SCIENTIFIC ABSTRACT SHELYKH, A.I. - SHEMAGIN, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549020012-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 22898-66
ACC AP6006878
effect points to a strong increase in the carrier density with increasing tempera-'
ture. The conductivity in the CoO is produced by carriers of one sign, and at
sufficiently high temperatures the crystal is in practice a pure p-type semicon-
ductor. The dominating defects in the lattice, causing the occurrence of p-type
conductivity on deviation from stoichionietry, are cation vacancies which can be
singly and doubly ionized. The experimcntal data can be well described by the the-
ory of quasi-chemical processes, which lead to the appearance of electronic car-
riers in ionic crystals, under the assumption that the drift mobility of the holes
depends on neither the temperature nor the density. The Hall mobility of the holes
increases slightly with rising temperature and becomes practically independent of
temperature at high temperatures. It an.ounts to 0.04--o-07 CM2/v-see at room tem-
perature, and is somewhat lower than that of nickel monoxide. This result does
not contradict the conclusions of the wisting theory of semiconductors with low
mobilit-f. The drift mobility of the holes at high temperatures (500--1000C) ob-
tained by the authors by thermogravitational measurements of the cation vacancies
in CoO, is close to the Hall mobility. Orig. art. has: 1 figure.
SUB CODE: 2o/ suBm DATE: o8oct65/ ORIG MW: OC4/ OTH MW: 007
i Card 2/2

L 25:488-W56 EWT(1)/EWT(m)/r/F,4P(t) DP~-) JD/M
ACC NR, APGoo9679 SOURCE CODE: uR/o181/66/oo8/oo3/o883/o887
AUTHOR: Shejykh, A. "mov,, K. q J-
J[. ; Arte S.; Shvayko-Shvaykovskiy, V. Ye.
ORG: Institute of Semiconductors Ali SSSR, n
__jERL_gra4 (Institut poluprovodnikov AN
SSSR); Institute of ChemistjZ of Silicates AN SSSR, Leningrad (Institut khimii aili-
katov AN SSSRT \~' 17 . .-I
TITLE: Electric pr6perties of-single iYstals of cobalt oxide at high temperatures
and their dependence on the partial pressure of the oxygen
SOURCE: Fizika tverdogo tela, v. 8, no- 3, 1966, 883-887
TOPIC TAGS: cobalt compound, single cr7st3.1, electric conductivity, thermal emf,
Hall effect, carrier density, crystal defe:!t
ABKIMCT: The authors investigated the coaductivity andkthe thermal emf coefficient
of single crystal p-type CoO in the temperature range _9R--1_500K, and also its de-
pendence on the partial pressure of the oNfgen in the surrounding medium at 700K.
Single crystals measuring 0.4 x 0.7 x 10 mu were used for measurements of the elec-
tric conductivity and the thermal cmf, and crystals measuring 0-5 x 1.8 X 4 mm vere
used for measurements of the Hall effect. The electric parameters were measured by
a potentiometer method using both alternatLng and direct current, and the Hall effect
was measured in a constant magnetic field. The partial pressures of the oxygen -
ranged from 1 to I x 10--9 atmospheres. TM electric conductivity exhibited a linear
decrease with increasing reciprocal of the temperature. The increase in conductivityj
1/2

L 25488~-66
ACC NR'- AP6009679
whether due to a change in temperature or -;o a change in the partial pressure of the
oxygen, was always accompanied by a decreai-,e in the coefficient of differential
thermal emf. In the impurity conductivity region, the behavior of the electric re-
sistivity was determined essential-ly by the carrier density and not by thei:r mobility.'
From the measurements of -the dependence of the electric conductivity on the partial
pressure of the oxygen, it iras also Tjossible to determine the character of the de-
f.~cts occurring in the single-crystal CoO. At pressures 160-775 mm Ug the defects 1
are essentially of the (Co3+ - Co vacLuicy) and (Co3+) type. The authors thank.!.__h._J
Zhuze for valuable advice and a discussion. Orig. art. has: 2 figures and 2 formu- 1
1 las.
SUB CODE: 2o/ Sum DATE: o6Aug65/ oRiG REF- oo3/ oTa REF: o17
Card 2/2

FEDOSEYEV, K.G.; SHELYKH, G.I.
Thermal effect in the fermantation of antibiotics. Med. prom.
16 no.1:34-38 Ja 162. (MIRA 15:3)
1. Leriingradskiy khimiko-.Carmatsevticheakiy institut.
(EM-ENTATION) (ANTIBIOTICS)

SHELTMAGIN,_I., 4oktor ekon.nauk
Creative development of Marxist-Leninist theory. Sov. profsoiusy 6
no.4:12-17 Ap 158. (MIU 11:5)
(communism)

IISYTIK, V,-j F, "I ~,kj iCHEKINI, I,.*-
-.i e.7;
KRA
J

ye raboty.
Skre pe my,
Kiev, 1-52.
10YP.
A namual written for technical workers, on earth moving or.,erations., with tractor-
drawn scrapers., D2'1 30, etc.; published as a Gjort. Edition of Technical-
Literat ce, USS.i. (S-nt to LP4,,rs for re
R -ssia--Clngineer EtIllipment
I
Rus-9-a-Mechanical Lngineerin g
4. Jc.,aper Operations
Industr~y and Trade

SliFLYUBSKIY, B.V., inzh.
Semilnar on the quality improvement longevity, and reliability
of construction and road machinery and t~e improvement of
their technical servic'ng. Stroi. i dor. mash. 9 no.6:
17-3P Je 164. (YIIPA 19:11)

SHELYUBSKIY, B.V.; FRUSOV, V.V., otve-;stvennyy redaktor; KOVALIKHI-
_--' - VA_,~ V.P.. -tekhnicheskiy redaktor.
[Tractor-drawn scrapers; manual for tractor operators] Traktornye
skrepery; posobie traktoristu. Moskva, Avtotraneizdat Ministerstva
avtomobillnogo transp. i shossoinykh dorog SSSR, 1954. 94 p.
(scrapers) NLRAL 7:11)

SHRLYUBSKIY, Boris Vladimirovich; NIKITIN, A.G., red.; GALAKTIONOVA,
te.N., tekhn.red.; H ,IKOLAIYEVA, L.N., tekhn.red.
EOperstion of scrapers; manyal for tractor operators] Eksplue-
tataiia skreperov; posobie traktoristu. Izd.2-e. perer. i dop.
Moskva, Nauchno-tel-.hn.izd-v(i H-va avtomobillnogo transp. i
shosseinykh dorog RSFSR, 1960. 126 p. (MIR-A 13:9)
(Scraper:;)

SELYUBSKIY, B.V., inzh.
Good manual for workers in ti-j popular occupations. Avt. dor. 27 no.2:
27-28 F 164. (MIRA 17:3)

SHELYUBSKIY, B.V... inzh.
Seminar for Crimean mechanics, Avt. dor. 27 no. 3:31,P.3 of
cover Mr 164. (MMA 17:5)

SHELYL'BSi,',IY., V.., inzh.
A valuable seminar. Ayt. dor. 25 no.2-32 F 162.
(MIRA 15!2)
(Road ma,-hinery)

USSR/Chemistry - Lead Glass Aug 52
"Electron -Microscopic Investigation of the Reduction
of Lead After Treatment of Lead Glass in a Reducing
Flame," V. I. Shelyubskiy and A. I. Krokhina. Phys
Inst, Moscow State U
"DAN SS&R" Vol 85, No 5, PP 1097-1098
Samples of Pb glass contg 30% PbO and 6% PbO were
treated in a reducing flame and subjected to electron-
microscopic study. In both cases tiny crystals of Pb
were observed. The glass contg 30% PbO had crystals
of 0.01-0-05 microns and 0.1-0.2 microns. The den-
sity of the fine crystals was 10 per sq cm,, The
239T28
glass contg 6% PbO had crystals of 0.05-0.08 microns.
The density was 109 per sq -m. Submitted by Acad
P. A. Rebinder 26 May 52
239T28

Measure!~Pt of electrical conductivity of_"s in the selid
state. 1'. 1. SIIELVVBSKLI. ~ ~kl, i K~emm., 10 19) Q-15 (1953).
Tournal of the American
asureincrits were made of 7. r
100 (teniperatu e at which
Ceramic Society specific resistance is 101 ohms/cm.) using a mirror galvanometer
J-uly 1954 and an electronic inegohineLer. Two meaturing installations
were de5igned, one for one specimen and another foi 6 specimeas.
Glass 7'11'ith, the mirror galvanometer, the specific resistance'was calcu-
lated from 0 - k(DIII) X (v/a), where K = r140Cis a constant af
tile installation, D is the diameter of the specimen in mm., I is the
length of tile specillmn in mill.. V is the voltage Oil the specimen, a
is the galvanometer reading in min., Cis ~oustant of the galvanom-
eter in amp./trint, Measurements were made at 4 to 6, tem-
Peratures, and from these r, - too wjs determined graphically.
Most errors were the Nsult of temperature measurements; a,
error of V ill temperature measurement was*equivalent to a 4%
error in specific resistance. It was sufficient to make measure-
ments over the interval within which SJ~C611C resistance varies
fr2ut 2-4 X 107 to (),-,-2 X Hy ohms

USSR/Miscellaneous
Card 1/1 1 Pub. 104 - 9/14
Authors Shelyubskiy, V. I.
Title ]Uectron-microscopic studr of the structure of etched glass surface
Periodical Stek. i ker. 10, 19-22, Oct 1954
Abostract t Electron-microscopic investigation of the structure of an etched glass
surface was carried out by the method of single-stage quartz impression
obtained by evaporation of the crystalline quartz in vacuum. The re-
sults obtained are described in detail. Illustrations.
Institution
Submitted

tm/ Pilysics
Card
Authors Shel:Viibskiy, V. I.
Title Investigation of the. lead reducinC, process during the treat-
ment of lead glass with the reducing flame
Periodical I DoU. AZT SSSR, 96, Ed. 4, 745 - 747, June 1954
Abstract Experiments showed, that a rapid increase in surface con-
ductivity and of the roflection coefficient, takes place
during the initial stages of flame treatment (5-15 see.).
This is in conform~t,~- with the assumptions made regarding
the reduction of lead Ln atom form. The lead atoms serve
as centers facilitatin,3 the electron exchange. The surface
of the glass acquires the properties of a semi-conductor
with an electron condu3tivity. An increase in processing
ti-e increases the number of reduced lead atoms. Eleven
references. Graphs.
Tnstitution Central Scientific-Research Laboratory of Electro-Technical
Glass
Presented by: Academician P. A. Rebinder, March 3, 1954

JIIEL'-'U KI . . I.
I L
.,.IELYT B-3K-II, - . I. :"Investi,,atic-,; ol' Bile prccess of reduc-'r.- lead i
wc,rki 1g lea,led in a r.-241icin , f'lame". ! oscow, 195' - Min Higher
Educatio i U~`3,1- 'Voscow -)rder oil "O-nin Chemicofeclaiolo,,ical Inst ijaeni
D. 1. I-lendele.,rev. (D-Issertations for the de-ree of Candidate of
Technical ~*c-Jence. )
S": Kn-izhna-.-a Letopis' No. 50 10 D.-cember 1955. !'Oscow.

USSR/Electronics Electron Microscopy, H
Abst Journal: Referat Zbur - Fizika, No 121 1956, 35121
Author: Shelyubskiy, V. I.
Institution: None
Title: Use of Electron Microscope In the Investigation of Glass
Original
Periodical: Collection: Stroyeniye stehla, Moscow-Leningrad, AN SSSR, 1955,
219-223
Abstract: None
Card 1/1

SMYUBSKIY, V.I.
The use of an electron microscope in studving the polished surface
of glass. Stek. i ker. 12 no.10:7-9 0 155 (KIRA 9:1)
(Glass manufacture) (Blemtron microscope)

IS Y
V.1
USSpAhemistry - Microscopic analysis
Card 1/1 Fub. 104 - 3/12
Authors i Shelyubskiy, V. I.
01
Title tElectron-microscopic investigation of.the initial stages of destruction
of glass with water
Periodical IStek. i ker. 1, 8 - 9. Yen 195f.
Abstract tElectron-microscopic investigation of the initial stages of destruction
of glass with water was carried out by a method of single-stage quartz
impression obtained by Sreatinj; ZS-5 glass speaimens in distilled water
at a temperature of 100 . One tBSR reference (1950). Illustrations.
Institution:
Submitted:

112-2-4287
TRANSLATION PROM: Referativnyy .7hurnal, Elektrotekhnika, 1957,
Nr 2, p. 249 (USSR)
,.UTHOR: Shelyubskiy, V. I.
TITLE: --Vie _Utili~_aCi`o~ of the Electron Microscope for Research
on Gla-ss (Primenenije elektronnogo mikroskopa dlya
issledovanlya stekla)
PERIODICAL: V Sb- Stroyeniye 3'~ekla, Moscow-Leningrad, AN SSSR,
1955, pp. 219-223
ABSTRACT: Bibliographic entry
Card 1/1

AUTHCR: She1-,1_,bSki:,-, V.I. 72-12-65/1-

TITLE: Short Re.orts (c') (Kcrotl,:iye soolcshcneni~ra)_
PERIODICAL: Zavodskaya L-ibora-toriya-, 19:57, VG1. 23, Nr 12, rl). 15241-i-52~ ( USSR)
ABSTRACT: In this ;-,aT.,,er a new device, a rarr, impact machine (t,~Pefl'(-20for
th,.! testing of glass -naterial %,rith respect to iLTact and bending is
suggestet]. It conoiist3 of a firmly mounted stand on to which a
bracket vrith ail adju3table renduluan Is mounted, so that the -Dendulum
can be adjusted to a ~-iigher c.r lo;-,rer pos4t-*on. As a aeight the pen-
dulwq has an excha-nge?tble hwmer~ a.-,a itS vmy can be adjusted accord-
ingly. A roxer r.,ieter ;s mounted o- to the bracket, M-iich ~ihczm the
rol-,,er useJ at the morwnt of the lesti-actior of the san-ple. The sam-
r,le is fastened un(,ler the Pendulum: by scre-,-'r claUT-s in such a rranner
t1vtt i-4 ic- -~c, the -Lrpact of ~he *~)-~~ndull= nat an angle of
170 Cles the - I T - -
As sarrq L:'e'3 -)' he rio`.erial to 'he tested, -ihich

~~,.re e 6 -
ither round or rccta,!g~Alar, rirp i_-e3. Good success was attained
"ith this device e3rec:;ally +ien te,--tin7 o-_'IS3 r~ateria,-_' after ther-
mal treatme~it carx-iei out in cr6er to increase its x-_-sistanoe against
ii-nact and bendin;'z. Ir or](--.- to T)revent arlinter!~ of the destroyed
Card V2 gi~tss saz-pie fr.D-m b-tinE stre.-P-i ano-_,". the .-;hole devi-Ce is T~rov_fded

St,,rr' Report-- ( 9)
with a protec~lilre ense consilsting of a metal, frame ond unbreakable
gla5s The:-e is I figure.
ASSOCLATION: Sci-entif ic Research Inz titute for Electrovacuum Glass (Nauclu-lo-
iss led ovatel'skiy iri&titut e lek trc vaknuumnogo 3tekl,--).
AVAIIABLE: Libr-ary of Congre-s-,
1. Glass-Test equ4mei~t
;ard V_

KITAYGOIIODSKIY, I.I.; SHF6LYUBSKIY
W-10~m . ~
The mechanism of lead redu-.tion in the treatment of lead glasses
in the reducing flame (wit'A summary in Inglish). Zhur. fiz. khim.
31 -io.6:1285-1294 Je 157. (MIRA 10:12)
1. Nauchno-issledovateliskiLy institut elektrovakuumnogo stekla.
(Reduction, Chemical) (Lead) (Glass)

ISOV-120-56-1-37/1, 3
AUT!101~S -. Siie V. I., Gaisarov-, V.V.
TITLE: A Temperature Sili~ Resistor Furnace (Vysokotempera
L~'
t,arna7a silitavaya pech')
a
I 30_13C', (IT ST
I .-) j us ~Z
ABSTHA(-~-'-: A t resistor fulma-ce desi,-ned to -Ave te-:-
L3
,D f -G'a- of 15U000 witli small tem-,,~erature
chin t.n -~ c ,- u c b I e c o r. tt, a i n i i i i -~ 2. a - t e r i a 1 -an dz~ i r-, -e- s a -
wa 1:., -
-1--velo ~ed Zor a viscometer us;~d to :i-asure -,,2e vis-
ol, ciolten ~7-lass. The farn-cce is shov.,n s2hemati,3ally
i n F i,,, 1 The heater c --)nsists of 12 silit- resisl_-,or rcds
placed at e-~+-.tal diitanr-1:es round the ce.ntr.al part- of th,~, fur-
nac, e . 2,,-,-e --F,--Ith of t!lese rods can be -,,raried. Vie tem~~-.er--
a-uurc- -~~t tLe sarfacr-- of -U'-~wse rods is n~)-U more than 1536'--r-71
Tile circuit supplyin- -~he furnac;e is s1hown in Fig.2. Thr- e
t~-,.;v-:er,a1Gure of the furiace is automatically cop-trolled and
can be 1~-.en-t constant to within +10C. The tem,,)erature o-rad-
ienG Ln ~he wonrinl-, s,-~:ace is ab3ut 1-20C. the 14near dimen-
Dns of tnis re---*Ljn ab:)ut 5 c1n.. A tljin alundt tube
"ard 112

SOV-120-53-1-37/43
A Hi-h Tem,~erature Silit Resistor Furnace.
separates the worlkimr volutae from the siiit resistor rods
U
L;:) 'GhaU the fU-rn[Lce can be used with substances w'Liose
vapDurs react with the silit resistor rods. There are 2
diaj-ra~us and 4 Soviet references.
A6S,_-,C,IATJuN: ~llauci-ino-i.~slcdovaLel's'r-liy institut elelctrovakuwyinogo
stekla (Scientific Re2earch Instibute for Ellectrovacuu!"'I
Glass)
SUB111ITTED: Lilay 201 1957.
I. Furnaces--Design 2. Glass--Viscosity 31 Viscos~meters--Appli-
cations
Card 2/2

SHELYUBSKIY, V.I.; KARCHMAR, TS.A.
Determining homogeneity of the batch by its natural radioactivity.
Stek. i kBr. 15 no.4:16-18 Ap 158. (MIRA 11:5)
1. GosudarstvennyyInauchno-,issledovateliskly institut elektro-
vakuumnogo stekla,
(Glass martufacture-quality control)
(Radioactivity-Measurement)

AUTHOR: Shelyubskiy, V. I. SOV/32-24-10-39/70
TITLE: An Apparatus for Thernal Resistance Tests (Ustanovka dlya
ispytaniy na termiche3kuyu ustoychivost')
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol 24, Nr 10, pp 1266-1267 (USSR)
ABSTRACT: The apparatus UM_-1 is devised for determinations of the
thermal resistance of glass, compounds of glass and metals,
minute radio details, and electro-vacuum apparatus. The con-
struction of the apparatus was carried out by A. I. Neyman and
V. A. Lipovskiy unde:7 the supervision of the author. The ap-
paratus consists of in electrical stove which rotates an a
bracket, a container for cooling the samples, a cooler, and a
switc'h board. Autotrinsformers of the types IAM' -1 and !A='-2
are used in the electrical supply for stoves. The temperature is
automatically controlled with an accuracy of -+0,3% by dilato-
metric control, the temperature of the sample being measured
by a thermometer or a thermocouple. In the second case a
potentiometer of thE- type PF7is used. The apparatus makes pos-
sible tests of the thermal'r~sistance within a temperature
range of +800 to -6,10. At lower temperatures the cooling is
Card 1/2 carried out by means, of an alcohol - dry ice mixture.

An Apparatus for Thermal Resistance Tests SOV/32-24-10-39 // 7,01
There is 1 figure.
ASSOCIATION: Gosudarstvennyy nauchno-issledovatellskiy institut elektro-
vakuumnogo stekla (State Scientific Research Institute of
Electro-Vacuum Glass)
Card 2/2

AUTHOR: Shelyubskiy, V. 1. SOV/120-59-5-42/46
TITLE: A Programmed Temperature Regulator for a Thermostat
PERIODICAL: Pribory i tekhnika eksperimenta, 1959, Nr 5,
p 144 (USSR)
ABSTRACT: The regulator (Fig 1) is in the form of an attachment
to an ultra-thermostat. It may be used to change at a
constant rate the temperature in an instrument .,rhen tile
temperature is stabilLzed with the aid of a thermostat
controlled by a conta-:t thermometer with a magnetic head.
Rates of up to 1.50C/inin can be obtained.
There are 2 figures.
ASSOCIATION: Gosudarstvennyy nauchno-issledovatel'skiy institut
elektrovakuumnogo stelcla i teklinologicheskogo oborudovaniya
(State Scientific Res,~arch Institute for Electrovacuum
Glass and Technological Equipment) Ll~
SUBMITTED: July 24, 1958
Card 1/1

15(2)
A U T E7 0 Shelyubskiy, V I. sr.-77
1/72-59-11 -S' j"
TITLE: New Apparatus for Investi~ating the Physical Properties of

PERIODICAL: 7
Steklo i keramika, 1'59, Nr 11, TiT, 27 /2 (USS2,)
ABST.7'ACT: The present paper deE.ls witli and describes the followino te3tinZ
units developed by the Nauchno-issledovatel'skiy institut
elektrotekhnicheskoCc. stekla (scientific Research Institute of
Electrotechnical Glass). Automat-ic Recording Visco5imeter:
As can be seen f rora --.he paper by V. T. Slavyanskiy (F oo tnc te
the automatic viscos:-meter GOI has so far been used. Howe-j~,_*,
it is not suitable for the measurement of low. viscositY
The basic electromec'-ianical scheme of the viscosimeter is ~;i-cn
in fig-ure 1, a general view of the instrument in figure 2.
N. A. Belot2lov, L. A. Fedin, and F. P. Chernikov (Footnote 2)
cooperated in the de:;iCn of this viscosimeter. In connection
'the development of t'.w _--lectric fuznace of this viscosimiot~?z-,
previous pap--rs by tl-.e author and V. V. Gusa-rov (-Ootnote 3) ar2
referred to. E-ic fuTiaco is fed -from th6 auto transformer Of type
TTIN-15, and its temp-_-ratur-:~ is controlled b-.- means of the
Curd 112 threc-1,oirit potcntio-,ieter EPP-09.

th~:, !I'-z;1cal SOV '72-5'r-1
t"rit fo-- tl:c of the T.Lormostability of
'21,is lo als-, uf interr-t for th,:~ c,-1-culatic;r- of
o~jcal a.j i., dei~,onotr_ated in the i)-aper by V. L.
IndQ ',boriy ~T. I. Ananii~~!~ (Foutnot~,~ 4). ThL- new unit i2 :;hc:,.-,n
fi7,urcc "~ and -It. A. I. and V. A. Lipovski- (.Footrot.:! 0
cooporatod in tulie Apparati.1- for transveroe-bendir_C7
and the d?termir--tion cf Youncls modulus. It can be cecn in
fi~;ures 5 and 6. The alparatus Irlu-15 --.-as developed from the
C.1,2aratus MYu-5, as car be seen in the 1,aper b,,.- V.I.
Shelyubsk-iy, S. S. Galaktionov, G. A. Kukar':iri. The developmert
of the desi.~n .-.,-as carried out, inter al ios, by V.A. Tsaplin r1r-1
U
(Tootrote 6). Impact teL~tine machine for i:,1.a-t
bending tests: t1lie light pendulum macl.inc of type PKhS-20
cpecially developed for glass, or. the basis of the pendulu_m
machine of tYPe MY.-O-5. T~~; zachine can be seen in figure
-here 71rc 7 fi--ures ai-ld 5 Suviet rel'erences.

14(i 1) SOV,132-2~ - 1 -4 1,1/51
1
~TjTHORS: 7 . 1 G a I ak t -4 o n ov , 33 . 3' Kukarkin, G. A.
'-ITLE: Machine for Testing the Bending, and Determiining the Loung
Modulus of Glass (Piibor d1ya ispytaniYa na -izgib i opredeleniya
nioiulya Ylinga- steki,.)
PERIODICIL: Zavodskaya Laboratoriya, 1959, Vol 25, Nr 1, PP 114-116 (USSR)
-PBSTRACT: Tl-.e limit of the berding strength and the )Wng modulus of glass
are usually tested cn metal test--'Ing machines (Ref !) or on
simple laboratory alpararus (Ref 2). No eaual increase in stress
can be adjusted there, which fact decreases the measuring
accuracy, as the strength of glass considerably depends or t--
rate of the increase in stress (Ref 3). An aDparatus was con-
structed which recoids automatically thti magnitude of the de-
struction stress and makes possible a determination of the
maximum deformatioti. The operation principle of the apparatus
(Fi4g) is that a r,-,o'ucr (by way of a worm screw) on a lever cf a
supporting girder d4splaces the stress while the other arm
exerts a :certain pressure upon the sample from below; thus, the
sample is pressed aEainst a suppcrt fixed above the sample. The
Card 1,12 posi'-~ion -of this surport can be adjusted and the support itself

11 , .1 i, ,
-44 - , -,I
"'achine for Testing the Be-nd-Ing, azid Determining theYoun of G-'ass
is connected -xith an e1ectric c::~ntacz which automatical-~
records ,e ---tress :-n the -za3e of the des'ruction of t-r--
sample. The magnitude of the stress is calculated acccrding
to the equation (1). The measuring accuracy depends on the
troduction .:,f ihe simpIe and is about 2-3".
There Eire 1 figure and 4 references, 3- of ~.,.`--Jch are Soviet.
A S SOC 1A T10'111 Gosudarstvennyy nau3hnc-.Jss-!edovateI?sk-4y ins"Itu-I elektrc-
vakuumnogo stekla (3tate Scient-i-fic Research Inst~tute of
I
Electr(,--Vaz;uum Glass)
Card 2/2

13'/
FLME I BOOK UFLOrrATION
SOV/5486
Vaesoyuznoye sovrshchanlye po vnedreaiya radicaktivnykh izotopov i yadernykh
izluchenly v narodnaye khozyalstvD SSSR. Riga, 1Q_60.
Radio,Lktivnyye izotopy i yadernyye irlucheniya v narodnom khozyayst're SSSH;
trudy soveGhchanlya v 4 to=akh. .1. 1: Obshchiye voprozy primeneniya
Izotopov, pribory a istochnikami. .7adioaktivnykh izlucheniy, radiatelonnaya
khImiya,'Ahimicheskaya i neftepere--abatyvayushchaya promqohlennost, (Radio-
active Inotopea and ruclear RadiatIons in the National Econom7 of the USSR;
Trannactiona of the Symposium in ~ Mumes. v. 1: General Problems in the
Utilization of Icotopco; Inatrumc.,ito With Sources of Radioactive Radiation;
RatUation Chemistry; the Chemical and PetriDleum--HcfWng Industry) Moscov,
1961- 340 p. 4,140 copies printed.
Gootoptekhizdat,
Sponaoring Agency: Gosudarstvennyy nauchno-tekhnicheaw.- ko-Itet Boveta KinistroT
SSSR, and Gorudari3tvennyy komitet Soveta Ministrov SSdR po ispol'zovanlyu
atomnoy energil.
Ed. (Title page): N.A. Petrov, L.I. Petrenko and P.S. S&,ritskiy; Edo. of this Vol.t
YOU-
L.I. Petrenko, P.S. Bayitskiy, VJ. Binitsin, Is. M. Xolotyrkin, II.P. a
and H.F. Romm; Executive Eds.: Ta. S. levina and B. F. Titskays; Tech. Ed,*.
E.A. Mukhina.
C-rt-lhe

Radioactive Isotopes (Cont.)
SOV/5486
PURPOSE- The book is intended for technical personnel concerned with problems
of application of radioactive isotopes and nuclear radiation in all branches
of the Soviet economy.
COVERAGE: An All-Union Conference on problems in the introduction of radioactiye
inotopco and nuclear r-Ldiation into the national economy of the Bov-1et Union
took place in Riga on 12-16 April 1960. The Conference van sponsored by:
the Gosudaratvennyy nauchno-tokhnichaskiy komitet Soveta Kinistrov SSM (State
Scientific and Technical Comndttee of the Council of Kinisters, USSR); Glemioye
upravleniye po iapol'zovaniyu atomnoy anergli pri Sovete Miniatrov SSSR (main
Administration for the Utilization of Atomic Energy of the Council of KLniaters,
USSR); Academy of Sciences, UE'Sa; Gosplan USSR; Goaudarstvennyy komitet Sa7eta
Ministrov SSSR po.avtomatizattii I mashinostroyeniyu (State Committee of the
Cuancil of Ministers, USSR, fcr Automation and Machine Building) and the Council
of I'linisterB of the Latvian &~R. The transactions of this Conference are
published in four volumes. Volume I contains articles on the following subjectsi
the general problems of the Ccnference topics;,the state and prospects of
development of radiation chemlatry; and results and prospects of applying radio-
active isotopes and nuclear rrdiation In the petroleum refining and chemical
industries. Problems of desll;ning and manufacturing instruments which contain
sources of radioactive radiat'.on and am used for checking and automation of
technological processes are e;uwdned, along with problems of accident Prevention
in h . No personalltics axe mentioned. References accompany saw of the
.1,1cyl.r.use
Card 5,~

S/072/60/000/00,3/C)04/C)07/'XX
B021/BO54
AUTHOR: Shel
TITLE: New Method of Determining and Controlling the Homogeneity of
Glass
PERIODICAL: Steklo i keramika, 1960, No. 8, pp. 17 - 22
TEXT: The new method of determining glass homogeneity is based on the
change in dispersion of a parallel bundle of monochromatic light by means
of fine glass powd'er in an immersion medium at small temperature changes.
The glass investigated is charged in powder form into a transparent cuvette
with immersion liquid. Fig. 1 shots the temperature dependence of the
intensity of light penetrated thrcugh the cuvette. The glass powder in the
immersion medium may be regarded as a Christiansen filter whose light
transmittance is expressed by the Raman formula. Fig. 2 shows the amount
of maximum light transmittance as a function of the degree of heterogeneity
o2 at different values of coefficient a. Coefficient a is calculated from
Card 1/3

New Wethod of Determining and Contr3lling S/072/60/000/008/004/007/XX
tile Homogeneity of Glass B021/BO54
the half-width p of the light transmittance curve (Fig. 3). It does not
depend on the degree of glass homogeneity nor on the immersion liquid, the
thickriess of the cuvette, or particle dimensions. The device for determining
glass homogenei ty is an attachment to the 14))k -M (FEK-M) photoelectric
colorimeter, and is shown in Fig. 4. It contains aAH,C-18 (DNaS-18)
sodium tube, an CH (3N) ferroresonance stabilizer, and anJ]AIP -2 (LATR-2)
autotransformer. The sensitiveness of the device can be greatly increased
by replacing the photocells by(~rK-l (FSK-1) photoresistors, and by intro-
ducirkg an optical extension of the light beam between cuvette and photo-
resistor. Fig. 6 shows the change in maximum likht transmittance on adding
to K-8 glass (refractive index n = 1-5179, particle dimension 0.1 mm)
powder of K-8 glass from another mElt (n = 1.5171, cuvette thickness 10 mm).
Fig. 8 shows the change in light transmittance of K-8 glasses by different
heat treatments. The author found a direct relationship between the
maximum of inhomogeneity measured and the scrap rate of glass production.
The new method of determining and controlling glass homogeneity can be
easily automatized. There are 9 fi,Kures and 2 references: 1 Soviet and
1 Indian.
Card 2/3

S/072/60/000/008/004/007/XX
B021/BO54
V%
70 ` - w- I
0 - 5 % npumm
-ff~. 4 - 9 ,
Legend to Fig. 6: a) light transmittance, b)*admixture . V
Card 3/3

SHELYUBSKIY, V. I.; VAYSFELID, N.M.
Using electron microscopon in studying the structure of
crystalline i~18,33. Stek.i ker. 17 no.5:23-24 My 16o.
(MM 13:8)
(Ceramic mat-3rials)
(Slectron. mizroscope)

6 "LYUB & I Y, V. I -
New method for determining and controlling the homogeneity of
glaas. Stek. i ker. 17 no-13:17-22 Ag 160. (MIRA 13:8)
(Glasa-Testing)

AUTHOR: Shelyubskiy, V, I.
S/020/60/17-2/017/06/013
B019/Bo56
*----------------------
TITLE: A New Method of Determining the Homogeneity of Glass
PERIODlCAL: Doklady Akademii naurc SSSR, 1960, Vol~ 133, No. 3,
pp~ 572 - 574
TEXT: The method suggested here is based upon change in dispersion of a
parallel beam of monochromatic light by glass powder in the immersion
medium when changes in temperature are not large. In this case, the
measure of inhomogeneity is tile statistical dispersion which characterizes
the deviation of the refractive index of small glass particlea from the
mean value, Tile Raman formula (1) for the glass powder, considered to be
a Christiansen filter in the immErsion medium, is written down. The author
next develops formula (4) for thE optical density of the filter, which
goes over into the Raman formula in the absence of dispersion. Fig. 2
shows the temperature dependence of light transmission for K-8 glaz3r,
(K-8 glass) in the case of two different preliminary heat treatments. The
glass sample cooled in air is leEs homogeneous than tne annealed glass
Card 112

A New Method of Determining the Homogeneity S/020/60/133/03/06/013
of Glass B019/BO56
sample. The high sensitivity and the simplicity of the method are pointed
out, and its suitability for production control is shown. There are
3 figures and 9 references; 7 Soviet, 1 German, and I Indian.
ASSOCIATION: Naucano-issledovatellskiy institut elektrotekhnicheskogo
stekla (Scientific Research Institute for Electrotechnical
Glass)
PRESENTED: March 30, 1960, by P. A. Rebinder, Academician
SUBMITTED: March 23, 1960
Card 212

SHELYUBSKTY, V,I.; KARCHMAR, TS,A.
Improved method of con-,rolling batch homogeneity, StekA ker.
18 no.9:16-20 3 -O'L OIII~ 14-19)
(Gl-iss manufacture)

2 S-1b
29989
S/076/61/035/011/013/013
B101/B110
AUTHORS: Shelyubskiy, V. I., and Vaysfelld, ff. M.
TITLE: Investigation of the crystallization processes of glasses
PERIODICAL: Zhurnal fizicheskoy khimii, v. 35, no. 11, 1961,
2652 - 2654
TEXT: In this "Letter to the Editor" the authors describe the electron-
microscopic investigation of glasses of fine-crystalline structure, the
particles of which are of the order of mugnitude of 1 ~i. The investigation
was conducted with an 3M-100 (EM-100, electron microscope with 14,000-fold
magnification. Work was carried out irith chromium preshadowed carbon
replicas or celluloid-carbon replicas. Glass splinters etched with 12A HF
to make the structure visible were investigated. The detaching of replicas
from the glass was sometimes achieved by immersing the specimen in HF.
In most cases, Eelatin had to be used. Thereby it was possible that glass
splinters adhered to the replica and t.aey were removed by treatment with
HF of several days' duration. Results; (1) With increasin,,L, duration of
Card 1/3

29/08796/61/035/011 /013/013
i,,estigation Of the crystallizatior ... 13101/B110
atureq the particle
I.ystallizatiOn temper ained
thermal treatment at constant c This is exp!
the s and the number of Particles decreases. ing to diffusion
size increase c-_es by large ones Ow ned two
)rDtion of small parti investigated cont-li which
with the absc Oj the phases. (2) The material 0.5 ,, some of
displacement of a siz.. of from 0.2 to stowed stronSly
phases~ One had particles 3iO The other phase ,
showed the form of disthene, Al 203' 2' ie, to twins r,d triplets? a3 is
391S which often grew toget, rinerals in the 6-uss
elongated pri The presence of these two , -
characteristic Of rutile. (3)-At a certain point of time of crystallim-
was proved by X-ray analysis. particle size 0.2 4, which
tion, , dendritic intermediate phase appears, was identified as
disappears again at high temperatures. This phase s previously exposed
higO~2TiO2by X-ray analysis. (4) ',,',ight-sensitive glasse f irradiation and.
to ultraviolet radiation showed relations between length 0
the particle size decreased
With increasing irradiation doseq a saturation value.
structure. eased up to
and the content of crystalline phase incr ied by electron microscoPe-
(5) Th,~ individual crystals can be identif was also identified
V eucryptite and muscovite were found. The latter
Card 2/3
Investigation of the crys tall iza ti,,j ... 2S91087961611035101110131013
B101/B110
by, X-ray analysis and petrography. EAbstracter's note: The electron-
microscopic photographs cannot be reproducedj. There are 4 figures and
5 references: 3 Soviet and 2 non-SOviet. The reference to the English-
language Publication reads as follows: R.
1, 1958. D. Maurer, J_ Appl. Phys.,
SUBMITTED: March 23, 1961
Card 3/3

23811
S/020/61/--38/001/015/023
-31 //6 0/ _3 2 C
AUTHORS: Shelyubskiy, V. I. and Vansfelld, N. M.
TITLE: Electron microscopic study of the structure of sodium-boron
silicate glasses
PERIODICAL: Doklady Akademii nau'c SSSR, v. 138, no. 1, 1961, 100-101
TEXT: A study has been made of a glass with the following composition
(moles.): Na 207, B20 323, SiO 270. The study comprises the changes under-
gone by the glass structure due to a rise in the time of heat treatment
from 6 to 192 hr at a temperature of 6450C, and on a change of temperature
between 695 and 7550C with constart time of heat treatment. The results
of similar examinations with scattered light and scattered X-rays
(11. A. Voyshvillo, Optika i spektroskopiya, 2, No. 3, 371 (1957); Optika
i spektroskopiya, 3, Yo. 3, 281 (1957); VoysTvillo et.al. Fiz. tverd.
tela, 2, no. 5, 10171 (1960)) are compared with those obtained here by
means (~f an electron microscope. The investig~ition was conducted with
the replica method at 75 kv and 1.1,000-fold ma,gnification using an
Card 1/4

23811
S/020/61/138/001/015/023
Electron microsconic study o_` the... 3104/B201
3M-100 (EM-100) electron microscope. The specimens were etched in an
etching a,7ent with 12 ~'O hydrofluoric acid. The results are collected in
Table 1. The mean particle size R cp of the sodium-borate ohase was
optically determined, ani this value was found to be by three to four
times smaller than the value R(o calculated with scattered light. In the
authors' opinion, this is in relation to the usability of the scattering
formula in the case concerned here, where the particle distances are
comparable with the particle size. IT. A. Voyshvillo assumes that the
deviation of the particles from spherical form and the SDread of particle
size are responsible for this. Ar estimation of the volume of the
particles and of the channels conrectinG them has led to the following
conclusions: The channels occupy 20 ~a of the total particle volume. The
relative volume of the sodium borate phase, no matter how long the treat-
ment, remains constant with a given temperature and amounts to about 25 %.
The particles grow with the duration of treatment. This occurs by absorp-
tion of the smaller particles, which takes place by diffusion and does
not involve nhase variations. Increased temDeratures give rise to a
n of -.reatment.
strong growth of the particles already with brief durat4o,
Card 2/4

-1
.1 rjcj.o:,co-)jc ::'udy of 'he ...
3/020/61/1, 78j/001//Cl5/C2 51
/3201
1
"Inlescence vias no more observed on 0-~eci-cnc -,ul-,.4 c, c -lo a )ne-*,,-j-..-.
m n elemen4- to .--u
:-,2atmcnt at 75~:/O-,. The o'LronF, di utLion of --'Url-ctur,:
iF evidence of t"e recinrocal solu't.4on o' nhazes at
onlalescence te--ncrature. Thcrc arC 7 fic;ures, 2 tal-l-, and 11,S)
1-' Sovi,,:t-bloc and 2 -,,or.-So7.-i--,t-blo(:.
ASSC,CT'-'2IC):-. : Gosudarotvennyy nauch!io-icsiedo,,ri'.c-i'~':41r fnss`lu~
elek'Urotelchnichesk-ogo s'ekla i +--'.-,'lnologicheskogo
oboru~ovaniya 'State Scicnti-fic 7:zeCca.-c- 7n-.i~-,,te ~:)r
Electrotechnical and Tec*=--'ca-~
December 3, 1960, P. L. Rebinder, --'cadiemici-~n
December 3, 1960

S/02 7~ !6 1 //C 1 5, /02
Electron microccopic study o! the...
Lei.-end to Table 1) Duration of treatment at 6540C, hr; 2) nu:zlber of
particles ocr cm 2 3) mean diameter. -.4; 4) relative volume Of the
sodiiim-boTate Dhase,
UPcxR BuAQPMKK nP" 05A *C, 4nCU
ZI qHCJIO q8CTNII 8 1 CqS
j) Dcp., mft .
OTjfCCHTCJIbffbIfJ oftem "a-
t-, )'Tj)IIeDC60P31F1Orf 4123hi, 0;
5 t2 ?A 48
13-1014 6,6.1014 5.0,1014 2.0-10's
45 6f. 83 120
23 25 22
Ta6aHua 1
72 1416 t92,
1.0-10ti 0,61-10t' 0,52-10t
J50 190 200
22 24 25
C E; rd 0, / 4

29 119
S, V ay.,~ f el
iomin, a
liez
-~,icrocrystall n e L;tructi
"Lit)
:~ilpr deai-, viit- ','.e i3tudy of chiacl-e', in cil--ensions new,
- ~ I I - (11 and Ti--.,,
cj:~ s. ,.c- cry-7 ta zat ion of b-lass con-ua ini ng ;~12
Do ~entia- i
c e L :s L inrerfnce. a:.d ,~:] a,- t~
e J ~,y ro 1 d t:-:n o t e s e ir.,,ens4 t,v n~ ---,e surface
r) C:t~i --e Z~~3 -Ass 'a I (3T o
-e en-,..all~,y ciian, e i,8 T e
v; a d i -n t,--e last
I !la, crys--aiiize-i U. L I e r en zempcratures
samples of both e heated in Irie
seriez wer
;ca of the crystallized sam;)Ies were
e s a t a t r bo n
ec-,
0 n -,11 i c V 0 u c 0e W I t
.0c.

-ray
C!'y
Y
r
but:o
n i~
r) n rjc c u
,a :3 .Ln in 'i L zi
n r V
-)n -
7,--n 7 -a L

*
.. ~ - .; , , ~i 11 . .I I I ! i ,
'. 1. ~ - ; 1 .
- ( , C ~ , , , ~ . ~ .: . ! , . - . - . ..

SHELYUBSKIY, V.I., kand.tekhn.nauk; GEFEN, A.G., inzh.
Automatic device for deternining the degree of hoso eneity of
glass. Stek.i ker. 19 no. 11:13-15 N 162. IMIRA 15:12)
(Glass reBearch-Equipment and suppliee)

S/020/62/145/005/016/020
B101/B144
:,i~ti.od of inviztigatinLI systems Using solid specimens of variable
co:rposition
1,145, no. 10/62, 1 9 -1101
ii' id1pmiya naul.: 553R. Dcklady, v. 0 8
T XT t"od is suGC.~stp,-i for the roduction of specimens with
chan--inj~ composition so as to facilitate the investization of
Tht~ powd,3r-.- (.omponents are filled from a dosine
boat. -
Th2 CCMposition of the mixture iz altered by adjusting
valve of the dosinc: feeder continuously. The boat is put into
furn;~c,-- zone meltinz of the nixture takes place. A glass mixture
h i,i--in- co:-iposition was usei to test the apparatus. component A
t~ r
~y weL-ht): 20 Na 20 + 10 CaO + 70 SiO 21 component B: 20 K 20 + 10 CaO
i TO 'S i The dosinr, ferider r%Auced the Na-0 content of the mixture from
20 to and raised the K 0 content from 0 to 16%. The linear chanGe
2
of tho E c,.)nterit wan, proved by determining tan n and the Ticro-
,,,2 D
Card Ii,

3/'C2,~/62/1 4 5/CC 5/0 1 8,'C:2C
o thol L~ i nv,---- tii.'at in(, B101/B144
:t Ion.- wi f, . ci-:i ic;il analysis .The ri,inimum of tan a t 1NE,
K- ~rov(--i t~~,jt components formed not a mechanical mixture
I
bii t a tz~ n e o ut:~l t .Thin ot-tical density me~isured after an addition
'oC con."irmed the iirear change in cumposition. The
-.J1 J9'' C re a rt
I L'U r- 'i .
lo-uiarstvennyy nauchnc-issledovateliskij institut
e"lc'*-Itrot,-,ce,r,iche.,;kogo stekla i tekhnolo.,ichesko6o
oborudovaniya (State Scientific Re3earclh Institute of
-f-Jectrotechnical 7,lass End Industrial Equipment)
rpril 2, 1962, by S. A. Vekshinskiy,,Academician
IT D~Y'l TTI:,L March .1, 1962
C!xrd 21"',

ACCESSION NR: AT4019282 S /0000 163/003/001/0041/0043
AUTHOR: Vaysfel'd, N.M.; Shelyubskiy, V.I.
TITLE: Electron microscopic investigation of the microcrystallization of glass
SOURCE: Simpozium po stekloobraznomu sc,stoyaniyu, Leningrad, 1962. Stakloobraz-
noye sostoyaniye, vy*p. 1: Katalizirovannaya kristallizatsiya stekla (Vitreous
state, no. 1: Catalyzing crystallizatiott of glass). Trudy* simpoziuma, v. 3, no.
1. Moscow, Izd-vo AN SSSR, 1963, 41-43., insert pages betweep p. 32 and 33
TOPIC TAGS: glass, glass crystallizati-)n, electron microscopy, replica, carbon
replica, spallation fragment, etching, ;lass structure
ABSTRACT: The processes of microcrystallization in different types of glass were
studied with the EM-100 and Tesla BS-242A electron microscopes at accelerating
voltages of 75 and 60 kv, respectively. Magnification in both cases was 15000 X.
The familiar carbon replica method was used. in some cases, the method of simul-
taneous indirect application of platinum and carbon powder was used, depending on
the composition of the glass. Electron photomicrographs were taken of the sayme
nicrocrystalline material with a polished, unetched surface, with an unetched
Card 1/2

ACCESSION NR: AT4019282
spallation fragment, and with a spallation fragment which had been etched for 10
sec. in 10% hydrofluoric acid. In order to determine the relationship between the
final structure and thermal treatment, tf.e crystallization of glass ceramic samples
was studied at different temperatures ar.d at different crystallization times. It
was found that the structure is determined not only by thermal treatment conditions
but also by ultraviolet irradiation. During the initial stages of crystallization
at temperatures between 500 and 550 C, changes in the number and dimensions of the
crystals depending on the dose of irradiation can be clearly seen. With increas-
ing doses of radiation, the number of crystals, the density of their distribution
and the degree of crystallization increase. The optimum crystallization conditions
wdre determined. The authors conclude that the strength of a material can be
determined by the systematic investigation of its structure. Orig. art. has: 5 fig-
ures.
ASSOCIATION: None
SUBMMEM 17M&y 63 DATE ACII: MovO ENCL: 00
SUB COM MT No REF ;0V: 005 OTHER: 000
Cord 2/2

KITAYGORODSKIY, I.I., doktor tekhzi. nauk; RABINOVICH, E.M., inzh.;
SHELYUBSKIY, V.I., kand, teklin, nauk
Regularities in the in-itial. stages of the formation of crystal
structures in glass. Stek. i ker. 20 no.12:1-9 D 163.
(MIRA 17-1)

VAYS11M, N. M.; SHELYUBSKIY, V. I.
"On potentialities of electron microj3copy in studying glass structure."
I
rep,-,rt submitted for 4th All-Union C-3af on Structure of Glass, Leningrad,
16-21 Mar 64.

ACCESSION NR: AP4042275 S/0072/6-#/000/067/0014/0016
AUTHOR: Shelyubskiy, V. I. (Candidate of technical sciences)
TITLE: The correlation effect of batch and scrap content on'the mobhanical.
properties of glass
SOURCE: S.teklo i keramika, no..7, 19611, 14-16
TOPIC TAGS: electrotechnical glass, gLaas property
ABSTRACT: The author examined the sta!:istical stability, elasticity, impact
stability, and the heterogeneity of barylite electrotechnical glass containing 1401o
of alkali oxiGes. The coefficient of thermal expansion was found to be less than
+ 0.2 x 10-7 deg-1; the temperature wa3 100 0 according to an automatic recorder with
an accuracy of +10. The results are presented in tables and graphs. The author
concluded that Zhe breakdown in the mezhanical properties increases with an increase
in the inhomogeneity of the glass mass and with incomplete compensation of the
volatile components, variations in chemical compositions at various points. of
impact, and insufficient homogenization in the,~boiling process.
ASSOCIATION: none
'Cord

Siff--LY-,JBSF.IY, V.I.; UAZANOV,
Rolo- of' diff-.,sir:n- In a Drr-cess fcr t.,-,P- production :.,' glass
I -
specimens of' var'iable composition. Dokl~ AN S53:1 156 no. 2:
302-305 Ay '64. (MIRA 17:7)
1. Predstqvlena aka~emikom S.A.Ilekshinskim.

L i18~1-66 4-'WT(m)/:-;WP(e)/E',,.'P(t)/FWPI,b) IJP(c) WH/JD/GS
ACC NR: AT6000511 SOURCE CODE: UR/0000/65/000100010400/0402
AUTHOR: ShelyubsUi , V ~11
ORG: None
TITLE: A study of the crystallization of titanium-containing glasses using
samples of varying composition
SOME: Vsesoyuznoye soveshchaniye po stekloobraznomu sostoyaniyu. 4th, Lenin-
grad, 7-964. Stekloobraznoye soatoyaniye tVitreous state); trudy soveschantya.
Leningrad, Izd-vo Nauka, 1965, 400-402
TOPIC TAG9., catalyzed crystallizaticn, lithium, glass, silicate glass, glass
property, "-14A~ 94AAI
ABSTRACT: The method employing glasa samples of varying composition prepared by
zonal melting of powder mixtures of varying concentration was applied to the
study of the effect of TL02 on the c-cystallization of glasses along the binary cut
of the L12O-4SiO2-Na2O-4SL02-K20-4Si,)2-CaO system having a 4.5 mol % CaO content.
The composition of the samples and itlic results of the experiments are summarized
in Figures I and 2. It is interestiag to note that substituting Na20 and K20 for
.-Card 1/4

L 1185i-66
ACC NR: AT6000511 A
U~4 4
Ar -
dr

Figo 1. Crystallization diagram of variable composition (cont.)
Card 2/4

L 11851-66
ACC NR: AT6000511
samples representing binary sides of LJ.20-4SiO2-Na2O-4SiO,2-K2O-4SiO2-CaO (4.5
mol %), as a function of the titanium oxide content (T102 in wt.
I - Absence of crystallization and opa:.escence; 2 - weak opalescence, glass is
semitransparent; 3 - strong liquation, glass opaque; 4 - surface crystallization
in the form of separate patches; 5 - surface crystallization in the form of a
continuous thin film; 6 - surface crysj:allization in the form of a thick con-
tinuous crust with occasional propagation of crystals into the depth of the
sample; 7 - crystallization propagatio-a throughout thevolume but the crystalline
phase is less than 50%; 8 total crystallizativi.
11. 04510,- TIq
I ..
Ti
V
6 8 v
we ht
Tis - ig %
41 SL tZ If x
sample length cm.
0I F91r Hi In ~ 0 5
Card 314 Fig. 2.. Crystallizatior. diagrams of R20-SiO2 + 4.5 .(Contd.)

L 11851-66
ACC NR: AT6000511
mol % CaO samples with variable titaniuu.oxide content.
61
I - absence of crystallization and opalescence; 2 - surface crystallization;
3 - liquation; 4 - liquation and crystallization; 5 - crystallization.
U20 destroys the liquation structure ol' the glasses, preventing the formation of
a microcrystalline structure. Orig. art. has: 2 figures.
iSUB CODE: 11, 20 / SUBH 6ATE% 22May65 / CRIG REF: 005 / OrH REF: 002

L 63546-65 7~We)/EPA (s)-2/D;T(m),/Et1 IF (c)AWP(iY'EPP/FFA (w).-2/57P(J)/T/ -
Pc_ Pf pr 4 ~44/An7 JD/.
ACCESSION HR: AP5017454 UR/0020/65/162/003/103BA64b~
AUMOR: She&ubskiy, V. I.
TITLE: Application of the method
of varlable-composition specimens to the aves-
tigation of metal-ceramicl/and metal-glas systems
SOURCE: AN SSSR. Doklapdy V. 162 no. 5 1965, 1038-io4o
aining.comr~
TOPIC TAGS: metal p2wder comr)act..Icerami: containing compact, glass cont
pact, variable composition compact, variable composition compact preparation
ABSTRACT: A method of obtaining specimens of sintered materials with a continuoUS4
varying composition without zone meltinji Wdescribed. The method is based on
aration of powder mixtures with a requ";-d' change in the concentration of . componen6l
and aubsequent compacting and sintering change in the distribution of
concentraLions. Depending.,on the design ~)f the dosing unit, sufficiently strong.
1plates or bars*of varying composition with one- or two-dimensional gradient of COM-l-,
;posit-'ons can be obtained. The operation of the dosing unit, which.is designed forl
prepF--zing a two-ccm]Ronent mixture (see Fi,;. 1 of the Enclosure), is based an the.,
proportionality of the weight or 'volijme qnmtity of the components admitted from
the bunkers and the area of their outlets covered by the s-lide-valve. With uniform,
Card
1/3

L 63546-65
ACCESSION NE, -AP5017454

L 3602-616
4
ACCESSION NR: AP5017208 UR/002o/65/162/006/1281/1283,
AUTHORS: q~ ~Dub~slciy,_Y. I Vekshins I , S. A
Y
TITEE-. Tnvestigation of the refraction of__11gEt,,,by pbly-alkaline
'o f _'_ --l- - ''6-f _'Vd~lable composition
s'.11calte glassesby the m thol samp es
SOU,RCE: AIN SSSR.'Doklady, v. 1-62. no. 6~ 1965, 1281-1283
TOP11C '11AGS: refractive Index, optic glass, silicate glass, glass
property
ABSTRACT: To investigate the Influence of the poly-alkaline effect
on 'he re-raction of light, the aithoro studied binary sections of
L
comporient systems R 2 O_R 2O-CaO-:')iO 21 with constant content (19.1
r.-,olar per cent) of the two allk-aline oxides,, CaO (4.5 molar per cent)
and Sio2 (76.4 molar per cent), ant binary sections of the five-compon---
ent system Li O-Na O-K 0-Ca0-SiO_ with the same constant content of
2 2 2 4_
the sum of the three alkaline oxidas, CaO, and SiO The method usedk__
2*
Card 1/2

L 3462-66
ACCESSION NR: AP5017208
to prepare the variable-composition samples is described. The refrac-J
4
tive index was measured accurate to + 5 X 10 with an Abbe type
refractometer. The results for the constant- and variable-L 1positiorl
sample-s were compared with the refractive indices of the Initial
samples and of specially prepared constant-composition samples. The
results show that the simultaneous presence of two or three alkaline
substances does not lead to any nonlinearity in the dependence of the
refractive index on the composition, so that it can be concluded
that there is no' poly-alkaline effect in,complex silicate glasses,
This report was presented by S. A. Vakshinskiy. Orig. art. has:
2 figures.
ASSOCIATION: None
SUBMITTED: 30Nov64 ENCL; 00
NR REF SOV: 012 OMER: 002
SUB CODE., OPjMT
eard 2/2 1'9

'El
4
-'P(e) Pq-4/Pr-4/P11-
7
ACCESSION NR: AP5018091 GG/JAJ/WH UR/0020/65/163/001/0164/01~-'51:.~~~-:~
AUTHOR: Brekhovskikh, S. M.; Landa, L. X.; Viktorova, Yu. X.; Shelyubs
my, V. I.
TITLE : 015.tLical radiation stability of quartz glass irradiated -r a at
various temperatures 1 7
M
--19 5i,:164 5-,
SOURCE: AN SSSR; Ddk;idy~
no. A vi
TOPIC TAGS, optical radiai
quartz glass, color center,F center,
Non stability
itemperature dependence
ABSTRACT: The effect of temperature on the radiation-induced difcoloration of quartz-
glasses KI and KRL has been studied in the virtual absence of literature on this
subject. The optical radiation stability (ORB) of the glass specimens vas studied
at room temperature. The ratio of the lLght -transmifssi&L of the irradiated glass
'(PC), whicl~ is character---
the initial traftemission in the visible Fmtcdfthe_-spe6truA
_1.91~ic for ORB, Vas determined for diffezent doses of irradiation ~~ee Table 1 of th4--
Enci osure). Table-- 2 lillustrate-s the.-ORB at !aVi-iii-Weritturis. .~Vhe__transmiss1on_,,*
was measured 10 see, 60 mini and 24 hr iXter taking the'-specimens out of the D [7
vessel; the.results remained constant. !, In'the case of KI glass,.-the effect of
temperathre."-vas . perceived, -visually.. 1,specimens~ irradiated at;,.. room ltenper!i,~w:..*-,,,r~,_~j.
wbIre vere. black-violet, and those irradiated 6t 90K. vere. li&t-swky.
LCIrd 114

L 62767-65
-
ACCESSION NR: AP5018091

The observed dependence of the discoloralion on the temperature of irradiation elm

betveen the,
d and decayin
be explained by the shift of the dynamic
equilibrium
.
,
color c-enters. It is assumed that the ntanber of JN-centers formed,_406r6does with'---:
'
decreasing temperature, while the radiation destruction of these
centers cam
I r not
'
'
depend on the temperature. .
be
The constant, PC after.164~ doses
of irradiation
can
explained by a decrease in .
,.
the effect ofVradiation annealin due to the diminishing
number of color centers and an increase J.n their stability. Orig. art. has:
2 tables. Awl

ASSOCIATION: none 4,-

.

UBMITTED: 071)ec6'
4 SUB AT N P`,_`-~-z
4

001
NO-,REP SOV.. _OTESR#C.-OO8: ATI) PRESS:.

M
,
LIC9rd 2/4

7 -
7
7. 7.
-
7
7.:

-42:~6,7,- 63
ION NR: AP5018091 ENCLO�Ji~~

Table 1. ORS at room temperature

Irradiation dosei r
60 KI ass

*
r KRL gass
.
(C0
) P
T,
c P
TZ c

Initial 92 92
104
87 0.95
92 1

5
0
1

o
'
92 1
'
106 2 b.02 02 1

7
10 0 0 92 1
T - Light transmission measured an IF-16 device"

-14
I-Cqr4 3

L-62-t67-65
5
ACCEsSION NR:

wf

Table 2. OFS Ort "peratures,
6r
dose 10
j
104r.
se
d glass
, dose 106r ,
KRL 91ELSS
Irradiation s,
KI glaB o _
T
PC
temperatureg
T
%
P
T, % p ,
OK , C

68 0.74 91
87 o.95
90

1
0.2
-91
200 W 0.95

87

.95
2
.0.02 92
300

4/4

rd
93
S

L 4018-66 EWP(e)/EPA(s)-2/EwT(m)/Ev'P(,,.)APA(w)-2/EWP(b)
ACCESSION Nf: AP5022279 UR/0363/65/001/007/1236/1237
666.1:542.65
AUTHOR: Shel"P~Kky 1.4,
TITLE: Possibility of formation of porosity during pyroceramization
1 SOURCE: AN SSSR. Izvestiya. Neorganicheskiye materialy, v. 1, no. 7, 1965,
1236-1237
TOPIC TAGS: ceramic material, heat resistant glass, porosity
4
ABSTRACT: The problem of pore formation in pyroceramicsi$d~u'ring their crystall za-
tion Is of major importance, since porosity decreases the strength and resistance
to heat. The author suggests that the probability of formation of pores, i.e..
numerous closed discontinuities in the material, is very low during the formation
of the microcrystalline structure of a pyroceramic. A thorough study of over
fourthousand electron microscope photographs of various ceramics at various
stages of pyroceramization, carried out in collaboration with N. M. Vaysfel'd,
did not reveal any defects whatsoever which could be identified with pores.
It is concluded that the process of pyroceramization is not associated with the
formation of porosity under the influence of internal strains at the phase
boundaries, and that the formation of cracks in certain cases is attributable
Card 1/2

L 4uld--bb
ACCESSION NR: AP5022279
to imperfections in the technological process used for preparing the pyroceramic,
ASSOCIATION! none
SUBMITTED: IlFeb65 ENCLt 00 SUB CODE: MT
NO REF SOV: 009 OTHER: 003
Card- 2/2

KOSLCTISKIY, S.F., inzi-..; 6;!LYt:_--_IK'.Y, !~, . T. ,inzh.
I
Trwest, - , I I - -urab-'-,-;T-.- cf glass pr,,%,:lucts.
ba- 1,1, .1a Z:
- - ti,! :- zne Strength an
I,,- '?:Q,
Stek. i ker. 22 nc.c):Z-1-24 S lt'5. -I Ij

ACC NR, -----------UR/-O-'0-2-0-/66/171/002/0333/0336-
IU'bO36842 SOURCE COM
AMOR: Shelyubskiy, V. I.
ORG; none
TITLE: Investigation of the crystallization of glasslike systems represented by.
samples of variable composition
SOURCE: AIN SSbrx. T)oklady, v. 1.71, no. 2, 1966, 333-336
TOPIC TAGS: glass property, crystallization, phase composition, temperature depend-
ence
ABSTRACT: This is a continuation of earlier work (DAN v. 145, no. 5, 1098, 1962)
dealing with crystallization of glass-like Systems obtained by zone melting from
powdered mixtures of variable composition. The present article is devoted to the sys-
tem Si02'- CaO - Na2O, with the analysis of the crystalline phases carried out non-
destructively by x iz~:- analysis, as well as petrographically. The crystallization was
.L!:.u lavestigated in the eyLstem Li2O.4ciO2 - Na2O.4SiO2 - K2O.4SiO2 with constant CaD
content (4.5 mol.%). The teats were made by placing simultaneously twelve samples of
variable composition in thermostats at temperatures 500, 600, 700, 800, 900, and 9500
for one hour. The crystall-ization after heat treatment differed greatly from crystal-
lizatioa of the same system directly fjvm the melt, in that opalescence appeared, due

ACC NR, Ap6o36842
to microliquation and to the formation of an exchange fine-crystal structure preventiz
;the melting of the samples. The liquation and crystallization decreased rapidly as
1, the Li+ was replaced by Na+, and especially by e. The crystallization diagram of
~this system, deduced from the crystallization of the variable-composition samples,
agrees well with the diagram constructel an the basis of crystallization samples of
constant composition. Some individual lifferences are explained. The reduction in
the crystallizing ability when the lithium is replaced by sodium or potassium agrees
i
]with results of investigations in simple alkali-silicate systems. It is concluded
I
tnat the laws governing ex7stallization of variable-composition samples agree with the
lerystallization properties of the oystents represented by these samples. Orig. art.
I nuts. _' ri6ures.
0 XSUBM DATEt
,SUB CODE: S 12Apr66/ ORIG REFt 010/ MH REFt 004
1 Card 2/

LAI;.: I K I IOV , K.F. , 'r-land.veLI-,,rin.nauk-; SHEL*~U,~ !,a y Z.G. , st:,.rslliy nauclinyy sotrud-
r,,ik
Nonspecificity o:' inclusion bodies in Jnfectious a . I .
Im tro~hic r-r.ir,-,Tis In
swine. Veterinar-iia 40 no.(1:71-72 S '63. ( " - f--. -~u l "I. i )
1. Novosibirskaya skaya veterinarnaya stantsiya.

SHE;LYUXII. J'.
According to today's standards. Za rul. 21 no,ls8-9 Ta, 163.
(KMA 16 3 1)
1. Zamestitell predsedatelytt Rostovskogo oblastnogo komiteta
Dobrovollnogo obshchestva sodeystviya armii, aviatsil i flotu,
Rostov-na-Donu.
(Rostov Province-Automo'Me drivers-Education and training)

SF7`.LYU'iTO, Kseniya Vladimirowa;BOR07SMA, Yekaterina Nikiforovna;
BODE-SKOVA, II.N., red.; TIMHEYEVAY N.V., tekhn. red.;
V L.0- L. T -'S K~A -,
- :A Y L.S., tekhn. red.
[Bonus payments to engineers and technicians according to
loviet law] Fremirovanie inzhenerno-tekhnicheskikh rabotnikov
0
po so-Vatskoru pr,~vu. Moskvq, Gos. izd-vo iurid. lit-ry, 1962.
124 P. (MIM 15:3)
(Engine6ra--Salarias, pensions, etc.)
(Bonus oystem)

C~ L) -I

VIM' T-ASIIEV, Lev Nikolayevich; KRAVCMINKO. Semen Kikhaylovich; SHELTUTO,
Ye.P., red.; ZATTSBVA, L.A., tekhn.red.
[Repairing calculating machines] Remont arifmometrov. Moskva,
Vses.koop.izd-vo, 1960. 77 ii. (MIRA 13:11)
(Calculating machines-Haintenance and repair)

GOLTATO, Lldlya Patrovra; IMROVA, Marlya Alaksayevna; TER-OVAUNYMi.
Ivan Artemlyevich; U.NCHEVSKATA, Takaterina Aleksandrovra-,
ShELYUTTO, Te.P., red.; ZAMSEVA, L.A., tekhn.rod.
EMen's shirts] Sorochki vlikhnia muzhekie. Pod obBhchei red.
I.A.Ter-Ovakimian. Moskva, Vsea.koop.izd-vo, 1960. 95 p.
(Shirts. Man' s)

KOI-.ISW,OV, Naum Grigorlyevich; LEVIGUROVICH, A.I., red.; SFIERYUTTO, Ye.F,, --
red.; ZAYTSEVA, L.A., tekhr- red.
[Manual for the repair of footwear] Spravochnik po rer-ontu obu-vi.
Moskva, Vses. koop. izd-vo, 1960. 237 p. (MIRA 14:9)
(Boots and shoes---Jlepairing)

GO UYXIO , Lidiya Petrovna; IZOTOVA, Mariya Alekseyevna; TER-OVAKMAN,
.
Ivan Artemlyevich; CRUKASfEV, Aleksandr
Dmitriyevich;
YAI,'C:*::'.'-I;FAYAJ, Yek-ater-ina )Ieksandrovna;-ql:ELYUTTO, Ye.P.,
r-3d.; ZAYTSEVA, L.A.,, tekhn. red.
r-
,,~.as-,. to make women's apparel] Zhenskoe legIroe platle. [By]
L..P.Gollato i dr. I!oskvt, Gos. izd-vo Trestnoi proryshl. i
1--huclozE. pro,,1-yslov RSFSR, 1961. 465 p. (MIRA 15:2)
(DressrivIdng)

,-";E-U VSK Georgiy Alekseyevich; Sl-,ILYUTTO Ye F red.; ZAITSEVA,
L.A., tekhn. red.
[Nanufacture of wicker articles] Proizvodstvo pletenykh izdel-ii.
yshl. i khudozh. promvslcvv
k~,m. Gos.izd-vo Pnestnoi pron-
OS
rtSfSR, 1961. 107 p. MM 15:2)
(Basket making) (Furniture)

VELIYASIIEV, Lev Ndko)ayevich; KHAVC[MKO, Semen Ilikhaylovich;
Ye.P.2 red.; OVCEINNIKOVA, G.I., red.; ZAYTSEVA, L.A., tekhn. r9d.
(maintenance and repair of typewriters] Remont pishushchikh mashin.
Moskva, Gos. izd-vo mestnoi promysh-1. i khudozh. pronWslov RSFSR
1961. 169 p. .11i
(MIRA 14-
(Typewriters-4-laintenance and repair)

SAVVA, David Abramovich; VLASOV, Nikolay Dmitriyevich; BELISKIY, B.R.,
spoto. rod.;..SI[FLYUTT0, Yo-P., rod.; ZAYTSnA, L.A., tekhn. red.
[Using the p-roduction-line method for watch and clock repairs]
Remon't chasov potochno-opel-atsionrWm metodom. Yoskva, Gos.izd-vo
mestnoi proryshl. i khudozll.promysiov, !LSSR, 1961. 133 P.
(MIRA 14:12)
(Clocks and watcheo-Hepairil and adjusting)
(Asserribly-line methods

YaUGLYAK, I.E.; SVIDERSKIY, G.D.; SHELYUTITO, Y-e.P., red.;
MIARITONOVA, L.I., tekhn. red.
[Repair of household refrigeratorslRemont domashnikh kholo-
dillnikov. Izd.2., perer. i dop. Mo5kva, Gosmestpromizdat,
1961. 279 p. (MIRA 15:12)
(Refrigerators-Maintenance and repair)

FEDGROVSKIY, A.E., prof.; 17EZTEREEIyl), G.B., do-sent, KATI-XVA, N.Ya.,
vrach; Ya.M., vrach; SHELYUMMIKO, A.A., vrach
Use of bicillin in the trentment of syphilis. Vest.derm.i ven.
no.9:0'1-62 161. (MIRA 15:5)
1. Iz kliniki kozhnykh i venericheskikh bolezney Dnepropetrovskogo
meditsinskogo instituta i oblastnoFo kozhno-venerologicheskogo
dispansera.
(SYPHILIS) (BICILLIN)

, ; 11 f" 14 I't t, -1 1 " 2A .
ShlIppers should have an Interest in cargo tran8portation by
inland water-wave. Rech. transp. 22 no.10z?-8 0 t63.
(MIRP 16-,12)
1. N,-chtil'n-~'k p!irokhodstva.

SMMAGIN, A.I.
.......... ...
Automatic bearing indicator. Rech.transp. 14 no.2:26 F 155.
(Nautical instruments) (YJU 8:5)

SHEMAGIN.A.1
For merchant marine operationfi without losses. Rech.transp. 14
no-3:10-11 Mr 155. OqIRA 8:5)
(ShiPpIng)

SHEWIN, A..I..,,, ~
Pro spe cts for the development of the Moscow River shipping.
Rach. transp. 15 no.2:5-7 7 156. (MIJIA 9:6)
l.Nachalinik Moskovskogo parokhodstya.
(Moscow River-Steamboat lines)