). Q e 2..
The functions 5~Q) are assumed to be continuous and to have finite changes on an
arbitrary arc o . the great circle of the spherical surface. The problem Is solved
with the aid of spherical functions and a system of po3ynomials in terms of Legendre
functions, The solution is obtained in the form
P
A
YJ A wF
%A o
(0.. (P) (9 v~)
A.
Afto M-0
Card V2