SCIENTIFIC ABSTRACT VILNITSKIY, M.B. - VILNYANSKIY, YA.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859820008-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VILIHITSIKIY, M.B.; DISHLICYIY, P~S.
Significance of Lenin's philosophical ideas f6r nodern physics. Tisnyk
AN URSR 28 no.40-11 AP '57. 1N, (KLRA 10:6)
(Physice-Philosophy) (Lenin, VladimirAllich, 1870-1924)
N

VILINIANSKI-To S.I., professor; YM, S.L*, professor, otvatstvennyy redaktor;
- SnTSHMO, A.. redaktor; CHEWSHBIIKO, Ta.T., takhnichaskiy redaktor.
'[Kroditno-raschatnyo pralrootnoohnniia; uchabnoe posobie [Kharlkov]
Isd--vo Mw Ikovskogo univ. (19551 55 o (Microfilm] (MIRA 10:5)
(Sanks and bankingl

VILNIS, K.K.; POUYAK. V.V.; STIIPANMO, M.G,
- -
" :Most satisfactory temperature conditions for the melting end of
glass tank furnaces. Stek. i ker. 15 no.4:1-5 AP.158. (MIU-lli5)
I
1. Institut stakla.
(Glass furnaces)

15(6)
15(2), C)V/72-52-3-3/19
AUTHORS: Vilni.-;, K. X., Stepanenko, M. G.

TITLE: Heat Exchange Between the Chnr,-e atiO, tKe Hearth of the Glass
Mlelting Purnace(Teploobmen mezhdu shikhtoy i plamennym
prostranstvom steklovarennoy pechi)
PERIODICAL: Steklo i keramika, 1959, 11r 3, PP 8 - 11 (USSR)
ABSTRACT: The authors state that data contained in publications are
very contradictory with respect to the dependence of the
melting rate of glass as well as the furnace efficiency on
temperature (Figs 1 and 2), and are therefore not a reliable
basis for the intensification of the melting process in
tank furnaces. Relatively few investigations have so far been
carried out in the field of heat exchange research (D. B.
Ginzburg, Ref 1). The present paper offers an explanation
of heat exchange between the upper furnace Ptructure, the
charge, and the charge foam in the melting region, basing
on K. K. Vilnis' paper (Ref 2). Pig-ure 3 shows the dependence
Card 1/2 of temperature of the charEe surface on the ma,-Initude of

Heat Exchanae Between the Char..r,,e and the Yearth of the S011172-5"',-3-3
4 1
Glass Meltine Furnace
the heat current flowinC onto it, and figure 4 depicts
the heat amount absorbed by the char,,-e. FiCure 5 gives the
variations of temperature in every point of the charze sz-.r-
face. The heat amount absorbed by the melting zone depends,
firstly, on the ratio of the areas occupied by the char---e
and the charje foam, and secondly, on the nagnitude of the
absolute temperature in the upper structure. The effioiency
increase of tank furnaces for glaso melting is not only
brought about by providing high temperatures, but also by
the rational exploitation of the heat exchar,~,e both in the
gas zone and in the glass mass. Further accurate inve~tf~---
tions are required for this purpose. Thore art:
and 4 references, 3 of which are Soviet.
Card 2/2

15(2) SOV/72-59-6-7/18
AUTHORSs Vilnis, K. K., Pollyak, V. V., Sookova, V. D.
TITLE: -A-N_v_i~cofor Taking Samples From Deep Frit Layers (Pribor dlya
vzyatiya glubinnykh prob steklomassy)
PERIODICAL: Staklo i keramika, 1959, lir 6, PP 32 - 35 (USSR)
ABSTRACT: The authors of this article discuss the disadvantages of ordinary
devices for taking frit samples which do not allow to take pure
samples from deep frit layers. On the basis of investigations
performed by the toplotekhnichaskaya laboratoriya Instituta stokla
(Laboratory for High-tomperatura Research of the Glass Institute)
a now construction of the device as well as a now method for the
afore-mentioned purpose were worked out. The new method is based
on the principle that the glass frit is sucked in on a certain
level by creating vacuum with an injector. The general view, the
longitudinal section, and tho injector of the device are illu-
strated in figures It2, and 3 and than described. There are 3
figures.
Card 1/1

VILNIS, K.Ke
Therml efficeincy of sectionalized regenerators. Stsic.i
ker, 17 no.2tl2-15 Y 160, MU 13: 6)
(Ginas furnaces)

,_ POLLYAK, V.V.; PAVLOV. V.S.
C VI RgKK-. -,
Sl*oific amount of glass output as an indicator of the productivity
of tank furnaces. Stek.i ker. 17 no-3:9-14 * 160. (MIRA 13t6)
(Gl:ass-furnaces) (Glass manufacture)

VILNIS, S%'!~PAIMYG) dol.-tor til;hn. tum), (decoused];
bf, "If A.Yuop invAl.
Optimal depth of furnacov for dark green glano. Stek. i ker.
21 no.1%9-13 Ja 164. (1,11 RA 17: 8)
1. Institut stakla (for Vilnis, Staparionko). 2. Kruijnodars~iy
Btekollyivy 7avod (for Knplan).

VILNIS* R. (Riga)
Changes In composition and properties of peat by drying it with
superheated water vapor under pressure. Vestis Latv ak no.10t
65-70 '59- MAI 9:10)
1. Akadeniya nauk Latviyakay SSRp Institut energettki I clektrotekhniki.
(Peat) (Water)

VILNI89R.(Riga); MIMYLOVjYu.(Riga)
Mechanical and water aboorption properties of hoat-treated peat
briquettes. In Russian. Veatis Latv ak no./+i9l-98 060.
(BUI 1027)
1. Amdemiya nauk Latviyokoy SSR, Institut energetiki i
alektrotekhnlki.
(Briquettem(Fuel)) (Peat)

-
~
1
t
e
c
t'Lv'
;~
-MdorciE cleTtTIMU
FV~~ IV
ei
ut
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' ~Zri
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ju
vw
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M65 No.-e-.-ttr-:5CRussian suntEnary. 125-6).-
,41
Peat IV" lic-atcd with -superheated steam at 240-400' and
0

gencrated was 5-70,;. with conipti., in 51 M WHO, N,

L

was rapi'l itt t a ing. O=n 9-~writ dawn, oud finallY
lic be"
acccleruteil when the 70-
ala 7TM cosweim imt bcaling for 0.5 fir. at 150--910*
o
n
cont~in,-ij. iu r,,: 6,1
given as AcOll) OM".05. Nil,
(
OU12-0.007, uldrhyd" asid Lctoncs 0.03-0.05, imters 0 W-
O.M. furfurtj McOll 0-01-0.0-2, (race-n (.4 pbMt4s.

VO-NISI R ,
AUTHOR WILNIS R. PA - 2526
TITIM The Chemical Decomposition of raw Peat during the Process of
Drying by means af superheated steam. ("tormitacheskoje ras-
loshenije syrogo Torfa pri suschke peregretym parom pod
dawleniem".- Russian)
PERIODICLL Latvijas FSR Zinatu Akad. Westis 1957, Vol 19 Nr 2 (1150)
pp 125 - 126 (U.S.S.R.)
Received: 5/1957 Reyiewed: 6/1957
LBSTRACT With rising temperature decomposition increases as measured in
layers of peat. The botanical composition of peat exercises
influence on the process of decomposition. During the process
of drying the steam contains from 0,2 to 10 % not condensed
gases. With longer duration and increased pressure the
percentage increases accordingly, and in the case of shorter
duration and diminished pressure it decreases. The oxygen
content in the organic mass of peat decreases with rising
iemperature and longet duration of the process.
The results obtained show that by the modification of the
drying process and the initial material the decomposition of
peat as well as the quality of the products obtained can be
regulated. The results obtained by research work can be used
CARD 1/2

PA - 2526
The Chemical Decomposition of raw Peat during the Process of
Drying by means of superheated steam.
for the determination of optimum conditions for the process of
drying and for the purpose of obtaining high-quality peat.
ASSOCIATION: not giyen.
PRESEN2ED BY: -
SUBMITTED: -
AVAILABLE: Library of Congress.
CARD 2/2

ALABUZEEV., P.M., prof ; starshiy prepodavatell;
KOPErKINI G.F.; btgi7shlyj prepodavatell; TSIVINSKIY., Yu.P.,, inzh.
Movement of the striker and body of an electromischanical
hammer drill with a otriker-restraining mechanism. Izv. vys.
ucheb. zave; gor. zhurs no&6:74-80 161. (MIRA 16:7)
1. Novosibirskiy elaktrotekhnicheakiy institut. Rekomendovana
kafedroy mekhaniki. (Boring machinery)

GNLIP*11' N.I., doktor takhn.nauk, prof.; AYNSHTEYN, V.G., kand.tekhn.nauk;
KVA5HAj V.D., kand.tekhn.nauk; KOGAN, A.S., inzh.; VILIMITS, S.A., kand.
tekhn.nauk!
Apparatus for clasnifying free.-fl9wing materials in a fluidized bed.
Xhim.mashinoatr. no.61ll-16 N-D 163. (YJRA 17s2)

GUL19 V.Ye.; TSARBOY, L.N.; VILIMTSO S.A.
ITIIAYAWI%~.-
. 1,
Rapture during transition from the elastic to the brittle state
[with summary in Nnglish], Koll. zl.,=. 20 noo3:33B-325 '58.
(Babber-Te sting) (MIRA 11t8)

~ GULI, V.TE.
The prospects of splitting and tissue removal of rubber, waste products in the
production of commercial rubber articles.
.Report submitted for the 4th Scientific research conference on the chemistry
and technology of synthetic and natural rubber, Yaroalavlp 1962

VILINTITS, S.A.
VILINITS) S.A. -- "Investigation of Certain Problems of the F~ydro-dynamics of Non-
extraction Apparatus." Sub 20 Nov 52, Moscow Inst of Fine Che-ical Technolou.
imeni M.V. LoTnonosov. (Dissertation for the Degree of Candidate in Technical
Sciences.)
SO: VECHSUIAYA MOSKVA, January-Decenber 1952

ZINOVIYEV, Vladimir Andreyevich, prof.; PRISHEDIKO, Nikolay
Avtonomovich;,VILINITS, Samuil Avseyevich; RUZHENTSEV, S.K.,
prof.; MESHKOV-,-F-.T-.p A.G., red. izd-va;
YODEL', B.I., tekhn. red.
(Machine parts] Detali mashin. Pod red. Vl.A.Zinovleva. Foskva,
Mashgiz, 1960. 327 pa (Machinery-Design) (KIRA 15:5)

I.Z.) akademik, red.; n,
A
GLUSHKOV, akadc::ik, red.; A k I ilrf E7ZE";,,i
red.; PA.f '.4-5YUK, red . ; El(.
red.-
'ilosofskikh na u k K _T-Y
17 KU" H" V
red.; DYSHLYTY, P S.) ka
red.
[Philosophical aiiezllion,-~ of mc,:ern
losofskie voprosy fiziki; lnaterla-~y. Kle-.,,
ukuva duinkti, 1064. 325 p. ~0,,
1. Respuolikimukoye qA;ve:ilchlkrll,/(j '',j
fiziki elemorlLarnykn ca:!.Alts I El(.V,
prezident All Ukr.S.Sltl (for Glujh~cv)- 3. lJkraju;l-kjy I'i 7k, - -
I r, I tu -,
tekhnichenkiy Im3tittlil ( Vo r A` i i I.% it, . il r i., f, Ivill I- -
irntiki AN Ukr.!;l'.';:t ML'I'tOyllk). 5. ltiAilut
Ukf.,')S.R (for 'kjy.-,'i-lF-v:r 1,
y, F,,.)pnLn,

,7;~ tril al of ul-W, i~, !Ig T,bl,

1. VIL I MER, 1. A.
2. USSR (600)
4. Differential Invariants
7. Algebraic solution to the problem of anamorphosis of functions bi tin invariant
fom, Dok~AN SSSH 90 no. 1, 1953.
9. Monthl List of Russian Accessions, Library of Congress, APRIL -1953, uncl.

1. V I L I INNIR, I. A.
2. U53R (600)
4. Functions
7. Algebraic solution to thu prolller, of' aru-morphosis of functionv, in -an invariant fol-RiP
Dokl.AN 3.j-~D, 90 no. 1, 195".
9. Monthl List of Russian Accessions, Library of Congress, 1-,PhIL 1953, Uncl.

Yar 1947
Elliptical functions
"On the Nomograms of Elliptical P=ctions and Inte-
grals-in the Ccuplex Domain," 1. A. Vilner, 4 pp
*CR Aced Sci" Vol LV, No 9
Considerations of the problem of constructing the
ncoogram of any functional relation of the first
class.
PA Z5-1 7 0
8T70

U=Afathematics - Anamorphism, 21 Mar 52
Nomography
'7be Problem of Anamorphism for Analytical
Functions of a Complex Variable, and the N-
Functional Equations,," I.A. Villner
-Dok Ak Nauk SSSR" Vol 83, No 3, PP 341-344
DiscuEses the soln of a system of N-functional
eq5 (i.e., 2 determinants simultaneously equal
to zero) contg; u(a;b) and v(a;b), nam , a
IxLir cf conjugate harmonic iuuctionz. Obtains
the criteria of nomographicability of allied
eq in the compl~ex region, together vith the
conditions soverning the conJoin as of this
system of functional eqs. States that the ulti-
mate theory is co~-:erned with the effective soln
Of this system. Demonstrates theorems on the
analytical dependence I (W;Z) u 0 (z-atbi; w--p+qi)
vhich possesses the fundamental differential nomo-
graphic parameters i and J. Submitted bY Acad M.A.
Lavrent yev 1 Feb 52
2M47

n am /MRtbMMt:,c8 - W0206MAY Noy 1947
Mathematics - P=otlons, Ana3,vtio
*Nomogrms for System of Xquatims and Analytic 3Uw-
UMSO" 1. A. Villner, 4 pp
'Dok Ak Nauk" Vol LV7n, No
fteousees systwe of the first io. clasis of
iftich4o z, rt., "'C. r,:17c and
0., are good exanqa9s; wd
&Iso system %f -thoi'se6m& nomogmphio class, i.9. 0
t1was systems vhich form graphs m four scales, xjY)zj
Amd z2 with a single p1me. An a result these systaiii
have no lose than three curve lines. Babmitted by
JTB .3ftQ
- Nomograpby (Contd) NOT
Academician A. N. Kbamogcorov at the Mathwatics In-
stitute Imeni V. A. Steklovp AcadszW of'Solenoes of
the USSR.
3&261

VIDJUP 1. k ...
Authors VilInar, I.A.
4itle: A problem of tMatorphi3m.
I
Jouriaals . Poklady Akidepi"A Ifauk 4SSR. 1951) V01.77, Ko,2v p.177
Subject: Mathosiaties
From$ OL~.Si

VILONER, I.A.
Sonogram for converting a hMrbolic and circular tangent and
cotangent to an index form. Blektrichestvo no-7:95-97 JI 154.
(Nomography(mathematice)) (KIJIA 7:8)

VILVIZOI L
A ID P - 471
S u b J",-, USSR/Electricity
Car~ 1/1 Pub. 27 - 3'V34
Author Villner, I. A.
Title Nomogram for Conversion of the Hyperbolic and Circular
Tangent and Cotangent into a Exponential Form
Periodical Blektrichestvo, 7, 95-97, JI 1954
Abstract Two tables, diagram, and an explanatory text.
Institution None
Submitted No date

VILIUR, I.A.
%WIN I
Monogram for the solution of equation x+-Jy -re"~ Zlektriche-
stvo no.l:p.3 of cover Ja 154. (MLRA 7:2)
(Nomography (Kathomatics))

VILIM, r.A.
-maw,
equation
x4y:-re
Mots on the nomogram for the solution of the
and w.-sal . Alektrichostvo no.1-96 Ja 054. (MTIU 7:2)
(Nomography (Kathematice))

r3 (-
Ddw6mMn d =mNm awmaNkIs. J. E. Vileii%" and
X. i~ Colublwlwabo (1. 1. CAem. Nwi.. 194). It 39-01.
- -The b P. of (twed calallo falls from 11W to AW " the
J11.0] 4-1 the salt riw* (ran&12 tot.1-31%. T1w.umpatj-w3
Of Ow -.4pumf 14ww U%qs tim tumf salt %A11gs to
the tesup. and " J Olt) a untent of 11w sAlt; Me equilibrimin
coeff. in given byK - M. T.

VIL,.4is, J.
Beekeepers need help; a letter to the editor.
P. 21. (PADOMJU LATVIJA3 KOICHOZENIEKS) (R:Lga. Latvia) Vol. 10, no. 1, Jan. 1958
SO: Monthly Index of East European Accession (EEAI) LC Vol. 7, No. 5, 1958

s
4
- . I, ~ ~, .

,VILIIIIT, L.N.
Tapered wing surface guaranteeing mininum wave rfoolotarce at
a given volume. Izv.vy~9ticbsb*I4LV*; av.tekb. 2 no,3tl36-142
159. (ICRA 12:12)
1. Novosibirdkiy sl"ktrotOhnicbeskly institut. Kafedra
teorsticheRkoy I TriklaAnoy' mokhanlklo
(Airfoils)

CODE: UIVC,000/6'
A. Ya
-----------------------
O]~G: none
-11.?U11: T-r.7insverrr. edge offect in planc induction magnetohydrodynamic machinery
SOU-IRCE: AIN' 1;,,tSSR. Ins-titut fiviki. Dvizheniye provodvashcbikh tel v magnitno:7, role
(?4ovcm(2i'At. of conducting bodics in magnetic field). Riga, Izd-vo Zinatne, 1966, 63-94
TOPIC TAUCS: mhd, liquid metal pump, electromagnetism, hydrodynamics
ADSMRACT: A simplified model of an induction magnetohydrodynamic machine is uzzed and
the results of calculations initially obtained for ordinary induction machinery are 1
employed for the calculations. The analogy between problems in the thoex-j of rotating
z.c:chinr_,.-L-r and prob;lems ih the theor,( of induction nnd is described and the similarl- :t
lc~iczi -and differencon aro outlined. Ways of obtaining engineering formulaz from. the
t--vailtible analytic solutions, which for the most part are in terms of series of
~rijonomatric or other functions, are discussed. The results of calculations of the
transverse edge effects, published in the literature under the assumption that. the
liquid metal moves like a rigid body, as well as with allowance A-Or the properties
of the liquid itself, are referred to. Separate solutions are presented -or
lZf broad and for limited-width gaps. The results of the earlier theoretical -paper3
ka 9
bY A. 1. Vol'dek (Izvestiya vysshykh uchebnykh zavedeniy, Elektromekhani , 1 59, no.:
1) are reviewed and later modification's to them are described. Other theories are
Card 1/2

ACC NR; A" 001355
.7
also briefly mentioned. The possible applications of the theoretical re5ultz a:e
discussed. I-IV is concluded that while the distributions of the fields and vurrenzs
in a rectangular plate between two infinitely broad and long inductors has been
solved to a satisfactory degree, the use of computers is dictated for most applica-
-ice is limited because
tions. The appiication of the obtai-ned.results in design pract
of the rather simplified model 3ased.compared with the complexity of the real ycmp.
The difficulties in the development of the theory for a channel of finite width are
mentioned, as well as the lack of a unified theory that makes allowance for the Con-
ditions in the liquid itself. The need for developing a hydrodynamic solution for a
liquid-netal channel separated into several parts by longitudinal partitions is em-
phasized. Orig. art. has: 9 figures and 50 formulas.
SUB COM: 20, 09/ Sum DATE: 22jul66/ onG nF: oil

L 00468-66
ACCESSION MR: AP5019974
UR/0371/65/000/002/0003/0018
AUTHOR: Vilnitis A
TITLE: Field and current distribution in a conducting body of rectangular
section, placed between two infinite inductors and subjected to a sinusoidal
traveling magnetic field
SOURCE: AN LatSSR. Izvestiya. Seriya fizicheskikh i tekhr.--caeskikh nauk, no. 2,
1965, 3-18
TOPIC TAGS: modified infinite waveguide, waveguide current distribution,
nonconducting gap traveling wave, conducting body magnetic distribution, conduct-'
ing body current distribution
ABSTRACT: Two infinitely wide and long inductors of infinite magnetic permeabilil
ty are spaced 26' apart, and carry a current load in the form of a sinusoidal
traveling wave. The inductor interspace contains a conducting object of rec-
tangular cross section 26- thick and 2a wide extending in the direction of wave
propagation. The author solves the problem of magnetic field and current dia-
tribution within the conducting body exactly iri the form of single and double
trigonometric series. The solution is given in four different formulations.
I
cAi,the region beyond the boundaries of the conducting body (where the conductivity
/2

L 0046M6
ACCESSION NR: AP5019974
is zero) the field is the same as in the absence of the conductor. The
transverse component of the magnetic induction is missing but all three com-
ponents of induction currents are encountered. The magnitude of such currents
depends on the width of the conducting body. Orig. art. has: 100 formulas and
4 figures.
ASSOCIATION: Institut fiziki AN Latv. SSR (Physics Institute, AN Latv. SSR)
SUBNITTED., 04Sep64 ENCL: 00 SUB CODE: EC, EM
NO REF SOV: 003 OMER: 000
Card 2/2

124 - 195 7- 1-44 2
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 1, p 56 (USSR)
AUTHORS: Gel'perin, N.I., Vil'nits, S.A.
TITLE: The Outflow of Liquids From Standard Short Tubes and Openings
With Small Diameters (Istecheniye zhidkostey iz nasadok i
otverstiy malykh diametrov)
PERIODICAL: Tr. Mosk. in-ta tonkoy khim. tekhnologii, 1955, Nr 5, pp
27-36
ABSTRACT: The article describes the test set-up and proffers the results
of experiments conducted for the determination of the coefficient
of discharge for eight kinds of liquids from cylindrical standard
tubes with diameters varying between 0.445 and 1. 5 mm and
apertures between 0. 25 and 1. 3 mm, The project was performed
to conform with the conditions obtaining during the extraction of
substances by means of solvents from liquid solutions at chemi-
cal industrial plants. Experimental relationships are offered in
criterional form (in terms of the Reynolds number and a term
consisting of a ratio of the viscous and capillary forces ) for the
determination of the coeff. of discharge for solid jets and for jets
broken up into detached drops, and for the determination of the
Card 1/1 boundary between these two regimens. M.S.Volynskiy
1. Fluid flow--Velocity 2. Tubes--Applications

GULI, VoTe.; VILINITSg S*A*
Effeat of temperature on.the rate Of growth of cuts in vulcanized
rubber. Ilauch. dok3.. vye* shkoly., khim. i khim, tokh. no.2:365-368
158m (MIRA 11:6)
1. Prodstavlona kafedroy fizik:L Noskovskogo instituta tonkvy khlml-
choskoy takhnologii im, NJ. Iomonosova.
(Dabber-To sting)

69-20-3-10124
AUTHORS: Gull, V.Ye.; Tsarskiy, L.1,11.; Villnits, S.A.
TITLE: The Process of Rupture in the Region o?-7r=s+-~ion Prom the
Elastic to the Brittle State (Issledovaniye protsessa raz-
ryva v oblasti perekhoda ot elasticheskogo k khrupkomy
sostoyaniyu)
PERIODICAL: Kolloidnyy zhurnal, 1958, vol XX, 14r 3, pp 318-325 (U""SR)
ABSTRACT: The rupture of vulcanizates is a process lasting a certain
time. In the article, experiments are mentioned in which
this process has been studied by means of high-speed cinema-
tography. More than 300 moving pictures were taken. The
analysis of the pictures has shown that the speed of rupture
in the temperature range from +22 to -570C is very small
in the initial stages and increases rapidly immediately be-
fore the complete rupture. At a temperature decrease fror.
+22 to 00 the rupture speed decreases from 2,500 mm/sec to
100 mm/sec. This is due to an increase in the bonds of
intermolecular interaction. At temperatures of -500C and
lower the rupture speed attains a value of 3,000 mm/sec.
The temperature decrease is also accompanied by a decrease
Card 1/2 of the additional orientation of the material. At very low

69-20-31-10124
The Process of Rupture in the Region of Transition From the Ela-stic tc :he
Brittle State
temperatures, the reduction of additional orientation becomes
so large that the speed of rupture increases again. A cor-
relation exists not only between the temperature and the
speed of rupture, but also between temperature and mechanical
properties of the rubber. At the transition from the high-
elastic to the brittle rupture mechanism, an abnormal change
in the resistance to rupture is observed, together with n
change in temperature. In the temperature regions character-
ized by the elastic and brittle rupture mechanisms, an in-
crease in the stability of the material is observed. At the
transition from the elastic to the brittle rupture, the sta-
bility of the material is reduced as a consequence of changes
in the structural characteristics of the material.
There are 11 graphs and 8 references, 7 of which are Soviet
and 1 German.
ASSOCIATION: Moskovskiy inutitut tonkoy khimicheskoy tekhnologii, Moskva
(Moscow Institute of Fine Chemical Technology, Moscow)
SUBMITTED: May 3, 1957
Card 2/2
1. Vuleanizates-Transition 2. Valeanizates-Ruptwe

VUIN111~;, -..A.~ BABITSKIY, B.L.
Resulto of the All-Union L"clentific rintl Technical Conflereri!~-e on
the Reclaiming of Polymer!-- 1-1,atgria1s in the National. Economy.
Kaucb. i rez. 24 no.2i53-54 F 165.
(MIRA 18-'4)

USSR /Ibhemical Technology. Chemical Products H -2
and Their Application
Processes and Apparatus for Chemical Technology
Abs Jour: Referat Zhur - Kh1m1ya, No. 1, 1958, 1506
Author : Gellperin N.I., Villnits S.A.
Inst : Moscow Institute of Fine-Chemical Technology
Title : Dispersion of Liquids on Outflow from Nozzles
into Air and Fluid Media,
Orig Pub: Tr. Mosk. in-ta tonkoy khim. tekhnol., 1956,
No 6, lli-li6
Abstract: An experimental study of the regularities of
changes in the size of drops that are formed on
outflow of liquids from small diameter nozzles
into air, under liquid-drop conditions, and into
C ard 1/4

USSR /themical Technology. Chemical Products H -2
and Their Application
Processes and Apparatus for Chemical Technology
Ab8 Jour: Referat Zhur - Khimlya, No 1, 1958, 15o6
fluids immiscible with the outflowing, under
liquid-drop and jet conditions. It was found
that in cases of an outflow of liquids into air
and into fluid media the determinant criteria
of the process are: Re, K ands 3, , where Re --
Reynolds criterion; K -- a new criterion proposed
by the authors (K= WrL /(s- ), W -- outflow velo-
city~, TL -- viscosit (g'7 surface tension);
+ 5 T. B77 __ viscosity of
C B c
e medium, 7- 'B -- v:rscosify of outflowing liquid.
As a result o processing of experimental data
on outflow of liquids Into air, there wal d8-
rived the correlation: d/b :_ 16.64 , 10 K .767/
/ ( q ol-7 ReO-92), wherein d -- diameter of the
Card 2/4

USSR //Chemical Technology. Chemical Products H-2
and Their Application
Processes and Apparatus for Chemical Technology
Abs Jour: Referat Zhur - Khimiya, No 1, 1958, 1506
drop, D -- diameter of nozzle aperture,
relative viscosity of outflowing liquid Tino ;;la-
tion to water). on outflow of liquids into other
fluid media the diameters of the drops that are
formed can be Vermined from thn correlation:
d/b = 4600 KO- / ( TL_~ ReO-50 ). For the
determination of phase aontact surface in packing-
free extraction a ratus there is pro osed the
.ppa 8
equaH on: F, = Z ?Z* / (766.6 D),7 (Re .252
AO- ), where F, -- total surface of all drops
on dispersion of 1 m3 of liquid. It is noted that
the last mentioned equation makes It possible to
investigate the mass-exchange process during ex-
traction and also serves for design calculations
of packing free extraction apparatus. The assump-
Card 3/4

USSR /themical Technology. Chemical Products H-2
and Their Application
Processes and Apparatus for Chemical Technology
Abs Jour: Referat Zhur - Khimiya, No 1, 1958, 15o6
tion is made that criterion K plays an Important
part not only in the mathematical characteriza-
tion of the process of outflow and of the pro-
cesses of drop-formation, but also in 'those pro-
cesses wherein alongside with the viscosity, ar~!
manifested the forces of surface tension.
C ard 4/4

VIL"'.1l'S.'KE V Voisey Bori.-;ovich [Vil 11', 1 f 1; ,
v
ral.
[E;,,.r)erir,-.,ent in mociern oci.erico] u sucluasrl i
nautsi. 1,,viv, Vaitkovit diodkri, 196r.
1 73 1). 01-111,A

JIT"11T C;Icly-- [Villnytslkyl, H.B.1; DYSHLEVYY,
P.S., kand.fi osof.na , otv.red.; B.ILITKO, Z.11., red.;
HIMOKHIN, I.D., takhn.red.
[Somo philonophical problems in the special theory of
relBti~ityl Deiaki filosofalki pytannia spetniallnoi teorii
vidnosnosti. Xyiv, Vyd-vo Akad.nnuk URSR. 1959. 194 p.
(MIRA 12:12)
(Relativity (Physics))

VILINITSKIY. Noissy Boriaovich
f the development of the Idea of space and time in
Orr Of the
classical physical K intorit ruzvitila prodetavlanil o prostran-
stve I vremeni v klassichemkoi fizike. Kiev. Isd-vo Akedouli
nauk.USSR, 1955. 234 p. (KL&A 9:3)
(Physic s--PU losophy)

GURVICH, Sokrat Solomonovicb, dotD.; ~jl.TITSKIY, M.B.j._kand. filos.
nauk, otv. red.; NICHIK, V.P., i~~. MOs. nauk, otv. red.;
POTOTSKAYA, L.A., tekhn4 red.; COGIMPAK, V.D., takhn. red.
(The laws and categories of dialectins and their manifestation
in medicine] Zakony i katogorii dialektiki i ikh proiavlenie v
r-editsine. Kiev, Gosmedizdat, 1962. 244 p. (MIRA 15:4)
(MEDICINE-PHILOSOM ) (DIALECTICAL MATERIALISM)

VILYANSKTY) 1. P. -- Moscow
"Arteriography in Cases of Obliterating Endarteritis."
Report submitted for the 27th Congress of Surgeons of the USSR, Moscow,
23-28 may 196o.

BSLOVY I. V.; VILINYANSKIY, I. Ta.
Therual efficiencyo beat receptivity of the wtal,, and
oxidizing capability of open heartb furnacea during oxygen
and compressed air food to the flame. Izv. vys. uchs~. zav.;
chern. mt. 5 no.12:153-161 162. (MIRA 16:1)
1. Vassoyuzryy naucbno-inaledovatellskiy institut metallurgi-
chaskay toplotakhniki.
ftpen-bearth furnaces-Combustion)

BELOV, I.V4.; VILIJJYANSKIY, I.Ya,
Speed of carbon oxidation and the heating of a mmltlw biath during
the finishing period. In. vyso uchebe sav*; cherne(met, 6 no* ii-
34-38 163. MDU 1615) 1
1. Voesoyuznyy nauchno-iosledovatellskiy imtitut meta.Uurgicheakoy
teplotekbniki.
(Open-hearth ~rocess,-Testing)

18 . _-5200

AUTHORS: Belov, I. V. (Candidate of TechnIc-1
Villnvans
Ya., GLazkov, P. G.,
I.
lciy,
_
*
__
__
_
,
.
--
--,
_e-_1
e_sov, a. K., BevCei~, N. I.
e
.
T
Y
,
TITLE: Delivevy of Air to Gas POL-ts by Fan to Intenjify the
Melting Pvocess
PERIODICAL: Stall, 1959, Nr 10, pp 889-893 (USSR)
ABSTRACT: Partial combustion of gas in the doghouse occuvz
by fan-blown air at an approximate poesgure of
600-mm water column, Impt,oving flaine
and drastically cuttinp- p0WCV CON,9LIWALOr-1 1'0~' L111'
blowing (Tto 10 time!3~ in compavisoil to consu.,,~;)tllon
by compressors op turbo-blowevs. B I i n g e q u I,!) in t
Is 3imple and pvovidc,3 an ua~*,y way of'
air supply. At Stallno and f1l.zlinlye, Sevrl
lurgical Plants (Stalin--kiy zavod, Nlzhne-Sev~ltj-
skiy zavod), f'an blowingr was Installed in 195,,.
Card 1/4 At Stalino Plant, open-heat-th VuL,naces wovic by

Delivery of Air to Gas Ports by Fan. 1--o
wr/4 ~ -1 - I - --_
Intensify the Melting Process 'j i ;. _' ,, - "' j - ';_i -- / *, ,
scrap-ore or-ocess with liquid caot Lr,on and a ~,e
coke-oven gas-fil,~ed. In discu-,slInLs fu~,r'-'ice p e'~, -
formance figures and temperature rates, the a U t fir) -_.- -3
compare the new and the ovic,-inal p~,ooduction ( see
table). The folloviing en~~Ineevs cont!~'Ll;ute~'; 41r; the
research: Tuluyevskly, Yu. N., Ofeni~enclen, A. M.,
Druzhinin, I. I., Nestecovich, R. P., L.
M., Moystyevich, G. I., Postnl;,ov, Yu. D., et _-1.
The authors conclude as follows: (1) PW"t_11D1
combustion In open-heacth fUL-naCe j)0''tS by COIJ
air blown Into the doghouse 1~~ only beneficial
with an adequately high level or the,.-mLl load. (2)
Intensification of the rneltinj,, proc,-ess loy 'Uhe %';)ove
method is recommended for- overciiarGet '-1 and, pa_-tL,-_
ularlyj double -charged fuL,nace~;. (';;~) The lfoi,ce,!
air/thermal load ratio can be adj!u:,,te(1 1)- cont-oi-
ling temperature rates of the checket.s. Auto~:~Z_'t Lc
control would greatly pL-omote the effectiveness o~
partial fuel combustion In Uie po,,t. Thei~e
Card 2/4 figures; I table; and 2 Soviet --efet-enceo.

De 1 i7e? y of' 0 G Lt.;
Inten3ify the Meltinp
ASSOCIATION: All-Union "clelitji-1c,~
se-cl Me tal I urf" I oal' 11 ktn (vii I lJoN,
Card 3/4

Delivery of Alr to Ga,3
Intensify the Melting Proces3
Basic Performance Of Plf~fLIP12.3 Of
Without-, (numeVatO,') Wid WIth (I e n 0!:,. 11, 1A 1
Fan..
Performance Flgures
Numbet, of Melto ...............
Melting Period, hro - m.. Ti
Megn Thermal Load pei, Melt~
10 cal/h
IL
_2
Furnace Productivity, t/h ....
Arbitrary Fuel COn5UMJJtiOr1,
k'gZ~

BFILOVV I.V.; VILINYANSKIY, I.Ya.
Thermal efficiency of heat absorption by metals and the oxidizing
capacity of open-hearth furnaces with oxygen and compressed air
fed to the fuel spray. Izv. vys. ucheb. zav.; chern. met. 6
no.6:172-178 163. (MIRA 16:8)
1. Vsesoy-uzzyy nauchno-issledovatellskiy institut motallurgicheskoy
teplotekhniki.
(Heat--Radiation and absorption)
(Open-hearth furnaces-Combustion)

VILI WAVSKIY, L.I., kand.med.nauk; PAW, A.Yu., kand.med.riouk (Kharlkov)
Fulmoury sarcoidomis (Boeck's disease). Klin.med. 35 no.11:47-54
N '57- (MIRA 11:2)
1. Is Ukraineirogo asuchno-Looledovatellskogo institute tuberku-
less (clir. - datment I.M.Tanov)
(&UWOIMIS& case reports
lungs)
(1AW DISAAMS, case reports
earcoidoets)

KLEBANGV, M.A.,, prof. (Kiyev); Prinimali iWhastiye: BEREZITSKIYp A.V, (Kiyev);
PEMI 74. .
v P.P.; SAVj2nW, D.I.; TARINENKO, M.I;-;' A*,
BORSHGHEVSKIY, M.L. -(Odessa); (Kb&r'kC7) -
SOKOLOVAq Yu.I. (Kharlkov) ABEFIMAN, A.Aj; KULAKOVAq S.A. 6imoferopol');
FUKS, R.A. (bnepropetrovxkj~ BEZNOSOVA,, Zh.A, (Vinnitsa); NUKLDU,
N.P.Uhitomir); SIDORENKO, G.P. (Chernovitij); DIUCHENKO, N.S.
(stanislav). ,I -
Reduction in the periods of therapeutic*pneumothorax following its
use in combination irith antibacterial the traoh. delo no.12:
36-40 D 160. Ppy, (MIRA 14: 1)
1~ Ukrainskiy institut tuberkuleza imeni F.G. Iro ovakpgo (for Klebanov).
2. Diapanser Yugo-Upaduykh zheleznykh dorog ( r A~erman).
(PNEUMOTHOW) (TUBERCULOS S)

VILINYANSKIY, L. I., doktor med. nauk; MASLENNIKOVA, 11. K., kand. med.
na
Use of sulfanilamide substitutes for insulin in diabetes mellituB
complicated by pulmonary tuberculosis. Klin. mad. 40 no.7:74-78
-Tl 162. (MIRA 15:7)
1. Is Ukrainskogo nauchno-issledavatellskogo instituta tuberku-
leza.
(SULFANILAMIDES) (DIABETES) (TUBERCULOSIS)

"VYfi'A"1S1'VV Z_' /'
USSR/Pharn.acology and Toxicology. Chemotherapeutic Preparations V-7
;,ntitubercular Drugs
Abs Jour Ref Zhur - Biol., No 15, 1958, No 71294
Author YJ 3 'Waask4 I Zv-
inot Kharkov Scientific Medical Society, Ukrainian Institt!tc for
the ;,dvanced Training of Physicians
Title Phthivazid in the Complex Treatment of Patients :Xfected with
Tuberculosis and Diabetes Melitus
Orig Pub : Nauchn. tr. Kharlkovsk. nauchn. med. o-vo, Ukr. in-t
usoversh. vrachey, 19571 cYP- 6, 110-119
Abstract : Twenty-one patients suffertng from tuberculosis and diabetes
melitus were treated with phthivazid (P). P was adminis-
tered both alone and in combination with stroptosycin or PAS,
and with collapse therapy. Daily dose was 1-1.5 g.; for a course
of treatment, 60-135 g. In patients with closed forms of
tuberculosis, P Ivoduced an improvement, expressed in the
removal of the symptoms of Intoxication and resorption of
the infiltrative changes in the lungs. Abatement of the
Card 1/2

USSR/Pharmacology and Toxicology. Chemotherapeutic Preparations V-7
Drugs
Abe Jour : &,f Zhur - Biol., No 15: 1958) No 71294
of the tuberculous outbreak in the process of treatment
usually did not improve the course of diabetes melitus, and
in single cases produced an increase of hyporglycemia and
glycosuria. In patients with the presence of disintegration
in the lungs) only in 4 out of 16 an improvement of the
process was observed, The patients with diabetes melitus
tolerate P well) and only in single cases an increase of
inculin doses was needed. It in noted that in 4 out of 10
patients affected with tuberculosis not accompanied by
diabetes, a single administration of P (0-5-1 g-) produced
considerable rise of the sugar level in the blood. -- ON.
Petrova
Card 2/2

VILINUNSM, Ta. Ye.; SAVINKOVA, Ye. I.; BYCHMINA, L. S.
Rapid method for the determination of hydrogen in dehydrated
oarnallits. TSY*t. met. 35 no.10:80-81 0 162.
(MIRA 33: 10)
(Carnallite-Hydrogen content)

KROTOV, Yu.I.; VILtNYANSKIY, la,y&~
Role of a melt in the proceas of cxidizing r~~.vting of --romit--
charges. Zhur.prI'kI.khiv. 38 mnAt-J206-1211 Je 165.
(MJRA 18110)
1. Urallakiy politakhnicheakly Inatitut Imeni S.M.Kirova.

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VILINYAIEKIYo YA. YR.
22955 0 roli forrata natrlya Y'protoomse obrmsovaniya khromata natriya is sody
i eatestvonnogo khromita. Zhurnal prikl. Xhiall, 1949, No. 7, C.
683418. BLbliogrt 9 ftsy.
SO: LETOPISI NO 31j, 1949

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U S S R
SoUd solutions ofan~~~
pri&W Kbi0A, '1408-1 I'm
soLns. of WgOHC, I. nm,
In mizu. of HCI
MW H40 vapor at equfl. Ve Por -Pni- r--n&g ftom 60 -7

auk Cl "d at bre4p3. of 0), VA. 6W. aud 30",
Tbta naft dweled that the colaipti. of the solid via. was
:::Vt "dmal= dianklitir compfi. of the Cas I)h&r 4nd
WN a Pendent of trrup~ 3t const. CU-Phase
OMPH. ne "nient of Mg(RICI ill tilt K61 SoIlL.. Yvai
bounded by a certain lblalt at Cneh ttlap.; thi. vallic a lhis
limit Inerrafts Vrith Increasing tem". Sor the frat-tion
UgC4 (solid soln.) + IIA,j =' -lkfgOIICI (solid +
HC!t'? at the given tcmp~'. the following thermodynamic
e"il. cousts.. K, were calcd.. 300', 0.412; W, 0,427;'
600", 0.434, 600% 0.440; 700'. 0.447. For solld solus.
AVIMSCII-Nimllollcl the following activities of tfsC13, at,
and MXOHCI. a,, were cAlcd. at 5W* (!I,, r,, a,).- 0.()O,
0.940, O-OGO; 0. 10, 919W, 0. 100; 0. 15, 0.854, 0.148; 0.20,
0.80, 0. t89; 0.25, 0.7775, O.Z21; 0-40, 0-7-'rJ, 0.247; 0.~15,
0,713,O.Ml; 0.40,0107,0.271. Thractivit]"atibrotber
1clups. differ from those at WJ' by tr.-,% th-11% 0.01, The
following results wt-re obtained for the soly. of 1'IgOIICI in
cryst. MzCh (temp., mole % Bf&OHCI, fnr)le % I I CI in t tic -
ps Vialte): .110', 19, 7 5.4; .112 ', 15, 70.6; W,', 20, 6.1.4 ;
420 , 25, 60.0; 4W, 30, 511.3; 467', 35, ~4,2; 480% 40,
52.0. Por tile reactiqn, P6tgCf, (satd~ "Id soln.) +
HlOcal ;--* AIIII0110u) + IICL.t. the values found kr K
and tile liabaric thermodynamic potcritial, AF* (c~'L/vnole),
were (tteulp.. K. AF*): 310'. 3.400. - 1420; 342', 2.820~
2.'=, -]W)0; 420*, 1,033, --310; 4U)*,
1.745, -SW; 4(tt', I-GO, -720: 4941', I,M5,
For the reaction MgClp.) + +
JIM,, the following tqritfit-us wrfo: .11P -
21% - 6.1ir + 4-8 X fo-17, - 2.(;,; y l(ry-titntl
AP - -2171) + 14.07TI,3R 1'- 5.8 Y. - I.wl ,<
104r-I - 33.97. The ontropy nuil Ill tl of fi,rin,ttiott of
AfgOJICIj,) at 2V were cak-d. to lx- 17.2 um. ;tilt)
knal./wok-, rrsp. It is imlift,O)h. to rlimiwov
Completely diffilig 1101y'llathlit of Xig(:I.. if V'v!l, ~t :111AI
runt.4 11.0 valyw iq jav-,cad ill
- I!Cl. A I .. ......
Ft-Iller With Olt 1'.

AID P - 3730
Subject USSR/Chemistry
Card 1/1 Pub. 152 - io/i6
Authors Vil'nyanskiy, Ya. Ye. and Ye. I. Savinkova
Title Thermal dissociation of magnesium hydroxychloride
Periodical Zhur. prikl. khim. 28J. 8, 864-871, 1955
Abstract The mechanism of the reaction was studied by changing
one of the three equilibrium factors. When heated in
an inert gas mixture, magnesium hydroxychloride
decomposes with evolution of HC1 and H O-vapor and
formation of solid solutions of Mgcl(Ci,OH). Three
tables, 1 diagram, 3 references, all Russian (1935-
1953).
Institution : Ural Polytechnic Institute im. S. M. Kirov
Submitted : D 14, 1953

USSR/Inorganic ChumistrY Complex ComPounds C.
Abs Jour Referat ZhUr - Khimiya) No 2) 1957, 4083
Author Bannykl., N.S., I avansax ~ .
Title Contribution to he-stuTy-or Ac Sulfates of Potassium
Orig Pub Zh. obshchey Ithirilii, 19506, 26, No 4, 952-955
Abstract K3H(S04)2 (I) was prepared by cooling an aqueous solution
of K2SO4 (II) and H2S04 (III) from 800 to
room temperature. In polarized lidit,the crystals of I
showed strong double refraction; the refraction cocfcici-
ents np and n are, respectively, 1.474 and 1.525. On
heating in thg range of 207-2130 one modification of I is
converted to the other. Melting of I is incongruent;
the meltint.,, rotrit deterrdned from thZrmal analysis data
if of 268 t: 30- Melting of I tAec place according to
perttectic reaction type, involvi:-,~; the form-tion of
crystalline II and of a liquid phase which the authora
Card V2 - 0 -
USSR/Inorganic ChWaistry - Cor'Plcx COnPounds
Abs jour
Referat Zhur - ,i2lir.Uy.,
.) 110 2) 1557A 4CA3
C.
consider to be a saturated solution of I, in f1jr;Cd IqL
Dei~iliaing with J-350o the V)Oluti011 Widergous dec~ojr 1 90)1,
with evolution Of water vapor. By the nQt1lod
D-nalysis it Was ascertained that on coolillg of Of
taining 67.22% !1 and 32 r,(,lts c(~11_
-78% 111, 68-31% 11 and 31.69ch
III or 69.09~ and 30-91% 111, crystals Of I separate.
Frobi binary rliXtvxes containing 69.85% 11 and 30.15% 111
or '(1.44% 11 and L-3-5696o III, on cooling) II crystrilliZC3
Out, The authors arrive at the cOIclusion that collpaljjjd,~
X and Y, which have been reported previously (Kendall j.,
Landon, M.L.) J. Amer. Chen- SOc-, 1920, 42, 2131), are
actually I and II, with a transformation point of I into
II at 26P. On the basis Of tne results obtained.Elle
authors have partial1y 7
GraLl Of the II-III systsuPPler."clited the solubility dia-
on.
Card 2/2 7

VILINTANSKIT9 T&,Te.;UKINA, M.P.
~~Czz,--;~Sfl-
Solubility of water and of n%Vwsi" omide in fused cArnAllito. Zhur.
prikl. khts. 29 no.4:561-565 Ap. 156. (KLRA 9:11)
(Carnallite) (Kagnes iun'ox Ides )

VILINTAITSKIT, YA.Ye.; PERSITS, Z.L.
Theory of the sodium silicate method used in the production of
sodium tungstate from calcium tungstate. Zhur. prikl. khim. v. 31
no.5:669-674 My 158. (MIRA 11:6)
l.Urallekly politekhnicheekly institut im. 3.M. Kirova.
(Sodium silicates) (Sodium tungstates) (Calcium tungstAtes)

50)
AUTHORS; Savinkova, Ye. I., VilInyanskiy,Ya.Ye. SOV/153-2-1-12/25
TITLE: On the Velocity of DehydrogenatiO12 From Melted
Carnallite DurinE Chlorination (0 skorosti obezvodorozhivaniya
raoplavlennogo karnallita v protsesse khlorirovaniya)
PERIODICALt Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i khimicheskaya
tekhnologiya, 1959, Vol 2, Nr 1, PP 59-63 (USSR)
ABSTRACT; Carnallite is partially hydrolyzed during dehydrogenaticn.
Accordingly, it retains dissolved OH- ions (Ref 1) and suspended
particles of magnesium oxide after the melting process. Such
a melt is sometimes chlorinated before the electrolysis for
the purpose of transforming magnesium oxide into magnesium
chloride; the simultaneous extraction of hydrogen forms the
subject of this article. For laboratory experiments artificial
carnallite was employed which had passed through the first stage
of dehydrogenation in a rotary furnace. It contained 3.6~o MgO
and 0.08-p' H. It vas also used for investigating the industrial
procedure. Figure I shows a series of laboratory experiments
concerning the chlorination of melted carnallite by means of a
chlorine-air mixture without reducing agent. Table 1 contains
Card 1/J the relative velocities of the extraction of hydrogen (as

On the Velocity of Dehydrogenation From
Melted Carnallite DurinE Chlorination
ASSOCIATIONs
Card 2/A
.7-
SOY/153-2-1-12/25
mentioned in the title by various gas mixtures (air, air -
chlorine lil, chlorine~. The results yielded by a works
chlorinator are listed in table 2. Figure 2 shows the hydrogen
content in various points of the chlorination range as a
function of time. On the basis of these results the authors
arrived at the following conclusionst (1) In the case of
bubbling chlorination the above-mentioned velocity follows
approximately the kinetic law of second order reactions. (2)
This velocity rises with the concentration of chlorination in
the gas mixture and with the increasing content of the reducing
substance (carbon) in the suspension. (3) Hydrogen cannot be
completely extracted from melted carnallite during the chlorina-
tion within finite time since the curve of the hydrogen waste
gases follows an asymptotic course. There are 2 figures, 2
tables, and 2 Soviet references.
Urallskiy politekhnicheskiy inBtitut; Kafedra tekhnologii
neorganicheskikh veshchestv (Ural Polytechnic Institute, Chair
of Technology of Inorganic Substances)

AUTHORSt Teterevkov, A.I., Villnyanskiy, Ya.Ye. SOV/80-32-2-38/56
TITLEt On the Role of Mass Exchange Between Gas and Liquid in the Pro-
ceas of the Chlorination of a Magnesium Oxide Suspension in
Molten Chloride (0 roli massoobmena mezhdu gazom i zhidkostl-
yu v~,jrrotseose khlorirovaniya suspenzii okisi. magniya v khlo-
ridnom rasplave)
PERIODICAL: Zhurnal prikladnoy khimii, 1959, Vol XXXII, Nr 2,
PP 438-440 (USSR)
ABSTRACT: Metal chlorides may be produced by the chlorination of the
metal oxides. The chlorination of oxides suspended in molten
salt in a bubbling plate apparatus is investigated here. Coke
was used as a reducer. Chlorination rate increases with the
chlorine concentration. The chlorine consumption increases
with the lowering of the chlorine concentration in the gaseous
phase. The number of plates has a positive influence on the
chlorination rate, There is a two-sided mass-exchange; the
absorption of chlorine and the desorption of carbon oxides.
The increase of the gas speed increases the rate of chlorin-
ation.
There are 2 tables, 2 graphs, and 3 references, 2 of which
_4*V640 are Soviet, and I English.