SCIENTIFIC ABSTRACT ZHUKOVA, YE.N. - ZHUKHOVITSKIY, A.A.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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'Author Vatluzh9lukhoi: P.A
Gromovi V~ a t1ko

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Title e, EfTsotiv6nebs of Vaeoinalherapy in'BoviiW

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Abstract f 1
Formolvacoines and: heA.4kMed,vacoinep~twerp pre-
parsd frord,vlident 'AiAnis ~:,of , all tl~ V6 c4la

.to ~b6'~i~d ~ in vaoing,
~types
therspi, Ahicfi ~~nd

je-
rabbit i

ins -tieg;
cted. to:. f ormolvacc tmen'to -Bab,I
~ricl~gicai
examinations of peii'sh
e
a.4hd kIlled, iA de an4 iabbitv
,
l
did~ hot reveal'.. ;6harges. i Adart- koni thill
bruc6lli, die M
a- 6ha-nZi incie~64d',`~ jAuitination. titer. wa~i
9
:
affl, t.64
. - 13iucelldsia a c6uhiware
ated in rabbits.

ard 1)3 f!
treated with intramuscular::injeotion6~,d di:~tolvaccine:

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B/661762/000/005/959/112
Bi56/B108
AUTHORSi Kelltsev, N. V., Zhukova, Z. A#
TITLE: Investigation of the purification of hydrogen in a moving
layer of activated coal
PERIODICAL: Referativnyy zhurnal. Khimiya, no- 5, 1962P 407,.abstract
5K99 (Tr. Vsds. n.-i. in-t prirodn.- gazovp fto. 12, '1961
143 149)
TEXT: The process of adsorptional removal of impurities.of CH GO', and
4'
N from H has been investigated; the initial gas'~passed.up a vertical
2 2
column in the opposite direction to acontinuous layer of AV-2(AG-2) and
-j(SKT) activated coal. The height of the adsorption~section was' 70'
!cm.
The coal was regenerated in the lower part of the column by heating in'an
,electric tube furnace, with purified H simultaneously blown through i~t.
2
.Experiments were made with H -CH mixtures (up to :20~. on and also with
2 4 4
ternary (82d1, H2' 15% CO, and'30 CH 4) and quaternary (52.5% H2, 36.:1% bt 21
Card 1/2

141,111MIF III AIII I 111111111 5,11411 11111111 111FIN H
8/061/62/000/005/059/112
Investigation of the purification... B156/ ioB
8.7~ CO, and 2.7~ CH ) mixtures. It,was found possible to obtain hydrogen
4
of a purity of >99-V.- The best adsorbent im the highly Iactive SU coall
2/g
the specific surface area of which is -i500 m The ideal conditions,for
the purification process are: pressure 25 atm, temp(~rature during desorp-
tion 2000C, during adsorption the lowest possible,gas' flow. rate in the
2
adsorption section I nl/CM , amount of pure H 2 used for blowing out
.impurities in the desorption section up to 10~ of the total amount of
purified gas produced. [Abstracter's notes Complete'translation.)
Card 2/2

Z#UeOV4 _771
PHASE I BOOK EXPLOITATION SOV/~246
Soveshchaniye po tseolitam. 1st, Leningrad, 1961.
Sinteticheskiye tseolity;.polucheniyep issledovaniye i primenenl4e
(Synthetic Zeolites: Production, InvestigationAind Use).~ ~ Mos-
cows Izd-vo AN SSSR, 1962. 286~p. (Series: Its: ~Doklady)
Errata.slip inserted$'. 2500 copies.printed.,,'
Sponsoring Agency: Akademiya nauk;SSSR. Otdelen:Lye Itchimiahlelskikh
nauk. Komisiya potseolitam.
Resp. Eds.:., M. M. Dubininj Academician and V.~V. Serpinski~..,Dciotor
of Chemi cal--Sciences;~Ed.: Ye. G. Zhukovskaya; :Tec,h. 'Ed P.
Golub',
PURPOSE: This book is.intended for scientist6:arid~engineere~engaged
in the production of synthetic zeolites (molecular sieves )s-and
for chemists in general*
Card
113,

Synthetic Zeolites: (Cont.) soir/6W
THEORETICAL PROBLEMS OF ADSORPTIONION ZBOLITES.
METHODS OF INVESTIGATION
Dubin*in, M. M.,,(Z:.,A,.~;Zhutk~ov and N. V. KelltseV. Appli-
cability of t e a, Theory to the Adsorption of,
Gases and Vapors by Synthetia.Zeolites 7
Bering., B.P., V. V. Serpinskiy. Adsorption Isoster~s'for
:Synthetic Zeolites Within the Framework.of the Potential
Theory
Timofeyev, D. P., 0. N. Kabanova, I. T. Yerashko, and A. S.
Ponomarev. The Role of the Secondary Porosity of`~Zeolites
in the Kinetics of Water-Vapor.Sorption
Misin, M. S., B. V. Adrianoval and M. N. Adrian6v. Investi-
gation, of:the Adsorption and Kinetic Properties of Granu-
lar Zeoliteslith the Aid of Thoron 31
Card -3/?

8/06 1)2/000/002/004/00b
BI 011 YB1 44
AUTHORS: Zhukova, Z. A., Kelfteev, 11. V., Ogloblina, I. P.1
forocheshnikov, N. S.
TITLE: 'Use of new absorbents for intensive gacr dr,,~ng
'PERIODICAL:. Khimicheskaya promyshlen.nont', no. 1962:, 24-29
TEXT: Experiments with granulated 4A (4A) and 5A (~k) neolites for :air
and gas drying were conducted. At 200C and 10 mm Hg, the,aboorptive power
of these zeolite types amounted to 20.6 and 20.6 g11OO j, respectively.
Investigation of the adsorption isotherms of water vapor at 0-3500C showed:
(1) Superiority of the zeolites compared with silica;gel 'and aluminum
oxide, (a) owing to greater moisture capacity; (b).owinjr to lower tempera-'
ture dependence. Gases may therefore be dried by zeolitee without cooling
the adsorber. Experiments with an adsorber tube of 1-3 mm diameter,
granulation of the zeolites 1-2 mm) depth of layer 62 cm, were conducted
with air.of known dew point. Results: (1) A dew pqint of -60 to 2-6500
was reached for a rate of gas flow of 1-15 1/cm2.min and 0-4 1/cm omin in
the adsorption layer. (2) Temperature increase frm30 to 800C reducw
Card 1/2

SIP64Z6210001002 004 008
Use of new absorbents for ~BlOI/B144
the dynamic activity of the zeolites from 21 g/ioolgto 167gli0o g'.~ A
rate of 3 1/CM2.min is assumed to be permissible for. industrial adsorbers.
Experiments with natural gas from the Stavropol' d6POSit were alao'~
conducted at 500C and 0.5 l/min. A dew point of -600C was reached.:
'Because of the selective H20 vapor adsorption by zoolites the other~gas,
components did not affect the adsorption. Even the heavy hydrocarbons do
not penetrate the fine structure of th 4A zeolite pores, so that no coke
formation sets in during regeneration.~ 200-3500C is.the best regen4rat~on'.
temperature. For regeneration with cold gas heating in direct flovi:is'
preferred: dew point for direct flow down to -80PC, for counter flow
only -60 to -65 0C- A mixture of 74-46 N21 5-77,, CO, 6.51,4 H2, 6.0% H'O, and
7.6% C02 was also simultaneously dried and purified.. H 20 was adsorbed
most of all in the first zeolite layer and gradually displaced the.C02
adsorbed in the following layers which left the adsorber'at a dew
point below -450C. At 12.8 g/cm3 moisture, the dynamic a -ctivity of-the,
zeolite amounted to 10 g1100 g related to C02, and 11-3 9 .100 g related~to
moisture. There are 8 figureep 2 tables, and 9 references: .7 Soviet and
2 non-Soviet. -The reference to the English-language publication reads 'as
follows. A. L. Kohl, F. C. Riesenfeld, Gas Purification N. Yop 1960s
Curd, Z
/2

A _C.-A-2 IF
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No. 3. . ."Wo
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tmalli. . Of t1wic the 11yont 111rdinus isu'i bem, t."-AUW
-00
it was richest In N. and, the WORL atIsitnilitifed glyciar N
we intemely than the W of the othr two mcijiA. INA.
11CM-Alin Pt'tpd. ITUM I)WOU K"I" 61 Jilt! Klytilir 1-4rilitilit
wa mint rem"ivir. The muctive Ivinviplir tit 1111KICIIN
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t let lite 41119filgille Itleditilli.
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ZMOIIAY Z.D.; FITAX, N.V.; ENTIN, V.G.
Phase changes in the lining of reactori,~'f6rlthe pivduction of,
carbon black. Ogneupory 30 no.9:26-32 165. (MIRA 18i9)
1. Ukrainskly,nnuchno-issladovateltakiy InatItut ogmeaporov
(for Zhukuvaq Pitak). 2. Nauchno-issledovatallakiy konstrukto:rsko-
tekhnologicheakiy institut shinnoy prouysbienno:iti (for Entin).

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WA !441114111 Will hli 11M.1,111
Wx- MEDICA-
2679. INTESTINAL PNEUMATOSIS IN CIULDREM (Russian text) - Zhukovetz
A. V. - ARKH. PATOL. 1959, 21/2 (66-70) Ulus. 3
IntesTtn7E[`pneumatosIa is relatively rare in man. wheream It Is more frequentl 'ob-
sorved in animals, especially in swine. Twelve observations on Infants from 1-10
months of age are reported. On the basis of the clinical aspects a toxic dyspepala
or sepals, lasting from one to fourffidnths, hadbeen suspected. Contrary to iNh;it is
observed in adults, mainly the colon was involved and a giant cell reacUon around
the gas bubbles was lacking. The latter were found in finsures of the tissue of the
submucosa, very rarely also in lymphatic vessels and lymph nodes. Generally,' in-
flammatory phenomena were also observed in the Intestinal wall-, therefore Infect-
ion seems to be the aetiological factor, though this has not been proved.;
Brandt - Berlin (V 11

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A

KMYAVTSEVA, K.P.;%.2HTXOVZTS, M.S.; ARUT71-JOY, I.81;:~XOGAYHV, B.N.;
SPITSIN' V.1,; X',k*ff."rj MMIji WA, G. G. IrAM# H.7
AVRAHMIKO, L.K.; TSOGOYBV, T.Kh. 0 ~v.rad.; BAMUTOVP' P83o III,
tekhn.red.
-Ossetian A.S. ~-;.R.; statist Cal Narodnoem
(Economy of the North i
khazialstvo*Severo-Osetinakoi.l=t-, statistich'eakil:eboralk,
Ordshonilddle'. 195.8*,, 130 Po
(MIRA 12:).O)~
1. North Ossetian A.S.S.R. Statiotiahookoye Upravlenlys.
2. Nachallaik Statistichaskogo upravlenlya 59.Vero-Ouetinskoy
AM (for TSogoyev).
(Ossetia--Statistics)

AUTHOR: Zhukovetskiy, P.A. SOV/19-58-6-675/685'
TITLE: A Filter for Purifying Water (Pilltr dlya osVbtle-
niya vody)
PERIODICAL: ByulletenI.izobreteniy, 1958, Nr:6, 150 (US~R)'~,
ABSTRACT: Class 85d, 1. Nr, 113869~ (57457ii of 10. June 1�5'7).
s-
Submitted to the Committee for Inventions and~Di'
coveries at the Ministers Council of USSR. A~wa~er
filter of sand, gravel, eto., for vvater:wells; to
simplify theconstruction and make the filter'Tre--
placeable when clogged, the filtering material is'
put into fabric bags and laid into metal or wood6n
slatted cases; separate bags filled: with filtering
material of only one grain size but the 'asesiare'
C3 a
filled with bags not necessarily con.taining material,,
of the same grain size.
Card 1/1
UL

ZMQVZSKI VIN, S.L.;,TXAGHIT, L.N., inxh., usuchnyy redal
- rIT
- -P i .0 ff~
red.izd-va: VORON33TWAYA,1.7 tokhn.red.~

S1149160100010061011/018:
A006/AODI
AUMOR: Zhukovetsk
*AMM
1 Reddatic'n
The Role of Strontium Aluminate Formation in Aluminotherma
of Strontium Oxide
PMUODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Tsvetnaya me.-allurgiya,,
No. 6, pp. 119-123
TEXT: During the last,years great attention was paid'to vacuum thermal
methods of obtaining alkali earth metals. Aluminum is an e-Ofeotive reducing:agen't
An vacuum thermal processes. It reduces the~oxtdes of alkali-ear'th metals a~nd
forms corresponding metals and aluminates 0. Gvelesian I and -V.' A. PazukhIn
0
(Ref. 2) show -the. if strontium metal Is prepared by this inethod at 1, 100 1,200
C, a monoaluminate of strontium is also being formed under vacuum conditions,
according to the equation
' 3S
4Sr4D + 2A1 r SrO Al 0
Eq'l 1Iq gas 2 3sol.,
If -the cceffici,~ntz are seleeted in such a manner that the1ndividual equation ot~
the formation of a!uminum oxide and of the metal to be reduced, are related to one
Card !/6

s/149/6o/Poo/bo6/o11/0181
A006~AO4
The Role of Stron-tium Alumina te Formation in Altuninothermal Reduction of Strontium
Oxide
oxygen mole, the equation is as follows.
0
+
Al)
Bro Al 2sr, + (Sro A1203) ol +A 0, so,
0 3 Sol ~3 liq gas
where 40 is the change in the standard free energy of reacti.on. The
Sol e
equation ma e repre n E
y b - --~ e t ~ dasasum of individual equations with es of.~ fr e
0 0 6 0 0 01
energy A 0 09 4 Equations showing values of' , ~~u and A ~
1 3' A040- 1 2 3
as functions of temperature,have been calculated by a number of authors. However,
the results obtained were rather inaccurate Since the thermodynamical fftmetigns
for strontium aluminate were assumed as approximative. Experimerital data on Abe:
determination of equilibrium constants of the reduction reaction (Re 3) Ne usad
to make more precise its value, the ftLnction of A f D = f11:1(, 6
and consequently, the.positian of~the reaction equilibrium (1).. The ~:nctfl'on("')
00, f (T) is calculated on the basis of data given below.
S
Card 216

-9/0 91'601000100610; 1/0, 18
Aoo6/Aoo1'
0~
The Role of Str;ontium Aluminate Formation in Aluminothermal. RedUcti 'I of Strontium
Oxide
0
Irni-tial data used to determine the func' ion f ~T)
solid
Eritropy Changes'ain
State of the
Heat capaoity, oal/g-mole Cal/ ht~at eoz~tanl,
~g-
substance
mole Cal/moie

Srgas
4.97
39-325 [41 9~
3
All-liq 7.0 (51 8,98 2348
10
2 gas 7.16 + 1.0 10-11 0.4 105T-[5] 49.003 [41
SrOsol 12.34 + 1.1 12 * 10-31' - 1.806-105, 2[51 13.0 [411 14-IlOO (41

120 s
3 o1

7-38 + 2

3.o8 -3- 8.20-105 T
- io , .L- (51
[41
12.181.
39W46 (61

BrO - Al
~03g~tj

';.64 + 10-3

lo.ig,
T [31
2
5.62 [31

418A~[33
Th-e heat- co:,tent &od entropy of liquid aluminurn a t a standard I a m p ea t u r aware
ca!~~ulat~:d on the basis of the melting heat of aluminum equal to 2500 ca-1/mole
Card 34

8/jjo/60/oaa/oo6/0l1/o18
A006/001
The Role cvf St.--ontium AluminxIMe- Formation 14 Aluminotherm&l Reduction of Strontium
Oxide
(Ref 5) et 6c,90C, the heat caoacity of zolid alumirum C' 7~O cal/g-mole (Ref -5)
and entropy of solid alumintun 3298 - 6 .77 Call/g-mole' (Ra~.,. 5) . ffMirmodynamicaE
values for strontium alum�nate were obtained on -the bazi~.of experimentallyl
determined pressure of strontium vapors durIng tb 0rtta-:,#.1cn 0of.lts reduction. '!'he
calculation wa6 mad,3'according to the equation A f Sol - ~Msol. - PAS* 1. , it -
found that the conversion .of aluminum oxide into strontium alumimate A2A .61y Wa,
slight effect on the reduction temperature due to the fact thatithe formation of
the aluminate from the corresponding oxides caused a relatively: small charZe in
the free energy,916" the process. As a result the lines of,freo wne-rgy of e
th
formation of pure aluminum oxide and strontium'aluminate. are ire-,y: closely l9pated
on the graph. 'A reduction of residual preszure in the system affe-ets much more:'
the decrease of the operational temperature of the process.: Strontium Is a.very
active metal and may, 'at' a temperature of reduction, vigorously ; intsract with
oxygen and nitrogen. Therefore when the process is conduot6d w.tthoat inertgasos
a hi4her vacuum not only promotes a decrease in the tempo~taturo~of the process but
assures the production of metal.
-purer and more compact
'lard 4/6

3/149/60/000/006/0-11/018
A006/A001
..~'ie Hole of Strontium Alurninate Formation in Alum1nothermhl Reduction of Strontium

-ure* The effect of te-mpera- Ky
on ch=gcs of "ind M'lnn
The f1gures on ' ;ic curves
to t:he numb,~rr,
q
(In 2-1TV .1a p, j) Is the
F,:,,-tial prc,.9sure of vapors
-,
iz,
,
of the Ca-eous fact~or of the
-
;
i
cac L
I ch in Vne given case
on, w
Js ~:jt-.--ontium) . T

nere are 1 table, I figure ancl 7 lei
Soviet and
-ATTON:

Z.L--J --r,. 1-1stitute
n~np.~ ;Ulu:
t4
ZIP
--Z
'
,
Coet d,971 y z

ZHUKOVETSkly, V.

SOV/137-59-1-119
Translation from- Referativnyy zhurnali Me tall urgi ya'o 1959, Nr 1, p18 (USSR)
AUTHOR: Zhukovetskiy, V. V.,
TITLE: Thermodynamics of the Alumi.num-redutfion P~rocess ill Prodtiction
of Calcium, Strontium and Barium (Term'odi.namika alyuminot.ermi-
cheskikh protsessov polucheni.ya kaltsiya, btrontsiya i bariya)'
PERIODICAL: Tr. Sev. -Kavkazak. gorno-metallurg.. in-ta, 1957, Nr45,;pp
210-231
ABSTRACT: In order to explain the mechanism of the interacfion between CaO
and Al and to determine with greater accuracy the composition of
the aluminates (A) formed, an investiptio'n was made of t~e de'oxida-
tion of Ca from mixtures calculated to form the following: C'omplexes,
3CaO - Al?-03, 5CaO - 3A1203, CaO - A1203,., and Xa% 5A1203, The
0
reduction was achieved in a VZLCuum at 11160 - lj00 in 4'hours. The:
raw materials were briquetted. It was e stab lished' that during"the
first period the Ca is deoxidized and 3CaO.A120~ is formed. The Al
in exces s of that calculated by the equation 6CaO + 2A 1 = 3CaO - A1203;f 3Ca
o.reaction. with the tricalcium A. As a result of this~the
Card I /Z yield''of Ca can exceed 50%. The vapor pressures of Ca-Sr, and Ba

SOV/67-5`9-1-119
Thermodynamics of the Aluminum-reduction Process in Production of, Calcium (cont.)
during the aluminothermic reduction from their respective 9xides were!det6rmined
experiment ,ally and the values were calculated for the free energies and' entr~opies
in the following reactions: 6CaOsol-'* 2AIliq=3Casol+ 3CaO-AI203 Sol;
4SrOsol+ 2 Alliq=3Srsol +SrO.Al?,03sol; 4.BaOsol+ ZAlliq=j Basol + BaO.Al.203sol'.
Equations for the relationship between the equilibrium and free-energy constants
and the temperature were developed. Values were found far'the free energies,
heat contents, and entropies of 3CaO-AlZO-i The
,, SrO-AI203, and BaO-A1203-
relationships between specific heat and temperature for A ofISr and Ba~ were calcu-
lated.
N. P.
Card Z/2

0

I I

I it,

d:>
USSR/Gonoral and Special ZooloSy, Insocts. Injurious Di.- P
sects and Ticks. Posts of Coroal'Crops
Abs Jour Rof Zhur,-- Biol.., No.11, 1958j NO 4S)563
Author s Zhukovskiy A,,Vi
Inat
Title Tho.Probloti ot the Diapauso of tho Hasson Fly
LaPVao,
Or1r, Pub Ento-Liol. obozroniyo,~1957, 36, No 1, 28-43
Abstract Diapauso of the larvae is natural to the Hosson
Fly, The docisive factor in thol*appoaranco of~
tho diapauso is Incroased tonporaturco, Eaiy larvae
f sPri"G, Generation develop without diapauso
A.
0
before thoco.-AnG of warin woath6r# But larvae of
later sprinG Uonoration, which develop-in an in-
croasod tomporaturoo undorr5o dia'aued before the
P
fa'Ll# Larvae of su:mor C;oncrati.on al.so undor3o
diapaueo in pseudo-cocoons before tho f all.
Imago oiiur"o from them lator thaki fto'-'i tho pseudo-
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S 07
03
3/0
9
BIOI 13110

X and Zh v Aa-
AUTHORS i Belashchenko, D uk)~o itakiy
The 1 ct
TITUj ory of e e rictranspor

~".AkODICAL t ,Zhurna'l fiziche6koy Ichimli',':' V
35, no-,9,~'1961', %1921 192 ~J
6
TEXT o The authors theoretically studied th e :electric :trams ort in a
ic
metall two-component syetem.,
ced f roni Onsager I s meth 'd''

and writei J L X + L x + L x

11 1 12 2 3 31 J2 +
iL IXI 1; F X:! L

2~3X3 1*
2 22
x
J L X + L + L X (I)i where. X..are
~
2
defined byt
3,1 1 .3
3
2- 33 :..3
dpi
dz
es, .
do dx

he :c' i of:thc,~first type,
j s t ur ent of ions . J of the,:second type, J,
Card

7-
276 0
SA XI/035/009/003/015,
Theory "of electric transport Biol/B110
is the',curr6nt.. of electrons e e,*, e
V 2` areathe-bori!esponding burger ip

3
_~id the el,a6tricz potential), and p,2 ar~e ch'emio~l potentials.
Constant -temperature.is bass
3 umed. For the electric neutrality,:!
it :.is written downs e J +-e J, + e- J
.2 2.,
3 whdreil~Js the external'.
3
_
curren S tiut ion of E~ (1), an~d
t ubsti (2) in' g v

l i .49
(4)
4

L 1'
e + e
2 1
3 3 + a L e' L
e
L
1. 12 Z 22 :3;, 321

11.zz....,eL + e L n
For the conduc a ce ;K it is
-3 33:~.
2
1
I
3
3
_
s'; .
+- e- -+ e
tend- do- I'
Wn
1 2 2:'
3 3 his iohic mob
,
here o~-U-Ahe' concentration of--the~r6
spe6tive i6n. in cm,:;; Tht-moving
force fbr.the transport of,co lnerit6-
MPO
at~ rivet,' no assum
ia, t ed to be the

6i of
gra di e nt of ~t h ech em i ca 1' pqtijnti
t ~! t h
t 6' s; there are wo~o er:,causes:
a m
t he gra d ie.nt %.of --7t h 6i chemi c~a 1 potential 'of ions,. ~nd the.: gradien't of the
2/1T
T

2" U
Y47Y61/035/009/003/015~
Theory of electric transport B101 3 110,~,
and for J Ot d1nal/ft ehE/kT (21). From Eq
e-4 e
and 1 + 1 0 it followst L L~ L A (e, e
1 2 11 3 1 2)_ 2
0 13 3
4
~(22). Further, c e ~ .11 c e n t r_- t io n
c e 0 (23)- -If thore is; con
1 1 2 2.
gradient and diffusion, an additional diffusion anif is formad at the:
ends.. of the specimens. For 1 0,
D det(1 (27).
d7 d + *
el
... ..... ......
(II) The steady disf ribution' 'of concentrations in thp. el ec,tric field Is
calculated by the Thomson-Eastman method. Two adjacent 3ro8s sectionS
with the concentrations c and c + dc-are studied. An~ ion with the
charge P, 1 is to be transported in the direction of the electric field B,
an ion with the charge e in the opposite direction.~. Then,
2
dcj TdS,, - 0.
dcj
card 5//7

1768
S 07 61/635/009/003/015~
Theory of electric transport 110
1310 J~
Substitution of Eq. (23) in Eq. (31) gives Eq. (21) A Ag
arived accordi
to Onsager. Conclusiont The effect of the electric~transport acting
in the direction of the electric field and in opposibe direction does
,not only depend on the charges of the ionic components but also on their
interaction with the current of conduction electrons~. Papers by
S. 1. Drakin (Zh. fiz. khimii, 27, 129,~1955) and B.~Barahovski (Roczn.
Chem., 29, 129, 1955) are mentioned. There are 8 reTerences: 5 Soviet-
bloc and 3 non-Soviet-bloc.
ASSOCIATION: Moskovskiy institut stali (Moscow Steel:lnstitute)
STJBMIT'ii;D: May 25, 1959
Card 7/7

j
.1;
L A
,
-
1075 .9
Zhukho itakiy# APAi Abd TOrkel '.taut) il
AUTHORS: V
ga aohro'r'iiatographY;.V6r tho',*;' dui~"ttc
Varinnts 'of
TITLE s
.
,
conteol of Inmical 'Proc6spen.
petroct
,
'624
PERIODICAL: Neftakhimiya~i v*24 no.61 49621
,
,TEXT: Step-e lut ion - aild, vacancy 17,
were examined to find a.'sultable method for.the ':~utoian'tic~ cositrol.
esses.'. The
of petrochemical.pr6c advantages ot:,*h#, ilkop-elutldn'
variant are that the. compone+uts'of the mixture do, not -hive
separated completely-,'rela .five),y. long time r
--Xao,ilitates the+transmiselon-of'signal aina it'M
~
.
-
condition for the preservation of, a comj)6~n4nt-a-siip,WPA ~g V4
AN USSR, 'v. 2 49
the authors previously.,(Dokl 14 4 -10,
04.
v > 3. 2 f fit;
0
while the condition for: the separatibn'oi. two', si'e'n givotift ii
p Y't,

-