SCIENTIFIC ABSTRACT ALEYEVA, YE. - ALEYNIKOV, F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101020013-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 24, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

IV) U'4cr 0, C E, 6/ 19/0 C; 6 35 0 6 3 9
AUTZROR- Sinf,tayn, Y. V. Aleyo~va. Ye. 1'.
~~G: non e
-Tr: I
i !;: Effert of fatty acid chain leisgth on rbooi ljyie,al Oimmcterintic-.3 of pseudo-
gels in li-,hJux soapa
'-'I
SOURCE: AN S5.1R. ru)Jady, v. 160, no. 3, 1966, fimei-6-19
'IrRIC 71AGS- lithium, rheologic property, solid v1scot;ity. Frease, lubricant, fatty
acid
ABSTMCT - 1141a offac-t of fatty acid chain length (CIV-C4~1 on tenr-'-!-~ and -,h,-arine,
strerg-ths, effective visco!;ity, and shrinlkage. of Lyvase~'. 1,,isel on lithium scaps was
invet.tigated. The r.-tudy encompassed lithium soaps ~'~Svd on th-~ f~"!~Wing a~:Ids:
lauric (Ci2). myriatic (C14), palmitiC (C16). sLearic (Cl?), and behenic (C,,2). AS
meas-ared at 2011 and 8001C. the lithium grease bared on palmitic acid exhibited
highest tanaile and shearing strengths. Mreover, maximum effective viscosity and
miniffnam shrinkage wom found to coincide with the grea3es based on fatty acids
Card 1/2 UDC: 541.18.02

L 46865--H)
ACC NR: APOLOO61
within CIG-CII chain length range. It was found that the rheological characteris-
tics of lithium gr4rimses based an C12-C remqintd practically unaffected after
aging for 30 clays at: I?OOC. Data on tUl rhealogical properties of various lithium
greases uned in this ntudy are graphed and tabulated. The results obtained in this
study are in disagTitement with published data indicating Wnotonic decline of the
rheologic propertien of greases with increases in fattk acid chain length. The
article was presented by Academician P. A. Rebinder on 25 September 1965. Orig.
art. has: 2 figuren and 4 tables.
SUB CDDE: 07/ SURIO DATE: 25Sep65/ ORIG REr: 006/ OTH REr: 003
Card

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-:I "'t"U'llotng Mutowtlve tranoportation unit in '!Iamzh-atka. Avt.
tmimp. 43 no,317-8 Mr 165. (MIRA 1915)
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ALIYF"oKA,. --
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114 Li!OF- Ili-orf; (?OIFA 18!12)
, mat. I ~181 i: .6'.
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V.P.; S.M.
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, no.
7-Jiiv system. i'art 1. 2rhur. Vir. khlm. !~ 7 . T -~ 16-1.
16:3)
1. Voroncmhukiy gousdarstvennyy universitet.

HDMiC,--'M'FV, tv,-V.; ALITK-110, S M.
Hoset,lon o: ebrosduse axle& L,!th sodium s-rds pntsmal,jo c%rbonstos.
"ihur. r4aarg. W-3. 10 F 1~5. (MIFA 18111'.
1. tionetOtly filip.1 Vnearquirogn nauohnt,-.,C31edo,,&teI'&koe,,o
instLtsita ktlmle-hoskik-n itak"Ayov i osobt. chistykh vfshche6tv.
oSutmLittAbd P.I%y 10, 19t".

AURM, A.L", )mnd. towul. mmk.
~- I .. ---- 11"111.1
Drastdc stresses In hlm&*-Jolmt jib elements of crazes during
lo&A hointing. Clsdj WXITOXMI 43:100-104 '57- (XMA lltO
(Gramm, derricks, etc.)

U.3yal, N A.
Orwitc loads of the mechanism for changing the boom-out of
cratiam. Trudy IF1 no.211:121-1)4 160. (KEU 13:11)
(Cranes, derrIcks, ate.)

AIRY=, A.L.
Dynanda loads of crane mschaniamm and means for their reftction.
frudy LPI no,21902-100 162. (MIRA 15:12)
(Crazwo, derricks, sta.)

ALEM, A#L4
Xmin dljwzwions of pontoons for floatiM cranes. Trudy LPI
naimilm-im 162. (rioating crams) (KIR& 15:12)
(pontoomm)

AIX= 1AhL; ANAMIYEV, A.A.; XOGAN, I.Ya.i LAW, A.G.;
.961AUVSKIY, G.M.; PtAVINSKIYV V.I.F.SAWTIDVICH,
P.A.;
GORBAM-Y, A.I., Insh., retsenment; DUKELISKIY, A.I., prof.,
doktoit jokhn. nauk, red.1 SIOMDADVSKIT, R.V., kand. tekhn.
nauk, red.; KITUCHUS, G.A., red.iad-va; VASIL'YEVA, V.P.,
red.iud-va; SPERANSKAYA, O.V., takhn. red.
(Handbook an crams] Spravachnik po kraAm. Pod red. A.I.
Dukellskogo. Moskva, Mashgiz. Vol.3- (Maracterietics of
cranes, maintonamo and Installation] Kharaktaristiki kranov,
tekhnicbeakala. ekspluatatelle. I montath. 1963. 340 p.
(HIRA 160)
(Cranes, derricks, etc.)

ALETIOM, JLU14i.Ltk1im.umuk, dotu,~Mt
-,joH
hotat,ion resiotance of floating cranes. 1tv.vys.uc1,eb.zav.;
masHwulLr. no.7t126-132 163. OAIRA 16: 11)
1. pol Ito khzdchft~i UY institut imeni Kalinin&.

ALRYMP, 4. %!.
20599 AL".VM, A. $. Novm dsArWy* po geogratli antarktiki. (7z zhum-Wireographical
jbview>)U ipl$ 1940, 1;. ) Isvestiya Veemoyus geogr. o-va, 1949, vyp. 3, a. 342-43
SD: LMFIS ZIIUWTAL STATET - Vol. 28 - Moskva - 1949

Alum, A.Z.
l0e*graplilml saws of Utaratica* (In k4glishl Reviewed by A.Z.
Alaizer~ 1tv.Tses~Veogoob-va no6l:B)-* Ja-T 155. KIM 8t 4)
(Antarctic regions-Name. Geographical)

L Z
PHASE I BOOK EXPLOITATION 464
Geograficheskoye obshebestvo SSSR
Antarktika; waterialy po istorii issledovaniya i po fizicheskoy
geografii. (The Antarctic; Materials on the History of its
F-xplaratiou and Phyisical Geography) Moscow, Geografgiz, 1958.
445 p. 5,000 copies printed.
Resp. Eds.: Pavlovskiy, Ye. N., Academician; Kalesnik, S. V.,
Corresponding Member of the USSR Academy of Sciences; Ed.:
Grishins, L. I.; Tech. Ed.: Gleykh, D. A.; Map Ed.:
KLseleva, 2. A.
PURPO$E! The book., vrLtten in a semi-popular style, is intended
for the large circle of geographers interested in the Antarctic
region.
Card 1/8

The Antarctic; Materials on the History (Cont.) 464
COVERAGE: Tha present volume, sponsored by the Geographical Society
of the USSR, is a collection of articles authored by several
geographers summarizing up to date information on the Antarctic
region. It provides an account of exploration and discovery
since the first Russian expedition into the Antarctic in 1819,
and describes the region's geological and geomorphological
structure, glaciation processes, and the water currents of the
south polar seas. The last chapter contains a glossary of
Antarctic place names which is appearing in Soviet literature
for the first time. The book is profusely illustrated with
diagrams, photographs, and maps.
TABLE OF
CONTENTS:
Editor's Note 3
Card 2/8

The Antarctic:, Materials on the 11istory (Cont.) 4164
Shvede, Ye. Ye. Discovery of Antarctica by Rus.,On :,avigators
in 1819-1821
Introducti.cin
Prepar&tioii for the expedition 6
General plait of the expedition 30
Scientific results of the first Russian Antarctic
expedition 43
An account is given of the first Russian Antarctic expedition and
the discovery of the Antarctic Continent by Bellinsgauzen and
Lazarev. Personnel, equipment, preparations for the trip, the
plan of the oxpedition, navigation in the Antarctic waters and
discoveries are described in detail. The hydrographic,
cartographic, oceanographic, climatological and physical
geographLc observations carried on by the expedition are comwnted
on In brief.
Card 318

The Antarctic; Materials on the History (Cont.) 464
Aleyner, A. Z. Basic Stages in the Geographic Exploration of
t ARWF~ti-- 54
Discoveries. along the Antarctic coast in the XIX century 54
Studies of the antarctic by land and sea during the first
quarter of the XX century 66
Latest studies in the Antarctic by land, sea and from the
air 78
Bibliography 90
The author provides brief accounts of the various expeditions,
almost exclusively foreign, into the Antarctic from 1819 to 1954
and mentions the different bases established.
Hintory of the cartography of the Antarctic and
tfie Extent of its rartographic Coverage 95
Cartographic representations of southern polar regions prior
to the discovery of Antarctica by the Bellinsgauzen-Lazarev
Russian expedition of 1819-1821 95
Card 418

The Antarctic; Materials an the History (Cont.) 464
Twentieth century maps of Antarctica based on sea surveys 104
Maps made during the first quarter of the twentieth
century based on land and sea surveys 125
Latest maps, based on surveys made on land, sea and from
the air (1926-1950) 139
FKtonL of Atilaxetic&Or imrtourra,hic cc)vrrnge 156
The author traces the history of the cartography of the Antarctic
region from aocient to modern times, from Ptolemy to the present day.
Panov, D. G. Coological structure of Antarctica 158
Geological structure of subantarctic and antarctic islands 159
Geological structure of the Antarctic Continent 173
Bibliography 229
The geological structure and geomorphological peculiarities of
the Antarctic continent proper and the subantarctic and antarctic
islands surratniding it are discussed with a fair amount of detail.
Card 5/8

The Antarctic; PaterLals on the History (Cont.) 464
Panov, D. G. GcomorphologLcal Characteristics of the Antarctic
Region 237
General deucription of Antarctic relief 237
Geomorphological regions and types of relief in the
Antarctic 255
Conclusiona regarding the geomorphological structure of
the Antarctic: region 281
BibliograplAy 285
The author describes the geomorphological structure of the Antarctic
region, i.e. tbe Antarctic Continent, the antarctic and subantarctLc
islands, and the ocean floor between the continent and the islands.
Panav, D. G. Current rlacLation in the Antarctic 288
Factors in the current development of glaciation in the
Antarctic 289
Types of ice formations in the Antarctic 293
card 618

The Antarctic; Materials on the History (Cont.) 464
Brief description of the areas of current glaciation in the
Antarctic 298
Bib,liography 317
The autbor discusses the types of ice formations and the background
conditions and factors in the current glaciation of the Antarctic.
At present only an estimated 0.027. of tfie surface of the Antarctic
Concicent is ice f Iee, and together with shelf ice it covers an area
of 13.5 million km. The Antarctic region comprises 87% of the total
glacieted land surface of the Earth and 85% of its total glaciated
area.
Buynitskiy, S'. Kh. Waters and Ice Formations of the Antarrt-te 320
Waters 320
Ice formations 356
Extent of the ice cover in different parts of the Antarctic 393
Bibliography 405
Card 7/8

The Antarctic; Materials on the History (Cont.) 464
The Antarctic region is delimited by the northern boundary of the
antarctic waters, i.e. where the antarctic waters meet those of the
moderate latitudes. The author describes the relief of the ocean
floor, the three types of water masses, currents, tides, sea ice,
Icebergs, and the extent of the ice covering in the Antarctic.
Aleyner, A. Z. Geographic alossary of Nam Places in the
Juntarce ~c 407
The list contains about 500 names of the more imprrtant locations in
the Antarctic.
AVAILABLE: Library of Congress
Card 8/8
28 Aujur~t, 3958

VERESHCHAGaN, V,11.1 IYANW, Tu.A.; EMZA7EVSW, II.A., glave red*;
AMM A red.1 GRIOCRIYEV, A.V., red.; ZAYTSEV, I.K.,
F.I., red.; KRMOV, I.I., red.; LAnIN, A.A.,
red.j HIMMV, S.A., red., OGM, V.N., red.; TROSTNIKOVA,
N.Ta., rvd. izd-vaj 1THRUSALINSWA, Te.S., takhn. red.
(I"truction fcw compillng and propwlzg for publication a
geologio4a map at a scale of 100,00D; supplement to the
instruction for organizing and conducting geological surveys
at a scale of 100,000 and 1:25,OOD] Instruktaila po sostavle-
n1lu i podgotovke k isdazilu geologicheskoi karty masshtaba
1z50 OCO;- dopolnenle k inatruktaii po organizataii i proizvod-
stvu geologos"emocbrUkh rabot masahtabs. 1:50 000 1 1:25 OW.
lKoakwa, Gosgeo3tekhitdat, 1962. 41 p. (MIRA 15:6)
.1. Itussis (1923.- U.S.S.R.) Ministoretvo geologii i okhrany nedr.
(Geology--Maps)

AIMNER, Aroil 3almno ck IARMWOVA, Antonina Nikolayevna;
. fff
~Fai-
t
j , I'lai2mir Geram1movich; MIWAKGT~ I.L., red.;
CINUMD1, M.P., "ahly red., MLLICIMVSKIY, G.I.I., red.
kart; E09GLEVA, S.M., tekbn. red.
(Ger&Hus Hercatorl Gerw-d Markator. Moskva, Goo. izd-va
pogr. lit-ry, 1962. 79 p. (14IRA 15:7)
(Mercator, Gerardus, 1512-4"4)

ALEYIMR, A.7,,,
:)f Antaretica. Mftt. Otd. mat. goog. i kdrt. Geog- Ob-va
Atlai? ,
5~31R rio.ItO-51 161. (MIRA 17: 8)

PROwerzar Or PIM!nft IMAIMAM AXV XU"=tftr%G tr=S-
0:4;1 Ok. P. wA W. S. Alforovs. (Nalletim,
4* %'As v$Imtjoa T #dmtquo 4a J'Astar At As@ Metwax Tomp-rorrouse
00 . 1042). ?him is a Virmob trmalation, of an
U1489 Vol'. 2s 0 ct. p,
to ft4a, 1948.
Mb in aw"..
We 159, ftV P- 333;- R.P.7.
P- A
00
=40 Ml= go
IT
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It J" 1.
it 0 0 0 * * * 0
:,,, 1-00 *0 ~ 0 0 0 a 0 a * 0
lee
.00
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46:
so
coo
NO*
see

Ear&gands mataillurgical planT. Iletallurg IC rc.6:15 Jo., 16i.
Wr~~ ls:to
I. j;ti.04,1 'n,% a it 'n-- i.!7r rite! r:r., tcrnv !
av--matiki - (fr:-

12(2), 25(l), 28(l) SOV/128-59-8-11/29
AUTHOR: Tatsiyevsky, V.V., Raskin, X.I., and Aleynik, B.Z.p
Engineers
TIMB: Semi-Automatic Core Sbakeout Installation for Motor
Cylinder head Castings
MIMIC": Liteynoye proizvodstvo, 1959, Wr 8, pp 24 - 25 (USSR)
ABSTRAM. The shake-out work Is one of the noisiest in proces-
ses in the factory. in order to eliminate this noise
and create bstter working conditions, the authors ha-
ve designed a semi-automatic shake-out installation
which brings the motor cylinder head castings by con-
veyor to a vibrator. The walls of the vibrator are
insulated with thick felt and rubber. There are 5
drawings.
Card 1/1

A11EYNIK, I. A., QII-rid Teel) Sci -- (di.-:s) "iiatioi.al fricti~.I. (.,rive i-;
i~,, Ik ;CprzIt(;rz." ~-Iowzcw, 1~4uC~. 16 pp; cf Fjrr- -Iucozic-
I
ary SnLciz~'.I~:t Edvu~nti,f, Ram?, Yoz~cow Izn~A Uff ,in,; E-!uctri-
ficntic,: of A;:ri(.-;A*.urc); 130 copies; price not 24-u~,,

AURVIX. K.D.
value of the agglutination reaction with virus-coated
,bact
,arlm (ATZ). Zhur.mikrablol.opid. i iumm. 29 no.5:60-61
)V 15 6 (MIRA 11W
1. In Garkovskoga instltuta enidemiologii i giglyeny.
(AGGLVIINATrol,
diag. voklue of nalut. reaction with virus-loaded
beet. (Rua))
(TIRUSMSO
awe
(BACURIA,
$me)

AUMaXv M.Dol TARAN=p Z.79,
liettroltemagglutination reaction with chicken ery-Lhrocytea as a
wthod for the laboratwy diagnosis of Botkinls disease. Vop.
virus. 5 no. 103-87 A-F 160. (MIM 14 14)
1. Gcwlkwmkiy institut opidemialogii L gigiyany.
(HEPATITISP INFECTIOUS) (BLOOD-AGGLUTPUMON)

ALIMA, N.D.
Diagawtic important of different indicators of aldolase activity
in Botkin's disease; autbor's abstract. Zhur. mikrobiol. apid i
imusm. 31 no.7:134 JI t60. (MIR& 13:9)
1. In Gorlkovskogo institute epidamiologli i "ye .
( - --) (HEPATITIS, IMCTIOUff

ALVMI1t,--X.D.4-- TARANM, Z.Ye.; NASONOVA, A.S.; NIKOIATEVSKAYA, G.V.;
ZOTOVAII A.G.
Study of thO affeCtIVOMOBB Of pi-Ophylaxis of Botkinlo disease
using game globulin In childratis' institutions in Gorkiy and
-0 162. (KMA 15"11)
Dzersibiumk. Vop.virus.7 no.5s617-618 S
1. 4*r'1wvskiy institut --4 061.1 1 mikrobiologii, Gorlkovskaya
oblastnaya sanitarrio-qddwdo cheskaya stantsiya I Sanitarno-
epidmiologicheskays stantalya avtosavodskogo rayon&, Gorlkiy.
(GAMM GLOBULIN)
(OORKIY-HUATITIS, INFECTIOUS)
cozmzHrNsx cGoRny PRoviNcz)-MMITIS, INFECTIOUS)

~,,, -n!"'! . , ". , .. ; :.:. 1,J141, F.I.:Ih. ; ilft- % i T -?.". V., . d . ~ : 1, 1.11
:(8,q if l.f.e iflelRLion oll -,-*.( . :i_ -. wz~ f7--~% 1:1 - od
lind (::~ ':-,--j43nLs of Ivitinntr- -.:. 1h f.: :1,1--r~ . ; . , _ . : - ! , . 11, i.-, - d. V; rlis.
i .,
n, . 9 --.~ t) I w. . ( m 7 -1...; 1 -- :.~ )
I . ~! I i r I i . ,, :; k ! y Bic, t 1 t u t e I ',* i - - m! ..~ ~ - ' -. - i,! ' : -r, 1 ' .

Amin. S.Y.
DINCW817 of the ShM1011AMAkille eapm%de. Klin. sod.. Moskva 30 no.
6:89-91 rum 2952. (CLKL 22:5)
1. Candidate Xedical, Sciences. 2. Of the Dalwtuent of faculty Therapy
*f Tinni4sm. Medical Institute (Director -- Prof. 1. T&. Daynaks).
3. Given pwicrity for discovery of Bowmants capsule to Shumlyanakly.

AMMIXOT, IA~~m insh.; RUMOV, A., lm&.; I)ASMMMO Ta.. kand.tokhn.nmk
liMp thr*4-ph"o furnwe with r0tatIM bath for smelti fe
sill**n- Tdkh.-skon.blUle no.172t13-18 J&-y #59. 12:4)
(Ilectric furnacon)

ROGAN, A.B.. gorMy lnxh.: ALWMOV,.,.A A gorM7 lash.; DMT. Ye.D.,
opryr,ry lnzh.; fVANPVI- . , proy inzh.
Inv"atigating ummifestations of rock pressure by neans of 06-tnm
hydro-ulic Jack%. Ugoll Ukr. 3 no.4:12-15 Ap 159.
(WMK 12-.7)
(Subsidences (Ilarth movements)) (Hydraulic jacks)

:~~-:!ilx. fial.n. A.A.LIc,"n T':
Ap.r ':3.
An t.;!-!, JOI~:1107, 1-Va, s r-~~ law of
I;rx
Lco:
Of
of
d

"-. '..V I 1 111)
I I.
II
AU1111KOV, A. ')
The retreat of the glacier in the northwestern part of the Russian plain, stages
saw osculatiodmi
P. 347 (MckoDnImi Praneelmdal) Vol. 4, 1957, Vilnius, MU,usnla
SO: MONMLY INDU LIP BAST NURUPaCi ACCF-qg]CNS (ESAI) LC, VOL. 7, NO. 1, JAN- 1958

41r Y',4 / A00 V,4
AUTHOR: Alepikov, A. A. 20-3-39/59
TIMT: A StratIgraphio $chose of the quarternary Deposits of the
North-Western Part of the USSR and of the Contiguous
Ikesione (Skhena stratigrafti chetwortichnykh otlozboaiy
sovaro-2apadnoy chasti $881 1 sopredelinykh rayonov).
PIRIODICAL: Doklady AN SSSR, 1958, Vol,, lie, Nr 3, Pp. 553-554 (USSR)
ABSTRACTi The author continued his work (ref. 1) on the stageo of
r*ossslon and of oscillations of the glacier of the mentioned
area. He gives a scheme of the deposits as formed during the
last glaciation (tab. 1). jPive stages could be foundl the
sarli*et was 0 Seresinekays,, then 2) Dvinskaya,
3) Lushakaya, 4) Nevsk&ya, and finally 5) Finskaya. According
to this order the glacier withdrew to the North. Also the
inter stages between then were investigated correspondingly.
The earliest and at the same time the first inter stage
after the interglocial time Beresin ko-Dvin kiy was
9
characterized by a moderately cold Mmate
(similar to one
In the same area today). The next three inter stages named
according to the stage* before or after them were colder
Card 1/3 4ue to the glacier In near proximity. Their climate was

A Stratigr&phlo Scheme of the quorternary Deposits of the 20-3-39/59
Sartb-'Wastoza Part of the USSR and of the Contiguous Regions
stab&rtic or artio. The rules of withdrawal of the glacier
observed mads possible the important conclusion that the
formation of the Mginskaya mass and its analogs at the Nova
River preceded the earliest stage i.e. the Boresinskaya stage
and not Nevskays stage. A marine mass is stratified at the
mama stratigraphlo height vith the continental interglacial
deposits. This age assignment deviates from the opinion of
Oomo scientists that the Mginskaya strata belong to the late
illaoial stage. Besides the deposits of the last glaciation
(Dueprovskoye) marine interglacial deposits were observed
which Indicate: a complete disappearance of an older
glaciation (Da provskoye). This latter glaciation covered
m greater area than the most recent one (Valdayokoye - accordWg
to the opinion of the author). Although the history of the
Vneprovskoye glaciation consisted also of stage and Inter-
stage periods, these stages and oscillations in the area
oovered later by the lust glaciation can be studied only
with difficulties, for the corresponding formations were
subjected to denudation. Rowever, this study is possible
Card 2/3 in the area located extratlaoially will respect to the

A Strahigraphio Seheme of the quarternary Deposits of the 20-3-39/59
North-Western Part of the USSR and of the Contiguous Regions
last glaciation* The incrainal stage zones of the older
Glaclotloa are often considered independent and thus, the
number of glaciations and interglacial periods is augmented,
which is not correct. The author observed only 2 glaciations
and one interglaoial. period in the area investiEated. They
represent the main chapters of the geological history of the
Ilartb-Test,arn I-art ot the USSR and the contiguous parts in
the Quarternary period.
There are I figure, I table and 2 references, all of which
are Blefic.
ASSOCIATION: State University imsai A. A. Zhdanov, Leningrad
(&*ningradekly gosudarstrannyy universitet Im. A. A.
Zhdanova)
PREBOTIM: Jane 21, 1957, by D, Vo 31alivking Academician
SUMKITTOD: February 10, 1957
AVAILAELS: Library of Congress
Card 3/3

ALVONTY.0, '.. A., CUd Tech Scl - (diss) "A Selection of tho Rational Character-
[Aic3 of ~;ijpportinfj Timbers on the Basis of a Audy of the hature of the Movement
of the Overlying Strata (In the Conditions of the Donets Coal Field)." Leningrad,
1146C, 1? pp (111ni3tr,,y of Higher and Secondary Specialist Education RjFjh; The
Lmin,grad Orderm of Lemin and Labor Red Banner Itining Institute im G. V. Flekhanov,
Chair of Ebqilaitatlon of Aratiried Deposits) 200 copies, no price given - printed
on duplicatinr nachine (KL, 1-60, 122)

ALVT~P!j ~on Afanaslysvich3 BUSMGIIrA, N.L. red.; =KOTA. Te.G.,
to . 6A.--
(Basic probloms relatIve to the study of quaternary sediments in
the morthwostern U.S.S.R.] Ob asnovuykh -woprosakh izuchenlia
chat-rartic)-yich (antropopnovykh) otloshanil Severo-Zapeda SSSH.
Leningrad. Isd-vo Zmsmingr*univ., 1960. 64 p. (KERA 13:4)
(Russia, lorthweatem-Glaclal epoch)

BDKrY, V.,B.j AUMXXQV,,, A.Ao,
.
'Plossibility of working thin flat seams by means of longwalls
ulthout-supporting, the working-face area. Sbor.trud.Inst.gar.dela
0 MUIR no.8%53-57 161. (MMA 15:2)
(MUlng engineering)

-W, V.B., kand.tokhn.nauk,
AIA kwW.tekhri.a&ukj 0
.
GOIPML4RSNKO, ID41., kaW.tOklun.niuk; DROZDOV, V.L., insh.
Scraper-plm unit. Makh.i avton.liroixv. 16 no.10:25-26
0 lu, (KMA 15: 11)
(Cua-wining =chi nery)

AWRAM, A.A.
FargImal. formations of the last gl!tclation in the northwestern
part, of the East Furopean Plain and their geomorphologic and
stratigraphic relatlonshlp. Trudy Itom. chetv. per. 21:41-46 163.
(?URA 16-1C)
1. IIPTIing-IWS~ay gooudtsrstvennyy tuilversitet.

USYNITM-A.Ao, kand.tekhn.nauk; NMDAYEV, N.V., inah.;
-fiZZV1CIIrNKO, Vja., inah.
Behavior of wall rock during the working of steep 3eams with a
diagand face. Ugall Ukr. 7 no.llt22-2-4 N 163. (JKHU 1714)

'71, A.~.
- - ;,I .. . ... : -
gl=Lm Crr" break:~nr. S~T. -, r. 1. '*, - I . j -, -, - . -~ T,'.O~
n,,,, ~'~ ~3-1-17 t( I 1~ .1 : I . ~

AMMOT, A,,~~, kand. takhm. nauk; CHUDINIKO, P.P., gomyy inzh.; SMALrY,
. V. Tv., Comyy imah.
Technical and economic analysis of the conditions of the hvd-
raulin breaking of coal In thin seems. Ugoll 39 no.604-3f 13064
(MM l7t7)
1. Yxiatitut gornogo dela imeni M.M. Fedorova.

AIANT111M , A. 1. , inithener.
"WWWWWO -mom"Aw.
ma*bami,sation of charging the burdou In high-silicom, Iron allqse
Stall 1.7 ne.312771-279 Mr 157. (MM 10-4) ".
1. rutgntstskiy save& f*rroeplavov.
Clron allo"-Ketallurgy)

AIXUIZOV. A.I.
- I . -1 11 ". .1
Spring *lips for electrodes. Bial. TSWIICHM no. 9:41-43 058.
(HIU 11:7)
1. rustletakty savad farrosplav&w.
(Fastenings)

"'LLMIKOT, A, t.
Lapid, o7orhamUng of forro-,%lloy furnaces. Blul. TS)41"Hy mu.2:41-42
(MMk 11:5)
I ta,
1, Xuznatskly savc4 forromplavoy.
(Retallurgloal furnaoso-Maintema=ei and rtpair)

AL=ZKEyCW,r.&JLj N=SRIK, Iolo; TJKSIV, I-No; GREMIX, T.K.; LrJLIUMOT. T-1--,
All
)Pr=V, V-P-; SIMIN, S-A-; SCKOWT, LD.; SHDMOV, V.S.
A
Inven-ti4pkting %be asebanism of the rotation process of ferroalloy
furntwe baths. 1xv. *". ucheb. sav.; chern. met. no.8:181-187 160.
(MIRA 13:9)
1. 8111Ady metallurgIcheakil Institut.
(Rotary hearth furnaces) (Iron alloys)

AMNLOV, A.I..; BAMSKIN, I.J..; VEKS111, I.N.; VoSKRESENSKIY, V.A.;
GONCRAROV, O.M.; LYULEIIKOV, V.I.; SHIROKOV, V.N.
Investigating the throw mechanism of a charging machine on
ferroeilloy furnaces. liv. vys. utheb. zav.; chern. met. 6
no.6t,204-208 163. (NIRA 16t8)
1. Slbirskiy metallurgichaskiy inatitut.
(Nota,Uurgical furnaces-Equipment and supplies)

A I.". n I HOV , A . I .
. ". ,,, l,'1 ~W 1141h.11~ ' the material
,1gl1cl,~a~tjAg Ule projectict) distanco and scattering c.1
In the iii.r. Inv. vys. ucd,;o~~. zav.; cliern. met. 7 ncl.20.165-1-0 164.
(PIP-.A I"! !I)
'I.. Govud&rvtvonnvy Jnstitut po pro:jektirovani5*u predpriyatiy 110
prolzvodstv~l ntal'l.

W

LLMINVY, A.Z.; STADUKNZN, V*D*; ULITIVA, G.G.
I
3btergirotution or magnetic and gravity measurements using data of
artiri,clal nagnotle biasing. Trudy Inst.goofiz.UFAN S.SSR no.3t97-
.102 1~65* (WRA 1828)

R.V., Wind. tokhn. nLukl WYNIKCA, B.I., inzh.; RAZYLEV, V.G.,
kand. *jtkhn, nauk
Controll.ing the averaging process In ore mining with the
help (if electronic coaputoeri3 at the "Loebadin" strip mine
In thii Kursk Magnetic Anomaly. Gor. zhur. no.2:4.0-51 F 165.
(MMA 18W
1. Intitttut gornogo dela im. A.A.Skochinskof-o (for Orlov,
Alqynikov). 2. Nauchno-isaledovat-91tskiy Institut Kurskoy magnitnoy
ancen't.11 im. L.D.Shavyakova (for Bazyley).

A!T,TVTKCT.1 13 1. inzh., ORUN, TI.V., k". takhn. nna; BAZvL':V, V.G., kand.
II.-.... f * n8u).
J; ,
).4orithit of the control of a mining complex with an averaFlng
syitteml Labodi mi-ne. Izv. vys. ucheb. anv.; gor. zhur. -4 no.2t
2a.25 1b". (MIRA 1815)
1. InstItut t,ornogo dela imeni A.A.Skochinskogo "or Aleynikov,
kirlov). 2. lf~,ichno-isslodovatellskly Institut po problem~Ln
Fl.irskoy magnitnoy anomalit iment 1,.D.Shavyakc.,va (for BazyAev).

CHERNIMOV, Tu.,A., kand.takhn.n&ukgAb;%LKM4-", insh.
Methods of selecting the paramst&rs of working facee in automatic
paWroxming control of rot&ry excavators. Nauch.soob.IGD 24:84-94
165. (MIPA 18s10)

AIEYNIKOV, P., K. C" Tech Sci -- (diss) "The Effect of Certain
ZWSXXMMKU Physical-MOchanical Properties of Friable Materials
n the Process of Their Grinding." Len, 1957. 24 pp 22 cm.
(Academy of Sciences USSR, Inst of Chemistry of Silicates),120
copies M, 27-57, 106)
- 24 -

- P
I /-- c v") ,C- 'e-
/
Auffynov. P.H..
Deterutning basic Indic*@ of the mUtuAl polishing method. Stek.1 ker.
14 no.11:7-11 Ag 157. (KER.A 10: 10)
1. Institut khImil silikatov Ali SSSR.
(Orinding and polishing)

PA - 254B
Tr=: --1WrtHFWUe-o-?-n'M$iv* Powder Micrahardness on the Value of
GrinaaAg Ooofficient. (Vliyanlye mikrotverdosti abrazivaogo poroahka
ns. sniko'heniye koeffitsiontov ob' I yemnoy soshlifavyvaemosti.
opreae3jaywykh matodon vsaixnogo shlifoyaniya, Russian)
PERIODICAL Zhurnal Tekhn.Fix. . 1957, Vol 27a Nr 3, pp 567-574 (U.S.S.R.)
RooolvWt 4 / 1957 Reviewed: 5 / 1957
ABSTRACTs Investigations were carried out witlu marble, glass with 80 weight %
PW aM 20 weight % S1021 optical glasses TF-4, F-2. BK-6, K-8,
highly trampar*nt quartz gla", rook crystal and ruby. The follow-
ing abrasivs powders ware useds qmrts sand Nr. 100. 120 and
silloon carbide Hr. 270, iOD, 120. The coefficients of spaoe-polish-
ability (W) of brittle substances are constant and only in oases
in wMoh the miar*hardness of these powders amounts to the
2- to 3-fold of the bardest of stabstances to be polished, they do
not depeed on the nature ana gmin sixe of the powder. The
ooeffiaients of space polisbablUty of brittle substances can be
ooqptxtttd itooording to the relation of their mdorohardness. In
order to obtain constant values for the coefficients of the space
polishability it in necessary to work for a considerable time on
the initial surface with the abrasive powder with whioh the test
Ca14 112

PA - 254B
Influenot of A~rasive Pomder Viorchardnese on the Valuim of
OrWing Cosfficiant.
will be carried out. Besides, It is necessary to chawfer. the
sample to be ground. (8 tables and 2 illustrations).
ASSOCIMICHt Silicwte-Chemioal Institute. Leningrad
PRESIMM BYi
SORMIT=: 15.9-1956
AVAILLBIZ: Librazy of Congress
Oard 2/2

AUTHOR: Aleynikov, F. K. 57-12-6/19
TITLE: UdUmce of Som PbVsicml and Mechanical Properties of Brittle
RAtartals = the bscess of Their Polishing.
(Vilyaniye nokotorykh fiziko-mokhanichookikh avoystv
khrupkikh materialow na protsess ikh shlifovki).
PERIODICAL: Zhurnnl Tekhnicheakoy Fiziki, 1957, Vol, 27, Nr 12,
pp. 2725-2737 (USSR)
ABSTRACT; In this paper, the influence of the essential physioal and
mechanical properties of brittle materials characterizing
the strength of these materials on the basic parameters
desIgnating the polishing process of these materials is
investigated. These properties comprise: micro-strength,
micro-shear strength, dispersion strength, elastic
properties (as Young's modulus, shearing modulus and
poiss*ns number), whereas the basic parameters comprise:
the power, the thickness of the elevated and of the
destroyed layer. It is shown, that the basic parameters
characterizing the polishing process of brittle materials
depend on the physical and the mechanical properties of the
Card 1/3 material. It Is further shown, that these quantities are

Influence of 30M rosimi md wAanicla Pr*Perties of Brittle 57-12-6/19
ftteriOLIn On 00 PL~ss of Malr PoUshl".
connected with the above-montioned properties under
investigation by a function only in the case of identical
brittleress. The brittleness is characterized by the
criterion T w To In the case of the materials under
1(5
Investigation here it equals 2.3 to 2.8 a denotes the
shear strength, R(5 the breaking strength, T the brittle-
ness or plasticity. The relations obtained here between
the basic parameters of the polishing process and the
physical and mechanical properties of the material may be
used for the computation of the technological technique
of the polishing process of these materials. The
investigation was directed by N. 1. Xachalov, corresponding
m*uber of the AN USSR, P. Ta. Bokin, V.P. Barzakovskiy and
A. 1. Korelov collaborated. The investigation was extended
to: Marble, glass 3, quartz glass, ruby, and rock-crystal.
There are 6 figures, 4 tables, and 21 references, 20 of
which are Slavic.
Card :/3

Tafluence of SoM ftsical. and4ibehmalciLl. Properties of Brittle 57-12-6/19
MterWs on tbe, AMmas of fteir Polishing.
ASSOCIATION: Institute for Silicate Chemi7try AN USSR Leningrad (Institut
khimii silikatoy AN SSsS Len ngrad).
SUBMITTIM.. November 5, 1956.
AVAILABLE: Library of Congress
Card 5/3

15.
6
S/C20/61/141/003/014/021
01 /B1 17
AIMEORS. Alelnikov, F. K., Slizhis. Paulavichyus, R. B., and
TITLE: Direct e1sctron-mitroscopir examination of the fine structure
of glass
PERIODICALz AkiLdemiya nauk SSSR- Doklady, v. 141, no. 3, 1961, 674-676
TEXT: Since the structure of replicas dist-irbs the electron-microscopic
examination of glass, the authors developed a method of direct electron-
m-icroseopio glasm examination. They used a JEM-5V electron microscope.
Glass films were obtained from 0.2-0.5 mm thick glass laminas by grinding
and ;ollshlng, or by blowing the molten glass v1th subsequent etching.
Glass lamiman wore diecolved in HP until tl~ej permitted good penetrability
to the electron beam. The laminae were f;rst etched with 20%, then with
10; 4; 2; and 0.5% HF. Blown glass was &-'!~hed with 41 21 and 0.5% HF-
Distinct fine structures were also obta!nf,d 17 etching with lye. The
electron-ciLcroscopic examination showed ttat three-, and multi-
co=;onent Classes. were not homogeneous. [Atnt:-aTler's note: electron
Card 1/5

rj1,2 6
5102 61/141/003/014/021
Direct elealron-microsoopic ... i, ~ 0 1 Y31 1 -1
micro;holographs not reproduciblej Mic.-,,r,terognneities can be
deciphered by a proper choice of the solvqn,~. The following dimensinrs
of microbeterog,*neities were found;
T;rpe of gl%es or its composition 1). nczons of micr-)heterogeneities,

O;tical quartz glass -
G.' too of quartz tubes -
N'&,0-5SiO2
r 6o -150
.
N& 20-1-53e20-58JO2 50 -150
"a-0-CaD-55iC2 60 - 80
No. 2O-ZtO-5SiO2 30 -150
Na. 2O.Cdo-5SIO2 25 - 40
Na 20-2-5B&O-SiOll 6o - eo
Na 2O-B203'5SiO2 80 -150
Na 0-9B,
2 . 0,.-I 53i02 -,i;-en eity of the skeleton
Card 2/',4i

Direct oloctron-microscopic
Type of glass oi, its compomition
30M
S/020/61/141/003/014/021
B101/B117
i:~~enslcns of microheterogeneities,
Window sheet glass 6o ao
Cover glass 80 150
Uicroinbcmogenelties do not only depend on the type of thermal treatment
but also on the glass composition. There are 2 figures', 1 table, and
8 referen,,,esi 6 Soviet and 2 non-Soviet. The reference to the English-
language publication reads as follows: 1. Warshaw, J. Am. Ceram. Soc.,
-it 4 (1960).
ASSOCIATIM: Institut khimil i khiMicheskoy tekhnologli Akademii nauk
-L3%SSH (Institute of Chemistry and Chemical Technology of
the Academy of Sciences Litovskaya SSR)
PRESENTED: Uay 30, 1961, by H. V. Belov, Academician
SUBMITTEZ: jj*y 30, 1961
Card 3/3

AIEYIIIMV, F.K.
Datei-mination of the aurface enarry of
'he uethod of =tual grindini,. Trudy
61-67 16' .
1. Institut khimii I kIdmicheukoy t~ekhnclc,:~i t

L 2 ~)59
S/236/62/000/002/002/004
E071/E135
AUT11URS I Alaynikov. F.K., Paulavichyus, R.D., and Slizhis, V.A.
TITU': --A ... Wi'~d; of some physico-mechanical properties of
thrrve-coutponent glass**
i1-_*111UUlCAL% Trutly Akad*mii nauk Lltovskoy SSR, Seriya D. 2(29).
1962, 69-94
TLXT: A 3yotematic investigation was made of the micro-
hardness, microntrength (crack resistanco) and brittleness of
glasses of thin following compositionsi R20-xRO-5 SI02, where
142U = 1,1:10- 10120 and K20; RO z 1300. MgO, CaO. Zoo, SrO, CdO. BaO
and PbO; x - 0-5. 1-0, 1.5. 2.0. 2.5. 3-d- In addition, the
-Ry8ten' XR20-9 SiO2 and the ternary sodium calcium silicate system
in which the 1proportions of both sodiurh and calcium oxide were.
varied, was also studied. The glasses Investigated were prepared
from very pure components and molten in platinum crucibles. 0 All
glanses were preliminarily annealed for 4 hours at 45o-650 C
(depending on composition) and then, after experimental determina-
tion of their softening temperature, were re-annealed for 2 hours
at 10-1.5 OC bolow the softening temperature. Glasses which showed
Card 1/4

A study of some physico .-mechanical. . . S/236/62/000/002/002/004
E071/EI35
a tendency to crystallisation were not submitted to
annoaling. Two types of specimens were used for the
cylindrical 15~20 tium diatneterv 5-15 mm height, and
CIIII)s 1-10 cam djanieter in which no stresses could be
a pulariaicope. The sucrohardness was determined by
diam.ond pyramid indentor; the microptrangth and the
criLeriori were calculated from the dimensions of the
using The following :formulae of N.K. Dertev:
P (I + 2t&)
4dq+ ?2
4 2 1 - 21&
T o.61 d2 1 + 24
Wherv, N - mi4iroetrength in tension, kg/mm2; T
criterion; P - indentor (load), g; - length
anAles, nticron4t; d - length of the diagonal of
zn ic ron* ,)~, - J~oieson coefficient.
the secondary
investigations;
small glass
detected with
means of a
brittleness
indentations,
(2)
(3)
- brittleness
of crack at the
the indentation,
ixecordisig to preliminary experiments on homogeneous optical glass
Card 2/k

A StUd)* of So" PhysiCo-MeChanieal... 8/236/62/000/002/002/004
E071/E135
.-8. reaAdual stresses have no noticeable effect on the length of
cracks xit the indentations unless they are of the order of
100 w~&/cn; the values for some of the synthesized glasses were
1U-50 itrx/cin. The residual stresses in small glass chips, obtained
by thorinal cracIting or mechanical breaking of large pieces. do not
disappear although the polarlacope does not show presence of
stresses, It was found (using glass Na2O-CaO-5 SiO2) that melting
or glass during 2 and 4 hours has no practical influence on its
utrongth characteristics. while a prolonged high temperature
nnnealing lowers. the microbardness and increases the resistance to
criickiiig. %a a rule, with increasing inde*ntor load (50-150 9) the
microhardnipas *C glasses free from traces of crystallization
decreases by 3-111S. the microstrongth decreases by 25-35%, but the
brxttleness criterion increases by 15-i0%. Conclusionsi
1) As regards their influence on increasing the microhardneang
alkali earth oxAdes can be placed in the following orders
EreO >C&O ~~ HSO - SrU '> B&O and ZnO > CdO; and as regards their
isit'luence on thet microstrength, in the following orders
Boo > 14&0 ',), C&O > SrO ;- B&O and ZnO >CdO.
Card 3/4

A study of some S/236/62/000/002/002/004
physico-mochanical ... E071/E135
2) AlkalA oxidosi increase tho microhardness and microstrength of
fja-sr4es An the following order: Li20 >Nft20 >K20-
3) Alkali oxidec lower the brittleness of glasses in the following
Order: X20 ->Na,10 >Li,~~O.
1i) Glasses of the same microhardness but with lower values of the
brittlerieso criterion nre stronger. .
3) I.n the ternary system N&20-CaO-5iO2 the microhardness depends
wainly on the proportion of calcium oxide.
There are 0 figures and 6 tables.
ASSOCIATION: Inistitut khimii i Ithimiche akoy takhnologii,
Alimdeciii nauk Litovskoy SSR)
(Inmtitute of Chemistry and Chemical Technology,
AS Lithuanian SSR)
SUIANITTED. November- 18, 1961.
Card 4/4

SlI. 1211 S , V. A
.1 . [SliZY3,v.j
D.-irect electr(,n Microscope study r~f the fine :3,.ructL~-e of
twc-, three, and multicomponent ollicate classes. Tnidy
AN Mt. SOP. S,-. B nc.2:95-108 162 .
1. Ina tiiut kjirli I kbinicheskcy tokhn~,Ictrii A!: tovskey Ss;:".

S/236/62/000/004/003/009
D204/D307
AUTHORSs Slizid.ri, V. A., Ale nikovP. K- and Paulavichyus, R.B.
~TITLEs The selection of composition for the production of
foamed glass
isouRcat Akadeniya nauk Litovskoy SSR. Trudy. Seriya B, no. 4,
1962, 71-76
ITEXT: Sheet window glaset bottle glass and laboratory-prepared
Isio -Al 0 Fe 0 4-CaO-11gO-Na O-K 0 glasses were investigated in an
? 2 2 3- 2 3 2 2
leffort to reduce the required foaming temperature and therefore
,lower the costs of this procesee. The alkali contents of the labo-
iratory gliketies were 15 17% and 19 - 20%. The specimens were
'roamed at 620 - 8700C, using 2% (by weight) of north-western Li-
thuanian limestone from the "Karpenay" deposit as the foaming
agent, and their weights by volume were determined as a function
iot the foaming tomperature. It 'Was found that the latter property
was considerably raised by small amounts of A120 31 and was lowered
:42
112
L~ar

6/236/62/000/004/003/009
The selection of D204/D307
by Fe 0 and Na 0, although, large additions of the alkali made the
2 3 2
glass hygroscopic. Thus the cheap, Fe-containing bbttle glass (fromi
the "Alyalsotas" factory) could be foamed at lower temperatures I
I than the shoot i4indow glass, i.e. at 730 - 8300C with limestone or
dolomite, and at'730 - 8000C with coke. At higher temperatures the
pores were larger and more uneven. The foaming range could be in-
creased by the addition of CaO and MgO. There are 3 tables.
1ASSOCIATIONt Institut khimii i khimioheskoy tekhnologii Akademii
nauk Litovokoy SSR (Institute of Chemistry and Chemi-o:
cal Technology, Academy of Sciences of the Lithua-
nian SSR)
BUBMITTED3 March 24, 1962
tUrd 2/2

S/236/62/000/002/003/004
E071/9135
AUTrioltS. AlOynikov, F.K.. Dundzis, P.V.. Paulavichyus, R.B.,
"fi-nd - -kff
T1T LE s A direct electroamicroscopic investigation of the fine
atructure of di-, tri- and multl-component silicate
glainsen
ILRIoDICALt Trudy Akademii nauk Litovskoy SSR, Seriya B. 2(29).
1902. 95-108.
TEXTt In view of the scarcity and some uncertainties of the
rpt;ults obtained in published investigations, a study of the fine
structure of transparent glasses was undertaken, on the following
types of' gillas: Na-)O 5 S102, R20'XRO-5 Si02 (where R20 = Li20'
Na:10. K20; RO it UeO, MgO. CaO, ZnO, SrO, CdO, Bao. Pbo;
x a 0.5. 1.0, 1.5. 2.0, 2.5 and 3-0) as well as on some multi-
comporient glass-no - ordinary sheet glass, glass electrodes etc.
The development or a suitable method was done using glass of
composition Nan~O-CdO-5 S102- The electron microscope used had a
re.9olvinx thousand).
., power of about 6-10 X (magnification 50-100
Initially, carbon replicas with a preliminary shading of a fresh
card 1/3

A direct electrt~nznicroscopic ... S/236/62/000/002/003/004
E071/E.135
,glafis fracture ILt an angle of 15-20* with platinum or tungsten
axide were used. These replicas, however, showed their own
structure and not that of the glass. Subsequently carbon-platinum
r#-plicati wtre inade, applying the method of D.E. Bra dle I. by
t4prayiiig a thin platinxim-carbon film at an angle of 45 to the
surtace of the $Iass. Since this method is very laborious and the
replicas can to some extent distort the actual glass structureq a
c1trect mothod of' preparation of glass films for ntudying the
ztructure was doveloped. Initially, this consisted in etching
thin, polished glass plates (0.2-0.5 mm thick); later blown glass
films wvre used which were subsequently etched in hydrofluoric acid
ur mixtureti of hydrofluoric with another mineral acid, until a
necessary thin film was obtained. The experimental procedure is
described in soue detail. The structure observed directly on a
tkiu& prtpared ispecicten of NaUO.CdO-5 Si02 glass was identical with
th.rst obscrved t)n the replica prepared by the Bradley method. The
&pecinenti prepared by etching showed not only the surface structure
of Slaps. but in some cases the distribution of tnicronanuniformities
In the whole thIcke-kess of the glass filis. Therefore this method of
Inventigation semo used in furthArr studios. it was established
Citrd 2/3

A direct olectroximicroscopic ... S/236/62/000/002/003/004
E071/E135
ihat ilone of the glasses investigated were homogeneous; they
coatsist of a skeleton rich in silica arid a multiplicity of micro-
dondrides which depend on the chemical composition of glass an
well ab on its thermal history and technological factors. The
majority of the lasses investigated had oibrodendrides of an
ovder of lio-loo V
There are 4 figures and 1 table.
ASSOCIATIONt Institut khimii i khimicheskoy tekhnologii
Akademi.i nauk Litovskay SSR
(Inotitute of Chemistry and Chemical Technology.
AS Lithuanian AS1k)
SUBMITTED3 December 2.
1961.
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PARFENOT, Y.A.p AIXYRIKOV, F.X.; SLTZMS, V.A. (slilys, V.]
Use of t1im thermog"phic 3wthad for,ths determination of vitrification
toem"rettwe. Trudy~ AN Lit. M. Ser.B mo.103-38 965. (MIRA 18t7)
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