SCIENTIFIC ABSTRACT MAMUZIC, Z. - MAMYKIN, P.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001032110007-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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mAmuzic, Z.
Various topologic (uniform) structures defined on the E set by the application
of f (ExE) M in a (whatever) ordered M set. p. 185.
CROAT:CA CH04ICA ACT' ''. (Hrvatsko kemijsko drustvo, Sveuciliste u Zagrebu i
Hrvat5ko priroda3lovno drustvo) Zagreb, Yugoslavia. Vol. 7, no. 3/4, 1955
Monthly list of East European Accessims (E&@T) LG, Vol. 8, no. 8, Aug. 1959
Uncl.

MAMIC, Zlatko (Beograd, ul. Zeceviceva 7)
"Linear algebra, Analytic geometry, Polynomials" by D.S.
W-trionovic and D. Rihailovic. Reviewed by Z. Mamzic.
Vea mat f12 Srb no.11:217-219 159.
1. Sekretar Uredivackog odbors., "Vesnik Drustva matematicara
i fizicara Narodne Republike Srbije."

MAMUZIC. Zlatko-(Beograd, ul. Zeceviceva 7)
"Collection of mathematical problems with apperdi es and
numerical tables, Val.3" by Dr. D.S. Mitrinovic, J. Ulcar,
and Dr. V. Devide. Revieved by Z. Mamuzic. Ves mat fiz
Srb no.12:181-182 160.
1. Sekretar Uredivackog odbor&, "Vesnik DruBtva matematicara
i fizicara. Narodne Republike Srbije.0

MA14UZIC , Z. P.
Abstract difference and uniform structares. Bid, sc Youg
8 no. 112; 19 F-Ap 163.
1. Masinski fakultat, Univerzitat, Beograd.

MAMZLE, Z.
Solution of a Droblem relatec to ef.spe.,-,es. In French. P. 95.
(Glasik Matematicko-fizicki. I astronomski, Vol. 11. No. 2, 1956, Zagrab,
Yugoslcvia)
SU: Monthly List of East hlurooean Acressions kNIKJ-1) Lc. Vol. 6, No. H,, Aug 1957. lincl.

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TCY31INUT., E.M.; MAMVR[YSKIY, A-13%; DZHABRAILOVA, A.V.
Efficiency of corrosion inhibitors for carrying ou the
aridization of-'H-p wells. Gam. delo no.10:18-20 165.
(MIRA 18:12)
1. Groznonokiy neftyanoy nauchno-isaledovateLlskiy 1m)'Itut.
Si-ibmitted January 8, 1965.

MAKYAN, A.N.
Potnntial shift In the separation of copper from c=ric sulfmte in
presence of acetylene. 11much.trudy Rrev.un. no.53:127-135 '56.
(MLRA 9:10)
l.KafedrA fizicheakey khimii.
(C*pper-,Rlac trometallurg7)

KAHYAN A -
Hffect of the composition of the absorbed corplax on soil a-welling.
Mauch. tradr *ev. un. 59:171-177 157. kKnA lit8)
(Sail physios)

CHAIIPMAN. O.A.; MAMYAN, A.N.; MOVSESYAN, R.V.
Catalytic action of copper iodide on the oxidation of oxalate ion
by perfulfate ion. Nauch. trudy Erev. un. 60:135-142 157.
(MTRA 11:8)
l.Kafedra fizicheakO7 khimii Yerevanskogo gosudaretvannoge
universiteta.
(Copper iodide) (Omalates) (Paroxidisulfates)

KAMAN, B.A.-, kand.sel'skokhozyaystvennykh nailk
Work results in the improvement of swine breeds and Jncrease cf'
their productivity in the Armenian S.S.R. Trudy Arm. nauch.-issl.
inst.zhiv. i vet. 4:11-21 160. (WRA 15:5)
(A.rmenia--Swine breeding)

ANUFTITTFV, G.S.@ MAIATRINf B@A@
Trarislt,-Ame mass spe,:,.rjmf-,ter with strobcsco-,ii trans-
fomati@n of -.he output s-'g-nal. Prib. i -.ekh. ek,-F, 9
no.5t1l.0-157 '--C 164. (917RA 17!12)
1. F,[e-mail]!aheskiy ,nci*.itut AN SSSR.

POFOVAI L.; BUSH, G., inzh.; BkiANOVA, P.; KUMETSOV, P.; @Ui, N.;
L4DYGIN, A.; PREOBRAZWISKlY, Yu.; STEPANOV, V.; BELIPOYLIKEY A@;
SHUBINI V.; SaOV, K.,
From speeches at a conference in Riga. Izobr.i rats. no.'+:6--9
Ap 162. (HI@ 15;4)
1. Uchenyy sekretarl nauchno-motodicheskogo !;ovota po raboto
narodnykh universitetov kulltury Pravleniya Vsesoyuznogo obshches',vu
po rasprostraneniyu politicheskikh i nauclinykh znaniy (for Popov),
2. Rizhskiy myaBokowervnyy kombinat (for Bush). 3. Frodsedatel'
Llvovskogo dorw@hnogo soireta Vsesoyuznogo obshchestva
izobretateley i ratsionalizatorov (for Baranova). 4. Frnrektor
universiteta tekhnicheskogo tvorchestva AmLrskoy oblasti (for
Kuznetsov). 5. Glavnyy inzh. lokomoti-mogo depo @bskva-
Sortirovochnaya, zamestitell rektora narcdnogo urdvers-iteta (for
Mer). 6. Fredsedatell soveta V--esoyuznogo obshchestva izobretateiey
i ratsionalizatorov liovo-~Kramatorskogo-mashinostroitellnogo zavoda
(for Ladygin). 7. Predsedatell Litovskogo respublikanskogo soveta
Vsesoyuznogo obshchestva izobretateley i ratsiona-lizatorov (for
Belinskene). 8. Zamestitell dekana universiteta tekhnicheskogo
tvorchestva pri Leningradskom Dvortse kulltury imeni Kirova (for
(Continued on next c&rrd)

POPOVA, L. --. (Continued) Card 2.
Shubin). 9. Obahchestvennyy rektor universiteta novoy te_Uiniki Dr.,
Vsesoyuznom zaochnom institute inz-henerov tran porta, ADakva (for
Serov). 10. Obshchestvannyy direktor Kirovakanskogo instituta
tekhnicheskogo tvorchestva molodykh rat8ionalizaLorov (for %rriyar.).
34. Obshchestvennyy direktor Uyevokogo universiteta po povyuheaiyu
t6khnicheskikh znaniy izobretateley i ratsionalizatorov (for
Stepanov). 12. Obshchestvennyy rukovoditell Bashkirskogo institu@;a
novatorov stroitellnoy industrii (for Preobrazhenskiy).
(Rigar -Technical education, -.Congresses)
0

-------- ---
P15w-_66_- -fWA(h)M_M A (d) /V" WH/W/DJ/11.,
_ACC_NRs- AP60006
@SOUIWEI- COD,_ UR/0369/66/0021001/008410088
M
A -@@,ArtamoE @k a. Mamykin,- T
oy 4@" I
7 It
ORG:': Institute of. the Science of Materials, AN Ukr SSR,'Kiev (Institut problem
iya 6.
-materialoveden AN Ukr SSR)
'ith lubricantii in the process of
TITLE- 1i.iteraction of materials w friction
.86uAcE: Tiziko-khimicheskaydL mekhanika materialov, v. 2, no. 1, 1066, 64-88-
TOPIC TAGS: lubrication, lubricating oil, film lubrication, antifriction material,.
cermet, porosity
.-ABSTRACT: A study has been made to improve the capacitor method of measure-
ment for the oil filnAthickness between rubbing surfaces and to determine the
causes of the break down of this film in friction couples itrvolving porous cermeti
ancU solid -matex1als.. The tests were made on an MT-3 machine described and
r SU rando11 was used the lubri t Ce
diagr4mmed in, the-..
_ginal a ti le
mets -from AFZ'hMa and ir 'derj rdJ@; d r
on w 4a g 10-300/6 poq"ityq6nte@
hydrogen at 1150.'C were tested. Thend materials (a83 4y@jitt. qF7 @ronzel
and steel '30) ere tested for- comparison, It was found that the behavior of the
Card 1/9

Wke))** (in) IEW (W') AM (d) /T/XWP (t) /EWP Z-) IM (b) DA-MIJ01WI
"6002114- -SOURCE CODE: UR/0369/65/001/006/0670/0674
AUTHOR: Fedotchenko.-I, M Oraygor :Afl
[D M
D. (deceased); T.
E
-6R6-'!.:IriAtiti!tA~6E,Miteitals Science Problems, AN Uk-tSSR, Kiev (Institut problem
materialo.vedenlya:AN Ukr SSR)
TITLE: Weari W
no In _Lr@o_n-:b"e cermet materials
SOURICEi ~Fiziko-.kbiiii,i-dhdskayamekhaiilkamaterialov, v. 1, no. 6, 1965, 670-674
TIOPICTAGI@ 1ron, -aluminum, zinc sulfide, oleic acid, antifriction material, lubricant
ad.ditives, .-,ceIrmet wear material, boron compound
-A.. T. 'C
-B9TRAd-,.!'khe6ffe t of iron and aluminum organosols,. boron nitride, zinc sulfide,
01 d' Ij '' 11
t,.@iIid e- Ic aci 'As active-addifty-galAto'lubi cants-on the I' period of operation of friction
filtial
couples was. studiki onva-am--ple -a of 2FP!fron-mbase antifriction material (containing 4%
_.ZnSan&1.A4ra'P16Pb). The aiinples had aferrite-pearlite structure. Theadditives
f nd ini on
-_were ou to t1ii operation of the fricti couple considerably during the wearing-
p;oWw 8
in
period., -@They mAs @ it'' possible to carry out the wearing. in of the couple at high
'initial ifti: ii
4pec C.preqsuFes..'And4,f th6lubtication system-la.kellable, they protect the
A
rubbing surfaces inge .6hange In the content of additive in the lubricant
Ckrd,1/2

Ya.; YATSEVICHUS, I. [Jacevioius, I.); GOLIDENBFM, A.- KW
$ 0
inzh. (Leningrad); 140VA, N., inzh.; VINNIKOV, F. (Gomel');
_jD4r&jH,_ 1. -(Gomel I ) 0- BBIIDEIZKIY, A. . a tarshly i nzh. (poB. I
Udmurtakoy ASSR); CHERTETSOV, V.; OSIPOV, I.; SIhOTIITIN, M.I.
Exchange of news and experience. Izobr.i rats. no.4:25-26 Ap
(MIRA 15:4)
1. Sakretart Respublikanskogo soveta Vsesoyuznogo obshchestva
izobretateley i ratsionalizatorv, g. Riga (for Danders).
2. Glavnyy inzh. mezhdugorodnoy telefonnoy stantsii, g. VilInyus
(for Yatsevichus). J. Predsedatell oblastnogo soveta Vsesoyuznogo
obshchestva izobretateley i ratsionaliza:torov g. Ufa (for
Golldenberg)- 4, Krayevoy sovet Vaesoyuznogo obshchestva
izobretateley I ratsionalizatorov, g. Krasnodar (for Mova).
5. Igrixwkiy Jespromkhoz kombinata "Udmurtles",, (for Banderskiy).
6. Predsedatell Krasnoyart3kogo krayevogo soveta VL3esoyuznogo
obshchestva izobretateley i ratsionalizatorov (for Sirotinin).
(Technological innovations)

L
ACC NR. AP6019558 SOURCE CODE: UR/0416/66/000/001/0072/0076
AUTHOR: kin, N. (Lt. Co.'. of technical corps)
ORG: none
TITLE: All-army inspection of pipelaying subunits
SOURCE: Tyl i snabzh sov vooruzh sil, no. 1, 1966, 72-76
TOPIC TAGS: pipeline, military engineering
ABSTRACT: This article describes the preparation for and the conduction of an inspec-1.
tion of military pipe-laying subunits. The results of the inspection revealed that
all subunits that participated in the inspection were well prepared. The winners of
the inspection and their awards, which ranged from a challenge cup, certificate, and
money for first place to certificates for second and third place, are given. Now the
personnel of the pipe-laying subunits must not only maintain the results achieved and
eliminate the shortcomings that were found, but they must reach even higher indexes in
the next inspection which is planned for 1967. During the period of preparation for
the next inspection they will have to achieve a further Increase in the rate of laying
pipelines and Increasing their productivity, study and master new equipment, improve
methods of laying pipelines in contaminated areas and under complex conditions, and to
increase the reliability of che work of field pipelines. The preparation of the next
_Co_rd____ i / 2

ACC NR: AP6019558
inspection should appreciably increase the technical readiness of pipeline trarigporta-
Lion and secure the exemplary activity of the pipe-layiug subuufta. Orig. art. aaa*
2 figures.
SUB CODE: 15,13/ SUBM DATE: none
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AlAh content The asilt. Wks fulled 10 an tkc- I'VI(RaOm
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white lumm whkh coacktad chkdy of SA. The cooled
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to increase the AtA content 0. sunests the addn. of
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PiMMAMS YOU FIRANE"UNTAUMMICAL PKIWDERS, 09164m-
"y. 1 (01 " (19M). -M. discusses the studies made to
determine the most suitable materials for lining %halt
furnaces for firing nugneelte. The requirements are (i)
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high refractotiness, up to I NO', (2) insensitivity to sudden &
changes of temperature. and (3) insensitivity to chemical
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0 73@ Nigo) are described. The brick was tested with
Tritard to its refractoriness. porosity. shrinkage, and re.
sistAnce to the attack of MgO. 1"he results of these in- Poe
",tizations of the bchavkw of mullite brick am discussed
re
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tourpose of tbt% oudy Is to MtAl)ltsh tile Pft,wftwN 411
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a a L 0 to S 4 A k 0 9 a ft 0 T uv
Nil Raw Oliva 10,0414itimal
A - i - L L of Af a
-.0.8
40114"X4111972 94"1148"1 1"Ivm@@110 I I t-, o- -1 q1@@
t:
p4AMykin.p-S..Andna"-S-0- P0120111.11A,64"Ith
oggrupwy, S 181 541-44(19:17).--On the bast-
ilt-W3tOrY tXPed"I"t" with ligbtweight, pnroul mat-
00.2 neAtte pr@tuIs (manuixclurrd with additions of coke I. it
092 found that -tich brk-k may lie succv-6111Y used in unne

it t, uf omit heal th bernar" 00

F

09;" 0 to it to
10 '""
9 13 0 44 W T-T T-T OR 4 1 it V4 A W W I I f W I- r--f-T- 'I It V
a a 0n a a a a It aa a 9 a 0 of a 4 is I" 0, 1 01 it a 41 a & 1 4 W # 0 1 1
11 19
100
-
AWA*qk
t-4 !I: 4

0 k 0 it P, 4 t w
or
got
*01
if a- 0 0 ft.
lwasmIlTIEW oil stv j
**a MaMykja'.p. RMVsACj,,MN` MAMM .[ALA PI A@."'
I
Mavitekiii- ph's II-VI'va PROMIC"I"
1 11 '1110 Vim unt% fdrdt,
1 193, 1
UMS-. Itch as ants. cht"taw'.
411.1 J-,write, in 1h, pM111-11011 "i "'Ps"'t I'
lit Iw I%
dmu"A Light chr-tir-RIL4511-
so.
so-
so-
Taw-s--;A -90.
W-V
911*19 pto [team afy@
w a
too
^00
loss
C, 00
a, 9
71 lot
- U
0 o 0

0000 *Goo* 04-4-0 AA-q
000000000000000001601ose~ooooooooooooosoot~Cloooo
a 4c 00418 AL a 0 ISM as twlvlll S!" 1,11,10, OU. LT r.0 ST cx AT a is
III AND *0 tivills lei) &AID At" C40906 P.
010
-4019 "HE
of
0
00
*OX
1000
10 00 Md4ileirityu. 19JS 1:11 :1 A 411 r ch@favf,tibta,
and cLiWficatlem of lightweight refrart.wirs, th"r prin
nwrtk-A, and Ile sbiguUrttv 4if thrir wrvkv Krr
cipal M
00
002
OZ
go
00=
0
:31ion crap Oman an am
01990090006900100
4
000000*0*00000*0
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0 so
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000-0-0 060*4*6004000
a It 91 a 14 M is I? m e it a 3' it a tv
0 It
008
OOR
o
0OU
0*
40
Pl@iSIC(I-CJWMIVAL AND TFC.11NOUMCAl. PROVERTirs of;
'111K SMI'M Al,O.-Cr,0,. - awl S. I; 14tkin ((jjrN#IffWy
4. 9W. 19.u)@ F31"Ments we" firlt cwj@vfw out on tak3ftres in Varying
PRIXwtkmx r*( t@hfticAf alutnima 02% AIOO83 and tvAm c(trmitsm oxw
(99-2 O/j Cf.0a) Mkxtum of 0-10% Cr 0 &W 100-900' Corundum dast
fft)-ax-sh) with 1)-75% (dry w0ght), of ;:I;Lt. I)-. prewd into
C nders by hand and 6rr,f to t.490' The reaWts Indicate that, In,
XIUSUAI MOfkxI- fit CrraffllC tmbnology. is chrm"orucklum Wractor) 4-.%n
:% obtainni,-th .1 Ijr,.fi Jh,% Ing lirvlwftlrs - relfarAorlam 2W" SpAlling
1. 5 ilurn htnrL % .,nw*h.t lwtt@s than ohlinarv nuigaiviie tmh:ks
constancy ot %u)unjv ou rcftring to "I cocumcncetrivat out softrutu
under kmd at 1.510' (M.1, Kopf. Sil. Lil SWO. W94
aflAtt.WMAL
It
IS 0 4P
&$sste 0909
q 0 0 0 is
41 0
00
0*
0*0
410
'00
'00
"44
moo
:06
moo
SOO

tie o 0
00 0 0 a* 0000696
A, 0-
4 1, 0 it It it to 16 #1111 it#nb R'N'Is b a 30 so v a 111 0 Ill u 0 a a 4,1 48 a a otto
- I -A-A J__A_ I , It
A IL-L- &--AL-r Q a 1 4 L-L-A I All Cc 0
lot ..v 1,809*5 '.0 ..0 41. q's tat
.*Ccflsts
fit Phydeademkid 444 uckekal p"emes of th,
AJG-Cl`A- P. $- MA-tykin and S_ G. /latkin.
171U. / @@ . ISO
0, IM AtIOUT."-As It rmli of thr jilterActlon of
_M and CrA at high teroln. A VIHII -III a- f,wntl
A highly FvfractIxY chrome,imunduin IlMler,Al A."It
2111W) with a high r"stance to valling and with no
OA addill shrinkaXt, al the highr,l Irnjp4. can 1,e made.
FurIher invemigation% are ri-ded to increaw the temp.
of deformation under food at high temp%. E. P.I. s
00 Coe
00
.00
goo
!Zoo
W
":9
a mETALLURGKAL LITIOATLAC CLASSMIKATION at-
L A to IL
114. 0 414., 93-191V
qviari 414,910.1 49&111 CA it
A& to two a G-jWlIja4 361
It 49 "M M I U
u 19 41 10 13 w cr it a IN
IS 0 0 0 IS 0 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0
0 0 0 0 0 a 0 a IS 0 0 0 0 0 0 0 0 0 4 a 0 0 0 0 0 4 0 0 0

0 of# 0 6-4 a
M ij 4 .1 4 1 AD it 11 IS Ii Is 14 vA it x it R U M a M V M )p a 7 di A a
p a a (A (v U I
Formiloct of I= bloom on V" warit Marny-
kin and A,S. Karpays oprup-ya. i(ri 6M.134) A
avethud of rendcring the, Fir adnilsix. hxrrr)"@ by grinifing
in halt or tubular tritth was w(,tked out p p S too
-00
X.J*
zoo
ro 40
0 zoo
we
zoo
001 zoo
001 00
00
00 j
S k .1 1. L LUf-.I.K -L Lilt #.Tkff L ASSIfIC-110-
0 S woo
t
t I v-71, a q vie
U LI ; ; I r I T , o'
11 1, loops sit 499,1 ano
6 f 0 0 0 0 0 0 0 0 0 0 0 0 0 0 * *
0 0 0 0

7w Or v
DOOO******O*000 ON:
a a
0 c 0 a 4 0 IN 4. 0 0 0 P4 I T w rM It, A, a n
0*4 -
.OOX
',vMtkj"k an.i 1"L 2M pp, I-Fkt A.11 R
keviewed up,.Akim Rrfrras. Zksir.. 4 161 tol (low
ON Sev-Chramst ("am Abstrarss, 17 121 7s) (Itax,
so*
00-
06
fillovo psi F"of
f q Ir I F v
-00
coo
coo
,so:
too
!10 go
*1, 040
roe
r 00
-Sol

;kmmw'%Fwv smug wwwwwww we a
At Hit IS a to a
a 41 a 0 0
Ka. OIL stromitise Oftos-IW- 4 L 4 51 at &I a n
0-141 - -- - - --- - 11--j '@ . a a , 4
'* @I-Wvls
10
"IT314ISSIVII) 11111111*41AA.111 fit 0 R,
0-
Mamykin. P. S.. and soopa"IT, V. V. 11411tsTscalts Rk
:02 FRACUMIRS-11MR1111FRAM" FR"M URAL DUNITRA t'rahkava
1040 121 IK-2LL The thcorm.1 ,@omtw-Rf
thr Physical @nd chiroucal Imotc,% of prepwrattoo of
finferite rrfrmctork@ frmn dunite, the recommended
tZlonfilogical plan%. file quality of foirsterite rorfractork-u.
maltrrL41% of the Drimriturnt tit
Oct 17- ol-tioxy '-f Ilit, 1 141 1 ... lu-tri.1 lo.11tul'.
009
00-
00-
4114111-
Rod", S11A
told*2 "At an# 044
Cleo

Is a L a 0 a
:go ro:
It 01 At M
wiff Aba of. CaDist OM W!@i
lit

&nJ TYmmewyallski. S. U. 1
aloe
VWO All' Fit* URVRAMIN1591 rKarAMUC, 1111114 1111114
-2A r1w pliv,tt.l.
If-# 1940 1. 1
-! I
.".I 1-11,1WAll 111,nWrts"of dilit clay-11 I $..I @Iul
-h vt-- 1-1wnI 1"nu thnis ar, dcwriL@11-

00-;

O
o -Wfd i 4-o dmi a.1 _4w,@ Is,
-
__
-
_
-
-
_ -
-
' 1r
I T
* T
w
1 5 1
V
I
0 d a a 0 41.041 -141-
4 n e 64 it 41 A q " 0 n 1. a
a @_q -11
@ i I I 1 0 4 1 too

*0*0

01
0000000
la
M 0 0000
0 0 0 0 0 0 *::o
wwt 0 0 *see *at

I W It 12 11 W U So 11 a to
00 A,
@.A
OOA 1
OOA
00
00
1
0
0
40610000004@6666* AV
0 9i
sit Raids
KLMMN M SLATM. Refractoftes without alay as a bJnJ4
no. 49 QN. kbotractly 3459 (1940)l
Refractories J.p lip 320 (1940 . A oymnite concentrate can-
talaLng Alumina 61.8 per cent., silica 38.1 per cent. and iron
oxide 0.8 per cent. was used. The refractoriness of the finished
product was found to be ocno 37.
It IV SMI-SLA ALLU rLAISWICATIOll
_ !!?ALL RGICAL.L11CRAUME
Sol di .1. Gov Ogg villa) a.. Its
-r-" IS 9 a a
0
"00
-00
-00
loo
@60
11010
.0*
coo
:.log
ago
ro 0
ago
ago
coo
woo
boo
IF
3
zaa
Ue 0 0 0 0 0 Is 0 0 0 a'01 00 0 0 0 0 0

a a 4 1 6
144CIJ941 ..P PVC4
00
*0
o a * 0 * 0 #-*-a a a 0 0
IS it a x 111 a to 9 a 0 4 If a 0a di 41
"t I -of I
00 Uh= (UfW) dualte and its utilizatim in tho wractalry
"wit -S-1wev anti 11. N-
o: 47,yaril "V. it i,
-00
of fg
00.3
00 4)
00 w
0
00
AS4-SLA MITALLURGICAL UTIRAIIA11 CLASSWKATION
Mow) co- O.C
it
A,
u a "'Ifl,0 41 a A It a of ff MO 4
o 9 0 0 0 0 0 lot ; 0 0
me*
00
so
ago
C-Z- 7-7@
too
Taw-
qiL61 Gwi
An I I a a a 0 1 9 *1 9a a 3 0 9
a 444'
4 0 0 0 0 0 0

64 Vo
Raftlictimly lan"dev dicumme Innit Und dxmi:ta. P. .1;
-
-
.Sf kWandV.V.F4pamv. Ural. Altil.9, No 2.
W@T
ll
07
r1m
C
Z
It
i
h*m-
e-dr. 1940.
l: ef C A 3%.
. 2
;
-
'
4111
d
The vnillpill and protprittirl tit R11"iAll duillie,
ittlit tile 14111trille masses "I'lailled from lilt-Ill. "N'"chilit
I.. the directi.lim .4 41flevent lumit'll", are
Slicrial tests showed that the best baking was obtained
a lit by the finest possible wet grinding of dunitc: and '21ti7c -60
magneute powder. and the brick could he inolded by '

h&nlvrc,%s Wiiisainagn~ate~imtn#211~oth,nit~h
imlicili was only !'At M-, Ila 'sq .-to; which merr- 1.. 09

1040
IIIIII ka Iml cIll, 1411hi'll 11111111V 14 P10iftd at 114111 P1111'

00 (v,4. %arvig it 2A g, Av. @. lit gmnular thinite. prefiring
lowers the porosity to M.7% anti raiwi the point of de.

0 formation (under prrqsure) to 111till" as compared in
'
'

: %:M)
1.
for unfired dimile (mvch. strength 5W kg %q
0 'In ). The wet ScrindinX of the hoettling agent is impot -
t4m. 1-f not tile crinkling pressure. which at 71ml Lit @j
0 0 cm., even with an increase lit the magnemcite content from
so a 11) to 25%. docs not change the ph". and lurch. pri4wrties,
4 the Imick. Factory t"tq conArmed the-e results and
shosted I hat pr-lucti made cot mw ductile hAd smaller vill.
wt.. lower "lech itrength, lower deformathim Icing).
under pfenturr and higher ptvrc@ily than (thicer of fired

1 clunile. allhosigh tile latter arr catnfactory in practice.
%f. Comfoldir 0

too

I a I L A 14TALLMCAL LITIRAtWE Ck&ii#K&l$Cm
lad-il "Ming
-it ow- as' 111111111 do ow- tit
I Nil to two avivelo a a a T

U IS AV too
",;:J Knew if& a it W 6
0
@
0 0 0 0 0
74 0 0 a 0 0 0 9 0 0 0 0 0 * 0 0 0 0
&**,go
, e 0 0 0 0 0 0 0 0 0 a 6 C 0 0 0
0 0 41, 0 0 0 0 0 0 0 0 0 go 0 a

000
A, @L-"
A
SO
A
0 0 d
:0
0
00
00
FlIml clays from the Urals and rodwas made, from them
I, t4mykin Am s a rieswmi,kit
-4r tht-WIT91wrl, Chism, 1940, 11, @,Irll I 111s
-ntipn. and pc%,Wftk, C4 dill"VVIt dint cLAyn (I V) and
ths-,r 1whavitir during firing wcrv inietescip(CA. Flint
ibe
IAV. I IVAI I I w,,rr high in AtA)s and low in Fr. Flint
I.v, III anst IV had rwartkically th,, aniv vitrui 00
-t 111tyr-I its 411la-Atelar Anil Iromr. litforewtj. Owl,
Its, ov-d tit im%1% All 4 tvlx-% Itail (mitin Im"ni%
1 111111 , IMF V t"..; 4 1111411 11, , outcall .11"
, .2
-
1
l
l
1
I
I
h
t
h
l
iCt. InLAR
n I
0
k
.1 (11 Isc
C
V
i
4
1C
I-in't Istutil ,J 11
7
"
,11
i th"I .-wy urs-'s,
lit
11. &It IIIHIZI. I I I AtUl I % JAAVV 64111%191-1@ft V IrmnItS I V14 I be
dill'tt,ul Is-,- Fat-t-V t-t- -fisms-d
A
0
tosr 'd,
s
WAS u-t. t" 11411vilt"I
-iiwd Ills triv I Issily wlwn 'Ali"
:
1b
0
I lu, M
W61% W"e pirtfirml witich lowrin life Incell
'
"
t"I 1--jiv Plins Iy
.tr,-11Kth
:
A_ 04TALLWWGICAL L11264V URI CLAIWICATION
walw dilts, 0.4
; 4 P-1-
a a ad Ito Man 4101 a 1
116, At VIn IV
0 0 di 0 0 0 0 0 0 0 9 0 0 41 0 0 0 0 0 9 0
0 0 0 * 0 0 0 0 0 0 0 0 0 0 0 0 1111, 44L 0 0
a 9 0 0 41 0 0 0 0 0 0
M"MMIMM - M
EAM -ww@@
M
00
a
I" COP OL
@Qtf I
00
be
"4 0 0 4 1 IF 61 1 2 41 1
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 * 0 0 0 0 0 0 0 0

MEEWIWW W WWWWWW W WW W a 0 we WW
Now P11! FI!! ?! Ti? l!l lou'am"

0 OA
and Saparm, V. V. ReirRACTI'MrSill-
0 ex 'IF AMICA A%I- -4 It4 M,,IeSYjCATn@.%.
... Cral
0,01, skayu AirfaiturC-i. IM I jol = -The,tuthov@reach"i th,
Itilboting conrlo@kon% Ill The refructorinm% of stlk@
driwiuk lot the- loini, 1rvojwr4tom. it mAches -I maltuntur.
.0 We At lZ'WC and littlini3twi ,omd"Ahly at 141U*C ('21
The granulom"riv conlixmition 411 the ilica ChIrge (loc-I
It'll have -I dvvilave influrner oil thr rcfrat:tmin@ of tah@

son brick 13, fH the two ra. inatcriAls useti, uam it
an
Z CrVSWIA"C CitlArtittv. the We" m preferred While
=
002 qmurtzmtr fired if @ low trnjp@turr pridums a sjj@,
000 brick will% . ...... .Conflwl anti durallic structure. (4)
Silica brick fin-d It a teinpemture of 12W*C., conlieured
0 Ott
with that fired At norenal ternwrature, has a higher spe-
00= cific gravity anti dcrj@ny anti A lower porosity. The in-
crease of (lie rvfractonn@s of ilivA brick is Joe to the
002 trnallrr gL4 o,,,:,ntoa:uf the- itozil" thrmial expAnsion
r.o.-m with 1.1,)
:;:7
Silica hr Ck I. r_
l
I
t,,f j ell dehydrated V.
00- - a fr
a
ct-win- ih.o' mamul %iliL-A (I)) In
00- zonal hrick. th, m%tolkilite ir,me I-srs the highest rc
Ir-torinc.-
00-
00-
00-
00-1
*O_
Q-04-
0 1
A, ra
00
-ISO
r 00
1C, 06
P 00
*8
IF 00
Ill 00
a 00
so
00
00
00
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

BASIYAS, Igor' Pavlovich; CHERNOGOIDV, Aleksey Ivanovich; MAWKIN, P.S.P
prof.,, retsenzent; LEVCHENKO, M.9 red.; SKOROB&TC-E-NVA, A.P.,
red. izd-va; CHAPAYMA, F.K., red. izd-va; TURKINA, Ye.D.,
tekbn. red.
[Open-hearth furnace regenerators] Regeneratory martenovskikh pechei.
Sverdlovsk, Gos. n4ucbno-tekhn. izd-vo lit-ry po chernoi i tavetnoi
metallur i Sverdlovskoe otd-nie, 1961. 174 p. (M3Rk 14:7)
ropen-hearth furnaces-Equipment and supplies)
(Heat regenerators)

BEIZAIIKIN., D. S.;LAPDi, V.V.; MAI-ffKIN, P. S.
"About One Case of Abnormially Ha@L@ 1@e-leticn c' Di-,--as @;rfck :-n- @r@-,wn :' an
CTjen Hearth F-Irilace.11 TZ. pj-. "a-'- SSSR, CT,@e'@, :.a-k, I-c, 14.
- I - - I-
BR 52059019

0
000
Ott
go-
If
L'tAtISr, TOC1111CAL Pk--f-
rt 611' URAL KI(UI-SIVTKRt.%(; CLAY'S
I it 090teMP11Y. 10
-gj W-36 (IWI-Datz air Liven On
Intnts timing to reduce the high %interinit temperatures tif
Ural clays. The samptes of clay tc%tmi amAvtrd Sith
fi) 39, Ali 32.69. T" 1.27. Frjh '2 &.1, C@f I il 49, %Igt)
0 47, anti Iteis an ignition 12@13% Stuifie@ were snadic of
Ihe effect% of wet gnntlinL &MMOn Of NA"ll. An't 0-
agulAtion of cWy-s on the sinteiriall tempentfure Fm th.
pre@par.4tion of pluga, glasses, stopper tubes. an.1 oth" two
nortant shtpes whk-h is" made In rrtativrly stnAll istitittivr%.
the 4.11-ing pe@turrissuggc%tetl- The clay i@dtteil And
tiotind in :1 nim., mid an AkAline %hp 6 prrj@itn@l which,
Alet Ilummilth mixing lot I to :1 hr . can be ti-I it, piri-
ductioll. I'he elm" nk.6ture (It) to 151'@). O'Lun.l - .%
"suit of the high moisture content (50r*' ) of the slip. C-an
be eliminated by heating the material% while they arr
being mixed; from then on, the manuticturr of tbew
%b2pes follows the usual tncthcsfs@ For the rmtsi pruthic
used only rurtiv, and thr
slip
re
is
lion of sh.1pes, the
mindel of the clay Is *,Idr%I as &,Irv oowdcf
of a w a I V 15
at it 1, 94 it
Ole
W-5 Ilk UO 00 00
W W
4P ago a*** go a o 6@60 4-4
U to a t 0 0 FU 4 1, 1 LN
IF It
I J.
Olt
J-
11 0 it a a

0 Ott
*or
000
sip-
00-
00-
00"
* 0-
0 0 0-4 -2 0 WO 0 0 0 e's 9,00 0. 0- 11000000 0 WO 6 0 0 46-" 111
0*00 ::64 00*000006 so
a C a v 6 a a L 0 0 pmri a s w lux 0 v * It p 0 Q 0 CM 'M 0
DA I I ! X I ! -
167 AsW MO $AM41 148"T"s 300 400 Otto COWS to Matm"
-091

U 9, 3 R
PC% APEU 3D. t94&-A dmy cositakairig pydtIc or
Abcf famdma" inchogam Is "Itrotsad wills NaOlf
In (JUAntid" determined by experience *ad depeMIng an
the ir-m content &

coo
coo
000
J

see
-60
00

claw OWL1144444 ady t"123044
tv a 0 0 a a ft a 09 el a ts a
a U a 6 1 1 1 9 V, 9 1 t

Ll

Z09
of a given clay an outlined and illustrated act a kinds dd-
j@in )(SkOu AIA. FeA. rA. C&O. Algo.
rdractortness and tem
ol vitrifim-
p.
dium
dw low M -
H - hi
h): (1) W
W
.
Me
.
g
,
*
21
24
1 1
0
7
7
1
0.
.
.8
1, 0.
9, U. 10-11. 16W
. L; (U)
,
63.0% 30.4f. 2 1.23, 022. 14VA, 0. 1O.W. 1710% L.
&

Z .
(M) 43.24, 37.46, 1.23, 2.42, O.W. 0.40. 1.13. 14.04.
'
-173
7
M
0
; 60JI;,
.
M-9) U
0
97d
L 324
, 2-W. 127. O-ft 0.47. 0.
WA,0.77,0.97.
.5% 341!@J
U
d V
, -,
. ye
.
6tion =j@1100-12000
ti
d IV
t W
an
at their vitrifica-
) a substaat"y ---It- COUUW-
(1=)@-1400
hd
F
on an
a
t ra
rom dctus.
%
of th4 water absorptiom. poroalty, sp. wt.. mW vol. can.
'
tractiou after arin OW
g at I , 1100, 12UU, and 1350
. it
follows dicarly a Max. vitrificAL&M Uku Place In dif-
fcreut temp. Intervals for differcut days, e.g. u ebms
the max. chance ol porovity (23%) between low and
IIOD*. 1 (19%) between t100 and 1200*. Nor can the
trificatim be defined by the mla. of waw ab@
th
t
itio
R
th
it
i
th
f
d
"
scr
u.
e corrm
cr
ou
a
cr
or
er.
e
c
tiem
at am temp. of vitrification is attainment of max, sp. wt.;
thusdedoed. the temp. of viuffication represents the upper
limit of firing. Curves of sp. wt. as a function of the
tem of firing actually show sharp peaks at the temp. of
itrF19ti
l
t
b
h
G
ll
id
l
di
v
ou.
mau
anc
e co
o
a
mcata-
ry
sa
y t
tioa method gives the couiplete distriba" thus,
1, IV, IU, and V were found to be. Fh"y =. Verse

McfAUVOGrAL Urgealuft CL"WKATIN
& U W V - W
Cles
ass
wee
see
goo
goo
No 0
*to
wee
"'Tx=23=
L, . -w- 9 0 V on L 5 a ad 0 U I w a a 0. 0 3 4 W
ft AN 40
4D
-64 00 " * - 1- 0'' 'L
12

0-00-0,0.0 404 1 age&*
:000000*000 go -

so
00
go to be a Primary (war des. A* pvpmma ad a
V
IV
W go

00 &W
d
w very strouslyin pLutick mW
4,
tem
of vi"ifi
wb
ti
I
M a
= 1 sit

so ca
m
wm
p.
A
.
am my
tUt rupmt, dc**c the distinct diffameum in phumim. GO

q*
di
tim
f
h
e
t
i
t
le
tk
t
i
b
j 00
c
o
ec
.
c
r
a
n
a
m
A -P
c
um:
w
llaandVtl.M*@@-
-
-
.-dl--
00
0 !&
.
t i
db
k
=
a
:
.0 .
. Tay wea
m amen.
;
at 9W* is d6liacdy prewat in the low-ph"ic hilth.
00
.SA wiW" fVj while; an eadotletrad effiect betwma aw 00

0 andam isamumte min. at
300' ob
mvd I
lU
t
id
tl
b t
O 00
0
, p
n
ev
en
ormpum
n prewsece
o
y
of A) hydrates Ms. Its UsIt amtractime an mius.
00
so Awtba -y bkm PfaKk frb,t,l, cky. Sol 6738.
AI
1
4
4
F
I
U
O 2 so
so

00 -
9
8,
eAl
Am, CAO 047,
A
4.4ultlems
S
km &a. uwwtabk for amemul. becaumc of crackleig ale
00
drying, damW only a faint tudatleermal enite. rit GW'txit
* 00
so a very promatruted ome at IW
; smh efftu at km temps.

00 usay be due to amtrouite or to admadjed, 1W. Dctm- of 00
PH by the suetbad of G. Borker and S. Trwg (C.A. R.
00
0 21w) save. 1 7m U 734 V 7 19, (v 5.91, m 6.67,
as asaim PH 4.6a.60 for ;6 iWi@ d-yo -1 B. wA ,
60
T.; evidently. higf%-pI&x*. im-wilMlim days law
0 ebaracterized by PH ovet 7. low-PbLstk high-vitrifyAms
cLays, by PH lem than 7. X. Thun

00
00
00,

041 04
1
L- -
0000,0 0 0 0 0 0 0 a Oe 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 g 0 0-04 0 0

,
,
imw-- *'a 0 0 0 0 0 6 0 0 0 0 0 0 0 @6:@* 0 g:o 0:* 0
@ 0 0 wo 0 A 0:0 0 0 0,0 00 * --. , -0
@ _ "TJ

-41,TbWWAI dd"y of to gsww a6d of the",
helm =a w*v=Ndt9 Mfdcwa. -r-S. Main
III 06-100941).-Critique a -no1wFP- -
-,CPT., 41. twne). The tbe..t I .,= 4,
ceramic products Is equally affected by the coed. M thermal
reabstant mater6le caj, be classed in the faijet-ing 3 9r."P.:
(1) materials, such as quaru gkm, the heat resistance of
I'd is &Itd. by . matural. low coeff. of thermal expan-
s6m; neither the macrostructurv nor the hincler iq Of sig-
tadomm for their heat resistance; (2) noteriak, swb as
bricim Rarfrx A and B, the heat resistance of wttbc:i is detd.
by a kmw modulus it rigidit- vA a high coeff. of thermal
expamsion; ewn nuunm of macrostructure can affect
diguillwantly their beat resistance; 13) mairriah. such as
carbanarenta, coke own. and SC refractor". the beat
resistance of whirls, is detd. by LwAh km modulus (A ela@-
(kity and knw coeil. c4 thermal e"nsion. B. Z. K.

so C
so .3
4W
0 0
00
a 11 is ks W
A--N--P
A-f-
all 20 ids l6b, fors*40 OU40
Now =4044 at tb* qVAUCY Of A gft
CA04MD
& WIA14VK114 LOSIONLARRV ga=
ti- 1.11127-W *(1948).-The quantity of " In a grog
mass determined from its volume in a measuring CYIin-
del. To obtain rc%Wu in petc. tagr. it 6 necessary
ant to find, 4nd periodically to check. the volume oc-
cupied In the cyP&dtr by water and grog powder 4p-
proximately equal to the grog contained in the test %ample,
Shake JW gm. of the grog mam with water to de@troy xJI
clunips. transfer to a 50- it 31A)-mm. cylinder. and add
21q soluble dass- shake thoroughly. k-t serttle, and ot@
serve the level ;f the upper line of the grog precipitate
About 9017t (by volume) of grog powder wttln in the first
10 min- Variations in water content between 57A and
W cc. did not affect the accunwy of determinAtion%.
Maximum error was 1.970/0. The method Is Ic." accurate
than that of washing on slem but it 6 rapid (if) to IS
min.) and way be satisfactory In some factory work
91 K.
11,A 111TALLUMCK&L LITIRATLOC CLAIUFK&14*
Irfaliv.
fda0g* -d MCI* ON,
or It W W 1 0 it
U a AV so n! I It a a .9 a 4 a a
0 0 0 00 We foe 0,00* 0004
Ila. GONOW
IsAill
t a O'd a 14 a 1 9 @4
a a I
s
0 see* 0 0 41 0 0 0
so
ae
Ago
? coo
see
see
use
as

0 **sees 00600 06 @1-
0 0 0 0 0 0
a of a tj At
D
0 T46
Destruction of Ow baftm ad bask area-I.Merth furaacn
00 it P- 5- A4*TxM-- Ot-Pary. 13 131 7_a tl"8)@T
cases of petulature dettrOCOMIM Of the bottom of basic
0 opea-beartit furnaces were studied, (1) At the Verkhoe.
0 SaMinsk metaillunrical plant. the furnace was in opera-
tion for 705 heats with only two failures. Examination
0 reveaW deztruction of the maguesitc brick to sevraj
0: places. The inta" brick contained about 50" peric -We
anti about 40% Isnicite. whereas the drstro;'@l I-F-11WI
09 txmtakved3t)to.U~iperklawwW45toIA)'*~bnwite Wet
00 brick was used In the construction. and duorting service the
A with the periclase. chancing it into
water vapor reacte
00 a, 0
brucite which caused the destruction because of the large
0 volumechauges. (2) At the Ural Machine Buntling plant,
ex"mination during cold rcpairs dkrwcd destruction u( the
bottom in (he basic open-hearth furnatv Petrographic 16*
and chemical analyses indiexte that -r-CaVSiO. was the came Coe
o( destruction. Special experiments have shown that the
-y Ca.SO# was formed by the reaction of 41olcmnite tu.@I a-, q* 0
repair material) and the acid icon dag. Theformation,4
the diralcium silicate proceeds. apparently. ;&% a rr.,ult of 400
the simple reaction between layalite (2FcO -Si(V anti Cao Mee
IIZK me
-00
00 "Ille
6 1 a L 6 [e-mail] LIVIRATIOt CIAISI#KAIION
A
too
RUM Li
-r 0 Ar -- I Ir $a 0-AJ i-
U a AV L%; An A is 'W 0
IP n DIVII OWLS Ka KII K(Itt iffIALWO 1,14
0 0 0 01* 0 0 4P 0 0 0 * 0 0 0 0 0 0 600 0000 * 0 *so 000 0 a 0 0 0
* 0 0 01* 0 0 0 0 0 * 0 0 0 0 * 0 0 0 0 0 411 010 0 * 0 0 0 0 0 0 0 0 0 * 0 0 * 0 0

-00-6 0 GO a 0 0 0 0 0 0 4 0 0
0 6 0 00
10 It ri 13 14 is 14 it 4",vtf@jnmmA)7x N AD 10 AJ U$4 a k 11 ato Qis W a
9- A. I J.. U Y. O-A -.I.- I A ft. CC ig- UA
A[
es
0 -00
e
i
040 -00
0 ell
11 DIM=tim Of IhO b0ttm Of a b"c 0?"-h*arth furn"s
Z' p. S.,3,tumykin- D,*Iadv Akid. -%auk. 00-
255,6(1948). Aft@, for 70ts h-l-, th@ M-911"
was compWrly 41b,
,0j'4wki, bott!!nl al A 4,"'In fur`2". Ituiscit",
At.gr&Ie(j. Chcm. aild IwtrK'9r4P"" "t- CMIvI'f
J6-wl@ P-14- Ind 40-50', bm6t@ Pv@
mn a pmiam to bruate was atuibuled to uw Of
11. W. Rathmann
brkk wbrn the bot wus [aid
go*
00 z v 0
goo
V 0
J lee
too
to 0
-0 000
Kr I t-I -I Z, An Is lid 0 di I 1 9
tt It It dne
0 0 0 0 0 a 0 0 0 0 0
0 0 0 0 0 0 0 0 0 00 0 *0

KANYKIN., P. S.
29085-0 Steklokdraadke Kak Ogneupornom Matoriale Z V Svyazi So Statley V. V.
Goncharova ((0 Steklokera@mi@ Kak Ogmeuporncm Materials)) V Zhurn.
(( Ogneupory)), 1949, No.4-jLVmsuP0rY, 1949 No. 9 S, 379-93
SO: Letopis' ZhurnallrWkh Statey, Vol. 39, Moskva, 1949

@%.,: Y T F.
'9r-,?5
r-ny

P-4tVIF -1 ' t 1006090:66601II&OSO,
a3d)j 1411,M)f oil vit v offal.,
I- -'IL M Is cc IV U
rs,-z for Tl,,stIna Istefrac-for) 11*14-fililk t'llikli IAwAd 41 00
400 111ah TlmsP"Rfuf". (1-1 ft%@@ P -v MW
N A'st-l-
is
r
dvive)"ped it, I),,. in,linif.- Skill
plicity ill the constructilpit Im-r-sto pr-milicti-i ill
tiny machine. Ifethodis d (lilerati,in sire 11"crii-I wo 0
-00
00
-00
As 1 6 1 1. A.1F*(LU.GK.L liffnArt"lif
lifils., 10
t L
Is a . a, is -- lloi'va-
rv mw 't- 'T,
u is @ I's,; a v
it a lp IV 14 Itill no Villa #1 n va I I . -1,
000 0 0 0 0 0 0 0 0 0 0 go 0 Ole a 0 0 0 0 0 0 0 0
0 * 0 00 000 0 00 0 0 * 0 0 61# 0 0 000 0 0 0 0 0

00 A
xx
Go
JA
00
00
00
0:
00
00
oe ijI
00
so a
It
01SOCIASIS AND naptallso ."I.
Production of kaolin retractodirs from raw Matertala a#
*a Unkles. P S. MAUVXM- AND V. N. D'VACHKOV.
Ocatapsoy. 14 161240 M09119). -Therawmateriah Write
TKh
01 enriched Hlenhisisk k2olin. atWyabis AI.O. +
:19 40, SO, 464. FrA 0 SK C&O 031, and NISO 014%.
and Gli Ihs%kul'-k clay. arralyting AI,O. + TKA T101,
The
v6y mittrinil at I:M%I' it, OWNWIC, but the katilin slid not
milter, even At I UKV After firing at MM'. the firing
Shrinkage. bulk density. Witter thiso"Rioss. and volurne
porwhy were K7 and 7.8%. 1.82 anti 2.37 gin./cm.",
160 Sind am.' 30.7 And respectively. The
poro%ity of the fired kaolin was mostly open. while that of
he Clay WAS UNOVE at lt@. closed. Actually. the diflerence
between the true And apparent porocitirs, of kaoilin firect
at IM10' was only and for clay. 9.5%. Cwm was
de from briquettes compossed of 85% kaolin and 15@@
I
clay anti WAS then fired at MW and IUW*C. Hisperi
mental Works and cylinderis iverr made from clay. kaolin.
and a" anti fired at I:V*I* anti 14:41V The appearance
of the sample. was sathfacttviry. and surfaces were. as a
rule. Straight anti not damaged; Structure was uniforrin
0 * o o 0 & 0
it Un MajOso Sipe 41 Quests
'.00
i -00
4nal fruclurt, wa, deow ifid firm Thr uw -,I k.-Isn 1-th
in the " and in the hinding of thr mis prv
-Incest rv@ult@ diffrrevir insist lha@ .,bf.,ttsv,I vibess Iss.-Isti
wa, tt@t I's t1w arsri stily In the Issrs,wr , s-. sit,
I"odlicts, hAd .. jgival,i ms +,nd Iumsr 4-,sL,.r
were %slWAttitry. 41141 fill-1111.11 -1.1111111V %%- 1-1 lot fit.
hatter cAw, ths,final -tabdity %.&, hight-r Aplo-sy-t1%
the raw Ludiss its thr binding -nil-nost 4 tht tm% I.
haves like -I;iy [it *,*king mist- v,stomiting up t,-
70"; frog by the Sentidry mrth-1. the is,c 4 raw itaisim i,
Advantagnsti, Thc it- ,J low it" , tiONV- gi,V In.,
ducr4desi- istrusturt,. hiss they lt..d.. high tirmg hrinkag.
And low therm.&I Wh- h.Jf ( th@ I... fir-I
grog in Me mix wa, < 115 mm. the prostuct, Is.4d -mall
ef.W1. 4-Iths-ith th.-K 11-itV - h,gh Whet, h.&It .4 Its,
tow rim) grog in I hv mix W- 21 ,, 115 thi. pr.sehu t@
had hiqb thermal r-Warsiv, I&jw por-ity. ind relaln.-Is
low firing hrmk.,p- R-1,11, ir. tA"IL't'd It I,
A 18 - I I. .97AW.1trKAL LIT11114TURE CtASSIFKATION
-into" a 0 ORV 64 &a is.
M-045-A . j I I
L , 6. , . ---
- Al
1 15 Al 1 11: it 4 is
0 @ Ir a it I N K,
00 0
0 0 0 0 o 0 0 o o 0 0 0 0 0 0 0 e *I* a o 0
0 0 0 * 0 0 * 0 0 0 0 0 0-0-0 .0 6 0 0 0 a 0 0 0 0 0 0 0 0 0 6 6 o
0
11110
"0 0
see
:00
Vo
:i

L@,4
ot&".4qm4GtQd colAnde rdatowta" to Iser"Oetwo
S. MAIPAto. 0(mrawy 14.
'rrw7-wt-t6-T-A*r&awwio,t% are di@uowd- Ttw
-awnting mmusic lurtluxt I, sulotanikikuy infeckm to the
.wthmis of (1) c%Alcoivv fewrotu. which ip uw%l ftv-
%jurnily In otakitif m(nn-ImIrs (FAxti pum cal4s (cs1wrially
A1.4h) and (2) tivc ctmn uts" Wkich pruvV41 sue-
C,-Mful in varklus Caw*, PArt=LAIIY In IbC P"VIUCtkMI Of
.tatAlized doltmthr tmick. Thr ructbod of glaw-4mmat-
ing wunik-s IsAs a hinitol role; It tuAy tw of value in The
imbutilogy 4 fine cwamir wa". 12 re(wrrum.
It 1, K.
if

T:.!I . . -.
Fl:rnacv-: , -),.- --., !@iln: l.", - , @--. '', ll@, j:;- -,,I' -: @ tevt -.,Ool( .sv-:--@-' c , -'-- t-- .
@-.n--- -t ;@ "".n .izd-vo li t-r-y po chernoi 4. @.3vetnof- Ar_ci' , 11950. @ !-.@ p .
( 51-'18`79)
V-1677 Y3

USO/ ering - Refractories May 50
"Calcii4m Titurates. and Kinetics of Their Formation,"
P-;@",6.`Xzmykin, B. A. Losbkarev, Cand Tech Sci, Ural
- I
Ind IrAt pp
7777-
'"Ogneupory" No 5
De "acribeti.physicochemical investigation of methods
-for producing refractori-!s of CaO-TiO2 system.
Studied formation reactions of calcium titanates in
mixtures of chalk and amorphous titanium dioxide,
both',cheimictilly pure. Nature of calcium titanates
formed,vas additionally investigated by petrographic
analysis of thin sections. Experimentally es-
tolished lover temperature for beginning of
reaction between CaO and T102 at about 5000C.
16OT32

V a 30 0 .1 a P) a S
9 so
1
3
6
AO
it A
I
k
It
-I-
- s
po"Kilts AND raff"Ift$ Vt.

Dislectilto rolfrit4tod" Cwtalal" frolo Ume witit *9 adMan of
*o posmkilsi, M I
Till . R A, LA,votaAaw Ogstrisjorry,
i 95tt'
it
d
f i1o
d
l
9K
u tab thin
i
ll
o
oom
e an
15 attlFrot o
. ant
.
v ., ant
4 %nia
anuttint it( IfICHh'iUCIS 11nitAnAIC cir"tAi% -*4
41 1, 21, And liq PCfOV%kitt were treated with 7fo, of 0.25`70 sulfitc- The clinker (>2 a film 2 (1"'C. 2.11,111 411 n-III :list'; And