SCIENTIFIC ABSTRACT KUKOLEV, G. V. - KUKOLEV, G. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927310015-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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the sample- has& considerobte effect on t

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i puting by mans of mean coeffs. Of expansion 6 unsuitabit'.
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of avalmed" "w t(Khaahcie" d&mv&Kft"
Wul Claisilication
$
of quartzitc2 a)ould be based cat the fallowime ch&ractcv-
e(p ti, istres.. (1) total dwm. mmva.~, (2) Cbm. "OPIL and

DID a quantity of superficial pollvt;ims~ (4) Oweb. propmics;

(5) bothavior of hump qumUko in the
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extent of repatemdou. chmap of &true- -00
oo turf. of tituxions. behavim datut Um fiting
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00 of itiv brick me& frain the Itifta I Based
&Wye cbamteristka. the quality, Ir-q"Wt" at t:
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ISO 0 t-krainiau deposits and that of oUbt Und dqKksits 6 6
have btcti evaluated and top. data am alsmm in several
tables. They am classified as lotlowst (1) very slowly
rrScocratinq quarriiies: (a) ntaining their dense struc- a**
tute &(ter firing, (6) becoming friable mW cud crum-
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0* a RefrUtory Cets"t (or W topoin at coke oms. C',
-4-41114v and A. V. Ameriltay. Otsitsfiwid (Re;----
1"Wtoncs refl-sctmy Cement.
.'Chempit" couAsting of a milt. of Plastic rdrsetoy
clay, fincly gmud quarta srA SOL Stan, was unsatisfactory
of In service. A cement was prepd, from (khtretitta quart. 0
the 5, Chwv.yar und of Xuldjdkovo quwtxlte 30-3,
Chasav-yar clay 10-18 and 3% of the by-pnduct (mn
(311 111sn4f, of #1111ni"k from IUWAIII by the alk. method cwtC.
Now 26-2U. AIM 11.08, C&O 31M, U90 0.43 and Alkitlics
10.47~',t; loss on Ignition 30,13%. An 4ddn. of 1.8-
1-45'0 0( N*.0 "I foM Of %Wrl gla" to the dry man wu
3
Also matle. The best granulisactric compa. of thc m%sj
too
and the inethod of prcpg. of the In"s were Inv"tisattil.
00 The cement is Wnj produced st on experimental pizat x*0
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X#AA,-A sample of SIO, brick ivf1jested In a special fire.
furmwe. The v"osion of (he effactury Is obtained by
100 -31.~ difference of ibe expansion* of brick and brick + furnace
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I-MA"D VORN-OM'S MICA BUICK BY THIl Ineffluo OP It
M-M-PREVIINCY VIBRATION. j'' n
04h sx;-,) -7-Au scroullt is tim of developmentall VLwk On I tic
vifiritilm inelbod III roWdipip initiated by the fustitutr u(
Oft Kharkov. Trials am dewnfled in whkh a
full wak experimintal vibration maching: yras enlploYV4,
The (mat -.-rt%km of the vibration nwthad of moklins.alo,
jilied a~.% jwmiuction procrm, waimn the girit;inal wquenvt
fit 4nicnitionN "rot the swr-ing and vibration, devict~.
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'lixtilly "'ktant w femprmiurr wool moillen., whru ~ul)
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I S.S.A. 11m. Sept. N). 1931J.-The baking of the 800
0 ft miourr 6 impmvvd by introducing into the mixturr a v00
doulAr 5ilimte u(Cm and Mt.
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"frAOMY nIAt"W4 (TORItAiSlinj SiliCMC4 Of CA-iU11% Atlif
nuffit-4urn mWe) ist to"ri lvmp"Mtsvr~. (~v s Nhml~r
fifile, Alul with a SHOW lim tMirlit (6,"" 3 -N to 41,
RA) in the mixt-4 1w been drWo4wil It i-
.. ItIttlIM Of QdlYe COMIKI"ClItS." T11C 111C01091 0111li-tt itt
(a) Intirmiucing Into the tnit a dittiterihig ituterW E4m+t.
ing chkity of -y-0
CaO.Si0j, (6) intrixtuving statural %itkufrA
of nuan"Aum, tw W intn%tucing timilite Oiratvs.'f t-Acillill
llndllultw~iuln. The (AIllowilig jvt~-Jhijghty Iqlwl."Y
I'kAfrTi-wl% weft 11todumt- (I I A val,mrm% odr.tviotv (tim
.6ting Chiefly Of SOLO-Si~41 lum.1 .111 hille mul md
rAw ivultriAls and the dispeting pri"Itivi
(2) linte dalmufte refractory (cmiIi6ting chielly of WaO -
lR(N And %firo) tKoed Oft linte, -wiff. alld dAmn itc.1 tiff the
%mm,li-pe"itis twIghlet: (3),t CrfntCtIWV Cl'tljSk-t Chieft
.11 3CAO-.14(h 4tut NIC0, 1"'Wille"I ("I'll a C.%,% ImAtelLil
I-Alled "Iftlevvik" (A filkAte of 111AS11"illm) And it"A."llitr.
4 ) a trfrartmy compamed chiedy Of XiLo - SW~ 310 lfg(%
bAU41 On dolmnitt And X41141 and I'vilthftic J~)J-Wr at All
avlior cfwnjwmrnl. mmAning iran'oWe fit *61 v4u6m;
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Mf the 1.4w of d4mkil" it".1 v4ml And the 'utle AclivC
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.00
00 9,V. Kukdokv. Ukraox. of.
i4kgfOO'K"1fPOFov No. 13. 4-46; Ckess. Zenti. 1940, 'GO
3.-Thktm Russian quartsites were tested. The
hem. compn.. outface linputitics and rdractory pruM-
0 ties wem dcAd. The capacity for ubwrlAng wimr, flK
0 apparent porosity, d. and Vol. wt., the micro- and "Mclu-
09 structure and the mech. properties were investipted, aL~
the behavior upon firing to cone 10. E)cta.01thequalit).
004 ii of the product Included tests of the character of thesurfacr
1~0 0
a* d of fracture, d., mistance to cwnpresslon, capacity to ab-
%mb water. apparent porosity. V01. wt., micro- and mat-
00V Fostructurc, swelling upon firing, thermal expansion, re-
fractory prolimics and temp. of defonnation ander a Pwi
0f2kj;./sq.cm. A met hod of tab. (citing ii describc-din
detail. Aiahkisgi-ma in which quartaites that undcrgo
jr**
km 4owfy and rapidly are clawified into I
M. C" hIf"Wr
K 4 $t S9 it a tt it a 4 11" r"W1 $0 Iwo OvIst 3 0
0 0
0 0 of 00 fee so 0 0

j~koiey,_G V Dudayckii, LE., Amerikov.-A.V
and Shtninberg, E.I. SINTMING OF HIGHLY RMACTORY
MTERIALS Sbornik Rabot Ukrain. Namej.-Issledovatel.
Inst. Ogneuporov., No. 46, 117-54 (1940).- A number
of methods are given for the production of dolomite
refractories.

lei
i,dW Sad
UtU W f*A%'AOOA
may be OPOCI ad
'14imum i4 RIPS
Satumijcm mn4 a MR
to tull ~vs Ft 6,10,
Coo air win
FOGcb" gassy -mootA VIUVI to.
ir9w". w1we ted from the .J~j.~js formu
6 a&,&
Coco. of
codkkuto of fftos "d
> 0.64, the wA "Vedlydy.
ad b,14M 0351
AWOO is

16606600*606004600, z. - '. 1~ , ; -"~ -- 1
got
*A1 9 L I
so
QuitirtrIte hatim taii vow ma~mtatm 1. th. .6nfacture of -04
DUAS (Ot &"0414134 ftM&CG& G. V. KV'Kk)LSV AND
!-so
1'. PAMOVA, 1'rWy Kk4r'kov.
in. S.M. Kieom. 194S.No. 6. pp. 125-29,-The quArtirite
of the Vdm mm"tain(Stalialfr*4 rtf"111 AoiklytCd 00
00 It %Ml4.AJA0.44,frrMU.ftCx00 ". l#VClfAd0#fi1V.*
parawily 2, 1%. waltv itbs;~rpiloo bulk
so
go owsis it# DWAA vtffr r""red from the 'ItawtRifir rKage _61111
t in a Unit Wadirt with %vilukive sallilt hilisut. 111v mill 00
9=11irns had the (ollawing propatift: lineAr eximo4mi
w2ter aN"iou M-70. apwrnt porosity Joe*
specific uavity I-14A and comprewive strencth 4W to &N =00
ks-iciml. TbequAntitc4comWered satbiartory for the ISO*
nuallufowturt of Dinal for use In StA"Itielli"a furflArri,
00
0 too
of V ;. 'go .~
COO
see
!-go
'too
Iiltil
oit 0011 041
qm U AV X) Py twPir 014 ma owls it of M&5 n1 In
0 0 00 0 41 0 0.41 0 SO Ae 0 0

14
sex
0 Wy
go-
00-
09-
to Im I v 30110amnap3ao a It a
9 Q~tv #4 a t a m 0 ft 0 1 f w

oll"ll aWIN

,
Etc A PIll ICA I N IN 11 ......
, oli'llit
%
ml,v SIRVILACT"pol 1.11tMAllit.
rl I Illal's I.- III,
M1
'
V. 10 11 ',1 ;It 311 ( 101."I
rile

mv hom Ow

MAT -400kitlo P"I irmth, itt rr,614mv I-, Nah Irns
.1m- 4,ul ta-Ult INWI,,"Wo may 1w t-.1toutett hom .14.
Mise rdrartmt- &NmI,ki'4!lA A 111111itnuall of Rt(% all'i h-tv
tille I Itt.t%h"Il"t ts(WITicient of stturA i.ul and a mAxittlutts
I
I ,, I
v"ll I- f frv CAO or NfItO III llik r"Iect fi,lunnitic
~il 411" -Itl Mfling It" cao,w tliiw4 -;avr re-Watot
s00
'64 ..... tvic tmigl-ilir mt." tre pleferlble III wairt It

'rile 111"Itt Irfract'"y Ago
ch- mc- thow wluKe cNIellicient of saturmion apprcuch"
00
Ifflitv IfI'l V%Ilivh mnlain a minitnum #)f "Uio%iolcs
%%N,,,, Al,I 0, < It Iti. f1jr "WlYwient 4 'ttoratiml i~
-,h 0 11"t lome the 14,11 ... %pic lottillitt
i ,
~
CAO - 03.Fvto. - I IAO I, , I MR:( 1~,
&WIT of mto j
00
4"d h,j~ .3w"AwIll-4 *0
At,#). m the Gntrittlit I-mw0:15mul I It:-.
00
1 6 00

-
- .
04
44v -Q~t ------
43' w OF
III a It I'a 0 it A it it K 11 a 11 1 1 t fee
0 0 0 0 o o 0 ow ;~ a
0 *c~,-,, craw 0 se 00 0 000 0 Ve
0 0 0 0 0 0 0 * 0 0 0

KITKOLEVI 01. V.
WATM RESISTANT DOLOMITE CLINKER FOR THE HANUFAUTURB OF
DOLOMITE bRICK. G. V. Kukolov. Ognoupory, 10 19-101!
3273- (194-577:-- Water r sistant and water Moldable dolo-
mito clinker (for brickmaking) having 4.1 to 4.5% sesqui-
oxidOS And q coefficlont. of qaturation or o.9 1-1 0.96 was pre-
pared from 89 dolimite, 5.2 phisphorito, and 5.8A qunrtz-
Its. The vnterlals were first coarsely ground, thon finely
ground (wet),, and finally fired In a rotory furnace using
coal dust as fuel. The volatilos in the fuel wore within the
range of 17 to 25/6; the mixture of raw materials was pro-
portioned on the assumptio 'n that It would be nacessary to
add ash to the fuel In order thit the coefficient of saturation
of the clirfrer should be not lower than 0.90 and the P20 5
content 0.9 to 1.2'k. A flowsheet of the procesn is given.
B.Z.K.

N IMA
9* A 0=!
0 ORMStil ANO 000012141t JR949

Hydcadk additives. KW;$ev and K. N. He-
;o: VASA. 07.00, Doc.-31""164. Clays and
= used in cermuts am activated by sddlus to them
0 iucuud 14% d a Us conapd. This adds. b
m,
u
to cakimatIm.

so
so

1010,
sod =so
00'
010 -
004

COO

of
Me a
ties
slow 1IT11111111 ro 0
b u a Ao No a jj;AMA SON* 14111WOOM4 if=
* 0 0 0 0 0 0 0 0 G, 0 0 * e *
T's ri,

go 4
go
*9 A
go *
00
got
60"
C4
btkk, 0. V. Ksi"Y. V.S,S,X. 67.7461w,
M. H.
#V04 C*MRS - x A"
-06
-00
// 1~
.00
see
=00
SO 0
Not
IL boo
to
"At dol oat amt V.,m
0 A It on, two9 A
0
9 :4,0 0 0 0 0 0 0 0 f), 4 a 0 0 40 0 0 0 0 0*0
0.0 0,0 0
4~

0 * 0 04 0 40 6 0 0 0
00
00
USE -of MSS SaUMIMI& Din ix SMVBG TMObWICAL
0
:0 PRomAz or voms. a. v. Kukalaw. oAmomus u
(1946). _--WU*-abswm'7i Feetudied quaternary
0 J31 20~-31
isgren which vmld duaraeftrIve the phase Composition
-iii of Dines containing 31,02, ftO# Al K. *on-
00 red the diagram of the syst"82~'Sk'
pd -UO-AI2 3 (2-5A
Coo and 2.5% A1203) and 81%-COO-100 41th those of
60 Slih-AW"KA Sio
Si:6,4~Ale MCS21
31 &MIQ F*o Do lie ed below vve
and
$0109tted frE tions 5 t;** diagrams rick in SIO and
Co"Ition of
00~ used in the 4oa the 21t at
00 1470 and 1600*C.1 those Is*thwas owe selected because the
f irst is alovs.-to the temptoraturis of firing and the second
to the temperature of service of the Dines In blest fur-
I i saes. (2) Tompatturo of the Initial appearance of the salt
:nd its composition at that moment; the sooner the
colt, appears, the greater to the surface part of each quartz-
It* grain which will succeed In recrystallizing Into tridy-
&I a before the harmful (from the viewpoint or the Dines
At 9 X.-
A t a - S L A-ft LOICOC&I. LITCOAlugs CtAsivrcATK)ff
441
U 59 A* so As i 1 1, -1-T- "r-IT
is# "11 to It 4 M IN 4 R W 4 C9 ft lot
;o 00000004000000 00 1::00*000
is 0 0 46 0 0 0 0 41 4,
Zo. :::::1000 00000 is,ioa o* en:001041011141 41000041000164109:
.00
'00
'06
*00
0
%0
too
WO 0

structure) dry transformation of the Inner parts of the
00
06 Sretno takes place. (3) Porcentogs Increase of the aelt
*
*
0 0 for each 100
0. rise in temperature above 1470
C.t this
moment to h1gW4 Important because admixtures or oln-
orallsers that favor the growth of ths, melt at high U*pora- ei
tures are unfavorable for the reteation of refractory char- :01
acterlitics tW the Class at Ugh toffrratures. (4) Amuct 00
of the molt for 1% of fluxed at 1470 1 this factor demon- of
atrates the power of the fluxing sotbon of the aftixturem. 09
Calculations were made scoordIM to the equation A melt 00
100m/b where a to the tias Gospovient of the 00
-Wi-ailt-a-T 119 given temperature t7#) 00
for osob system, "Iculatione vars, made for 6 to a point" so
of of mixtures having 93 to 98.5% SLO and various sisounto
S
O
;A 00
00 " the content of
of sdinixtursol the
A
~a range IU 00
of SLO2 in the quartsites and In the MrAd. Patis obtained 00
frook these dimgams was used in a practical case when 00
Dime made from alosicsous quartisitsis proved unsatio- as
00 factory in blest-furnacs, 64rvlco. The Dines qualLty was 00
00 grmtly laproved by using WgO as bwA instead of the 00
00 CaO ism was shown by comparison of the diagrams. It so
0 0 00
0
L 0 0 0 0 0 0 0 # 0 0 0 0 0 0 6~0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 *

.
000060011000000,****000000000000*000000 ~
0

'I off 0141I~ViT

k

of !g:
foe It Is pointed out by the dditors that in tht *as# of this Praott- oo
cal. applitistion; the following points We been left without
clarifictitions 01) oontont, tit alkell In the starting raw as-

torw re4son for Idetatity of proparties of Dinas with-
(2) 4
out the &VjitLon of u1neraligere end with the ad4ition of
0
00 NO# frcm the vievIvIlit of yMae and (3)
the toot that a w-irti"Oltion dievam orm'soponding to the
r
,
,
h~
l
i
f
t
l
K
s m
.i
,own. B.Z.
i
o
.
.k g
yon wmp
i conditione o
t

%0
too
too

1*24" -it cow OAt
Ana 14 two 0191IMN0,04
aa-va

o0 0 v ff IT4 Is 9 it WA
640000. 000 0
0 0 0 0 0 o 0 0 0
0000
2
0
0 0.0.~% 0,0 '~ 0 V
F~e dt 41, 00 4 0 0 0 4. 0", 9 ~O 0 0 Is a * 0 0 0 4b 0 0 0 0 0 N 0 0 0,

W It b 9 4 PF 0 0 0 40 d 0
A---d
F. U
fill
40 111,
all J;
go 2661, EMMENTAL PRODUCTION OF STABILIZED DOLOMITE
BRICKS. Kukolwy, 0. V. (Ognoupory, 1946, 11, too
Nos. 7-8, 3);_-1 drtail*d account is given -or
successful works trials. _101
B*R.R.A*,
two
PIN -------- ---
:~l 'A$A-$LA 6CTALUjJV;4AL QHPAURE TLAIIWK&TWX too
I ~Q&J -111 04V '341 m"141,1f
-A --dr It If Ia a 3 is T
U 'It Aw lo it;.ff 0 of- 9"t Vit Itor Itttec Itocaaa I
w0 Ist : 0 It 0 0 St 0 0 0 0 0 0 0 0 0 0 st 000000.00
Ole so 0 0.': 0 0 0 e 0 64 ~o 0 0 0 0 0 0 l$ 0 0 0 0 is 0 0 0 0 0 0 a so 0

_j Tip
j7 -*~"* *
oil V IN Ar w
_J
00cstits am vsqffmf~#* *"I
00 Water-retkoutt MAW* brick and its 1"Clatental
0* podutift on an Induaftial vAe. G, V, Kuk'qrv.
00 01-Pat 1, No. 7/9. 3-130040).- -U-n-va Iwkk witha
P (Uors dryWS) mot usukr 2M-2.75 can be pro-
nder the following eg"tioas- (1) the -nas nwo
=
00 d coiatafit 24-304,v of grains under 0.12 tons. with a watrr
Content of 7-80-9; (3) the WIM&I t4astkity of the MS1
befors Prew"s Cato he UAIGIAIWI at a Crv-smp~ Content,
Pt Mech. "do-604 of rornbinect 11,o to vo-:w
000 MIN. after A* t"AtiA4 of th" Man. Ah",mard-1 thoo 1114"
bimb up. apparaft lasing to moistuev content and phs.
ticity. the pressure mum be su(ScIefit to obtaitt gr~cn
brick ~ a necessay sp. wt. Drying was dout at 35-45'. gas
giving a entshing strength of 45-W kg. per %q. ctn.
Drying In a tunarl dtM at 120-150' for 3 hr4. aln gave
qwte wisfactory nmdtx. leaving 0.6-2.9% at constAncti_
HoOlnUmbrick. FftUgwasaonefocg'Dbts.itiatut%ncI
kiln, the higtaca temp. brin IW5'. Tbe charaeeri%tic3
of &-ad brick am. Mw FeAcmtnt, hish utn. Cott, and
excdknt An-resWuS propailes. R. $tefarsawAy
Igo*
koo
's moo
4*6.1LA afff"tMWAL Lffg"fWg CLOWIC AfMOM moo
t60
14MO;X-74-7- imago* Mit 9-V Pat ISUL"G.11 flisal cot 0 V ';'--m-q
m 'a old a a 0 -t ar It s a 4 3 1 w-
A4 L I
;4;&t' we egg a a a OR I
41T'41o "0 0 o 0 o 0 0 o o 0,0 a Q~o o 4 0 "1 *O*OoOoOC-'*OOo()Oovqoo4
- 1 0
to .0 411111-9 0 0-40 0
00 *of a 0 0 0:0-0-0 0-4-0 L- - 0 0 is O-ze 0 6,00-0
I-Ow = w wwo., ft-Vm A I ~41 II

III A Ze VIgINS ......
"Colptill 1109.

a f ;t

proper-umi- of dMultly 66taing 4lomites d the

00 KANVI am m V. Kukakv. Ofirm-
d
d
l
11 N
o
u&
t" sm
o
wy
obtalmu " ";e o( trw
wiQuCOM a" how a
"te
v
t
high !�.0# cogent. Moist pinding hnMY4*% the sint"ing

jr and hj~dmlim &.090 k-5. E. R. SICIAnOWAY

see
.See
4*0
4900

"90
me*
A noO

AS*-SLA MET4LU96WAL LMft*YtXt CLASSWK41ow
Item 994M too
Iflow 1440 4%0 off C& G"IF 11) 00
-
1. lys 4. ?A AR S 0 W 0 S 0 4 3 0 1,
lot 1 .1,
l
00 0 G's 000,0-0,00

e
0
s ~
0,00 Ole Owee we, 6 * 0, * we
'
00 0 9-0-6 0-4,4-4 0.-0 0-04-* O~e O-W-OlwO-* 00 0 0 0 0 4i'A 00-0
~77-77
7

,
M.Ift
IN
Rl
M
- -
M U
bi iv -

MM/9*1nearing jur,
Uat&llurgioal Tlants
Dolomite
wb*lmite Bricks In Metallurgy," Trof G. V. 10*0.
IST, )5r Teeu- fti; D. 1. Kivin, lhgr~ All-Union
lust Fireproof Materials, 5 pp
WNW
Btall" No 6
p.ttse of dolomite bricks In important elements of
furmces van unsatisfactory because of their shrink-.
aip and deformation due to high temperatures. Prom-
experiumts, high-quality, vater-renistant doloalte,
brick developed to replace magmealum and chrome-
esium bricks. * Nov 'Lirick v111 effect on Oautlti
US=/Zagineering (C=t&) im 1941;
and quality of steel canting for present Five-year
Plan, since dolomite resources are available at
a3zoat all martallwgical processing areas.
0
~4

19 1 JW
0 0
go
00A
00
0 ties
0 tivicl, NO'
I,.
jIcnrY 17' ves
v the al
o 04 K~Vln, Sidi (S k %0*
on ::
$it,,. vtoln e Inent wn'
dev Im ct on
pa
.t,TAts U, I ifuln ~Ufl
IUM" 10C cc
ick t
dtjJjj of P 'too
, 13111 it
Oves "t A r(Aar
Soliciting, 11,111C i c futi
!Zts IwIlffort kA i
hig a
000 shrikar. Des" 1,
open eadh
*ow . linings 10)(
age
so zoo
US
Wei
~wv
4.,v Is I
VALLua&KAL
A
K ID ft o 0
it
u AV 00 0 g 49 .0 00
Go 9 9

WM Ia smnicc
12. SD7-21
~]%-Nak-hl
Mjk.cj=ku.=- Cbem-
in mech.
I
In em The
C40
r
fa~~
X=f.
clso to on
this pbeaQW900- 11"Var. WC
W --- in
c0mctacks the
M", 14 CRO, In lflo-rcsht"t ,&g. The MCO
wed the CILO -t"-
to. b-t
3imb. .,~ ' ::=
~wg k"181 _!o"B im
" ;=bZ:
0 W wkk Hat g=g
dlt4. bi tbc Pbs- tq
Sjormso.-C&O In
WA Mao Ia corts.
vtftww=("Ub fic-SwAi"Aft
A-I:AM WNC
44UO 'F*A WNW in
1, A i~o) uu~
awadca 0 ;j~.a to ON Ill
10 aK~- h'40 0' 35 dtW strvk*' Tb:== kk
aged" it is &b
jC,0. A ft" CIO J* *9.
Sao
6 Sim Ia., Tub io
a WWts, bgkk 0 tt"We' 1W
L4A0ADl= CeOW W* GM *Sift
time 3CILO Pjw th4 iciawa of W04%WB-9
-g-
bmiler in. e.
Ca
clam
In
tKWW 13DQ'-]V~ pmtm-o
W.

S
A

**A CA

0 *;A
go TM pvVerties of duUddy sinwabie doboAmot a *A from weivpmod dolotuitt with adinixts, of Ounlitu, ;"I.
few :j Aberw deposit. G. V, Xultolev &M 0. S. W". oc dross and cakined at 14W, uhkh is IW~01* luwcc

001 i OCWMPWY 13, 17-21 (IM).--Tht Abaw depresit Is taws
,
hou admizts sbow wvwWma,
thu fw umpks wit t *I,
tb* upper Mrhft 4 the LafmAl-Talthall dm In tbq CPA -

czan
TM doiamitfs soxi
*0
01"M% MON + a b4b cedstisaft to bydrAtion; destructice stArted after

i
t
f
l
t
7 M
*3 4
h
20
23
W
.
~
m
Tio, 026-t.40
Fem Oat-Oz
46-MM
C40 30
UNO -1
e
ere V
" if coutp
e
samp
on Y
t
Ays &
t
rodue-
fter M-170 da
s It) Utafterin
dt
ttv
ft
M
off -
-
,
.
,
18
29
79
97
M
O
U a
a
g
y
y
P
-
.
.
u
Jurt km 46,W
up to UM, &ad *%
,
abW
a
d W
dl tioe d metallut" dielornite from Ibis Material. It W
il
h
d
h
i
i
f
W
d
hi
h
kW
an
ra
X
a p
y ix
w
n
t
use
t
at
c
, Ca
sugZr3te
y a c
AM
A
I
4100 Lum
s 4 the dulotaite
after
tio
ki
t 1714% into account tin ash In the fuel, will give a cakined
'
ca
na
rt a
am -
p
.
' peoduct coats, 307. frre CaO. S~
. AIVO~ + FeCA. sad
000 W4ep air; with the Mception 0 two witoptes
vaht= AlAlFCA of OM. This Will conesMki t
9=124

000 w tt
&
de
t
u
ft of 4CaOA40,.FtA 4A7, -IC&O.FeM 4.4,
P
i
s
ritc
on staned a
m 4-7 days and vu coupk(c
i 29.15, U031.9, mid CaOM%. After the proccubas

so
After 7-16 ~'IaYlh SIRWPhs O-P904cd 6rOM fte wet
vouM dokwolte sbowvd spikkat UsUFAY after valdras-
* 1
tmcm casstered. the chaM should he sexcUd to 9' a
pmduct of 43% feet C&O. 5~' . A" + Ft" aM A"/-
I Uo* at 1500
; dwructiou swited in 34-N days and. Fx FcA of 0.23; this will cl"Nond to a mioteral cinuips.
sorne" Wag OM. compicteevess afftir 110-171 &M Samples of 4CAO.AJA,FcA 4.46, 2"CaO.FcA 4.4, WaO.S"
(Of4w. IFOM dry-gtouad dolovalte hydrated Uster than 1:11AL5, hfgO 33.99, And CiO 457.. B. 7, Kamkb
"" Wet_WMjjd tkoorutte.
thtm m;We 'AMPICI T"Adq
b U At AV
R-9 is 11F
:10 0 0 0 of 0 0 0 0 0 4, 0 0 of
0 0 00 0 ~* 0 0 9 0 0 0, 0 111 0 O~ti
.00
-00
.00
$00
--o0
'doo
r**
ZOO
COO
coo!
boo
woo
it. tj*O
a U 0 4 9 1 W 91 5 is 4 3 1 V
to 0 1 1a
a * 010 00 0000 go 0 0 0 * 0 0 0
00 O'o 00 0-0 0 0 0 * 0000 0 go 0

11111 S 1.
Kt-XoLmt
t JJIWT,
ticlKalts
WSW (

powder
00 .1 (kilicauke
33 3K M
lur" of
give a fi
4A"r CR
V
"~
killocu.11C
IO
m
O
spondit to
14*1'~ 3CaO-SJO,,
M, .
n!
t.ACM~ I V -Ok.
U U AV K3 At
. III of It It It IT
0 * 0 ogle 000000o0 0,06 0 04
0 **Ie 0 0 0 0 0 0 0 0 a see
AD It )jm
4
wftb citlefte Induaf-IL 0,
AND G. Z, DOWINA. OcaeloptWy, 13 JAI 173 #7
1xvWbility ul utillchn; x.V%. UI114 th-h-fulle
f"mmaining Calcite Ineluskins hat Inaking Illrial
was invest ted with mixtUm of yaf Yin$
Vell Sinte"j mcmiluixical
can bj obtained froin the Inixturr contAlulng
(M)i 2.1111). AIA + TKh O,U, rcO, 1) 42, Cat)
unil Od"Ox-
IN 02, and 191,10,30 W" 4&W,
alumulax. frAm dim, and quArix %and %hich will
luct having 61-c MA + pcrO, and 40 to
C). The "lln"AlOCk-Al C(AnIII(WithIn COW-
Z41r~ 4CiiO,AIjCN.PeA),: 2C,1(?4*V,0.;
31.0r~ Afg()-. alld 44.61"', (ter CaO
-00
-00
-90
-104
=00
0
zoo
too
IJ.11-
100
-j-, I;
OW 11 1VA 3
#001
0 0 CO 0 0000000
0 0,810 0 0 0 0 0 4 9 1* 0

0'0'
4 If if 14 1 ~!. z
29 Tx-
011111i
00 'C
00 0$4419fAy, IS Jill 0*
2M--MTlVM.--The LWya Gara depuait. timitaist chkily
~00
k finc- awl Hot 9-Y (-time,4 yellawintif
0 ckdorulle, vonskiwatilly wtittliffni In visint lixtitkAm The -0,
fallowing -.'arms Wire been noted: (1) fine-cmitted dulcuttite -00
Idlidl nViNiMing Of WC11-Ittfilltd flIM1113011"inlilk (2) J;Ifgr~
0 ittstitieIk- IXWM% jfJMW (Ill"filIC With a gnaill lite III? fqj I 1 0
0* #fill%,, (3) $mint %lightly PUMS tkilcoodw of Average
IlTrillihoullwill a train *Ile up toft:i film.. suld (4) fine. 0
%valned. tk%w ditionthe witb a crikill site up to 014 film,
00 a rhew twift- life well ink"t. Chettill-al limit ithmk IoWf, Av a
(1 14 its 4 It, AIA 4 + TKh 0. 11% 111 4 411, l1ri(r, 11 11 I'l f I IN 1,
V*O M 1111.) 81.74, MiII A 3.29 Its ZI-21, Afig j If I its If, I I j I, loo
0 4i V still littlitionlaus 43-101liA17,1141~,.
was Aratuld 2V,'. *Ad the &Of 0.14 thelicirmity
in trAst caw% maged (r=3.42to 11.1511L Alwmi4iftt. r0
&W experimentation. It w" irstablisw that for well
4titticd ta"athictknal dollocalte the fired pmlui~t shwid
have abotit 5% a( "aioxitl" (including ash from fuel),
0,
an AIA/FeA r*tio of A" > CrA. Ratent of Wider-
Ing for then admixts, Is grmter if dolomite Its low, fit slike.
()tArta Isladerst "aim without admist . &M dn cetude
site weekiratt"s Ovect of admixte. &Lhs at aftH nwd
aintering. although they Incteam amt. d kuM QUm mW
lower Its viwegty. An untaymble tftt was aus; *o-
by Wt. CACIq. UoO#. anif MO. Foe faviamblo acUm.
the "wit shoulti contain Structural groups . - .
to the lattice of the recrystif. and Watering solk
fit this came CaO anti Mgt). Adiln. of amidems. whirli change
the ratio of futis 0: Mr. %hould change the oxyVe tumviron.
ment of t1w cations and. thus. the Suitability of the struic,
turAl giroulm to the melt to build the lattice of the t""ag.
PIIASM (CAO dfid MXO). Trivalent oxides. which ammin
air stin(cring, give site kmxt deviation of the mastithude
curtripandlail toC&O and MIO. AlloWeawhick
fetwil Wintering givir conwauble deviation hm O'm
eithff way. Pow elittering H not connected with E-:Ci
viscosity at the weft, broasse admixts. of N-oO
which retard datering conrAdefably, decrom the =nlr
the mdt. Complete substitution of A" for Fe^ m
suited In drop In viscosity. AtO. has a Smaller acceiradmig
effect on Watering than duce Pefol. Untering of dolosisiftem
with adming. Is not detd. by the extent of duldity and wt(.
ting capacity of the ineft; converittly, ad"dirts.. much as
SUB oxides, retard the aluttirfail commideraW. lower the
viectiefty. and improve the wetting capacity. Bv Z-1 K-

Ir
MOM, 0.
rffomvp GOV.
[Chemistry of BilicOu and phyaic&l chamistry of glil
KhImila kramniia i fisichaskaia khimiia silikator Ribasak-veam], Goa.
i"'I-vo l't-r7 PO BtOit- materialam, 3.951. [,photoc'
(Silicon) (Silicatgs) OPYJ NLRA 7 - 8

mam, 6.i.
PHASE I MEASURE ISLAND BIBLIOGRAPHIC REPORT AID 168 - I
BOOK Call No.: AF475479
Author: GTffVbF
Full Tit et ftr f SILICON AND PHYSICAL CHEMISTRY OF SILICATES
Transliterated Title: Xhimiya kremniya i fizicheakaya khimiya silikatov
Publishing Data
Originating Agency: None
Publishing House: State Publishing House of Literature on Construction Materials.
Date: 1951 No. pp.t 645 No. of copies: 3,000
Editorial Staff
Editor: Glezarova) I. Tech. Ed.i None
Editor-in-Chiiit (~Aeintific): Tayurupa, I. Appraiser: None
Text Data
Coverage: This textbook is more detailed and comprehensive than any other Russian
textbook on the topic available for comparison. However, while the
preface speaks of the growing importance of silicon in the technology
of glass, ceramics, and spec" atueels, there is no mention ma4e of
specific industrial applications. The approach is general and
theoretical. In addition to silicon and its compounds, salts impor-
tant in silica technology are discussed.
The book is
1/2

Xhimiy& kremniya i fizicheskaya. khimiya silikatov AID 168 - I
Purpose; Approved by the Ministry of Higher rMucation for students specializing
in silica technology,
Facilities: Names of many Russian scientists imporitant in the historical
development of silica technology are mentioned in the preface.
No. of Russian and Slaric Referencest Total 51, 50 Russian (1936-1951)
Available: A.I.D., Library of Congress (In technically imperfect enlargement
print copy often illegible).
2/2

F
R
SINTE:RTNG PROCESS AND METHMS OF MROV7NG QUALITY OF METALLURGICAL MU DOUMM.
Kukolevj, G.V and Dolgina, G.Z. (Ognsupory (Rarraotories), Nab. 1951, 63-671
sba-tr0In Chem. Abstr., 1951, Vol. 45, 10530, 10531). Results obtained from
dolomite calcined at different temperatures and with different admixtures are
described.

V.
USSR/St4ineeil*, -!Reb~actoties* may 511
"Efficient Operation of the Fire Shafts,of Ring
Kilns Using Fuel With a High Ash Content," Prof
Dr G. V. Kukolev, Ye I. Ved', Engr, KharIkov
Polytech Inst Imeni ILenin
"Ogneupory" No 5, pp 201-211
Studied process of burning Chelyabinsk brown coal
in fire shafts of ring kilns used for buring re-
fractories. Proper operation of fire shafts allows
more efficient use of low-grade, high-ash-content
sol'id fuels. Conditions for efficient combustion
presented igaphically.
LC i82T63

cf. C.A. dolomite calcined at I-W
~sbowed kl~ "=-= hydration In Wr; destruction
started an the 7th was complete after 16 days. Wet
= at MOI shorwed good stability
WO With adsmixts of AJA and FeA becuma stable after
kin-timatI400'. S&wpksh&viaj3Omd46%ftceCaO
1110100d greater st"ty mm the adda. of 6% AJAX +
FeA tham these with 9% AIA + ~&A, for 15% free
Cao. thus was so vibswtw differcoce. Wet ground
dolomite with admixts. made lato cylinderp and caldned -
showed greater staWty than upon subsequent griWing.
Tots with dolomite at 332 mad 22.6% Irve CRO la open.
heath farnaces Aawed oxmiumption of 33A kg./toct of
sled for the lbevaer and 41 kg./(on for the latter. Produc- 1
tift of dolond(c arm matmt of fm Cat) (with MCO
content being monual) will require the cme of pure and dif-
ficultly muterable raw matectod "d the mcoustruction a
~"Istiog Plants to Oater the vateri2l. Then is an abun-
dAWC Of dtPfti-- Of StKb dOICKSItt in the SOVkt Union. -
B. Z. Kamkh

In 444h of dw fad tod
RA.k v** Vft thm 0 ftl~ I "MOL)

~.USSR/Chemlstry 8ttrface Active Agents Mar 51
"Acceleration of Wet Grinding of Cement Raw Materials
and Lowering of the Moisture Content of the Slurrj,"
G. V. Kukolev) L. G. Mellnichenko
zhur Prik Khim"---.Vol: XX1V* No 31 231-241
Pp
Fjmm& effect of additives In reducing viscosity of
,.cement slurries, including that of Ambroslyevskiy Ce-
~~aent Plant. Alk s~�ite--soda and alk stdfite--NaOH
.admixt found to give greatest increase in fluidity,
improve dispersion, increase 6fficiency of grinding
imd mixing operationsj and de.cr,ease vater qn, tent
slp:z~ry,.thus increasing -ruel.econ.
ITIT24

G, hidukhenko. J Cp-m",
1~0 de Cffect
'ltvrc,iw4 in Ow fwfler Na!C(h. XnWWN, XaOll. The
I)rrwnee af v4. 4.01% tw (wt. matter. I e, lye
tseat ext.. in ad,in. in,~Ases th, effmt. The additive,
-act an dAy but nnt tm CaCO~. Oscar Guire

'W-~
-;-
" . . . . . . . . . ..-
'KUKOtgV,-C,-V, ~ Prot. ; IMMILOVIC% t, ya. 2'
Glass Manufacture
Non-sagger firing of ceramic tiles in a tunnel furnace. Stek. i ker., 9, No. 6, 1952.
9. Month List of Russian Accessions, Library of Congress, October 1952. Unclassified.

vuse of high Pre re in amkin G. v. K(j;cO.
I-PV, T, VA, If i
111Z
-1-tv-,; 8-10 (Wrw .--The ttw of high primures in makinc ffoGr
plat,q call be of distinct ttAv"antage. Ali h7crcaz~ from 250 to
500AW kg./ent.1 =L~- it pos~iblc to r~eu-,e thc molaurt of
mixcs from 8-9 to 3-4% and thcreby ciinlinate tile ncca for dry-
6ig before, firing or at Icwa to rettu, ate dryijig tilec IMIMse
61 vrLmiinv also illake4 It 1"Ale to r"loce the firinc tempelature
by 440 to r9j"

KUKOL:,,Vl G. V.
Silicates; SJlicon
"Chemistry Of silicon and PhYsical chemistry of sil
11
Budn-lkov. ogneupoi7 17 No. 2, 1952. _,("ates- 11 Revi(~wed by p.p.
Monthly List Of RU-psian Accessions Li' 8,x I-lay 1952s UNGLASSIFIED

LIVSON
~Do ent-
Refractory Mat-~rials
Experience of the KharIkov Tile Factory with M618tening the raw material for the prodcution
of refractory bricks with steamp Ogneupory 17, No. 6, 1952.
Library of Congress, October 1952. Unclassified.

1. KIT(TEV 0 Vol
. ~Lu~~ p
2. USsR (600)
h. Refractory plateria3s
7. Increasing the uniformity of heating the charge of refractory products in annular
kilns. Ogneupory 17 no. 9, 1952.
9. R2EthlX List Of AU.Sslan -A_Ccessions, Library of Congress, January, 1953. Unclassified.

v
Chemical AbBt.-
VOL 48 No. 9
-,~:Hydmujj~ ad
V14Y 10# 195?, nmiatecem t O'Opefth AIO
Cement Con' V. S., n.1 renjitbed ah
wete k~'
and Othe Chem.
r C-A 49,
'Building Material rfigl- trwi

KUKOLEV, G.V.; YALYMOVA. M.A.
~
Characteristics of the interaction of magnesium -.,hloride with kaolin
in sintering the latter. (In: Akademiia nauk SS-A. Voprosy petrogra-
fii i mineralogii. Moskva, 1953. Vol. 2. p.256-270) (M-T-aA 7:4)
(Er.-ioUn) (Ceramics)

Koko ZEV
W
14dra
AluLuin., 44d cera.1,
195,7 4COnleDf- G %V1j,rODeri1esO14
'-s"O 2G7).-Sj %Uk I lum.
1,y -"0, -aa - I a 111.4
IIVC! t" .
3 it alw;if, Zen p
and Sint, I I . 0, ~ I'val Y".
LuIent, cring ),,,l t, 33'Si
Mainly a cont-lining - 'In c c/",
I c -.110 6 ---- .- , to dc'-w " ito-
and rtractor 110'2AI 6 4 4 0--~70 OpIllent of
;atthecriti 11' 3 a and and S.()
noss Under I C~O Ai D 1 1 2-'30/
G-d rf ca fim, , 1. c"Id. and sh , I. 11"'. They consis-e
rjctory 0- 5 Ight Sh - 01V Only I gh Mir
ncretcs 1%. rinkaqL, ,,, a 311Lht I) . -Icturine,
ere na , , * al . SSIQ,
do Iviti, tgjv thOrnial 'renw,
e ce'no C."Tansic'n.
!,,,r C 'Its

CE V,
3,
Improving the properties sli 9 y meant; of - a,
1
-KUK
combihatitinpoptizer.
1.. 10 17j-7P , ~11 ~,Thc aw lift
StA to i Kera.-i cultibilt. Ott lit ZEE,
-humie- I& froMpeat,or.
comigted o f t qct
-acids ta~,6,6 was-14'
t In compariwd jvith a mixture of water glass ~tid t;oda, it recluces
2 W3c
`e
decrease
4 the
-wam Slip3 by
aistum of sanitue
th
-
,
e m
,
,
y
atUoUtIt 0( alkali In'the mix, redwes Consumption Ot lvqter glas
itt,:reascs the life of gyp3utu titolds, and aceclerat6 cohiiderably
'(60%) the fortnatiod of the shape in the niblds. 112,K.
t. LoniTlasting patterns containing caustic magnesite forgypsum
.4 molds. M. A. NfxiVecv. SWIa i Kejapn , 10 Jill WAS
(10M).-The,mix should coittaitreauhtic lltagnc~lte 60, 114ely
groutt.1 SaIld 311 to 3-1. aoll Powdered a'd,wstw 6 to
Residuct; of maguesite, sawl, and tt.,Ne,toi Oi6tt4l itut
CXCCC(l 10, 6, -,It!il 37, Ott SiQVeS Ig 49(H), (1110, 1110 1)(JO

gi. w
opetiingi per ctit,', Reduction of the sliveifie,9nivityof I 'a I L,1i
!kc 1jt!t
from 1.3 to LU devre;tSC5 tht!'rettlog 0111k. from (I
lawvr% tilt., strettgth ahilost half. Optittlittit dryittg time iq 3 lit.
r
at 11W. Strength increawA du ing storage,

T. R.
Vol - 3 No. 3 2952* I-rj;lplg.jjj f1f 11
Wart, Slip 1.) ...... -slam.-
("kill h-wim-r,
March 1954 Kuk-ol(T kh, i K(, ' fary.
.,~' I St, ramika, v. lip, ,,;. 7'
Commias and Concrebo, jt !):"', I
Di" it,,' NNI) 'J'.
S TO. abics.

C cfult6)
SOLONIN, N.Y., doktor tekhniche*ikh uauk, professor; KINOISTS G.V.,-doktor
takhnichookikh nauk, professor, redaktor.
[Refractory materials for glass furnacqn] Ogneupory dlia ateklovarennykh
pachei; prolavodstvo i primenesie. Pod red. G.Y.Kukoleva. Moskva. Goa.
izd-vo lit-ry po stroit. raterialam, 195.1. 190 p. (KL-R.' 7;'V'l
(Refractory materials) (Glass manufacture)

KUKOL7,1, G. V.
IlChemistry of Silicon and Phvsical Chemistry of Silicates". State Publishing
House of Literature on Building Materials, Moscow, p 618P 19%.

n0l~c;ll -4i~_a4l--AR4QR=m
A viol
=rT
fl
an Eire-
EN4 RE t -"R R?, W
!--mO i-4m .Nwii, ME, sil N NO

I I - -t - .- . . - I -- ~ - I - -
- 1~
E M-
~6*1~
I ,,

Aro v
6.-v.-
ertles of -r-p Wusiei;i
v and L. D!~SvirsklTf
'IT
KRFOiT-1rT1;: 6. 729"'~Z3(0,14
r
fritS (e,g., Si02 AIA 7, KIO .1,
Na:0 15-1310, 5, Car, 5, INNO, 7L,"o) + .1 park clay in aq.
sohis. of INIgSO, were Studied in a maxial -cylinEivr vicm-11- -
eter. Tm 4;tatk yield strrs!., 0. detit. by :1 moho'li. wm
inclLpenJent of the app. dimetiMowi. It fiivrva-,xA with Ow
N[j.,SO4 catic" . (e.g., 180 awl 326 dynei;/sq. cm.) iii 0,74 and
0.95% hlgi0i, resp.). The structural vjicv-.;ity 7 increa-red
with the frequenc5r w of rcvolutions o! the cxterlud cylindcf,
Etarted wris gmatero the greater wm the prtide utiff
tht rrcatcr ivwi 0; the latter effect wai cfiv~ tri gravllml dc-
itructiots of flip Orticture at lAf4L W. Th-, ~tH!MUNIIWO
which vrovcd satidactory in twiductiou had 0 Im-tw("til 110
-and 180 r-id 7 ittai I poise at tht oust-1 of turbulney and
near 15 poises at the rate of spreadhig mcd in product i'~"
J. 1. Ifiken

BOTYINKIN, O.K.; YEVSTRCPIY]gV, K.S,, doktor khimichaskikh nauk, professor,
reteensent; TOROPOV, N.A., doktor takhn.nauk, professor, retsensent;
_~ff doktor
MAZURIU, O.V., kandidat khim. nauk, retsenzent; Wq
takhn:LchesYikh nauk, peofessor, reteenzent; ALKIND, J'a. 'kandidat
tekhnicheakikh nauk, redaktor; IWINA , G.A., red&kt4p-AVM%SK&YA,
N.I., takhnicheakiy radaktor.
[Physical chemistry of silicates] Fizicheskaia khimila silikatov. Izd.
2-o@, parer. i dop. Moskva. Goo.izd-vo lit-ry po stroit. materialam,
1955. 285 P. (MLRA (9:5)
l.Kafedra obahchey takhnologii silikatov Laningradeksgo ordena Trudo-
vogo Krasnoge Znament Takhnolegichaskolho inatituta imeni Lensoveta
(for Yevatroplyev, Toropov, Mazurin).
(Silicates)

V TA. U 1- 1: V
BUDNIKOV, Petr Petrovichl radaktor; BFMZHIIDY, Anatoliy Semenovich;
BULAVIN, Ivan Antalmovich; GRISSIK, Boris Mikhaylovich;
KUKOLVi G i ri Vladimirovich; POLYBOYARINOV, Dmitrly
Mo A.I., doktor tekhnichookikh nauk,
professor, r;tsenzant; GLMZABOVA, I.L., radaktor; PANOVA, L.Ta.,
takhnichaskiy, redaktor.
[Technology of ceramics and refractory materials] Tekhnologits
karamiki i ogneuporov. Pod obahchei red. P.P. Budnikova. Izd.
2-e, parer. Moskva. Gos.isd-vo lit-ry po stroit. materialam,
1955. 698 p. (KLRA 8:12)
1. DaystvitelivVy chlen AN USSR. 2. Chlen korras ondent AN SSSR.
(Ceramic industries) (Refractory material

-~-- Z'
U&qjj/ Engineering -Industrial *processes
Card. 1/1 Pub, 104 Vil.
Authors i IbseVich, A. I.; Kukolev, 0. V.1 and Petrov, 0. V*
Title t Use of peat extracts on liquid glass as dross peptizing agent
Periodical I Stek. i ker. 2, page 22, Feb 1955
Abstraot I The advantages derived by using peat extracts as drosa peptizing agents,
instead of the conventi-I sodium carbonate, are discussed. The dross,
obtained by applying peat extr&cts to the molten glass, was found to be
more vols~tile, to contain less moisture and have a laoer rate(W. SOlid-
ification. The time required for the formation of the crook is much re-
duced by the application of peat extracts. Tables.
Institutiont
Submitted-.

t j Ow ~n.
17, rP
a L;I.j 0,
J ~!M t6n ~iri;oti i;i L g
31-
t!" fov 'I- a-1.1 -1 KNIJ,111 R`ir). . Tht ixust K,
'I ~* for Al ~~ u:1, L
kz ;1,j.l-a!it I ;,-as O.r
J,w for C~ v'Aw" ..--d 0,70-1. for ",,I elik %1~,)
jv~ u1 i A'~ to 9 to Ci to Na. In 0;~-
"-i, Al 6-Y),
y!~..-1i,,1,-.
at
Ir

X 'o~ C' V
USSR/Physical Chemistry Kinetics. Combustion. Explosives. Topochemistry.
Catalysis, B-9
Abst Journal: Referat Zhur - Khimiya) No 1, 1957) 432
Author:, Kukolev., G. V., and Simkhovich, Z, I.
Institution: None
Title: Kinetics and Mechanism of the Solution of Alum-magnesia Spinel,
Forsterite, and Chromite in a Sodium Hydroxide Solution
Original
Periodical-: Zh. prikl. khlm., 1955, Vol 28, No 4, 353-362
Abstract: Finely ground fosterite., alum-magnesia spinel, enriched chromite, and
a fosterite-spinel compound were boiled out with a 35% C- P- NaOH
solution in a cuprite flask placed in a sand bath with a surface tem-
perature of 2000. The solubility curve is represented to the first
a roximation by a family of parabolas of the following general form:
x3p= kz, b (where x is the quantity of dissolved substance; z, the
tine) U b, a parameter). In order to establish the composition of
the dehydration of fosterite and spinel was studied. The spinel waa
Card 1/2

USSR/Physical Chemistry - Kinetics. Combustion. Explosives. Topochemistry.
Catalysis, B-9
Abst Journali Referat Zhur - Xhimiya, No 1, 1957o 432
Abstract: also anaLyzed chemically before and after boiling with NaOH solution.
On the basis of the similarity of the experimental curves obtained
with the curves of Grebenshchikov, the assumption is made that a com-
mon nature underlies the processes taking place when water acts on
glass and alkaline solutions act on fosterite and pinel. The phys-
icochemical processes which occur when aqueous NaOl:solutions act on
the basic structural components of the alkali-resist&7t filtration-
-eramic consist in the formation of a protective film of magnesium
oxides and hydroxides over the-fosterite and spinel gzains. The ap-
proximate thickness of the protective film has been calculated. 'Albe
extension of the Grebenshchikov theory to the action of alkaline solu-
tions on a number of minerals, rocks, and ceramic materials which con-
tain MgO, makes it possible to predict the b~lkaline resistance of
other compounds from the solubility of the hydroxides of the metals
from which they are formed.
Card 2/_2

ATD P 3723
SubJect USSR/Chemistry
Card 1/1 Pub. 152 - 3/16
Authors : Kukolev, G. V. and Ye. N. Leve
Title : Study of the process of caking of aluminum oxide in
various systems
Periodical : Zhur. prikl. khim. 28, 8, 807-816, 1955
Abstract : The systems CaO-SiO2-Al2O3, MgO-SiO2-A1203,
Na20-SiO A120,, and K20-Sio -A120 were studied, and
the relai-ionship between caking an8 structural diagrams
has been established. Seven diagrams, 17 references,
all Russian (1935-1951).
Institution : Kharkov Polytechnic Institute im. V. I. Lenin
Submitted : 0 30, 1953

AID P 3737
0--d-ject USSR/Chemistry
Card 1/1 Pub. 152 - 1/22
Authors : Kukolev, G. V. and Ye. N. Leve
Title : Effect of the production method and of the degree of
dispersion of alumina on its caking in the presence
of various additives.
Periodical : Zhur. prikl. khim. 28, 9, 909-915, 1955
AbEitract : Finely ground material shows a greater tendency to
caking than coarse ma terial. The process of caking
is accelerated by addition of TiO . Fe203,lor
Five diagrams, 15 references, 14 Russian 935M-7650~,-
Institution : Kharkov Polytechnic Institute im. V. I. Lenin
Submitted N 30, 1953

Q~,
Subject USSR/Chemistry AID P - 2774
Card 1/2 Pub. 152 - 2/19
Authors Kukol ev, G. V. and Z. I. Simkhovich
a"i"kAt,
Title : Kinetics and mechanism of dissolution of magnesium
aluminate spinel, forsterite and chromite in a
sodium hydroxide solution
Periodical : Zhur. prikl. khim. 28, 14, 353-362, 1955
Abstract : A detailed description of the experiments is given'.
I
The effect of temperature on the alkali resistance
of the minerals is shown in a table and In a
diagram. The spine! showed a higher resistance to
alkali than the forsterite. Seven tables, 7 diagrams,
13 references (12 Russian: 1933-1951)
Institution : Khar1kov Polytechnic Institute im. V. I. Lenin and
Khar1kov Branch of the All-Union Scientific Research

I ,
~Jjitr~ prikl. khim; 28, 14, 353-36,.', 1-95:5 AID P - 2774
0
", rJ 2/2 PUb. 31552 . 2/19
~, a . I-
Institute of Chemical Machine BUilding.
Submitted i Je 22, 1953

tn' - --a

helmmvwg ten
ily th~ L"
Alkl~ fuuni vilid solutions of rvjAaccnictit wqzli conu,.Aual~d, clanw-~ in Oc t-lr-w
I-, jol of thc .10': will, ald'i :h, \1

15-57-4-4052
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 4,
p 3 (USSR)
AUTHORS: Kukolev, G. V., Rebinder, P. A.
TITLE: Petr Petrovich Budnikov (Petr Petrovich Budnikov)
PERIODICAL: Sb. nauch rabot po khimii i tekhnol. silikatov. Moscow,
Promstroyizdat, 1956, pp 3-7.
ABSTRACT: See RZhGeo, 1956, 9159.
Card 1/1

15-57-8-11301
Translation from: Referativny zhurnal, Geologiya, 1957, Nr 8,
p 169 (USSRT
AUTHOR: Kukolev, G. V.
TITLE: Colloidal-Chemical Properties and Regulation of the
indices of Plastic Flow in Clay SUSpensions (Kolloidno-
khimicheskiye svoystva i regulirovaniye pokazatekey
plasticheskogo potoka glinistykh suspenziy)
PERIODICAL: V sb: Fiz.-khim. osnovy keramiki Moscow, Promstroyiz-
dat, 1956, PP 50-65
ABSTRACT: 'Bibliographic entry
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SOV/ 137- 57-6-95,Z7
Translation from:Rcfcrativnyy zhurnal, Metallurgiya, 1957, Nr, 6, p 29 (USSR)
AUTHORS: Kukolev, G.V., Zelenskaya, A.T.
TITLE: On the Sulfur in Metallurgical Dolornite (0 sere v metallurgiche-
skom dolomite)
PERIODICAL: Sb. nauch. rabot po khimii i tekhnol. silikatov. Moscow, Prom-
stroyizdat, 1.956, pp 327-332
ABSTRACT: A study is made of the reasons for contamination of dolomite (D)
bl- S, and methods of purification are sought for Nikitovka and Yele-
n~ivka D of the following 17/6 compositions respectively: SiOZ 2.55 and
0. 12, A1203 0.96 and 0.26, FeZ03 020 and 0.34, MgO ' 20.55 and
19.62, CaO 29.5 and 33.9, P205 - and 0.04; S03 0.03 and -; losses
on roasting 45. 10 and 45.72. Roasting of D in shaft oven5, cupolas,
and rotary ovens shows that in the Ist and Znd of these alternatives
roasting results in the S contents rising to 0.76,79 owing to the S in
the fuel, but only in roasting in rotary ovens, where there is less
direct contact between the D and the fuel, does the S content drop
Card 1/2 noticeably. A special equipment is used to study the reaction of

SOV/137-57-6-9527
On the Sulfur in Metallurgical Dolomite
S02 and D in the 800- 15000C interval. Curves of S absorption by various dolo-
mite mixtures, both with and without addition of gypsum, are presented. The
concentration Of S02 in the gas fluctuates between 0.9 and 10.750. D intensively
absorbs SOZ at lower temperatures, but the S content drops as the roasting
temperature rises. Addition of chrornite (0.5-25o) and introduction of anthracite
(0.4-157o) into the mixture failed to result in complete decornposition of the gyp-
sum. Addition of finely ground metallurgical D (5- 1056), inhibiting the onset of
sintering, gave good results, and the S content was cut to 0.01-0.0310. The opti-
murn mixture yielding good S removal, low porosity, and good resistance to
hydration is the following: 66.5% Nikitovka D, 28.576 Yelenovka D, and 5% gyp-
sum. The S enters the D from the fuel ash, the gas phase, and the --aw material
contaminated by gypsum. The best results of roasting are obtained in rotary
ovens. As temperature is raised from 800 to 15001, absorp'lion of S by the D
drops. The absorbed S is completely removed at 1700 0. Th- factors inhibiting
S removal are a strong reducing medium and the presence in the D of compo-
nents increasing the amount of melt and impairing sintering (scale, Fe203,
A1203, CrZ03, Fe02, and bauxite). Factors facilitating S removal are addition
of 5- 101o metallurgical D, introduction of up to 2% sodium chloride, and roasting
of D rich in gypsum jointly with D poor in fluxing agents (such as that of Yele-
Card 2/2 .novka) P. V.

SOV/137-57-6-10599
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 6, p 169 (USSR)
AUTHORS: 'Kukolev, GL,, Tarasenko, V.N..
TITLE: 1:1eat-resistant- Enainel Coatings ('ilharostoykiye emalevyye pokrytiya)
PERIODICAL: Tr. Khar1kovsk. politekhn. in-ta, 1956, Vol 8, pp 195-ZO4
ABSTRACT: An investigation of the feasibility of the protection of metal with
heat-resisting enamel coating for the manufacture from ordinary
steel of boxes for carburizing, parts of heating furnaces, crucibles,
and other articles which should be resistant to gas corrosion. When
the granulated frits of acid-resistant enamel are milled in a ball
mill, various refractory additives previously milled in a similar
mill are introduced. The grain size of the slip was 100%- 900
Mesh/cmZ and 16-187o +6400 mesh/cmZ. The application of the slip
of the under and outer coats of enamel was done by pouring. Two
outer layers were applied over the undercoat, the second coat being
applied after the first one had been fired and cooled. The firing of
the heat-resistant outer layers was performed at the usual temper-
ature (850-9000C). The thickness of the undercoat layer was 0.16-
Card I/Z 02 mm, that of the heat-resistant outer layers was 0.5-0.7 mm.

SOV/137-57-6-10599
Heat-resistant Enamel Coatings
The coatings were tested for heat resistance by means of soaking the specimens
three times in a muffle furnace at 950-9700 for six hours, cooling them in air
after each heating, and checking the luster, shock resistance, and wear resist-
ance. The tests established that upon firing and successive reheatings, the var-
ious refractory additives behave differently: Chromite dissolves poorly in the
enamel melt and corundum dissolves only upon a prolonged exposure to heat,
whercas technical alumina, diaspore, roasted kaolin, magnesite, and zircon
dissolve rapidly. Enamels containing the following additive:3 (in $, of the total
weight of the enamel with the additive): 1) corundum 50; Z) diaspbre 30; 3)
chromite 40, corundum 10; 4) chromite 30, technical alumina 30; and 5) chro-
mite 30, diaspore 20, resist the action of 900-9501 tempero.tures better than
others.
G.Sh.
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