SCIENTIFIC ABSTRACT SHTEYNBERG, YU.G. - SHTEYNFELD, B.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550020016-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Study of the Crystallization of Boron-
Free, Strontium-Calcium Glazes
Card 418
53 s4 S5 S
SS S N
IS80
S,O
SlIq
go /00
SrO Sig,
1wr,
78212
sov/8o-33-3-133/47
w
fw
L
0 16 40i so 80 100
S?
-0-U471 I Y I
8rO--r1r8=1.6P(
Fig. 1. Indices of refraction N in system SrO-SiO 2
CaO-SIO 2' Numbers on ci.irves are frit numbers. Dotted
lines are Eskola's data, solid lines the present authors'.
Fig. 2. Eskola's diagram for system SrO-SiO 2 - CaO-SiO2,
wTemperature (0 C); (W) melt; (X) mixed crystals;
Y tu %; (Z) by wt.

j f'. I - - 11
3
.9
fig
Qj
,Qf
0 1'0a Jo
2 12-
S OVI 0/47
IYO 1,99
cir 6' s1 0,
S'02
parameters In :3ystem SrO
(A) lal-tice pa-pameters in Angstroms.
C;aO -1.01
,~n curves frlt ruarLbers.
Card

S t uc I Y1, 1, :1(, C" Q1 za t *101-. o f Bf-)
Gla-e.,~
Card 6// 6
T8212
7/8 0 - 13 7
117 .
I it e r- p la i,a vopacin,~ In system
C a 0 - S, 10 Lor Lw,-, triost Iritt-ni-le lines
2
i3pacinr, dt/n In Ani~;-.itrom,3. Nwribers on
i it Note: "M" j,-.; with I-)rO:CaO
FIC, 2).
Si~O-SiO
2
(A) Interplanar
curves are frit
= 1.69 by wt

1) 12
ul Giu:
L L Li-w/80-33-3-13/47
M
r
0 "0 40 5a fL? jig
SrO Sig. rag SIO,
FiE. 5. Specific Gvavity in system Si,O-S:LO 2
CaO - S -TLO 2- (A) specific gravity (C/Cmj); B. Cao-sio 2
coriterit in system (wt %)
There. are 4 tables-; 5 figures; and 1'J references,
3 U.S., 2 U.Y,., I Danish, 7 Soviet. The U.S. and
Card 7/18 U.K. referenceS, are, P . ELicola, Ain i . Sci . , 4,

-idy ol' Lhf,- Ury.'AallL-ation ()I* fiovoll- -(8212
31,1
Strontium-Calclum Glazec, SOV/d(J-33 -3 -13/47
23, 331 (1921); E. T. Carlson, L. S. Wels, J. Res.
N. Bur. Stnd., 51., 2, 73 (1953); A. W. Hull, W. P.
Dave Phys. Rev., 17, 549 (1921); R. W. Nurse, J.
Appl. CheTn., 2, 21111 (1952); F. Booth, H. Breneu,
Brit. Pat., 242996 (1924).
SUBMITTED: MaY 15, 1959
CaL~d

SHTEYNBERG, Yu.G.
Interaction between stronium glazes and a faience body. Zhur.
prikl. khim. 33 no.11:2413-2421 N 16o. (MIRA 14:4)
(Glazes) (ceramics) '

SHTEYNBERG Yu kand.khimicheskikh nauk; BUDANOV, S., khudozhnik
- - ~-
Majolica. Mest.prom. i khud. promys. 2 no.3:31-32 Mr 161.
(MLRA 14:4)
(Majolica)

SHTEYNBERG, YuaGo
Diahes made of local claye. Stek.i ker. 18 ro.:5-27-32 My 16..
(MERA
("Dottery)

SHTEYNBLMY Yu.G.
Crystallization of strontium-magnesium glazes. Zhurepriklek-him 34
no.7.-1470-1476 i1 161. (IOU 107)
(Glazes) (Glass)

S/080/"61/034/011/005/020
D227/D301
AUTHORS: Shteynbergy Yu.G., and Yevstropyev, K.K.
TITLE: Investigating the reaction of strontium and lead
glazes with a ceramic body. Part II
PERIODICAL: Zhurnal prikladnoy khimii, v. 34, no. 11, 1961,
2413 - 2419
TEXT: The present work is a continuation of earlier investigations
and its aim is to explain the differences in properties of glazes
of various compositions and also changes occurring within the layer
of glaze, supported on a ceramicp during firing. The studies invol-
ved measurements of radioactivity, given off by Na22 isotope intro-
duced into the glazog after the firing of samples. It has been assu-
med that the increase of hardness of the fired surface of colorless
lead glaze is caused by evaporation of the alkhline components of
the melt and should, therefore, be indicated by the decrease of N622
activity in this zone. It was also necessary to study the process
of sodium ion diffusion in both glaze melts and ceramic support
Card 1/4

S/O 61/034/011/005/020
D228%
Investigating the reaction of ... 7 301
(based on alumina and silica). In the earlier experiments Ca45 la-
belled melts were used and it was shown that calcium ions, due to
the absence of natural mobility in the melt, diffuse into the cera-
mic body but only together with the glaze melt. In the experimental
part, the authors used Na22 labelled soda which was introduced into
the glaze prepared I,,-- partial substitution of SiO + MgO in the No.
111 glaze with equimolecular quantities of PbO and B203. The compo-
sition, including 3 % of cobalt oxide for earsier observations of
rubbing down uniformity~ was melted at 13000C, crushed and made in-
to a suspension with 6 Druzhkovsk clays The ceramic supports were
made in the form of circular plates, rubbed down to the uniform
thickness which was measured with a micrometer with 2 micron divi-
sions. Glazed plates were fired at 1040 and 11400C and the thickness
of glaze layer measured. The distribution of Na22 was determined by
measuring the residual P-activity after the successive removal of
thin (10 microns) layers of glaze and the support. In the case of
iead-free glaze the activity of Na22 was found to vary along the
thickness of the glass layer. For samples fired at 114000 the reduc-
tion of Na22 activity near the surface was found to correspond to
Card 214

S/080/61/034/011/005/020
Investigatine the reaction of ... D227/D301
the increase ii, hardness in this zone, caused by evaporation of so-
dium, The relation was, however, found not true for samples fired
at 10400C, as at that temperature evaporation if sodium was less
pronounced. The lower concentration of Na22 Li the middle layer of
the -laze indicated that sodium, in contrast to calcium, has a con-
siderable mobility within the alumo-silicate-glaze melt. Iffithin the
body of the ceramic and the glaze melt diffusion of sodium occurs
either together with the melt or without it, but at a lower rated
and the depth of penetration, determined by removal of successive
layers, was 3000 microns respectively for specimens fired at 1040
and 11400C. In the case of lead glaze the activity of Na22 in the
uppermost layers remained constant indicating that practically no
evaporation of metal occurred. Similarly, this activity was also
constant in the intermediate layer and only marked decrease was ob-
served within the ceramic body next to the glaze layer. The adsorb-
ing action of lead ions is pronounced on the border line and pre-
venzs dissolution of support in the glaze. Rapid decrease of Na22
activity in the contact layer of the ceramic indicates intensive
diffusion of the low viscosity lead-boron glaze into that layer and
Card 3/4

S/080/61/034/011/005/020
Investigating the reaction of ... D227/D301
the depth of penetration corresponded to 130 and 150 microns for
specimens fired at 1040 and 11400C respectively. The low mobility
of alkaline earth metals indicates their stronger bonding with the
siiica-alumina support and also supports the observation that they
influence the crystallization of the glazes to a considerable de-
gree. There are ' figures and 1 table and 8 referencesa 7 Soviet-
bloc and 1 non-Soviet-bloc.
SUBMITTED: January 20, 1961
Card 4/4

SHTEYN-BERG, Yu.G.; GAIMMAH, Ye,,L.
Strontium crackled glaze. Stek.i ker. 19 no.5:24-26 My 162.
(KRA 15: 5)
(Glazes)
(Strontium)

SFTEYNBERG, Yu.G.
Effect of the gas medium on
glost firing. Stek. i ker.
the quality of the glazed surface during
19 no.2:26-29 F 162. MfL~ 15:3)
(ceramics)

:WH
0-63

SHTEYNBERG, Yu.G.
Crystallization of strontium~-beryllium glazes. Zhur. prikl.
khim. 36 no.10:2138-2148 0 163. (MIRA 17:1)

khim.mw'
~n' ~Tajolica ear,.heriware fri.m. 1---c-a :--4 mel ';ay.
r2o.22:16-21 D 164. !F!3)
C-::v,,.,d.-.-rqtl,-nyy Issledovatellsk-ly rkeram~~ch,~-x-~y

, Ya. rl, . . - Ra n 0 . k-- In~ id,
SHT7 - ..., - -
11 ' 3' -52 1 11 1
abcut ct-k- ~ k-1-- 7~ -*
I . -1 --. -1 .-., . ff -.-ot% -j, Je
(IMTRA :18-. 6)

SHTEYMRG, YU.G.
Regularities in the properties of glaze glasses. Trudy GZKI no.3-.47-
67 161. (F-M& 18.-7)

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~j
L E'ftict a- ,ar-icus !.7/pps of fcj!-.,:iati-r;n cf el-astomers
on L a ri h i -on t o f i 1) rou zi D o I v;:i e r s Ef e C,
u 1 ral]
-,~-itinn by ;ulfur -,~n adhesion -ubbpc tc.
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B 12 7 82)2
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V .;. ;jaye7rSkIV, -3, S Voy,; 31- 4 y
L I L 96 r,,:
h e d e -n,l r - e o ~ Z.,J h e or,~
5~ u I e w s 1. e D r C- s er e, y
t'- a a x I TI I u M ard Lts deo~,nlen---e -.n -he t,~Pp- of
c,-2 Fn, a a 3' n p -k in the Df -s to
r r: -two!
in the nr-~~-erlt V., r, I C
res of' s 0--~~? 1. f d f erpn t t

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30912
S/ g()./'; 1
v~--,rl Cu~3 ~Ype~- C ru~'~U r Bi o6./B i ol
occurz3 :.ri all 3,--imples inve~~U':-at-d
1-, 1 - i 'C'n t n"~ S t r0- --fe t, i:, hir-I n e r h r ab b e r fi 1 m be zaus!~ sh -n 7- a ~e
n ccmta,-J --crie increase wish chick- e
n s
obserl-.--i,~Lcns ~~f t"s study '-~-jlly a.greedi with t?le
Vne s~ron-rrer a,Jhes,-'cn to PerfTl a~i
'Vi ce J- I o P har, die to 'hi~ ~x'racrdi nary rigidity of mol-ecular chairs
of and h-L--r- Lal~v'.rlg densily .,;'rj'-rh c-c-mPli-catez --he
_i iementp ct' ru'---ber mole-cules, T---,,~ ootim-um degree of %-u' -aniza-
;
I fi;olon ol e
tir-)n, a 7.rlaximum. adh;~s-ion, cnn be u-,IlizL~d -_-i the -mduitry,
cond". ior-o used s,: pr-~-~sent for rubber fabrlo materials brtn.i-
a'-cu- a network, willh a molecular weight of Ll The r.;4. ~M-j
f 1.1 V.' 11 e -r e
s~abil---Ly of the adhez~ve bonj does ~~c~t yet decrease
Ales, '-'Owever, at 6000-06500 in tqe types of rubber inv~?stigated.
it is possible to increase considerably t'ne bcnd Strength cf
r-u')ber fabric maLerials by loviering the vulf~anlzari-con qegree of ruh-ber
layerl~ ~"Ireotly adherir,'~- to the fabric.- ~~ ",.--.weL- degree 4:-.f vul-tanizaticn
c f av- r - a-i :c.,:i)d red' w 1 he deare,; r. ru" -~an izat on o the bul
of r i r

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S/153/61/004/006/007/008
/-5-1 Ps 'S-0 E134/E453
AUTHORS: Rayevskiy, V.G. , Voyutskiy, S.S., S
TITLE- Relation of gas-permeability to bond strength in
materials based on the bonding of an elastomer to a
polymeric fibre
PERIODICAL: Izvestiya vysshikh uchobny1ch zavedeniy,
Nhimiya i khimicheskaya telchnologiya, v.4, no.6, 1961,
1022-1025
TEXT: The authors investigated the dependence of hydrogen
per.meability and -Libre-to-rubber adhesion of rubber reinforced
with polymeric fibres on the degree of impregnation. The fabrics
"perkall All (cellulose), "kapron art. 152011 (polya.-aide) and
"steklotkan' T111 (glass fibre), similar in structure, were coated
with carbon-black-filled ~~-I"'~-25 (SKB-25) rubber compound by
calendering. To obtain different degrees of homogeneity, tile
plies were pressed on a continuous vulcanizer at pressures up to
175 atm. before being steam vulcanized at 1430C. The permeability
of hydrogen gas was measured electrically on.the basis of changes
of heat conductivity of the air in the closed space of the
Card 1/3

S/l53/6i/oo4/oo6/0G7/Oo8
Relation of gas-perazeability ... E13VE453
apparatus beloi.., the test sample. A table summarizing pressures
applied to the plies, density, and degree of homogeneity is given
for fabrics based on all three fabrics. The fabric based on
glass fibre is less homogeneous than the others but shows greater
changes of hoi-.1ogeneity with varying pressure. '1-.,te lower
homogeneity of the glass fibre product is thought to be connected
urith wettability. A set of curves, showing permeability
coefficient*s, resistance to ply-separation at different degrees of
hoimogenelty, is given for all three materials. These show
decreasing permeabilities and increased bond strength between
resin and fabric with increasing homogeneity. The nature of
ply-separation also changes; with materials produced at low
pressures it takes place without visible damage to the coating
layer but damage occurs with inaterials produced at high pressure.
This change of character takes place at the following degrees of
homogeneity: cellulose, polyamide, 88"O~; glass fibre, 6510.
The extent of mechanical adhesion increases -with rising
manufacturing pressure. It uas shoim that for a giver. increase
in the percent impregnation, gas permeability decreases linearly
Card 2/3

RAYEVSKIY, V.G.; MAYZEIS, M.G. [deceased]; VOYUTSKIY, S.S.; Priningla
uchtistiye: -SIITEYNBERG, Z.D.
Binding strength between a rubber covering and a caracasse and
its effect on some properties of rubberized materials. Kauch.i rez.
21 no.2:17-23 F 162. (MIRA 15:2)
1. Nauchno-issledovatellskiy institut rezinovoy promyshlennooti.
(Rubberized fabrics) (Adhesion)

RAYEVSKIY, V.G,; VOYUTSKIY, S.S.; LIVANOVA, I.V.; SHTEYNBERG, Z.D. _ _ _
Effect of various types of elastomer
adhesion to fiber-forming polymers.
vulcanization on the adhesion of rub
Vysokom.soed. 3 no.12:1827-2832 D
structure formation on their
Part 1: Effect of sulfur
ers to fiber-forming polymers.
'61. (MIRA '15:3)
1. Moskovskiy institut. tonkoy khimicheskoy tekbnologii imeni
U,
M.V.Lomonosova i Naucbno-issledovatel'skiy institut rezinovoy
promyshlennosti.
(Rubber) (Vulcanization) (Adhesion)

RAYEVSKIY, V.G.; VOYUTSKIY, S.S.; YAGNYATINSKAYA, S.M.; SHTEYNBERG Z.D.
0
Adhesive strength of rubber coatings on a textile carcass
As dependent on the rate of casing in calendars. Kauch.i
rez. 21 no.9:8-12 S 162. (MIRA 15:11)
1. Nauchno-issledavatellskiy institut rezinavoy
promyshlennosti.
(Rubberized fabrics)
(Adhesion)

GEBGARDT, A.G.; 1UPETSKIY, R.F.; S11TEYND4RG#--Z.1!
State of thiamine in soils. Izv. AN SSSR. Ser. biol. no.3:1*01-408
14Y-Je 160. (KERA 13:7)
1. State University, Lvov.
(THIAMINE) (SOIL BIOLOGY)

8iiTEYNBQK,.B.I.; POPOV, V.A., red.; AR11OL DOVA, K.S., red. izd-va;
- BAdH'0R'I1JA, A.M., tekhn.red.
[Lumber industry in the U.S.S.R.; a statistical manual] Lesnaia
promyshle anost' SSSR; statisticheakli abornik. Mosltva. Gosles-
bumizdat, 1957. 294 p. (MIRA 11:3)
1. Russia (1923- U.S.S.R.) Planovo-ekonomicherkoye upravleniye.
(Lumbering--Statistics)
(Lumber trade--Statistics)

OTGHARMO. G.A., red.; SHTSTNBOK, B,I., red.; RTZHJ7, I*D*p red.;
ckiu OVA, TU.S.. is&.-.- XlPfl~M-A. A.A., takht.red.
[Industry of the R.S.F.S.A.; statistical collection]
PromVahlennostl RSPSR; statintichemkii abornik. Moskva,
Goestatizdat TsSU SSSR, 19610 343 p.
(MIRA 14:12)
1. Russia (1917- R.S.F.S.R.) TSentralluoys statisticheskoya
upravlenlyi. 2. Zamestitell nachallniia TSeutrallnogo sta-
tistichookogo upravlontya pri Sovete Hinistrov RSFSR (for
Aphov).
(Industrial statistics)

it
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-
-
witu mec"Al
6iters
Mo.
cln~
p (In
A"AAcbM II&M,Alk TI R.
slan.) G. D. 8h

27, June 1950. P. 23-24.
Experimental and plant-scale In-
vestigations established vultability
and advant"es. es"clally for bor-
lathes
Ing and turnin
.
TO
SG-)
f
(017
.
.
A A A - I L A METALLORWAL VURATUNC CLASSAFICAMM
.3ow 10"141,
t4l(lba 40 ONT 4VC 431431 OK QMV Alt
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w rt;x KID a 1 31111 An I % a ad a 01
, ~9,09
0 0 0 0 * 0 0 0 0 0 0 00 00 a 0 Al 0 0 41 0 * 0 0 .01 :. 0 00,400 41 0
:1'** 0" 0 0 0 0,0 0 0 0 0 0 00 00 0 * 0 2.0's 0
_000 066

SHTEYNBOK,G.D., inzhener
Make decisive imDrovementa in the operations of peat machinery
construction plants. Torf.prom.32 no.6:4-8 '55. (KWA 8:12)
1. Glevnoye upravleniye zapasnvkh chnstey energeticheskogo kho-
zyaYstva
(Peat machinery)

SHTEYNBOK, G.D., inzhener.
-, -
Now passenger car.- Torf.prom. 32 no.8:23 155. (MLRA 9:4)
l.Glavenergozapchast"
(Railro;ds--Passeager cars)

- I SHTEYNB-OK G.P. inzhexer.
Seasoning wW ijL petrolatum. Terf-Prem. 33 xe-5;35 156.
. i f. (KRA 9: 9)
1.Glavenerg9zapchast'.
(Petrolatum) (Wood--Dryiag)

SHTEYNBOK, G.D., inzh.; BOLTENKO, V.I., inzh.
lr~- .
Standardization of parts and assemblies for peat machines.
Torf.prom. 34 no.8:11-15 157. (MIRk 11:1)
l.Glavenergoremont.
Reat machinery-Standards)

5
SARARIN. Aleksandr MikhayloVich,, KARABV, Robert Alekseyevich, kandidat
tekhnicheskikh nauk; VERTMLN, Alekgandr Abramovich, inzhener;
KAR V. Viktor Nikolavevich,kandidat tekhnicheskikh nauk;.
f.
UDALfTSOV, A.Y.,glavnyy redaktorl,"wfiae!R~-~Yu-.Ira tor
dak
I-Apparatus for studying kinetic processes at high temperatures.
Apparaius for studying' the discharge of viscous liquids through
orifices and nozzles] Ustanovka dlia izucheniia kinetiki protsessov
pri vyeokikh temperaturakh. Uetanovka-dlia issledoyantia
Istecheniia viazkikh zhidkostel iz otyerstil i naeadkov. Tema 4.uo.P-56-457
Moskva, 1956. 15 P. (KJRA~ 10:3)
1. Moscow. Institut takhmiko-ekoneutbbeekoy informiali.
(Chemical apparatus) (Viscosity) (Fluid dynamics)

POPOV, Vladimir Ivanovich; GSANOV, Dmitriy Pavlovich; LYUSTIBERG, V.F.,
inzh. ved. red.; SHTEYNBOK G.Yu.. inzh., red.; SOROKINA,
T.M., tekhn. red.
[Diffusion chamber--for measuring the o