SCIENTIFIC ABSTRACT AVGUL, N. N. - AVGUSTINIK, A. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102610016-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

AVGULI, N.N.; KISELEV, A.V.; LTC-INA, I.A.
MDlecular-otatistical evaluation of the change of
thermodynamic
functions in OR adsorption on graphite. Izv.kN
SSSR.0td.khim.
nauk noss:1353i.135-1 Ag 162. (MU 15:8)
1. Institut, fizJ.chaskoy Irbimli AN SSSR.
(Nbthane) (Adsorption)

0/069/63/025/00Z/001/010
AO!57/Al26
AUTHORSt. Avgull, N.N., Kisele,ip A.V., Lopatkin, A.A., 14ginap I.A.,
Serdobov,
TITLE: Nature of adsorption by zeolites. Heat of adisorption of
benzene
and n-hexane vapors by zeolite type 13 X (13101)
PERIODICAL: Kolloidnyy zhurnal, -r. 25, no. 2, 1963., 129 - 135
The differential adsorption heats of bonzene und n-hexane vapors on
1*1)(h zeolite crystals were measur)d calorimetrically. The measured
aftorption
heats'are approximately twice as high as the corresponding heats of
condensation.
The initial heat of adsorption of benzene in by about 3 kcal/mole
higher than
-that of n-hexane.. Little change itae observed in the heat of
adsorption of bon-
zeno-with the degree of adsorption, while a considerable rl,[se
occurs for n-hex-
ana. This observation was made also with graphitizad soot and
explained by the
intoraction of the n-hexane molecules in the adsorption lairer of the
non-polar-
izod soot surface. Discussing the possible arrangeimnts %4,1 the
benzene and n-
-hox&ne molecules In larger cavitles of the zeolite,, the authors
state: There I
Card.1/3

0
311069/63/025/002/001/01
Nature of adsorption by zeolites. Heat of .... A057/A126
are four sites In the cavity walln having cations -In theiv centers which are fe,-
vorable for the localization of lxtnzene molecules. It can be assumed that the
stretched and flexible n-hexane itx)leoules depend li~ss on %he position of these
cations. Hence, the adsorption ol' n-hexane is lesito looal:[zed in comparison to
benzene. The adsorption on z 'eolltes, however, is highly affected by the goomet-
ric and electronic structure of *the adsorbed molecules, the geometry of the cav-
ities, and the nature of the eleotrio field of the adsorixint. The packing of
Molecules of the adsorbate in the zoolite cavities differn, therefore, from their
packing in the liquid state. Thua Folyani's potential thoory of adsorption can-
not be applied to the adsorption of hydrocarbon vapors by zeolitPs. The state
and.packing of hydrocarbon moleou'Lea in zeolite cavities ifill find further ex-
planations by experiments with n-.alkaneii with molecules ol' different lengths
and
their substitutes with various Dmictional groups, plane molecules, and different
electron structure, as well as adisorption experiments w!th small molecules (ni-
tropren, argon) after adsorption of highly adsorptilre largo molecules, which are
lomily filling the cavities. Thore are 4 figures.
ASSXIATIONt Moskovskiy universitet, Miminheskiy fakulli;et ~Mosco'w UniverBit
Cnrd 2/3

S/06916310251MVW11010
Neituro of adsorption by zoolitea, Ifeat of 44e# ACi57/A126
Chemical Department); Institut fizicheakoy Wilmll AN SSSR,
Oruppa.
khimil poverkhnosti (Xnatltute of PIU-sLcal Chemistry of tlie
AS
USSR, Team for Ourfaco Chemistry)
SUBM).TM: July 12, 1962
Card 3/3

i' adi-
T jj,;,

.---AVGULIJ-L.-T-tj BAYEDIA. Y.M.; KHOMM, A.$.
Automatic apparatus for countercurrent distribution.
Zav.lab 26
no.10:1164-1166 160. (HIRA 13:10)
1. Veeeoyuznyy nauchno-iseledovatellskiy institut
antibiotikov.
(Scisatific apparatus and instruments)
I

0i
;"im t, 6TL t,;
"lillf a v o 1.0)
-All

Avon,, Y.T.
I
- - I ~ ~ I ~
Automatic apparatuff In chromatographic analysis. Trudy
Inst.
fix. khtm. no.6:189-201 157. (MEA 11:10)
(Chro'catographic analraiA

AUTHOR: Chmutov, K.V. , Avgull , V.T. 32-9-25/43
TITM Now Automatic Devices for Chromatograph:Lo Analysis (Novyye
avtcvAticheakkya pribory d1ya khrmatogiraffoheskogo analiza)
FMIODICALt Zavodskay& Laboratoriy&, 1957, Vol. 23, Nr 9,
pp-M5-1120 (USSR)
ABSTRAM First, geneml oonsidemtiona concerning the
automatization of
some stages of chrmatographic analysis are dealt with. According
to them, now constructions for devices for the taking of samples
in a oolumn-chromatogmphy are described!. The driving devices
for
the displacement of receivers, the feed-.devices for the
quantities
of liquids, aril the re-calculating a6hezim are described in
detail.
There are 10 figures and 8 Slavic referenoes.
ASSOCIATION: Institute for f byaical 0hemis try AN USSR. ( Ins
titut f izioheskoy
khtnii Akadendi nauk SSSR)
AVAIIABLEs Library of Congress
Card i/i

Vol X-X A
1'. .1 fci. 1); 1
LL~ F"',

U)
OiTHOR: Avgul' V. T.
jOV/76-32-10-36/-9
TITLEA Ifigh-Sen3itivity Relay (Vysokochuvstvital1noyc rele)
P--'RIODICAL: Zhurnal fizzicheskoy kiiiiiiii, 1958, V.)1 32,
N'r 10,
pp 2.161-2461 (USSR)
AMRACT: A hiChly gonsitive relay w-fth a wor'KinK current of
0.251LA
call b--- produ.cod with the m1croummetor 1491. Two variants
are
possible. In the first case the cover of tho in3trument
(14,91
is taken awti.y and a 1 a 1 cm mirrol, i3 mounted to the
scale..
A light beam reflected by the mirror oporute3 the
photo,,ol,.,,1,.
diz.grum of' this relay 3c%emo with the photorozAstunce FUM-1
is i-,iven. The amperq;e in the rulay zind in the
j,how-,,03i3larlce
amounts to 10-20LL-'I, thut of the light impulse of the lieht
reflected by the i-.iirror LkMOunto to 3-,', ml, (just ao in
tile relay 3chome of the typo RP-4 or RP-5). In the second
vuriant the cover of the instrument doen, not Inive to be
tLken
away and no mirror is used. Thu photoreEistance is
illuminz--ted
with scattered light which is r,.-flected by the white scale
of the gal\, -;ziom,,~ ter. In this cn,sv the, reluy mll!3t
he more
r1ard 1 /2 sensitive -1 must operate with ii current of ui)
to 2 mA

lli~,)I-Sensitivit,~ 'Relay
the light ;ignal is weaker. If the rvla~- is used within a
thurmocontrol unLt chain ti,.c i~rcang.,~ment with a
pol,,,Lriz(--d
relay may also be used Olef' 3). TIiv::,o Lirv 1 fi6,,ire
and 3
rufuronceo, 3 of which ure 3ovict.
ASSOCIMON: Aki,dernipt nauk jS3RplT..qtjt.,It Moskvtt
(AS U33R~ Institute of Hi~ysic~,I Chemistry, lf'oocow)
SZ., BM I TT ED tMlav J, lgrt3
Card 2112

AVOULI, Y.T.; TUDILFVICH. N.D.
Device for thermostatic chromatographic columns.
Zav.lab. no.11:
1403 '59. (MIRA 13:4)
loInstitut fixichaskoy khimil Almdomil nauk SSSR.
(Chromatographic analysis) (ThermoiWit)

7 (6)
AUTH011 s Avgull, V. T. SOV/76-33-2-41/45
I---------------------- ---
TITLE% Methods and Techniques of Physicochezical Investigations
(Metody i takhnika fiziko-khim.Jcheski)go isaledovaniya).
Immersion Densitometer (DenBitometr p)gruzheniya)
PERIODICALt Zhurnal fizicheskoy khimit, 1959, VQ1 33, Nr 21 P
500
( USSR)
ABSTRACTj A densitometer is described whi.~~h can be used for
colorimetri~,
meas,arements of aggressive liquids. The apparatus consists of
two plexiglasn rods whose lower ends are ground at a 450 angl,k
and which act as conductoro for the light beam, a (FESS-ui)
photo element, and the light sourcq (a small R-type lamp).
The beam of 1:Lght is emitted. from the light source (Fig) to
the under end of one of the pl-9xiglans rods, where it
penetrates
a definite thLckness (6) of' the liquid to be measured, and
thon",
passes through the iinder end of the ijecond plexiglass rod to
the
top of this rod, where the photo cell is located. The measuring
instrument used was a micro ammeter of the type M 91 for which
10d*amperes correspond to r - 5000.n. The apparatus functiono
Card 1/2 with an accuracy corresponding to that of analogous
laboratory

Me~lhods and Techniques of Physicochemical
SO'V/76-33-2-41/45
Investigations. Immersion Donaitometer
instruments of this type. There is 1 figure.
ASSOCIATIONt Akademiya nauk '.11SSR, Institut fizicheakcy
khimii :.j Moskva
(Academy of Sciences USSRInstitute of Physical Chomist.ry,
Moscow)
SUBMITTED: August 6, 1958
Card 2/2

1,
AVOUL', V.T.; BATRUKOV, ME.: CHMUTCV, D.V. (Moskvaj
New model of a chr,~matographic collector. Zhur. fiz.
khim.
34 n,).2-460-461 F 110. WRA 14:7)
(Chromatographic analysis) (Chemical apparatus)

AUTHORSs 1) 1 5 A 11 S1032
Gorskly, 1. . /60/036/03/060/064
; Vgu
TOporovo 1u. . ; -)-ulrov~1-Y M., BO1O1B11T
Yeliseyevo V- V-i 3) Silkin, Ye. A., Zasavaj A. F.
TITLEs News in Brief
PERIODICALs Zavodskaya laboratoriya, 1960, Vol 36, Nr 3, PP
381-302 (USSR)
TEM ad 1) It hats been sugges4ea by0he authoT# to ourry out the
electric
reversion of motors of the typ .11 31) -2 and.SD-60"'by
changing Ihe direction of
the magnetic induction current generated by the stator of th)
electric motor.
It is shown by means of a circuit diagram (Fig) how this has to
be done.
I the mounting U ort f r tonsil*-strengt*tx testing machines
ad 2) The design of
of the types IV-W'and TeDN-100MAnan be0en improved 'by the
authors. The
modifioationa---r=eazed are ropresen ad schematically ('.Pig)
and described.
ad 3) A simple device (Fig) intended to be used for me&surir.g
the banding straits
during impact bending tests has been developed by the authors.
The device worke
with a cathode-ray osoillograph, and p9rmite to attain an
aLouracy of measure-
ment ranging from 0.005 to 0.01 mm. There are 3 figures.
Card 1/2

AVGULII VoTo YELOVICH, S,Yuo (deceased]; SEMENOVSKAYA, T.D.1
ClR4UTOV,K.V.
-(Hoskva~ .
Chromatographic column for the operation at high temperaturee.
Zhur.
fit, khim, 35 no, 4:946-947 Ap 161. , (MM 14:5)
1. Akademiya nauk =R,. Institut fizicheakoy kbixii.
(ChrorMographio amlysis)

SEMENOVSKAYA, T.D.; AVGULI, V.T.; CHMUMV, K.V.
Liquid chromatography at high temperatures. Zhur.
fiz. khim.
37 no.5t1160-1162 Pq 163. (MIRA 17:1)
1. Institut fizichaskoy khimii AN SSSR.

AVGULI V.T. (MoskvR); CIMPrOV, K. 1. Oloskvn)
,
Chromatographic collector with onpiacitance pickup.
2bir.fiz.Vidn.
37 no.8:1907-1908 Ag '63. (MRA 16:9)
1. Institut fizinhuskoy khimii AN SSSR.
(Chrozantographio fmalysis)

YFFLOVICH, S.Yu. (Moskva) [deceased]; AVGULI, V.T.
(Moskya); SFMF.NOVSKAYA, T.D.
(Moskva)
Device for determining Isotherms of sorption from
solutions at
temperatures above 1000. Zhur.fiz.khim. 37 no.8%1909 Ag
163.
(MIRA 160)
1. Institut fisicheskoy khimii AN SSSR.
(Sorption)

t LMOB-65 EW(m)/!V(m) MVAIiin'
AccE&gjojj NR: Ap5ol2314 trP,/076/64/038/010/2520/2322
AVTROR: fSemonovskayat T. D.; ~Av~ tv, T. 1 Chrutavij. X
TITLE: influence of temperaturelof the shape of thet front in
Ion-exemnge
chromatography
SWRCEI: Zhurnal f izichaskoy khiml~l, Y-. j no. -100 1t)614
f~~520-2522
70PIC TAGS: ion exchange chromatography o -high-tempt ratu no
-research high---------
-1-temperhture effect
AW,PRA',V: in frontal ion-exhange 4-hromatography at ;high
tempersture.s, there is
a substantial sharpening of the front with increasin~~ temperature,
which in turn
provid93 tLe possibility of incre,t 11 M thc rate of the
chcomatogrophic processes.
The diffusion coefficients ol the vi+ iori in the grain of the resin
KU-2 were
caloilated from the experimental offluent carves according to the
Cluackauf
eqmalion for a stationary sell-ahotp2ning Uront. Thm role of the
diffusion and
hydrodyRamic factors in the formaltion of thit front at the
temperatures 35, 90,
and 186 G' was demonstrated on the basis of the calculation: the
diffusion rate
exerts %n appreciablv influence on the shape of the front only at
350C, the
blurrinj of the front related to Oliffusion in the resin dr-:ip&
sharply as the
temptirature is raised to 1800C, 11owever, the relative roW of
hydrodynamic
Crd

L4070fl-65
ACCESSION NR: AP5012314
feet*rAv--not--eonsidered in the-014441cauVejust-Ion to nagnifted,
which asy lead
to 4,.3b,,t*n,-,IsI deviatIons of tho dlflu3lon caefliciento ilk the
realn, ca leu-
Istaid jictor4ing to th* ciparitmMal affluant eurvas, from their
actual values.
(Irig. iozt. has: 7 formulaal 3. gz%ph and 1 table#
ASSOCIRTION:_-Akademiya -,,auk, ZSSIJ
_,__jnBtjtut___izjC Oak y- 4tnti-(A
h 0 W ead!13:~ Orf
ScAoncfaq) SSSR, Institue of ftai-cAl Chemil3try)
SITSIXTUDi OiApr64 ENGL: 00 M COBS: 00l TD
"olaw Boy: 001 OTMMI 003
-card-3~4:!

"I I K "' IVO, V! K.V.j KLIYFWOVSKAYA, M.M.;
AVGUI,I, V,T.
Duvice for rapid Sampling of lAqulds 'In the :3tudy
of reaction
k-inetics. Zhur. fits-. khIm. 39 no.5-1.776-127'?
MY 165.
(MIRA 18,.8)
~. Institut fiziche.-;koy khlmi~. AN L4SSR.
1

CHKUT079 K=mtautin Vasillyemichl AVGULI t Vladimir
'romashevich; VLASOVj
L.G.g red. izd-va; HCKAVOV;-U-*N-.-qtokhnr-r*d,r--
(Autmatic instr=ents in chrmatographic collmn analysis] Avto
maticbeskis pribory Ir kolonoohnm khromatogriificheakm
analize.
Moskvaj Izd-vo Akad.:nauk SSSRt 1961. 52 p. (MIRA 14:6)
(Chromatographic ana3qois)

SHAPATINA, Ye. A.; YAWHEITKO, L. P.; ORLOVA, M. Aq
EDWSKAYA, 11. D.;
AVGUSHEVICH, I. V.
Thermal decomposition of peat under condition" of
high-speed
heating. Trudy IGI 17:3-20 162. (MIRA 15:10)
(Peat gasification)

AVGUSHEVICHI I.V.; KARAVAYEV, N.M.
Chemisorption methods of determining acid groups in
humic acids ands
coals. Dokl. AN SSSR .1,63 no.W61-163 J1 165. (MIRA 180)
1. Institut goryuchikJi iskopayemykh, Moskva. 2.
Chlen-korrespondent
AN SSSR (for Karavaye-v-).

PA 34T50
um/thdia-.1me Tdb~_ ~mlx~
Epidemiology
Medinine Tuberouloole, statt"tics
"ne stnigale ASR,Lnet Tvbercuioels in Moscow Oblaat,ml
N. L, AvFAehevub, Mogccv Oblast Se lentif lo Reaeareh
Inatituto Inaral ',-;. M. Sbv"te&r (Direotor: Prof N. H.
Grinchar), 4 pp
"Prcbl.^_tW Tuberkuletaw No 4
Short d"aripticat of the work done by the anti-
tuberoularste cTgointratico In Moscawr oblasi;. Gives
the number of allinloo &nd prophylrixla stai;lone and
briefly etatekFi the numbor of phyalolans In the or- I
ganization. I
LO

!i

UM/Nedialne - Woroulamim, Diagmele Sep/Oct 48.'
Medicine - Tuberculosis, Clinics
OResults of a Mass Inspection of a Populated Aroa
(Paylov-Posad, YAscow Oblast)," N. L. AyguebeTicb,
Wecow Oblast Scl Rea Tuberculosis Inst, ',if Pp
"ProblexV Tuberkulaze So
Describes prellml:=7 cr&,ulzatim, and actual
Inspection and an&17sle of data. Concludile that
project Rbould not be repeat3d except for special
reason because of large expenditure of tine and laim
required.
21AM3

b V,,", I il- ; .~- ~~ ! ( lt )N, .I .
Tuberculosis - FTevention - Moscov Province
Resu'At cf nctivitles r-f flli: McFccv FrovInc~ Scclety for
'r-,vent' v, kf Tubarculcsis.
Prebl. tub. ro. !,, 3152
Monthly Lict of Russian Accerslons, library of L'crfn-ess,
December Uncla~-qifled.

AVOUSHEVICH, N.L.
-
"FAterials on health education work on tuberculosits
in preschool
institutional L.B. Auslander. Reviewed by H.L.
Avgushevich.
Sov. sdrav. 14 no.6%60 V-D 055. (RUA 912)
(TUBUGULOSIS) (AUSL=M, L.B.)

ATOUSFWICH. P.A., kandid&t meditisinskikh nauk.
Cataract operattons In Interprecinct city
hospitals. X.L. TSI-
tovskit. Reviewed by P.A.Avguabovich. Test-oft- 34
no.5t43-45
S-0 155. (MLRA 8:11)
0F1--MGWff) (CATARACT) (TS12OVSKII. M.L.)

Taimils rodified trathod of dacryacystorhinostemy. Vest..Gft.31
No. 2, 1952.
SVt VV~A, June 1952
ulgm

F-i V k7- Irt L.-
EXC&Rprk IMICA SCIC.12 Vol U/9 Ophthalmolorj SePt 57
1482. AVGUSI]EVITCII 11. L. ed. Inst.. Tckaloff. T h
e I n f I u e n ce o f i .
procaine injections on the intra-ocular pressure (Rus-
sian text) VESTN.0);TALf. 1956, 3(16-19)
In ophthalmic literature it has been suggested that
In some cases of glaucoma
I.v. injection of procaine reduces the ocular
tension. The author investigated this
question and came to a different conclusion. He gave
57 patients in various stages
of the disease Lv. injections of 1-2 ml. 0.5-1%
procaine. In no case did the pro-
caine injection reduce the tension if mlotic drops
were not given at the same time.
In many patients who received miotics the addition of
Lv. procaine injections caus-
cd the tension to rise and the diurnal variations to
increase. In persons with normal
eyes I.v. procaine did not alter the tension curve,
In a number of eyes suspected of
glaucoma. an increase of tension followed after
procatne injection just as after the
usual provocative tests. It sieems that i.v. procaine
instead of be*ing a therapeutic.
deserves a place among the provocative tests. De Haas
- Arnhem

AVGUSHBYICH, F.L., kandidat ineditsinekikh nauk
lUfact of sulfonamidiss ouregeneration proceeefie In the
cornea.
Oft.zhur. 11 no.l-.5&.59 156. (KLRA 9:9)
1. Is kafedry Slamrifth bolesney (zav. - prof.
A.I.Volokonanka)
Chkaloveltogo,meditedtakogo institute.
(SULYOUNIDIS) (GWM)

USMAPstrolaus - Vrcktuots Oct 48
Gas - Natural.
"Revitv of A. Z. Dorogochinekly'e &-%ok)
'Invettl-
gatione of the Natural and Plant Petroleum Gaaes
of Grozenekiy Oblast,'" V. Avgushavich, 1 p
"Raft lboz" No 10
Very t!jxoly boc-k, but its value Is erjmevhat
do-
orear-.1 by incomplete, information In tables,
par-
ticul-n-'Iy with reference to so-calleil
Industrial
petroleum g&ees,. If in subsequent printings this
date Is supplied, it vill be a valuable vork.
Publiahal in Georgia, 1947,
4W 45/49T102

AVGUST, K.V.
Rapture of the sooPhal-,us and lung by a jet of compressed gas,
ftd,-ned,skepart, 2 tio.4t52-53 O-D 159. (MIRA IND
1. Ullyaa&vskoye oblattnoye Byuro sudabnoneditsinskoy ekspertizy
CiLachallnik P.P, Toydakimov).
(LTJNG--VOMS AND INJURIES)
(ISOPRAGUS--VOUNDS AND INJURIES)

V Impullo A f LAWW for Fitructurd filkalyh,~.
~ "ZY"",, . ;
v
REFILL- to

C' L ( ) / ~-,VP(b) IJP(c) JD/JG
.T(M) L;'ap t I
ACMISION NR: AF50DM81 Si'OOT8/65A)IO/003/0653/0656
AMBOR: Skorik, N. A.; X=ok V.11,; Parov, E.I.; Avgustan,
K,P.jSerebrennIkovjV*V*
TITLE: Citrate cm-plexes of rare earth eltzents in acid solutions
SOURM: Z-humal neorgnnlcht~akoy hbiLdi, v. 10, no.",, 1.965,
553-656
3
TOPIC TNGER: citrate complex, citrate ion, rare earCh olcmnt, rare
earth
imn, solubility product, lanthnnum 1AIrate, pra3euaynium citrate,
neodyrdum el-
ADSM.W; A dotermination Of 0.1 "dt 02 i3tability constants of Wit
and Wlt2 3-
ard of ooldbllAty products of TmCit-rM-,0 _preclpitateit. for
ta3+, Pr5+, and NO'+ was
carried ou'. at 0. 10 ionic strength and 250 to obtain
quantitative data on ion-le
eqieLlAbritna. The citrate ion in tbe presrne-_-,~ of cxcv~q
lanth,qn= was di~ttr_nined by
a syecialb, developed m,-thod (b-Y atnDutican c-P the Cvve~-*
oltrate emplexes) with an
S
T-4 sswet lojimtmeter. otion of a
c VI Solubility imms of LzClt-rjj~o, as a AM In 0
w-ell. m tolaility curves of Wit 311,,i0, PrCit 4 3. c,;H2O, and
TIMIt 5H2O in Nar, 101, -
()It solUtiona at IZE 6.7-7.4 and W NaC104 Ln(C1010) 801"t
101m at 0 5.7 have
~:nrd -1/4

IL 55`109-6~)
ACCE3SION XR: AP50D8481
Tha ranalta bgrvt-A bann red-aced t,:) zero Ionic str-enath and =j
T-T, f,~
n, 3
ta 1 7 r)
Ajc.t'S-t7T,lTTON! Yimfndra naarg-Anic-b-aslIPY khiniA, T=Skiy
gomduntverwy untreraltet
e MW 7.1, UV RIB COM- I 'IC
M, Fu "-V,. 005
-l'Card :2A.,

GERSHOV, U.N.; OGUSTAYTIS, L.H,; IMUKLE, A-Ya.;
LUCHANKOt VP,
..
Dyeing rayon bands in light colors vith continuous
variation of
shades. Ieg. prom. 18 no,5:52-53 XV 158, (MIR& l1t6)
(Dyes and dyeing-Rayon)
I

AVGUSTAYTIS, L.M.
Inspiring results,. Tekst,.prom. 20 no-7:4-7 JI 16o.
(MIRA 13:7)
1e Glavnvy Inzhemor Upravloniya legkoy proqrshlennosti
9ovnarkhoza
letviyakor SSR.
(Uttvia-Textile incluotr7)

ALLUEYEVp Ye.T.), KHOLOSTOV# F.Ya.; IUKIiAYIDV# L.I.; A:VGUSTAYTISp
L.M.
Practices in mechanization and automatization ija the textile
industry, Tekst.prom., 21 no.2:17-34 Ja 161. (MIRA 14:3)
lo Pred3odatell Ivanoirskogo sovnurkhoza (for Aloksoyev). 2. Zam.
prodsedatelya Yosoblscivnarkhoza (for KholoBtov),, 3.
Zam.predsedatelya
Leningradskogo sovnurl:hoza (for Mkheylov). 4. Zam.nachalinika
Upravleniya legkoy prt-Wshlennosti sovnarkhoza IAtviyakoy SSR (for
Avguataytis),
(Textile industry) (Automatio controjL)

VCRIST AYT TS , V. V. , a L; I J.rw,,t; S A
TKUTCERCS , B. B. , wm " :,w. t
1- ,
Regularities of tors!onal vibrqtlorn or tho
ol,indle wiit of
a macHne tool in Intermittent cuttInf,. Izv. vyn.
ucheb. zav, ;
mashirostr. no. 10r169-177 165 (1.'PA 19:1)
1. SuInitted September 30, 1964.

AVGtl.,.,Tl,Jj M.; Elena; GAROJU, M..; MIGUSANII, M.;
Hllk~Jl, 1).
Changes in the mobiAlzation of free fatty acids after
administration
of heparin, in relation to age. Stud. cercet. endocr. 16
no.3:299-
301 165.

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8:0.
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'o Oka "TAKILITY A"INST bl-,Ant.~ Kereav. 1 0 Ijil ~jj,'-jj, 100
olki(Q.-A. d6russm different methoth o1 tvitins pqrse. so
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Au-~1_1 al a u
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e-#4 /f
D"Sitill"tt" Of tc't&l "Otillit of Wft is tkYs A,
XffO4. Mat"wo, 1930, N's. 1. AN 411.
A Asirvorn 10, 3jl(j1w--tlftj a 1" 1
ti! "d
a
vi.
a
so 4
foll /,, tit. of (0 4xl* *jib 0 jjmj,~k 8,111 ~j
%still& I
watte 61d watel to ibv durty, al"I MIr the lallpf 14.1
It-, Hier the Thy stoopenslor" CtAllin"I lb"'Jilh
mrsinie d11" lChar"b"bl" twirrICC sit 1~ r%n,
I* owtit in a vnwklng Alit. )61"W 11
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-

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anddlosd-Mg-
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:: :I:- Kwisms. 1 -00
eel
quetwy inifulkikofts for drying
-00
Ole
of
mill
if
0 vee
elk boo
boo
old., tie sill. woo
spy
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4w- I
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.
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SY I
ir
TItizatroos WHISIA"lloa of C
11-41
~1 M11111~'ll'
-144MI
9
1939
N
ik

09

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o.
K
111mik. Kepqw
i
.
.
-1 %mmj+m leaffs to their 4%mlaltm-ul, w4mlificathIN 41MI

Aheil
In., h tf.-uVh
t11,1114%

00

too

.400
101000 k. 0.. of'--
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of
.00
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00
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Al 0 11 1T,
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13 w
is 16 11 v "Offluximb jinxM
A
P
4 A I I
v
A I
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in six UP sop. 'j .4 oil*

, ~
.
-
~ A
_
-
N
C
U 1. a
ev A 4 C AL-1 4 - A- N
COVIDIv

It it., t. 4 a A ---1

The modulus of eloaddly of days and
day anneal at
t
A
ik
A

00

.
ents.
. 1.
vj~wiun
coinst4st Isoleture con
u'
i
IV
l
l
f

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t
flit-
t
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:101064 tole. %
IAmwictthl v in I h,- -I A delw inat 6w%

.00

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so*
it
a. I i a M4 UILILLOWAIL UTIOATI601 CILAII FKATION
-, - - - I :
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to --
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"A go M r
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A rk-j r "S 4 11
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I --,
Wsmuv* m""" of dq& A
-%WxA Pwoullsafroll. To*&. Ina 0"". "WT.,
Im'"o.

~ 00 The 04 WWO01
AMM of jjph-~
I _A. 1. AvvittatifOlit Akil
A
rUMV1.4valls"AirA. Nevem. 41,
44 (IS1401; allistrorted in C&M. Zrair,11041 U
12412t0191.
--A tirpairs b Sir" cd lish is which p;;wbi Ou tilt
%ult"od to bk*.kvw ts sad
Went In a lb"Wifow. "W"ll"Aw"Z4 carbal"s w"V
rearbed:
Acm than 10 the hat bw of the tbert"Wal at
firvapervit-n-o -ad mi-ek Im tbk-k then vrAw mmal Im-
imAd takes pWw unitch war* quirkly In the lIfb-ftvq"ry
fwU thanin the beat Udal the tbainwat. Itlervickut
that imheft a mramic ago Is sub*led to a hich-Innutory
tv"T"t. rApt caly is therv a thicrisal tilici. but &Jw-
a
litigutened activity of the walcir makmW at SO aft a
Characteristic w1wrotim al it* I*W and wAid phatim
A6.80191222(19,11). MVC.
M

tj I
JIM 111 6 14 1
taw
J
v;
ItI -
I AA=

A,
7771
INNTICO Or'
And UsIghl(IJ, 1,
VI'04 11111MINGA
WiCOI 1111tIlitO 109111atiows Atv calculated trorm residuesl
of l"art"I clay which are ilv-;oluble In' V~ UP. Thtmlndl-~
cate (tint 121W is the optinitini temperature for the de-1
v6sriltelit of eriller, In the crys(mlimtirin of mullite.

Jr-
a"
10 =:M=A A, 1. A -~YltsiI I
isird stoow. IM. 9,,-j
rMhad. ties. o". Les 125rx
33; d. CA 42 WK, -of
Ps -- I (X Pb&*
6 cooled. from the levoer d. 7(vienter al
rity ISO., Musty system). Rod applied to tisol,
riffmat Ism] -1 florld, of Primary crystas, ro ".
I'My "r of Ibis Yvor"Pontat ity"ems, Ideali"d
ternary "orms at* r1wrou'ved. awne CA the folorlo ORW
C"MIMMMIS bring AMM.-d as borresworl". 7%i, jW%uv;M
of 1W IMMIN mitileirw At high tv"I's
- Y lhert chitacterised
,or Ilse curve of priln"T orrysta. (or fusion CUMV) Whk--,
Ir.licalft. tor Its ave. M incWSSAV4 amts. of WAd
pbaw as a functions tot incirraosinj temp. Tht ttmo: of
the I* AW4 of ditfortnation under a SiTen kP4 at high
temp. 4) a reduced in propixtion to The arrol. of 114uld
luorwwd with loarort"al tornip.. and tan be qktived by
cA-.*. from this poeloIection in the ternary, diagnuts amord-
ind to the orcoler of Ontrity rule. The reaulting defort".
tka tormp. 6 detill, by tht twation 4 - 19711M' W for
a Ant approdenatim. Thi vatenlas found Nedor
load at Wilik t . Is lwmaftd In Imam ION to dis In-
creatiLool; amt. i 774-M. anol has a dimtkK-t max. for
wavisclil-
and his"Itimina kocolies witi firwitoys. The oth-tarliness
fvduced Ill proparom Ito the smt~ of the Hawid present.
It esta. of ibis povWty for a givorn body can be rpvm
Its pirvitertim point In a distinct fuld of the toravy ,
diagmall. The mock. atrw9th In sorrvioa. the Cara"
_o. ad I Y
lowtoollarsk-al slap. a . W 9
bodielo. It thermal f"iollylly, facto" " 0 tvactift of
the inemelas vitrifimtkas, up to 251= Ohio--
present. jitech. and dickc. stmutolsof to-Par-w-
(at room totop.) Are (130 CDMI&Itd With the amt. of 0141-67
pbwa In On product. From Dow 's W14 Scbhkw 6
diagtrato of 1k ternUY SPSOM KOD-A)VOC186% fol 10 dt-
dueed thost thot amt. of It 41AIN At 1060. is intiostdy, com-
blated with a IncrOMM OF 69CF00 91 00
tromb. Rod dirlive. provivilics, TU mOitt 11161111 10 thie
systeits Ko,0-AIA-S% r-Prises 'be coragme. of Owbowt
tochnowilkil fiteopwies as refractories, with an opitiount-
stoo the, line
(M). 0 dilklMM RINI 8 tSbWS- W. Willi

0

a 1) If 11 11 11 11 0 45 b 16
A-1 V 71
W 11 R 9 U R U V N Is 4
It
1
#1 0 4r 4*
a
a

A I b -L-1.

4 d 9
L-AL.A-L- I r (i a I I v v A 1. L AA 18 U IV U

--
.

*0

00 2;.

0 a ;
1

l

!

ktm"kl of the POY n- P
Vestrmism of 1111ka In
IM' 1
INS'C
th
t
I
H
i
I

.400
Z.

m
n
um
an.)
*
"
0
v
. (
T
=

-00

ti
nlk
. K. Kyrdivarildw. Jourmal v/
A. 1. A,~xCl
A
W
d A,
R
10
8
U
a
11

400

-
e
,.
.
'
-
-)' '-
-
pl
jiwiR '

p I

00 J~-

The lilneties of the above converaWn and also Wit

00 0

of ciLklmlony. from 1900- to 1400-C.. w,m invm

:

coo
410 a

Wrat4d. Indicalem the value of the constants thus
btai
#d
f
i
l
l

see
99 U

o
n
or Pract
,
ca
ca
culatione In Industrice
Allica.

lot,
00 a

Sol

000

see

A 1 0. 1 L A st!ALLtWfKAL L11144JUNI CLA%jjVKAj1C1.
IV R14-- "-Inv
O.V &I.
G.c cw I
I #A 4 a Im a It a I w so 6 A -a) I IF Ow
U 5 v 0 d it A '1K sun 1101"Lon I
0 0 0 0 *I*F- 0 0 * 0 0 41 01.1

'RT--
11 0, 1.0 140
-i-L- It M, CK so 1 0
iso, .7,

c

oes

0

4

wo
1111
I
a

F

i~:ffl
itouiko assail prala"054-01 M
I"ass &16 116*4 tMpasealtisisaL A~ It"i TISIX".
iogveat-,#,:~Ij 141 Ins KA (Isau) Thir rria6tati loWri
cNiinat., SIMI
t"Irms CA" liar r%jwr~tvtl with thA aid val the parameirf I.,:
'%bkh j, the AM. Knal nif li(P&MI kVj%"t"U%) Phase a`kjejjVMd-
'I"If to the comi-votinn an a triangular ph&* thagram."

The seltivIkItt of thi. lavartinwiff I I IUKA an two 2%4imp-.
tmins. 11) The irtunpotition of the vitirrou% phaw It, the
c4x" prodtict it Identiral *11% the artatectic vvmpaaialtlo~
of The liquid pbaw therriw Silia-vitit Systems art suirkirnflyl
%iwou. at bi4h Itnipaiiiaures that a fuels. ubkb Is IIW"Ml
in the crtambir laxly and uhk-h carrmlModa to the com-
'tion cat the ternary ruieviie, pin oxal witb:but crystall
Coals
Such A. she 101a1 groin burfatv C4 The "Acting IIIAleriAls.
clowitekn4 lWr "witnt-1, SIMI thedriptiv 0 nonirsiullibrionso

brat-ifeAtintnt These fact(ar% con undoubtedly chAngt'
1 the rJAMIty III the lklutd pha%e tit a marked degree. but.,
!*%a '. I, will be a dar"CA$V ennapIftif witb the
Ibeiracarticall
For a, given romipcwition, the v-4lues tit L can he read on
ilins
triAnindaf PhAMr diagar'sm with the Iwailivirms Plotted. and
..Iiquw rw%v-" .1"Iming 1.('~ I via temperature CAM har

MlAftwivid I,W gilTn 1'"I"Olarthe Inethod
11144"I'la' 10 -N 1
'let "It-Wart t t~njl-lr F'A.P
III 11%ritnt -11 AN RVAITT 0%&
Otis r
I.Ithevin4i -1 iAjpA)%I. 4 ih~- y.t-Ii. V.1`1, Alias, -41
AkIcO AIP. said KrO AIA1, M),. 1uptO in%~
Intle cI*MI%4Ik'd liva t%tl%r dAvitni yth.,uvu, I
Anpainfebeftrvir run hruscilinperdhi 1hriprol,arlw-if

tb .trial criAl A " a y as rep (
.1 p -urvr nulk-31f- gft..111 Iltgn
Ital IMIt-irval, Ponall! incirrate in liquid hj-. And -inAll
de narration. 'the 1141tri the ruttv, Xv AlMatiet I. the,
)vinfiening interval, the gyrairt the itwte.~- In I., aand tIW
sister the 1hir-ir dedin-It'"s. Iwo-tid VAIIII
Jr.. the tMc4vr refriactori" undra, U%-ag
tarrivir pill trfract,viet having All0t v.Anging Iii-ni Ift 1.1
1441"k. a curiv WA. I'MI.Ifilk-tV4 .11011,11I& thr
Alvirtmilled Irlilla-fAtkut-il 11101W 111nit-I I'MA
%in the vAlculah-11 WIIAI 44 1. (.4114 1 v1"1v%-r.hWj
. from A cornpoilent I"Irm a'. :1 -xvil."MrIll .),I, In CAO
A111.), Si(h). lkuqte catitiWeitAlafr deviAinvi. lc~u-l by
technoi differrnic" in procitwtino I. the %-Mr%T cAn I~
utrd to Piredict the iclitiAl -firninK juint front the anit i.d
L ~
A enr%v iihoining rv1*.;MI4wiot- vs ntitiAl 1. (.W IN, "natt
inAtirtid, I.. k.-, . IoiLic arpilmity CM,%- I"-
I -. initial ilia-ning (.,Ana I,. 1., -10 1.4
n# InW41 1. 1,
did

i

o

4116

Also

%low sGOLAV
"A"'arl *4 OW 0" 1
Is Its U #XMAR~ 11110,60 **IN let a 3, 1
OT U 'In W al;
2 1 so 00*00000000 p 11
- - - - - - - - - - - - - ---o 0 0 4, o 0 40 0 0 0 0 0 0 0 0 0

w
oo 04
00
00
elp
06
00
of.
Ito
00
NOW
'til,"
00

Oral prodws maAl und" c*n-,

dItImsmAkm %be sum c&yswlqwwl&b4! in
"tying,
l
pwimawmfeWes IM'C.siidlbenlrArClkV qlall-

~
00

of
and vitbu tbk tow
the trobtaricr to "Miling. C000"%-,
d t
I
with L
k
f
fl
l
d
6
I

.
o
ncrease
oun
was
s
e*6 an
m
x attac
ence.1
)it l." b, P..Ibk t. . this .,,Ibd tD evalost r the

i
itaclimicul Vmpotin *( ffifferent empKW(kmo, prorid"t
tlKjf an preparij."d." l4entleal c-laditkies, III.N.

041
o ibio a 0-0 Os 0 0 s 0 0 0 0 0 0 0 a 0 0 0 0 4
G
022 lot

AVOUSMUK, A.
jUsts nt Inrimatinn nf nside-1. and hilimles.
f 144-
"hiff? , 20 111 . I
ilT,, 7 , I 111'k mawillitillit vmfl, q.vfvl%,fl dittilig
:c.u 'i"im it Is . 011dild"I tilm itl lummil"C'ni, ~fiv' of
-I,- lit-tild iliml,ii,h alih t~k~ h
combilip'l 111"It t lilt- -I N or (4 1 fie Ii.1-c 116, i, coft -
fitin(A fly dal,% or% th, Iwm, 4 lo,mitlimi ,I I Kill,
AIj0j UtO,oml ZW %%flit mir tir mom molvvitic, iii N(1,.
Siniihirly, if Omold lit- opo'liA thil flit, 111mialo Ind ?.If-
vniull v% will al'o Olow dimilskililix hvm% lit (fir lit to
iroll K it 11
u.01 Illi combillol 140 lilt, It 11 K.
A S a - S L A Off ALL UPGKAL EIT111i El AWFICATION

HEAT OF FORMATION OF, Boo-Al o FROM THE REACTION %S0 4
Al 0- FOR Tid4-EW-&RAT1Q :(~) ~?FrZ4("'IVRY GUivill. A. 1.
and 0. P. mched I ov-Pe Crony fir!. jhxiZ. jtjhj~A.
20 (7j 584-90 k1947). -- 1"ho 8~wthors used tho
apparatus employed by Jando ani Roffman (92ram. AD21U911,
1932, Jan., p.62) but with a high temperature tungsten
furnace of their own construction to measure the volume of
the gas mixture libertited in the following reaction:
BaSO4 +'y -A1203 - Dal> A1203 + S09 '- 1/2 02 - q. F)rom
this the authors calculated the~heat of the retiotion-!as
- 143-54 kj:--cal./molos, from which the heat of f'o:rmatlon
of BaO-A.1203 according to tho equation j*,.'aO+Y -A1:203
BaO-A:L203 waG found to be * 4.24 kg.-cal./mole.
A S
!tj~t~_kAG15A1-,UI9AAT UNS CLAIM KAI t010
B.Z.K.
d to W V %4
31 11 34 Is 36 V 34 34 a U M
J. A
X_ _y rT d --I- J.
-L-Pk-JL-Y--Q. j _kL C 1* AND ATIJ UNDIRS

TFSM
LxIndlifl 21 thi itfictifin fit botrim mutfifte with a lu ml na
AND
Zhkf Priklad .2
0 IRR
of tractimi betwo-n WSO, mid AltOs
were studied tit 121M)". !2106, I:UXI', IX91', awl 1.100'
liking kulfate:sdumitm ratimot 1:1, 2A, anCIA with mid
%villintit the ndelitimi (if A"~- CaFt noid CaO. of
I lie reaction wn., ji'dilvil (r"," ' he vr4titior of the liberated
criles. With a 1: 1 nikll.tr he f1cat. tion limet-rd" lintier.
nl)ly stliovc 12MV. i,; arrelcrated reallit, lit MIX"% hill
(Ims lint reach comliklioti .1 111 Thv tvaclIDII 1w.
twern t'~r DaS04 mid AIjO, k impri](11 fly ill(- Ingr -ruergy
tit (bttichivirtit, which iva, 170, 214). mid 214) k&: ral./m.Ac
for 1: 1. 2: 1. wid 3: 1 mixtures, tvpvclively. Thraddifimi
fit 5', CIIF! inctf-awd lite colillict betwi'v" lite
nod taisril the viii-ricy of detachment mmimbal aoldi.
tifiti of V',. Cal) sit Iti%v tesit1wral tire-, cmim-ti a %hat It dmp
ill lite coergy 0 tit fischisivitt timl. le,pite ill(- d(vtv;i,v itt
eollfilet I"llm-11 lite loattith'. autcht.111A lite Allcliml;
Ivilistisfig wa%%lm%-(Aflo%iiicmi-
pAdviably. I he mirthill 1, I.ml'Wvf(4I c"villially it .11flat.t.
type. Cf. Criffist Abilnuh, 1948. Aits, . to. 11MY 11 ;~ K.

tu'l flit y"11,111 v 4 1 hu I-, w I I[%- ill flit dVi( to Ill'it
mill, mlip-, 1 1, "t oliv I", m.1 6-1 111 .1, 11 , 16K11 h fill'(
fit
~Iml livil % 1,. -0 1, , - 111.11 I;1Wv ut V'I.11
Ifew 1,1., ,, Of, " lot -0 mml, ptm,( ~:i V,j it.
!, F. ml I Ip, 1-oll.... loot: ill ill I 1 .1, to 1--o. it'. 411 %
t ill
1111"fil. .,to .11 'i.,I: `;0 )!Ili ill(, 'NIM(l, It A0. I~j.j 1.
11 '.'It, C.,O
MKOolpfli", 1g:16(i.... 1,- 1) 'J-t~f lrl( rlavilv ~l I"."
('21 orialc, dm)y, malv?ing SO %: !1.'p ov-, . AIA ), If 1)5. Fr.(
(I :if 1. CtO 11 h1l, Klg( 1 41111. 'A 0 (IX, igmli,ski ImN 1271 1 *
~j ~'ific xr.-vity 2.53 1 lie (ill 11 1? '111, 1 hall."fiol'y evure,
1.1 "t In, 10" a kit Vv fif 1114111 1,1)1 ItiliK. twir cell I
-111(i milled
%kit h I' , I. f., ,irly ifor.imil IAi(*0,. Na?CO.. Cii,Cl,, ArNO,.
116,CO,. 5rCO., S1T,\'O,. ,r teviphitc I lic"r ormilimmindl;
wete Om-utt I-vmk~ 4 (-,1 ,i,lr lifforro-twoz. lwl~vvli the
(T.mt-f-ve. t6adii of the- cati,m,, IM Inf9v cimirge vill-I flight
to % let I Ill %,I,1
i,l%.. I Im. I, 114-14 1 mill, of ir-it he . If, it, I a ...
of, C 0, Ill 'It"fl., 1, 1 fl, 111.1.1f III-Ill f Pill I w .1ti f
't I A :1.1- tip, d, 011.1o. N I, In it I ,I It-' ill
- 111.11"I Iof mid e I J'~ , ifiv p~lvil% Ill ill,
ill, vt-,i-t ,f wi.it I -mid ,ItAt udmiv (A, iwA I, 1 2 let M
I I IN I T lka, .1ch I I 1,ifovd 1'. If ,Xr;l I, 111c; I I IV ['bu
Ill w I'll -kc
(4 1 ki,ol"llilf Flit rt, %%If, M,qP 1`1 f1w i'll.
myi,. phav ill Ow i,i%,, I I'A , lml~ "I(mv fluln ill ifivi It"I
wimi, Willmill I'livivi 114clN flit- invi 1 6,11 al cluol,
i, rvmll tillit, 1k-, Illml Ov%t A 'Islaft'. III,-
-,- -..- floor 011i thc mitimilipert, vik ramint I,,, %-
plA.1"I fly flic I.-C me-'etimircl Kell, f;lllv ;wCeploril view.
N,, rclatimi0iii, win Imitid Iw1wrei t Ihi mbirtaliritig r,j

AMISTIATY, A. 1.
IV
Avguatinnik. A.I. "Xinetic formation of myllito in clay
as a base for the
Innovation of curved firing of ceramic articles," in
eymposium: SyrPyevyye
reguray tonkokeram. prom-stl SSSR i puti ikh
iepol'zovaniya, Moscow-Leningrad,
1948. P. 139-48
SO: U-2888, Letopis ZhurnalAnykh Statey, No'$, 1, 1949

411106669611111111111 'l,090046: 00
la ~ 11 !W, 0 0 0 0 0 0 0 oii~
000000000000000000 0 i**1009000 00 0 *41114111111111 411-1111
0 ~4 ; I ; I I I A I ;_ I Q it . .4 4 H I# W r ~f ML11 Ull Uh A
11 is P 0 . I Aj it V40
AT 4 L L.- it j I 1 0 s.''r 4 4 1 v la I.. AA All Q W 11.1 1 1
& I I 1 0 j k - 0 8 .1 t _A,
AI rh~12% 1 -1 1 ~- 1., 1- . .% 1 -010
00 44)
00 -.0 4)
00 41
0 .1 tak 4wWg boolloltiol. A I A, rate jjW ,pill"Ino 11 this
jr,nik"I .11
% lArKru.
0 Alto' KIA IlMdtisd' the-It
(1141.41 11 Itk- us4sl lit these r%jortinwilis voltolyint -~xi
- the linil
siot), will. Alit% 1171, Vrj(h I Mi. CaO I-K ItIgO 20.1h).
IlYtIfAtitIn tit the iak I, i -uIrt,ahly Ailivt -t,#.#
WIT (il the 11)011111111 "gulklily d the M), &fill Mli). thir
Oil
RIkAll 41 M. 441141 llhilkffl IMA S CV;. DthydrUliM Of Illk
Itowl. bellet,-n the lig Lvs awl tht, IfIrAll"M. S410,"
f was I,vowl tit in them peficals: :1211* to !AW.
S; 11 Are %ralirl slut ittv tuplumll tw(twv the Ix"ut. twtAmu
tht.
Wd)' tit Nil% awl 111110 to JIMAD'. ()[ the l4ilool soothygeo
his ions *till the hydroilyl% lit the tAk- 141ihv Mort Ill,-
.041,
:: j.j M
p~jk' MAIrt in the late. 5 V; I. 111WItIVA in the And rupture
ill Ifirw 1*41414, a jklif 49 file of 4.4mlon'llt4til
%1. flit- %Aort is pirssarni tit the limits ill lopholoyls in
00 etuilk"UrS lit frulAill In lite lattkV, It I- IlWn A-MMA 111A
i 1. M it.'*( t. nt MRkilking If 4', ill OW Walter 1% in the
first clu,noling phase ff,wu 1AIv umi diii,"im,kiliv 1, =00
00 a, the liscin 44 tintirculv% W 140~ these volisletoolve love
stop. necia.lik-ste. i.b,-ilily tit the Alit IM4,11Y lisle
1vJW. 101111 ,
pottesily d,,1,iIlviI k,,Ily 1,,,%",n be lia.1 tam of he NI
SJA)". which Jim. the structure ul the itirliumpluAl All) qe 0
1
and partly within the -IwItris" koul are lib". phItile with P,
- I.A119 And a, - I AM, Atid th.al t Iw t2`4111, 0
mini win-r%sively during the first own perinilk of drisjontra.
Msfwd Ckalklilill antlytIftlill 14UW is HW1A%dk-.�Iv got I lit.
ti'm c'J%.Wkr1s- ACV htentell by two sheets kid the tetra. I
YJW ti HUMM.111,IL' Aluphil"'le, Jill 4, - If 1,4 .00
hirthim. V").P ) "r late ilq" not itcroolpoar. (luring l ve 0
heating. onto free otitir%. but as 01016. Arnuillarootly with
anti is, I 4W. %hich further tvvfy%1Alh*r% iniii chw "'
the start (4 the main prflKxI tit dehydratioct. there com.
Itatite. Till, total tran'N.InAtion is as ft4it"A-
a rVilf"uping (of the kns within tbt tak lattirv Incta-ilk-ate
o 1nv1j*,ilk%,1r eln.'X,fj~j. lite ~11111 0
fits A ortadtiml And lkiiiial plotting t-A of the otilkv.
%likh I~vlu_ V"v -,I"tAv 111V other lowtit'a ol the
0111111,11tior allitlint.4V age
6631! J.' Ih.- %Jill) on ItW j'aill W jorlk.ili Ity, I'MI-1
atilly-dit"10
ai:ais-i ., I it Is Soo
V,A
OW, too
A 1, a S L .41AUISSICAL k"(4"Lal C1,41SWIC&TICU 1:100
Ali
alit ljo. c 44,
, V I
It 14 sit itit IAUU %1111111 161A W a -1
to I
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 * 0 0 0 0 0 0 : :10 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 OzA
0 0 0 9 Will 0 0 0 0 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 e
0 0 0 6 0 0 a 0 6;

A14;GU.--;T1NIKj As 14
FU2/49TWO
UM/Chenistry - 611ioated Jul 48
Chentotry - :Physical Chemlstry~
of silicate"
*ReVi9W Of 'PhyStDal Chemistry of SIlioateel by
A. I. Arguatinik," G. V. Kakolov, Prof, Dr Tech
Sol, 4j pp
"Ogneupory" Vol :1111, No 7
Book has many merits, but also Indinputablo de-
fects. Besides discussing theoretical and
practical aepeotai of silicate chemintry, author
describes part played by USSR scientists In Ito
aevelopment.
me 12/49T20

AVOUSTINIX, A.Io-, KUTATXIADZ11,j X.S.
4"000
Toohnological testirW,- of grog for the refractory plant
of the
Transcaucasian Metallawgical Industry Ceilcroffln]. Trudy
Inst.
mot. t gor. dela. AN Gius. SSR 2.Ml-287 149. (NDU 11:1)
(Befractory materials--Testing)
(Tram,scaucasia-14stallurgical plants)

11.1 11~ >. A -,
-M44. AVGJ6T"%']K, A. I - - K voproBti tek1-.1c)-.esk IV h a voystv
glin v svote ko I I o I d no -~ him I chask I ~h
vozzreniy. Ogneuoory. 1949, No. 8, s-350-1-55. '11,liosrrt 6 Nazv.
:50: Letopis' Zhurnal'nykh St-ktey, Vol.. %, 1949

all
1919

041 0 0 0 0 9 0 v a w www ai,-
190 =00 O=TT,4=14411 0 0
0 41 9 0 0 $ $
oil aIP u a N "A 0, vit .10160 a P4t 'v As to a
4 a.I I , 9 1 a a . A__L
00 7'~g 0
02A

Tociamirvil Propor"" of Usy Im tit. 11ahs .1

Cww*rfs. I In
Russian ~ A I At 9b
l
00
f
,

r4nnries). v.
ittlivitowv ite
4. AnK
it
1kit. (

NIS-1

Crilk-MV~- rm-"i ctw1wirin of dart ArnCfkSIS JnI'M-

=11, It-homman sand Ncwtn. ifla ra-KArd W Ow

as WeD as the
recimt work of the linwAtz

wirailial, Kukc&-%. I"t,auraties And
o-cTorwitim titn-

trials iur pointed out.

%'. -It
I volill ew Owim
4, 0 at I W IN It
u a to 1%
a it it U ft 61 Of MO A
0 0 0 a 0 0 0 0 0 0 0 41 0 0 * 0 * 0
o 04 goo 0 *sole so 0 400000 WO 000 0 1
X00
CIO 0
ago
3v0
got

, , ,, - ~ ~ ~, I i, 1n ~1 ~
2714"i. MIGUMNIX, A. I ., MMMAALZE, K. S., WAP&M, 1". A. -
I7iicheniyn ('olomitov. AHino
s tsalyo polucheniya dolomitovoga poroahka t:lya navarki dtir
martenoveikh rechey.
Trudy (Gruz. Politakhn. In-t In. Kirova), ro. 11, 1949,
m-175-'39.--Rez)mme na gruz.
Yaz.-BiblioFri 6 Nazv.
SO: Letoi,is' ZhurnalInykh Statay, Vol. 26, 1949

A. I - AwwWWk
cillm-M. to"(0W.-nierst, of themadchyd..
'I"* fit IsIftflo (FA OIJO,AIA W72, FW~ 1.0, 000
11 Met 1 W,4 1, alkali (IJIT. IVIIII'"I 14"s a 11"41 l"Verd
lot 4UAIII"I III
1*61 IWWIII*.t III 114t I
L JOI14*- Wkh 001 WG 0060- 6 (1100 In IIII-I - 1-1 X
10*6, 6.4 X 16-4, S.4 X 10*4. 2.0 X 10'4 9.2 X 10-'.
S-4 X 10-6. 1.2 X 10-1. at 4W. SID. WN). ODD.
0" ft;
action Go
low, rmvwolwgbmtokfo the temp.
t*iaw am
Ollows 3 t part the lat. Chomcler.
isall a tow as Iml. be.
IN, Will Ilk I%* 101"P. Im"Song to
If
of 1. 11.0 at AW awl a Ned. INW-1 I 111.111cl ItMA)".
wilk a 4letemlAW tensp. eml. 'the activatkin vaw&%
in %be let mW Nd interval am Is &ad 423 bral./took,
roll). TU lot value is down to Me bml.. Or, best con.
Mt of I me*% matd. HeO vsw to from the Uquill at
ODD . It oonseMatly oppmro thst tke lf#Q lowt in tbr
lot "p. leftml, sbout-6-71% of the 19W HoO content
"0
(tilidEmw-dw
1

1) D*0*966000000 0
00000900*000 1) lip tip 0 0 9 0 Ot 0 0 0 0 * 0 SO 00
0 1 it S. it U. it 14 15 is 11 14 a it w At lo a Is if 14 it 49
it 461 &1 4`4
1.11, LA j k 11 r
A I I
,is '? .
4
schashm of roactloom, In uk up" Istafts. A, 1. Alrow i.flim) 10
1 #ilk% 1:,or, the vilvillital viestil.tinf. ihi. 4agc o~ .00
tmaK. 11. Z TANOVILA. Alto L 1, SVU4LI11ROVA. J. ehArticirfiml
by ism, .1,srti lrwsrhillg~mlt 14 S4- atilt %fit" 13~
rr :.410
4 k ). 21 (111 11" (IM'j _N&tarW tak Mi~ 'JoSt 414v%lr%
Jbit'lly tit 14910 oil 1INNIT It b
voittum of rosirtwiltilaterl Mg(011)r and ~'XOII)' were Calcium
rapture anti hilt .I half of tht- "1111thilutb, tills. .110 1,
*11 1411111wrolutirs up to MIT Still Am oalijilicird to phywk"-
twftj~l by be ywiti #( the m,,xlo1j hall is( she motel 4
q,iln%tltU
4
0 T Armisral. X fay, ,ion. Is ios-rsrisw~ the fillowivi-%of the
mwture arvi the ittrut
troultilAsailml. 0 inalr4lL nttwqwk wittlin"At"WIC41
tiliestvialft the purface 4, fly the M.0,111111 hygn-pproy .4
the I Is.
forchAniv" of the truirlism. It it anioullirsil IbAt (it) 0
glil$PllkV- Cukintl at the_ i.y the halt tit the %looikAv'M
10 entill it 4.hal its The nrl"trk can finxml nislaw eawy.
aboine all. 12(p1. to 11%11*C *1 hi, tit tilt fissolalism in
the So*
Atints lint, so the liaml PIRO" ill Ilw wilial lattkv tAlic of
thi, wvoJI tin,itAldc ph~im tic a phAw %tilt it flIK AIWI
f ishtfir the Van der WAAl' fimv~ WN0 slid (h t st Ailt imn
proceirsi it 6m,-oolitallitil by the v1sallsir 1.1 alootjjftni~
--milk... oa.. .11%l"Im
4 n .... g "' tit
I. S , C", .I n ims. Is oll t 1111, d - - - k, ", ", I '
A, a I ' he ""' "b"ra""e" o'",
[Amm into uhAltt% tit Altiphshok 11 ttk'tntWf flog'sk AS WrR AS
Into at 12,*Al- 1,, 11'41'c Und 1.1 a 1-04Y 04 a**
00 4 chain. of lpyroir"r liill ri"Is, The mischanitin of
rpiwtkm Pm- Chain, ftissil 1111. lqvits,vivu hAlUting, it,
lWothkir a -tri'llig r
- emit acronling it? the folk)wlnx sitigirs: 0) Al
lemPtrilluril's UP drawing C(,Plht'f of jhj' of the 'Jett"JUfr
i'lmnst hrink .0
to rjvVC . little J% a hift and drawing loSrOer of she pwktt%
age of tak- i Tht~ ~jsonsl% w the %inicturstr (if
thnisirtwatite
alonp a line jint"ptimling it) she lm%al plane. '1-041
4 -aith a dastir"i"S of or a phid- with a iinnenhal
110('1111111i'lest 1A11111' Thl' i"10-to
she "W"Miclitow tingli, The "at" triollmules (about 0 4"s, of
the rileternm% trif the -trost-turt- i- dricrininvil Ity tilt-
olm-ittv of iht 140 41
lotal %Altr Ill the talei, ishich Are pirrisent bertivern the
Wisest, lior, 4 .11 W I Ill oil %lie 'X
AAA toy .161ram 44 title fir.1 at VVAVV
can tv Irml anti e%lk-lkvl Thr %tructure tit tin- 1whests
mnalito lhew bll%, at% j",m,jjj in Ile raw of rlimisimsatile
Tlm-c lax"
Ow Unit (2) This slate ljkrb 14mv at 7111A' to INVIT. 11
CiLtttkvt lie fl%"i by any von'tallt ttoll".jurr ts,-im~ of
4r.n.- SSG,
roft"6111% of ton asiiild %bill tit the jusk-lets lollow"I by
fuliturr, with forination; they an- %ulictitnim"Ail title oil
another io that The
tis. lairtnallon of xmphibole ring% and a yielal of awat
one-half j lot, of time anti Irmliscralurr tiverlap aiiiiiiii
mile btrol% The
dii1ollirforma. at
the matcr of cvomitution Thl% Our vorrr4wn F... 1114til v.111
lic 18-1 ith-ly o1 Ibc I hl-1111-Ify 111 -11W
on jlq~
Im-n in the tals- 44 the 6r,t tin-table 1111jor or -p ;Aassse
with
00
Also-st a 01TALLVOWAL 1.11tWistit CLAISOX&I'a"
too- %Mollv- 03.01
---'0565 k. ..I
I A it 1111 W", to two a 11191,11,031 1 1
ill AT it
001101000060*0000 0 4 0 * 0 4 : :j: 0 46 0 Ol 0 0 0 0 0 0 000 0
SOO
4 0 0 0 * 0 0 0 0 0 0 0 It 9 0 0 0 0 GO 0 0 0 0 GO 0 0 at 0 :1,
M

veittligation of Tkvibulfjdjajnrv &Ing for glass (tarnsica re-
A I Avausti K AND K S K TATFLAWK. SRlb-
el - - " 1709,P),- -
- I I I [oI v 1:1
TeMs viere imule with Tkvilitilt CLO)' 31.114'. Dzvkh Ilim clay,
and
I'seklilami clay. Tkvilitali slate voii tw tot,l withotil it
luitid for
mulihill ttItactor), shalw., withmit valchmig to govg. The slate
should 1w sorted to Ivolove pyrite, pal tit-le site should not
exceed
:1 intit . wid the firing hould 1w dow- tit 1400* to 1420T. Tsekh-
lauri clity catt he ti,.c(J as bond tot viilical rv fgact tit
it's. 0111).
the DS jcfadc of Dickh clay is suilable for critival (Ofactolics.
TO ol)IIIIII it Stiong btwly, DS is miwd "ith "i to 141-~;
Tsirkilluor, Illastiv clad alad fitt-d t,( 1,100" tit IC!O" For
wall
blot.k.4, 415% 0.0 to 11.5 111111. and hp ""0 1 to 1 5 111111, is
attil
foi Immom blwks, 41 to 0 5 attit wid 45% LIA tit 2 A mm
The shalpci ate formed by witimitig, I-ot ki.der it
(t;%,*tt,tj,,, DS
twitetial (sitme site its (it( wall blimW is cast itt g)-jimmi
mol(Is
The Mill cempusition 6 Ilitit clay to( -, "-,tt%tt ~111 to aml
valvim it
SmIa fl.2 put, The Vast proloct is IiTIA tit 1320, to 1310*.

A. I.
V
of Dinilit In reverberatory furnit as of c~jZer arnelleil..
MIXIIOVA-" (Tillrupry, TrTTTT-
Y.
1) ry -,7.,-. If -ts M-"T in- 0 ,
!LirLr!2jn the KL
2'All S 6 k i LL~Vl_lr! 1 ~!i;%, Ahcre the orri diffrt 1harply front
thi)m hantliol at t-thr, micittrq it, tile soviet, unino. 'rh(-.
com-
position or tile (it" i~. III( given; I hVit n-mure C"m Ill. judged
tvall,
thr. 'la". which nri'llywd sio! 20.2-1 to M.17. AIA 4 (41 to 1122,
FrO 21 27 to 49,ON, Cto 3 SO to 14.1-0. Nfito up to 1 57, 8 up 'I-,
212. ZoO lip to (1.4.4 NO up to 2.55, ;Intl Cit 0,".7 to F, r0o~;,
Tht' RIVRICSI IqV3rOCCIlTtri1 in the xenud ond thirl wtlions of Ow
crown (frivan the formier wall) nnd fit the rolnr~ adjacent to tile
rhariting holti along the ubolc length of the rurrnrr. 'rhr chief
fartorI; (if wrar of (fir clown ore high temperatme will chemical
ildifill of Charge dukt Illixed Willi Coal 'Ish. l1willir !ter%ife.
thl-
Diw.o ncquitrs it inwj! ctructure which ill clvkrn~~o rri tell by
4:11.1.
iliff~renceq in cheinical coinix),ition and lit irrom roc (tire, Th,
morking section of IN! Dina% beirconelt enriched Willi tip to 61,'~
ithunion and up it) Vio~;, iton oxific ~ inslend of I lu- usual 0.3
to
0.4'~ %ind 1,ow,nirlibilt (.1tiectiv,. Itunivil (lit the workiug
mirf.we inigiole hitit the litick. 11111% b.1%cting tile of
thr %looking %utfavo., will (avilitallog tile Nrimflifit'll fir
")in(-
flowf7ile rribiq and Ow lorinatiou of dro;K~ 'I.:
Ill., 't I litHill Zile t('11111mitutt. TeRionq in tile flun.iC4
The %wrlt
,'I,: i,l;.,c iia% covi-wil Willi it ~ilrrouol roaling hiving it
I1lFj:"
A inifflite rry4tal, which let as it %hit-III arain't wV'lt.
tv, 4~r a Nyni irti( soullitiml cn;lflug %houn wvi. :,% IN.
ftawlt loca,lirt. to prolong (hr 'wrvirc or Ditl:l..
USO/qhemiStry - IlefrACtories mar 51
metallurgy - Dolc*ite
"Processes Taking Place in Dolomite During Calcina-
tion in the Range 400-1,1000C and the Production n
of Cement Prom It,t" V- I., Shishkina, A- I. kvgusti A.
Inst of Refractorios and Structural Viaterials) Ac.ad
sci Kazakh SSR
"Ehur Prik KhiMn 11,01 XXIV, No 3, pp 225-230
Investigates doloildte mined in Bayltonur, Kazakh SSR.

re.4".. I'la=* *Ike* It It takisott to &k.
t gird" of Comsat
Rldshkin4 an, A;pu Applied (le"I
17. S~N 14. 247-M( MlY #igT. trinal,tjkxv~.
470 and 71W CAM MgCO, dimor. into QiCo,. MxO. and
COS. The tmywtn. and diurn. W the calcite "stitucut
begfus At about M*. Dolomite cakined with for without
vIjkY Is vultalste for the Production of a hytlraulk,
cement.
.Sep, mkinalion of dolonshe and r6y at TO)' and subte.
quest intervindins tive tist best cmats. prernmires-im
strength after 7-day atewav I- s"t M kx / "
UT 0.411re
, h ~

OClUSTINITKI A. I
USSR/Chemiatry - Suspensions Apr 51
"Measurement of the Specific Surface of Highly
Dispersed Material by the Torsion Balance Method,"
A. I. Avgustinik, V. D. Dzhansis
"Zhur Prik Khim" Vol XXIV, No 4, pp 433-41;8
Measures sp surfitce of highly dispersed materials.
(clays) using variant of bal method which employs
Kiev Works torsion bal generally used to neasure
surface tension of solns. Method permits obtaining
continuous curve of pptn. Using Stokes' eq, estab.
lishing relationuhip between dimensions of particles
and their percentage content in solns, obtained
verifiable results.
1&,,T46

AYGUSTINIX, A. I., MCITTIDIOV-1T.TROVAN, 0. P.
Thermodynamic investigation of the systems ca&tium-zillo,
cadmium-leadp cadmium-tin,
bismuth-cadmium, tin-zInc, and lead-tin. Izv. AN SSSR
Otd.khim.nauk No. 2, 1952.
SO: MIRA. August 1952.

Ch *emicAl Abstracts
VOL 48 No. 5
MWr, 10t 1954
General and Physical Chemiotry
1hannadynamirA djmdUkj2mqtIOft.
md W. is!
i1o. 12: 2pd ldfflft,~ on and AF.,
giv"
a a function 4, temp. in the fonnation of mullite b 115, 0
ttic, reactions (o) AIM + SiO, " AIASA, M 3X110, +
2SiO% ".IAIA.2,%7iOi, W 3(A1,O%,2,1;iO,) - 3AI,0,2,SiO~ 4
49A, (d) Alt%2SiO, " MAN% + SiCh, suid W
-VAIj03.SiOj - 3AIj%.2SiOt + SA. Cotitparis"t of (a)
baud M indicatts that the fornlation of &alifnallite, ill com.
:1141risom with mulli(e, is. less prolsatAc. Judging from (Ile,
slap- of the F-temp. curve. the forruntion of sill!'Innflite up
to about is highly passihle. Compat I of (f)
at Al (J) indirates th3t above I IOU*K. ine-Inksolili1xi Sholild
futin mullite will not sill initmile, since variatiou it%
APtKvtjr-.
most Intrusively for rr;lctiun (C). mullite is fixilwd ill Lati-
lin-1)(aring ru.'arr4is regardless of fortuation of virtak-21-Jin
or thcuralln. o1' kitolist into u-sides. Inter-turdiatc nfmi-
sloicWouictric formatioto are not accounted for.
b. Z. Ka

A-1 Z I
For m-- -U, H I ( _0 no M-1
Ai:
P ~lf:hekllpV-I'etMsXan. J;.~
25, P-VYIU M.D.MiT-riansTallon', C.A. 48. 2,1~lxjc.
If. L. It.

USSR/Cbemistry - Ceramics;
-R-efractor:ies Mar 52
-Measurement of Dielectric Permeabilitv
and Loss
as Ketbod of Stud:ting the StTengtb of
Ion Bondi
in Minerals After Their Calcinipt," A.
1. Aygus
tinik, L. V. Kozlovskiy, Chair'.of
Ceramics, Lea-
ingrad Technol Iast imeni Lensoviet
"Zbur Prik Khim" Vol XXV, No 3,'pp
265-276
Asetmed that any regrouping of the ions
in the
cryst lattice of a mineral during
calcining must
be accom
panied by a change of bonding between the
ions, which can be detd by measuring the
dielee
permeability. This was confirmed in
investigation
207Tq2
USSR/chemistry - Ceramics; Refractories
Mar 52
(Coutd)
carried out on pyrophyllites, ta.1cs and
caolins.
TabWAtes results and describes in
detail. On the
basis of results obtainedI certain
conclusions
could be drawn in regard to the
structure of the
mil I ite lattice.

t lco o hiltar'erp-and -6f
ob ~fjovsf) Aa,J lha cc;-Fili f 0~ . 11
",ts, r
J. V,
Ol

Journal of The American Cers te
~-ociety June 1, 1954
iid lllsm-dr --ofc*rft1-n-
KIRS344 of tM We qt a Phasep. A. . Unix!
-a _MVX"17
A- J1, C. EADORO IWOr. KAD".7 4. V
(lgS3),-IVt glasses were made of (a) M% ftldnw and 60%
quarts sand and (b) 40% feldspar and 10% kaolin; admixturts
were CaO, ZrOt. Calls. DaO. and AIO#, Them was a sharp Its.
crease In microha"Into of the acid ksofirt-quortz glass with the
additkn of CaO and NO and of the alkaline feldiptr-quitrtto
sit" ivith the additibn of Zrol. optimum coace'ttrittlon of
Cao (13%) In acid 16511 and ZrO, (0.8%) in alkaline glx;s In-
crease% mk-Tohavidntu by 63% and 46%, rtspectlyfly. In orltf
st"s, 1% Zr(h inctwea i-AlcrohArdness by 23 to 30%. It 111hr
alkillut atimbiturt cannot form a chentleal compound In the
alkaline glass, the coeficleat of linear expansion Increases 1.5
to
2 times; the coemcitnt remains practically the-fame And even
decreasits a little It the admixture can ttart chemically with
the
Ilan. Doth ZrO, and AIA are of Practical 1mjxwtan,",1n
ducins the expansion cilefficitnt. ne tilel"ttic lonts c n.
quartz #lass with vatloos vkdml~turcv are held wilhin the limits
of 22 to.13 min, but for 11% Cao, a maxiatuin apjw~ar% In 27 min.

AW70STNTI, A. I.
(c, Pt 47 n'D.1;1.r ~rl)
USSR/Chemistry - Zirconium
Jul 33
"Blectrical Properties of Solid Solittiona in the
Systems Zirtonium Dioxide - Magnesitim Oxide and
Zirconitun Dioxide - Calcitun Oxidet" A. L Avgustinik
and1l. S. Antselevicht' Lemingrad Technol Inst im
Lensovet
Zhur Fiz KhLm$ Vol 27, No 7, PP 973-982
Studied X-ray and dielectric prLpertieG of the
above solid solm in view of the fact that ZrO2
is now widely used in the radioceramic industry.
Solid sqlns of Zr02-MgO havei a higher dielectric
271T12
const than heterogeneous mixts. The same holds
true for Zr(I.- CaO. The dielectric consts of
both solns drop rapidly with increas!.ng temp. It
is presumed that this is due to the relaxation of
the loosely bound ions in the "loose" lattice of
the solid soln.

WOUSTINIK, A.I.; IMIIKHOVA, T.V.
- ---Mmte~.
Protective refractory coatiags. Ixv.AX Usakh. S=
S*r.gor.dola, met.
i stroinat. a0,2:34-39 '54s (mLRA 9: 6)
(Refractory materiale)

I I k f , I t ~s F1 N I t~'
r7 Lr k
UVIR/ Chwdetry - Enamels
Card 1/1 Pub. 104 - 7/14
Authors I Avgustinik, A. It., Prof.; and Metrevelip 1. A.
Title Boronless and loadlebe enamels for, majolica
Periodical I Stek. i ker. ll/~, page 19, Mar 1954
Abstrxot I An account is given of how in the making of the
variety of pottery
known as majolia poor results were obtained in the glazing due to
the low percentage of Cambrian cla;r in the cvallable *oil#. To
over-
come this obstat'Le a theoretical cAculation was made of the
ingred-
ients required aad when these were used the glazing proved to be
of hi,gh
quality. The quantities and kinds of Ingredients are statod.
Illustration,
Table.
Inetitutiont
Submitted:

AVGUSTINIK. A.I.; BABIN, P.N.
Rnte of physical and chemical. procesess in firing
dolomite brickto
depending on the specific our-face of the raw
material. Ogneupory
19 no.6:271-276 154. (MIRA 11:10)
(Firebrick) (Dolomite)

InvtxtJjMIf~n of the mechanicstl proptrilum of
*lk-etrotechmicRif
OjtU. A 1, Avov%irax A~,-ii
Ppill.7.1 i It".M. -
-pa glare. 'vric tr!'ked. M,0jll(14 4 rangm fro-at 571"')
to 7P210 kg , mill 'i Ztif) &Trtmj((l Iht% mrAilus.
hill, whatil-
tie-% vengo-4 from 11,211, f,, (I'_'2 kvIrml ' w`ietl
thz ujrf&Lv %it%
with vr-vi it-0 Irc" 'i(Y.' to 701 lig Antm,
ResiNt 51tWe to GAvi,kil t % w toil
;N' to I!!N)'L', fillIgId Itilm ~' 00 10) b 31 X 10-4. 1
hm' 11 a tioll-
tirwn, itobtlon,hip b, the 1'rOilottirr to fraclitre aml
tilt nfl'.
i-jolmdnit., M ilj~ groind antl pnll.~bcd tlirdmirns,
p.7_K__ -

/Thi oc I m net
AtIon 0
on 0 pro. It'
T- Aljl.L,4 A~~~n
ILL
40. Mlld, IL

T 'IF U , A. 1
U5."AI/Cheruis try SI-cctral Analycls
Coard 1/1
Authors Avgustinlk, A. L, Setkina, 0. N., and Fedorova, E. N.
Title Analysis or the Thin 6tructure of a Yorcelain Glass by
Studying its
Reflection and Absorptlon 6pectra In 6-ectral Infrared Medium.
Periodical I Zhur. Fiz, Kh1m. Vol. 28, Ed. 4, 637-6112, Apr 1954
Abstract An analysID of hardness and the thin structure of
porcelaiii glass by
studying i~s Infrared arectrum, is described. It was found that by
adding ceritain chemical compotuids to the glass, one can either
in-
crease or decrease the various physical characteristics of the
glass.
Six references; tables; graphs.
Institution Lensovet's Technological InsUtute, Leningrad.
&ubmitted I June 6, 1953

w, 4iilii,~ki
'Ti7 ;-cy t 01)31' 6,10-31 LICIIJA (U.S.5 It,'

AV -' T and
jai 7 r., T I n 1 11
"alectria Proporties of Solid 3olutions of Barium Zirconate With
Titanium
Dioxide and Barium Titanate".
Tr. LeninAr.-Tekhnol, in-ta Im. Lensovieta, No. 29, r-P 99-104: j54
Compressed powders o:r Ba.Zr03 and T102 mbSe tested. Radiograms sbowed
that the lattice Rf BaZrO~ dissolves at 1,500 C 20 ~mol.% TiO2. On the
BaZrO3 lattice Zr' V ions are partially substituted by j14 -~ ions
which,
due to their smaller size,, should be more mobile. This assumption
should
lead to higher dielegtric permeabilit,- of the srecified solutions.
Measurement
on a froquency of 10 cyclas confirmed this conslusion. (RZhFiz, No
10, 195,9
SO: Sum No 812, 6 Feb 1956

TUSHKIVICH, Mikhail OsIpovich; PZVZKKR. R.L., doictor
tekhalchaskikh nauk,
professor, reduktor; AYGIINITUIT- A&L, doktom
tokhnicheskikh *auk,
professor, retsessent; SIMOCHKIN, A.P,, inzhioner.
retsenzent: ANTO-
NIVICH, I.K., redukton. ZAIKIND, I.Ta., radaIttor;
GLIZAROVA, I.L.
rodaktar-, LYUDKOVSX&YA, N.I., takhnichaskAy redaktore
CTachnology of ceramics) Tokhaologlia keramilti. Pod
red. R.L.Fevs
itera. Izd. 2-se, parer. Kookys., Go*. Ltd-vo kit-ry
po otreitellaym
materialam, 1955. 383 P. (MLRA 9:6)
(Ceramics)