SCIENTIFIC ABSTRACT ZAKUMBAYEVA, G. D. - ZAKUSILO, P. S.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963620018-5
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• Original Classification: S
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• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ZAKUMBATBVA, G.D.; SOKOLISKIT, D.V.
Iffect of potassim iodide on the catalytic hydrogenation of some
organic compounds. Izv.vys.ucheb.2aV.; khimA khtm.tekh. 2
no.3:340-344 159. (MIRA 13:8)
1. Inatitut khimicheakikh nauk AN XazSSR i Kazakhekiy gosudaretvannyy
universitet imeni 6.M.Kirova.
(Potassium Iodide) (Hydrogenation)

SOrDLISKIY, D.V., akademik; ZAM.IMYEVA, G.D.
Iffect of alkali wetal halides on the mechanism of catal7tic
hydrogenation of cyclohexane. Dokl. AN SSSR 124 no.4: M-M
1 159. (MIIIA 12:1)
l.AN IAzSSR (for Sokollakly). 2. Institut khimichaskikh nauk
Akademli nauk UzSSR.
(Alkali metal halides) (Cyclohemins)
(Hydrogen& tion)

IZAKUMBAYEVAN G.D.; SOKOLISKlYp D.V.
I---
Effect of sillogli metal halides on the hydrogenation rate of
cyclohexens and mesityl oxide over palladi= black. Tru4y
Inst.khim.nauk AN Kazakb.SSR 7:3-12 161. (MIRA 15:8)
(Alkall metal halides) (Hydrogenation)
(Cyclobexene) (plenetenow)

SOKOLISKIY) D.V., akedemik, glav. red.; POFOVA9 N.M., kand.
khim. neuk., red.;IZAKUMBAYEVA, G.D., kard. khim. nauk,
red. ; BUIAVKIIIA, L7A-.,--tc-hJTaMMiC.' nauk, red. ;
GREMIKBIA) G.F., kand. khim. nauk) red.; DUARDMIAMPA,
K.K., kand. khim. nauk, red.; GIAZYRINA, D.1.1op red.;
ROROKIVA, Z.P., tekbn.red.
[Catalytic reactions in the liquid phase] Kataliticheskie
reaktsii v zhidkoi faze; trudy Vsesoiuznoi konferentsii.
Alma-Ata, Izd-vo All Kaz.SSR, 1963. 459 P. (MIRA 16:12)
1. Vse.-oyuznaya konferentsiya po kataliticheskir. reaktsiyam
v zhidkoy faze, Alma-Ata, 1962. 2. Kazakhskiy tekbnologiche-
skiy institut *iInstitut 1,,himicheskikh nauk All KazSSR (for
Sokollski,y).
(Catalysis)

ZAKUMBAYEVAt G.D.; SOKOLISKIY, D.V., akademik
ZAKARINA, N.A.;
-
Effect of zinc ions on the sorption of hydrogen and the
catalytic activity of palladium. Dokl. AN SSSR 153 no.l:
133-135 N 163. (MIRA 17:1)
1. Institut khimicheskikh nauk AN KazSSR. 2. AN KazSSR
(for Sokollskiy).

ION NR: AP4041403 S/0020/64/156/006/1386/1388
ACCESS
AUTHOR: Zakumbaye4a, G. D.; Nookova, N. F.; Konayev, E. N. Sokollskiy, D.
C e fnr~ MA ~ AM
KazSSSR)
TITLE; Liquid:phase oxidation of carbon monoxide
SOURCE: AN SSSR. Doklady*, V- 156, no. 6, 1964, 1386-1388
TOPIC TAGS: carbon monoxide, liquid phase oxidation, palladous chlo-
ride catalyst, cupric chloride catalyst.*, bromide ion, iodide cata-
lyst, acetate ion, catalynt activity, catalyst regeneration,
catalyst life
ABSTRACT: The liquid phas idation of low concentrations (0.3-2%)
8 ox
of carbon monoxide in a circulating system at 20, 40 and 60C was
investigated. The CO-containing gas was bubbled at 150-300 liters/
hour through the catalyst solution at-the bottom of the reactor. At
20C only 12% oxidation was attained using PdC12 or Cucl in 0.02-
11~0.1N HC1; this yield was lowered to 6% at 40C. With thd addition
of bromide or iodide ion oxidation was increased to 20% and was
independent of tem rature, A maximum oxidation of 35%.was'attained
with [Pd2+1 : [CuZr
j 0.22, (Cl-) [Br-] 0.2 and 0.02N HCl.
Card 1/2

5(2)~ 5(4), 50) SOV/153-2-3-6/29
AUMORdi Zakumbayeval G. D., Sokol'skly, D. V.
TITLE: The Effect of Potassium Iodide on the Catalytic Hydrogenation
of Some Organic Compounds
PERIODICAL: Izvestiya vyashikh uchebnykh zavedeniy. Xhimiya i khimichaskaya
tekhnologiya, 1959, Vol 2, Nr 3,, PP 340-344 (USSR)
ABSTRACT: At the beginning various results on investigations of the
effect mentioned in the title are quoted (Refs 1-7). The
following Soviet authors are mentioneds Aykazyan and Fedorova
(Ref 4) and Pleskov (Ref 5). The hydrogenation process of
various organic compounds was investigated on a-skeleton
nickel catalyst (0.3 g) with 20t 30, and 400 in 50 ~ ethyl
alcohol. The solutions were 130,5ff, 0.14 and 0.01 N of potassium
iodide. The kinetic and potential curves of the hydrogenation
were recorded, namely for the following substances: cyclohexene
(Fig 1), allyl alcohol (Fig 2 and Table)p mesit-yl oxide (Fig 3),
and n-nitrophenol (Fig 4). The following was founds The iodide
ion reduces the rate of hydrogenation of unsaturated compounds
and displaces the potential of the catalyst to the negative
Card 1/2 values. The inhibiting effect of the iodide is stronger than

The Effect of Potassium Iodide on the Catalytic SOV/153-2-3-6/29
Ilydrogenation of Some Organic Compounds
that of the bromide; it still increases with the increasing
dipole moment of the hydrogenated substance-The rate of
hydrogenation depends on the fact to what degree the substance to
be hydrogenated may reach the surface of the catalyst. There
are 4 figures, 1 table, and 11 references, 10 of which are
Soviet.
ASSOCIATION: Institut khimicheskikh nauk AN KazSSR i Kazakhskiy gosudarst-
vannyy universitet imeni S. M. Kirova - Kafedra kataliza i
tekhnicheskoy khimii (Institute of Chemical Sciences AS KazSSR
and Kazakh State University imeni:S. M.:Kirov-- Chair of
Cataly6i:s.and Technical Chemistry)
SUBMITTED: March 14, 1958
Card 2/2

ZAKUMBAYEVA, G.D.; NIOSKOVA, N.F.; KONAYEV, E.N.; SOKOLISKIY, D.V., akademik
Liquid phase oxidation of carbon monoxide. Dokl. AN SSSR 156 no.6:
1386-1388 Je 164. (MIRA 17:8)
." ~.' Akademiya nauk Kazakhskoy SSR (for Sokollskiy).
.0
J)

A KC, I- I BP YEVA G-.!) -1~ 1 ii.A 11. A .30KOL i Y -IT I` ad em i
Ef fe c t or mi-kel na!tz,
A
!1.'4 hla:~k, Dok,'
(1,1rilU, 18:2)
A,*
FAZSSR (for 50-

SOKOLISKIT, D.V.; ZAKUMBA M A, G.D.
Reduction of p-nitrophenol on a nickel skeliptal catalyst in the
presence of potassium chloride. bromide, and iodide. Trud7 Inst-
khim.nauk AN lasakh.SSR. 5:3-8 -159. * (MIRA 13:6)
(Phenol) (ReductioO

- ZAXUMTZVA, G.D.,- SOKOLISKIT, D.V.
Iffect of alkali wtal halides on the rate of h7drogenation of
allyl alcohol. Trudy Inst.khim.nauk AN Irazakh,SSR 5!9-14 159. ,
(MIRA 13W
(Allyl Alcohol)
(Alkali metal halides)
(Hydrogenation)

SOKOVSKIY, D.Vi; ZAKUKBAYZVA, G.D.
Zffect of alkali metal halides onthe mechanism of hydrogenation of
cyclohexene on platinum black. Izv.A?T Kazakh.SSR.Ser.khim. no.l:
62-64 159. (MIRA 13:6)
(Alkali metal halides)
(Hydrogenation)
(Cyclohexons)

ZAK U)."PAY L'iA, G. D., Chem -"-c:i -- "Th,~- eff~;C'.A ~f
basic on the au!sorbt.--jn anu propertL~i3 of 'd) Pt aru Pu,"
AL,m-Atz,, 1960, 19 pp, 250 cop (Kazakh 'St-tte U i., S. 1. Kirov) (KL, 43--~,O, 117)

PHASE I BOOK EXPLOITATION SOV/3537
.Akademiya nauk Kazakhskoy SSR. Institut';khLt"heskikh nauk
Trudy, t. 5 (Transactions of the Institute of Chemical Sciences,
Kazakh SSR, Academy of Sciences, Vol 5) Alma-Ata, Izd-vo
Akademii nauk Kazakhakoy SSRj 1959. 154 p. 1,000 copies
printed.
Ed.: N.D. Zhukova; Tech. Ed.: Z.P. Rorokina; Editorial Board of
Series: D.V. Sokollskiy (Reap. Ed.), V.G. Gutsalyuk, and
B.V. Suvorov (Reap. Secretary).
PURPOSE: This collection of articles is intended ftrpersonnel of
scientific research laboratories, laboratories of industriil
enterprises, and faculty members of schools of higher education.
COVERAGE: The collection reviews problems of liquid-phase catalytic
.hydrogenation to.upgrade and reactivate various products. Hydro-
genation of unsaturated bonds of various types, adsorption of
hydrogen on different catalysts, chrona,tographic separation of
mixtures, and the effect of halogen saics of alkali metals on
the rate of hydrogenation reactions promoted by'various skeleton
catalysts are described., Conditions of catalytic hydrogenation
Card 1/5

Transactions of the Institt;te (Cont.) SOV/3537
of natural fat, sunflower oil, and such synthetic products as
esters of high-molecular fatty acids are set out. Dehydration
of the butane fraction-carried out in combination with Isomeri-
zation is analyzed. Principles of selecting catalysts and re-
generating them are reviewed and the formation of adsorption
potentials on metal catalysts is explained. Each article presents
conclusions drawn on the basis of experimental findings,,
References accompany most of the articles.
TART OF CONTENTS:
Sokol'skiy, D.V., and G.D. Zak!tinmb4ayev4. Reduction of n-Nitrophenol
Carried out Over the SR-e-l-el-d-n-Ni Catalyst in Presence of Obtassium
Chloride, Potassium Bromide, and Potassium Iodide 3
7,Akumhgyeva_,_~., and D.V Sokol'skly. Effect of Alkali Metal
lia-lides on the Rate of Hydrogenation of Allyl-Alcohol 9
Sokollskiy, D.V., and N.M. Popova. Adsorption of Hydrogen on Ni/ZnG
Catalysts 15
Card 2/5

Transactions of the Institute (Cont.) SOV/3537
Popova, N.M., and D.V. Sokol'skly. Hydrogenation of,Allyl Alcohol
Over NI/ZnO Catalysts 20
.Shmonina, V.P., R.N. Khasanova, and D.V. Sokol'sXiy. Chroqiato-
graphic7 Separation of Mixtures of Nitrobenzene-Aniline Products 28
Golodova, L.S., and D.V. Sokollskiy. Study of Hydrogenation Reac-
tions of Natural Fats and Their Simplest Synthetic Analogues, the
Esters of-High-Molecular-Fatty Acids 36
Golodova, L.S., D.V. Sokollskiy, and Ye.A. Podlyacheva. Kinetics
and Mechanism of Hydrogenation of Sunflower Oil in Solut:Ibns 44
Luklyanov, A.T. Problem of Formatian.of Adsorption Potentials'
on Metal Catalysts 50
Yerzhanov, A.I., and D.V. Sokollskly. Potentiometric Study of
Hydrogenation of-Benzalacetune Over Skeleton,Pd/Ni Catalysts, 56
Buvalkina, L.A., G.V. Pavlova, Z.F. Prussakova, and D V. Sokoll-
skiy. Dehydroisomerization of the Commercial Fraction of n-Butane
Over Oxide-Catalysts 64
Card 3/5

Transactions of.the Institute (Cont.) SOV/3537
.Shmonina, V.P., K.M. Vlasova, and D.V. Sokollskiy. Catalytic Re-
duction of Aromatic Nitro'Compounds. Part IX 72
Ylil- R.M. (Moskovskiy institut tonkoy khimicheskoy tekhtiologii
Inewi M.V. Lomonosova- -Moscow Institute of Fine: Chemical Tech-
nology imeni M.V.--Lomonosov). Some Principles of Selecting Cata-
lyst3 fo7i Liquid-Phase Hydration of Acetylene to Acetaldehyde 81
Shcheglovi N.I., and D.V..Sokollskiy. Some Methods of Reactivating
the Skeleton Nickel Ca:t:alyat 92
Shcheglov, N.I., and D.V. Sokollskiy. HydrolKenation of Acetylene
in the Liquid Phase 97
Sokollskiy., D.V.,, and L.P. Dunina. Hydrogenation of a Sodium
Salt of Propiolic Acid-Over Platinum
Sokollskaya, A M and.D.V. Sokollskiy. Hydrogenation of Cinnamic
Alcohol (Styro~ej 110
Card 4/5

Transactions of the Institute (Cont.) SOV/3537
. Fasman, A.B., 4pd D.V. Sokol'skiy. Effect of the Amount of Cata-
lyst on the Rate of Catalytic Hydrogenation 114
.-Sokollskiy, D.V. Hydrogenation In Solutions 146
AVAILABLE: Library of Congress
TM/jb
Card 5/5 5-25-6o

Z&KTTMWr-VA, G.D. &ND SOKOLSFI, D.V.
"Hydrogen adsorption and catalytic activity of platinum, nickal and
palladium in the Dresence of anio#s and cationg."
Report submitted to the Intl. Committee for Electrochmical thermodynamics and
kinetics, L~ome, Italy 24-29 Sep 1962

ZAMEAMA, G.D.; NOSKOVA, N.F.; KOVAYEV, R.F.; SOrOLISKIY, D.V., akademik
Low-temperature oxidation of carbon monoxide by aqueous solutions
of palludium salts. Dokl. M SSSR 159 no,6:1323-1325 D 164
(Y,IRA 18ti)
1. Institut khimichoskikh nauk 91 Ka3M 2. AN KazWR (for
Sokollskiy).

MARINA, N.A.; ZAK U 1-19.,l YEVA , C . SCK~ I--, 3'rl' 1D.
in thp prPoence of endmi-in ions. Dokl. AN SSSR 11~2 no./ - ~"4-~116
Je 165. (MI71A 18:51)
l.Thstitut Rhimicheskikh nalik AN KwS.311. 2. AN Kaz;*,:~' (flolr
Sokollikiy).

5W SOV/20-124-4-42/67
AUTHORS: Sokol'skiy, D. V., Academician; AS Kazak-liskaya SSR,
Zakumbayeva; G. D.
TITLE: The influence of the Halides of Alkali Metals Upon the
Mechanism of the Catalytic Hydrogenation of Cyclohexene
(Vliyaniye galoidov shchelochnykh metallov na mekhanizm
kataliticheskogo gidrirovaniya taiklo-eksena)
0
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 124, Nr 4, pp 180-882
(USSR)
ABSTRACT: The influence exercised by salts on the catalytic hyirogena-
tion of solutions has hitherto been only very little inves-
tigated. The authors investigated the hydrogenation of
cyblohexene on a skeleton-nickel-catalyst (0-3 g) in solu--
tions of 0.01; 0-1; 0-5 and 1 n KC1, KBr and Kj
in 50%
o
ethyl alcohol at the temperatures of 20, 30, 40 - For com-
parison, experiments were also carried out with 5VIL-ethyl
alcohol without any additions, The authors investigated the
kinetics of hydrogen absorption and determined the potential
of the pulverulent catalyst. A diagram shows the kinetic
curves and tho potential curves for the hydrogenation of

Card 1/3 0
cyclohexene in the presence of KCI at 20 .The rate of hydro--

SOV/20-124-4-42/67
The Influence of the Halides of Alkali Metals Upon the Mechanism of the
Catalytic Hydrogenation of Cyclohexene
genation decreases with increasing concentration of the KC1.
Additions of KC1 shift the~potential of the catalyst towards
the negative side. With increasing concentration, the rate
of hydrogenation of the KC1 decreases. The second diagram
shows the kinetic curves and the potential curves for~the
hydrogenation of cyclohexene in the presence of Dr. The
influence exercised by KCI and KBr is nearly the same in
both cases, a certain difference becoming noticeable only
in the case of the potential curves. The hydrogenation of
cyclohexene in the presence of additions of KC1 and KBr
takes place at more negative potentials, and the rate of
hydrogenation decreases accordingly. This is apparently due
to the decreases of the adsorption of cyclohexene on the
catalytic surface in the presence of additions. The activation
energy of the hydrogenation of cyclohexene grows with increas-,
ing concentration of the admixtures from 2 to 6 kcal/mol.
Additions of KJ reduce the rate of hydrogenation of cyclo.
hexene still more. For the potential of the catalyst it holds
that Cl < Br- /, J". The pff-value of the substances in-
Card 2/3 vestigated was somewhat modified after the experiments. A

30'f/20-124-4-42/67
The Influence of the Halides of Alkali Metals Upon the 11"echanism of the
Catalytic Hydrogenation of Cyclohexene
potassium-cation is adsorbed in a KC1 solution on the surface
of the nickel ca-talyst, but in solutions of XBr and KJ an
anion is adsorbed. For the binding energy of the adsorbed
hydrogen it holds that Cl 4_' Br- -'-' J_. There are 3 figures,
1 table, and 6 references, 3 of which are Soviet.
ASSOCIATION: Institut khimicheskikh nauk Akademii nauk KazSSR
(Institute of Chemical Sciences of the Academy of 3cionces,
Kazakhakaya SSR)
SUBMITTED: August 25, 1958
Card 3/3

'T. 00

66673
SOV/76-33-11-36/47
AUTHORSt Sokol'skiy, Do V t Zakumbayevaq G. Do
TITLEa The Influence of Potassium Bromide Additions on the Mechanism
of the Catalytic Hydrogenation of Some Organic Compounds
PERIODICAL: Zhurnal fizicheskoy khimiip. 1959t Vol 33, Nr 11, pp 2579-2585
(USSR)
ABSTRACTt The influence of neutral electrolytes on the mechanism of
catalytic hydrogenation has hitherto scarcely been investigated.
Only recently Erdey-Gruz and Tuimmer (Ref I)p and Xhosino and
'
such investigations. The potentio-
Miyata (Ref 2) carried out
metric method developed by Do V. Sokollskiy and V. A. Druz,
(Ref 3) makes possible to investigate the influence of the
above-mentioned additions on the structure of the double-layer
and on the concentration relation of the reacting substances
on the surface of the pulverized catalysts. Additions of
potassium bromide were investigated in the present case, since
studies of A, N. Frumkin (Ref 4) showed that the bromine anion
influences the reduction on the Pt - H 2 electrodes. The ex-
Card 1/3 perimentz were made on a skeleton nickel catalyst (0-3 9),

66873
SOV/76-33-11-36/47
The Influence of Potassium Bromide Additions on the Mechanism of the Catalytic
Hydrogenation of Some Organic Compounds
cyclohexene., allyl alcoholp mosityl oxidep and p-nitroplionol
being hydrogenated. 50%-ethanol and 0.01, 0-19 0-5, and In-
solutions of KBr in 50% ethanol at 20P 30, and 400 were used.
The kinetic and potential curves obtained (Fig 1) show that
with an increase in the concentration of the potassium bromide
the adsorption of the cyclohexan on the surface of the catalyst
decreases as well as the rate of 4drogenation. It is assumed
that the bromine anion forms a film on the surface of the
catalyst by which an additional potential barrier is formed
which pre-vents the cyclohexene from entering into the reaction.
Calculations of the activation energy (Table 1) show that the
limiting stage of the cyclohexene hydrogenation on the skeleton
nickel represents the activation of the cyclohexane, and that
this activation is increased by the addition of KBr. The in-
fluence of additions of potassium bromide on the hydrogenation
of allyl alcohol (Figs 2,3) is weaker than at cyclohexene,
while with p-nitrophenoll(Fig 5) the effect observed is similar
to that with cyclohexone. The hydrogenation of mesityl oxide
Card 2/3 is accelerated by small additions of potassium bromide (0.01

b6813
SOV/76-33-11-36/47
The Influence of Potassium Bromide Additions on the Mechanism of the Catalytic
Hydrogenation of Some Organic Compounds
and Oeln) (Fig 4)p but inhibited by higher concentrations
(0-5 and 1n), which fact is explained by an orientation of the
dipoles. It is assumed that the more negative the dipole
momentum of the substance is the worse is the hydrogenation in
the presence of bromine ions. The hydrogenation of the mesityl
oxide is also limited by the activation of the mesityl oxide
(Table 2, activation energies). With respect to the amount of
the adsorption the compounds investigated can be listed in the
following orders cyclohexone < allyl alcohol < mesityl oxide
p-nitrophenol. There are 5 figures, 2 tables, and 8 Soviet
references.
ASSOCIATIONt Akademiya nauk KazSSR (Academy of Sciences of the KazSSR)
Card 3/3

ZAKUMBAYEVAs G.D.
Effect of the structure of a double layer on the adsorptive and
catalystic properties of nickel and platinum. Trudy Inst.khim.
naikk AN lazakh.SSR 8t73-W' 162. WMA 15s12)
(Nickel catalysts) (Platinum catalysts) (Adsorption)

Ell,
EV(r(,M)/EWP (J)/EVP WAILIPW Tio(c) M/J(;/Rit
/1325
ACCESSION NR: AP5001991
AUTFOR- Zakumbayeva, G. 0. Uoskova, N. Sokollakiy. D. V.; Konayev,
E. N.
.(Acad 4~c-ian*A~NK&zS~SR
TITLE: Low temperature oxidation of carbon monoxide with aqueous solutions of
alladium salts
-P
SOURCE: SSSR. Daklady, v. 159, no. 6, 1964, 1323-1325
TOPIC TAGS: carbon- monoxide oxidation, palladium containing catalyst
palladium copper iron catalyst, catalyst stability
-ABSTRACT--Small-amounts -of CO_(0._ 2-416) -can -be essentially-completely -oxidiz-
edi no ne pass at low-tem ature swit h aque-o- system-
r
containing Pd2 .-Cu- -- Fe 'The oxidation procee&-via--the formation and do
_c0 sition of the- ?r complexEPdK491.w; It6e- ~tduce&Pd _xinstt-,be regenerated to
Ffr H202, CrC13, K2Cr2O7, - Cu"' and Fe were investigated as oxidizing
I
agenits in the aqueous Pd salt solutions; t~a most stable and active system car.-
2+jj(Cu2+j= 0. 22; 0.5-1 gl Fe + increased the activity, but 1. 5- 2. 5
tained ( Fd
112

L 25137-65
ACCESSION NR: AP5001991
gfl of F63-l' retarded the CO oxidation process, Anion concentration also affected
the process; optimum catalyst activity was attained with 3. 5 g/ I Cl-, 2o. G gi I
Br- and 13-15 9/1 CH3CC0_, Increasing temperature from 20 to 40 C had little
effect, and the gas feed rate had no effect on the catalyst activity. Complete re-
versibility of the Cu2+ -*,-' Cu+ Jr e redox system is necessary to maintain high
catalytic activity. Several methods for possibly increasing catalyst stability
were investigated, K2Cr2O7 and CrC13 did not give desired results; high concen-
3+
tratio-s of oxidizing agents with high redox potentials We ) interfered with re-
duction of the Pd complex. Catalyst stability was prolonged by the canstant
addition of 0. 456 H202, but after several hours the activity fell due to the dilution
of the catalyst solution. The stability of the catalyst was increased by a new me-
thod of regeneration (Abstractor's note: the method was not described) so the
process could be operated continuously as long as desired. Orig. art. has: 3f ig-
ures.
ASSOCIATION- Inotitut L-himicheakik-h nauk Akademit nauk Kaz.SSR Urlstitute'of
Chemical Sciences, Academy of Sclences;KazSSRL
SUBMITTED: 17Aug64 ENCL- 00 SUB CODE: GC
NR REF SOV: 005 OTHER: 005
Car&

ZAKMIN, S.M.
Statistical generalized nownt of VA. Somenchenko. and the
surface activity of metals. Zhur. neorg. khim. 5 no.8:1892-1893
Ag 16o. (KIRA 13:9)
1. Kabardino-BalMrskly goandarstvenzWy universitet.
(Ketals) (Ions)
I

=-'UPRA, V.A. , C.-ind Sci lio:;) ,stuay of tl.-c- -::ide
igin
lll~-Utrtll lz-.ction cf eml-collrbro-~i con! of the Ale'-s-ndri
A A7
d,~!pc-sito of the l-TXSSR r--d products of its c-italytic
Di~oprop.--tvovnl-, 11)1-)`!. Ll pp-, I rnh(zet of -t-,blo-- ("in of hi,rhor
Educ,ttion 11,11, S 311, 1Dn-proprlrovsl: Chnn-jechWM Inot j.:,-, F.-. Dzor-
150 GOIAL-0 (,'Ly 38-53) 116)

L 19665~-65'.: ar, Vffi'
(0/34T(J) Pc'MPr-'4
FZD(t)' 1VIM
ACGESSIOIT UR AM5001004 BOOK EXPLOITATION
nemical Scienc 6); Lebedert
-1yar, Vladimir T khonovich (Candidate-of C a
j)rat Vadim
-fEvgraf Venediktovich (Candidate of Chemical Sciencoa); Z
_gku
Aleksandrovich (Candidate of Technical Sciences)
-Higher monoo1eM;s,(VY,,S8hiye lefiny")o Kievj I d-vo ItTekhimikalls 1964,
-monoo
281 p. illus., biblio. .1,800 copies printed.
TOPIC TAGS: higher monoolefin, chromotography-f-infrared.spectra.scopyg mass-
sp0c troscopy
PURPOSE AND COVERAGE: This book covers the problems of obtaining monoolefins
with five and more carbon atoms ang their usefor alcohol synthesis, washing
substances, plastics placticizersl9synthetic resins, oil additives, high
quality special lubricants, etc. The methods. of studying olefin-coataining:
-carbon~mixtures,e_specially the methods of gais-liquid and liquid.chromo-
tolgraphy, inrared- spectroscopy,- mass spectroscopy ---etc* -are. examined-in -de-,
tail. The book is intended for researchers, engineers, and technicians in
the petrochemical and oil refining industries and can also be useful for
-atudente.and.graduate students specializing in petrochemical s3uthesis.
-TABLE -OF.-. CONTENTS Cabridge~j I_:__
ctd 1/2.

EMOMM

ZA~,ILF~Vt~-; 1Z-;BED---V, Ye.V.; MAMA, I.A.
Chromatographic analysis of the cracking and dehydroge-riat-ion products
of paraffin hydrocarbons. Khimo i tekh. topl. i masel 10 no.2.-28-34
F 165, (MIRA 18:8)
1, UkrNlIGIPROITEFTI.

DALI, V.I.; ZAKUPRA, V.A.; RURAN, I.N.
Determining sulfur in coal products by the method of double
combustion. Zav. lab. 24 no.12-.1445-1446 158. (MIRA 12:1)
I.Dnepropetrovskiy khimiko-tokhnologichookly Institut.
(Sulfur--Analysis)

11 (4j

AUTHORS; Dal V. I. , Zakupra, -T. A.
T I'-,'L E: The Chrcnato -rarhic Invo~Ail'-ation of the Benzine Fr~~.m 4-11io
Catalytic Crackdnf- of Lh.,., "cutral Tar Sl,aro of t1,0. S-.-i
of the Aleksandriya Li-snd',c of the Ul-,rSSrL
'Ie '~%ta-lit'c'esk-C krel-in-a
koye issledovani,.
noy chasti smclLy l-'r-1u'~ohsovaniya ale1-sanr1riysk1J1-.- b-urykh -,:k-- 1 c y
us:;:,)
PERIODICAL: Nauchiiyye deklady vys:,7'j0,r sh':cly. Idlimiya i 1:11 irm J. c;'-e,;'~:
tekhriologiya, 1959, 7-ir 1, PI) 173 - 176 (US2",)

AB',;T!-'4AC T: The complete chruma-togra--hic so,aration of hydrocarbons
tho 1100 of I'atl!or (~cinjjl.icatod hich coluviu;. A
neceasitat(ml L'
U-Uj1rLj'0d column is rorjoved, in zthfoh the -Milrot.anco to be
chromatographed moveo downward in the firut half, and upward
in the second Tito cvackirif; product obtailied on C-.13
metal reactor at 450 0 yiolded 310.51-~' benzeric (boilinc- 1,:;int
-
,0), "nd
3
'8.2" gac oil ( boilin- point ab(,vu 2\)1W
bolbri 20C0)
L
,
I
10.5,5' gao. The rcnainiji~; ?0.8*,*'j Au made tip of culko, moi~Jvv(ll
and losses. Bcri7~)r--c was d on -;ilica AS'-'. P1.'Y-,-;cal
Card 1112 data a;-,d iodine in rc~licct of the

The Chromatographic investi~atior, r,~f the Ben:1-ine FroZ '.Lhe ICA
C, ~ 1w --j.1 .
Catalytic CrackinG of the Neutral Tar Share of the Sami-cokin~ of t1ne
Aleksandriya Lignite of the UkrSSR
individual fractions (Table). The chrumato.-rams presserited chow
the separation Into iwaffin- and n!.,.phtl,,o.~e-li,,clrocarbo-,is, cle-
fines and aromatic hydrcearbona, The phy,,A.cal con3t.-~nto chance
accordingly. One table shwws the compositiuna of tho Individual
fractions from these hydrocarbon groups. A strilzin,- fact is
the high aromatic hydrocarbon content ( heavy benzol, xylenes).
There are 3 fi,-,ur,-s, 2 tables, and 9 references, 8 of which
are Soviet.
ASSOCIATION: Kafedra khimicheskoy teklinologii t 'opliva Dneprop,-ArovskoUo
khimilco-tol-linologicheskogo instituta im. F. E. Dzerzhinskogo
(Ch 'ai r c; Chemical Technology of -Fuels of the Dnepropetrovsk
Institute Technology imeni P. -1. Dzerzhinskiy)
SUBMITI'ED; June 20, 1958
Card 2/2

DALIP V.I.j, doktor tekhn. nauk; ZAMRA, V.A., inzh.
Investigation of the composition of Us tar of essicoked
Aleksandrov brown coal and products of its catal3rtic cracking.
Kompl, vyk. pal.--onerg. roe. Ukr. no.1:209-221 159.
(MIRA 16:7)
1. Dnepropetrovskiy khimiko-tokhnologicheakiy in,-qtitut im.
Dzerzhinskogo.
(coal tar) (Coal--Carbonization)

I'lalull,,v Pvgra
'fAklLd;~TLA, Vadim
Ih
Nenediklcvic -uk.. KLE"ENY,
A ch, kand.
lek--aDdrOvi
tekhn . nauk, ratsenzent gyjv Te,~Lnika~
o
jj~, 17 , 9)
281 P.

KLIMKO, Aleksandr Petrovich, kand. tekhn. nauk; V*A*j
kand. khim. nauk., retsenzent. I -
[Separation of natural hydrocarbon gases] Razdelenie pri-
rodnykh uglevodorodnykh gazov. Kievj Tekhni a. 1964. 379 p.
(MIRA 17:11)

.1ACCESSION NRs AP4043279 5/0065/64/000/008/0021/0026
AUT11ORt Zakupra, Ve As; Lebedevo Ye. V.; Manz&# 1. A.
TITLE: The effect of chemical treatment on the structure And
adsorption property of silica.gel3 with different trade marks
SOURCE: Khimlys i tekhnologlyn topliv I masel, no. 8,'1964, 21-26
TOPIC TAGSt silica gel, indusirial silica gel, silica get separation.,
effectivenesep displacement chromatograpliyo silica gel chemical
treatment, hydrocarbon group separationg chromatographic hydrocarbon
analysis
ABSTRACT: The affect of chemical treatment (with 11C1 and 11202) Of
industrial silica gets ASH, KSH, ASK, and of-silica gels with a Riven.--
pore radius KSH-6, KSS-4, KSK-2, on the effectiveness o1 their sepa-;j'..,
ration of various synthetic mixtures of paraffinicg mono-olefinicl
and aromatic hydrocarbons was studied by means of displacement
chromatography@ The use of displacement chromatography for analytical
determination of the group composition of cracking or dehydrogenation
products has made it possible to decrease the total volume of the
J..
CO
5

ACCESSION NR: AP4043279
mixture to be studied as a result of a decrease In the volume of the
desorption fraction used in identification. Thus, a decrease In the
volume of the mixture to be ar-lyzed decreases the consumption of
silica gets* It to noted that this method is advantageousfor a seri'ei
of determinations, since the sixe of the apparatus dimensions and the
time needed for analysis are also decreased. The characteristics 1'.
of the individual hydrocarbon fractions separated are given in Table
I of the Enclosures To determine the effect of chemical treatment oti
silica gels on the effectiveness of separation of various hydro-
carbon mixtures, silica gels with various porous structure (treated
and untreated chemically) were used. It-was found that the beat
properties for separating benzene,.n-heptane and 2-heptene (mixture ii
1),and isopropyl benxenes n-octane.and I-octene (mixture 2) were
possessed by ASH, KSH, and KSS-4 silica gels which had been treated
chemically. For separation of a-mothyinaphthalene, n-h xadecane,
and 1-hexadecene (mixture 3),the most effective agents w:re KSS-4
and ASK silica gels which also had been chemically treated. KSH-6
silica get clearly showed the effect of chemical treatment# and it
separation effectiveness for uixtures of I and 2 approached that o
ar
At L"',

ACCESSION NRt AP4043279
ASMj-KSHq and KSS-4. The activity datermin;tto" of th* silica gals
used in the separation of benzene showed a decrease of 4 to 3 units
for fine~,porous silica gets which had been chemically treated. This
decrease in activity is explained by a'decrease in the specific
surface on which the process of absorption of benzene depends. A
~sharper decrease in the specific surface (from 590 to 470 M2/g) as a
%result of chemical treatment occurred in ASH silica gel, From the
differential curve of the distiibution of pore 'sizes or the effective,
irsdil of the silica gets used#'Lt was concluded that the effective
.spore radius of chemically treated KSS-4 silica gal is 21 to 27 A
greater than that of the untreated get. For ASH silica gal with a
:larger pore size, the change is characterized by an increase in the
inumber.of large pores. It was concluded that the separating ability
Of silica gels Increases after chemical treatment, with the exceptiate
of KSK-2 silica galwhich consists of large pares and has decreased
~abillty to separate mixtures of high-molecular particles. The most
:effective allies got with mediuvi pore size was KSS-4, -Thus, it was
;established that chemical treatment leads to changes in the porous
ize ab'd decreasing
.:'structure of silica gets by Increasing the pore a
the specific surfacess OrIge arts hass 5 figures and~2 tables*
3/ 5
,d
Al.

ACCESSION WRI AP4043279
ASSOCIATIONs UkrOllsiproneft,
SUBMITTED1, 00
SUB CODRI HTS 00

I-ACCESSION NRt -AP4043279 ENCLOSUREt 91
Table I& Characteristics of individual starting hydrocarbons

mpound.

oiling Point
9C*
(760 mm of [it)

efractive
Index
an

Density Synthetic
mixture of
Hydrocarbons
2 by
volume
'Benzene 80,0-80,5 1.5010 0,8790 33.5
n-Ileptane 97,5--07,9 0.6833- 33.2 No. I
2-Reptane imported, not 1.4094 0.7106 31.3
distilled
Isopropyl benzene 149*9-151,7 104908 0o8633 3394
n-Octand 124.3-125.0 1.3972 0.7027 330 Moe 2
I-Octane Imported# not 114089 0,7150 33.3
distilled
a-Hethylnapthalano 68.9-70.3 1.6148 1.0232 37.7
(4 a a pm. cm. )
n-Hexad,scana 108,3-108.5 1.4345 0.7740 31.3 No. 3
(3.5 an P". co.
I-Nexadecene Imported, not 1.4412 0.7811 31.0
1 distilled I I I
Card
*Individual hydrocarbons were distilled In a fractionation
col-uns with an effectiveness of 20-22 theoretical plates
50

SKLYAR, V.T.; LEBEDE7, Ye-Y.; ZAKUPWvj Y.A.-
Dehydrocracking of parafriz.,s over sulfide catnlysts. Nefte-
kbimiia 4 no.2:200-208 Mr-Ap'64 (MIM 17&'S)
Thermocatalytic --sion of paraffins ov(,,i- oxir' catalysts.
lbid.,.209-214 ~ - - --i-
1. Gosudarstvennyy naucluio-issledavatellskiy i proyektnlry insti-
tut neftyanoy i neftechimicheskoy promyshlennosti "Ukrniigiproneft",
Kiyev.

ACCESSION NR: AP4032515 8/0204/64/004/002/0209/0214
AUDIOR: Sklyar,, Va T.; lebedev, Ye, Vo; Zakupra,, Ve Ae
TITIE: Thermocatalytic transformation of paraffins on oxide catalysts
SOURCE: Neftekhimiyao v. 4. no. 2,, 1964, 2o9-214
TOPIC TAGS! paraffin dehydrocrackin(Sl olefin production, cA olefin productiont
thermocatalytic cracking; oxide cato4st, MoO, sub 3 -NiO, Al sub 2 0 sub 3 catalyst,,
WO Bub 3 Hig Al sub 2 0 sub 3 catalyst, Cr sub 2 0 sub 3 /Fe sub 2 0 sub 3
catalyDt,, inomerizationo disproportionation, aromatization, condensation# catalyst
.i-r-19enerationp economics, conversion rate
ABSTRACT: Liquid olefins were obtained in 35-45% yield from paraffins by dehydro-
cracking with oxide catalysts (mOOKMO-A12031 WO NVO-A1203) Cr20 IFe 0 ) at
temperatures of 550-590C. The par&ffin crude, obLined from diesel 0H ~y complex-
ing with carbamidev typically contained 0.060. aromatics, and 40 wt4 C16 C
n-paraffins. At 550C increasing the feed rate reduced the yield; at 590C$ tk1j,
reverse obtains and high yields were obtained at a space velocitY of 3 hours
To obtain a relatively high at-olefin-containing product the conversion should be
Card-, 1/2

ACCMSIOK NH: AM32515
Ilimited to 30-40% at high temperatures and apace velocitiess simultaneously
recirculating the unconverted portion of the crude and inert diluents. Side
reactions such as isomerization, disproportionation of hydrogen, aromatization
Iand condensation are more prevalent with these oxide than vith sulfide catalysts*
Howeverp the former are cheaper and ma be regenerated more easily. Orig. art..
has: 1 table and 4 figures.
ASSOCIATION; Gosuda'rstvenny*y nauchno-isoledovatellskiy i proyektay*y inatitut
neftyanoy i neftekhi-icheakoy promW%hlennosti 'Urnilgiproneft'" g. Kiyev.
(State Scientific Research wA Planning Institute of the Petroleum ana Petro-
,chemical LAustry) ..... ..
SURCETTED: 24Apr63 ENCL: 00
SUB OWE; FF# OG NO MW SOV: 002 MUM 000
c(W'i- 2/2

5(2) SO-7/3 2-24- - 2-1
AUTHORS: Dal V. 1. , Zakupra, V. A. , Ruban , 1. 'LT.
-
T I TLE: Determination of
Sulfu~rn products of Carbon Treatment Usin6
the Double Combustion Method (Opredeleniye sery v produktakh
pererabotki uglya metodom dvoynogo sozhzheniya)
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol 24, "Ir 12, PP 1445-1446
(USSR)
ABSTRACT: The method of double combustion was suggested by Volynskiy
Chudakova (Ref 1). In the work reported here an iodine soluti,.:;
containing starch was used instead of the soda solution for
adsorbing the SO2 gas. The absorber was also modified (Figi"-e),
and among other changes the glass filter was replaced by a
perforated plastic lamella. Instead of the gas burner a small
electric furnace was used, The product of a catalytic crackin,,
1z
(over 2000), the neutral res*'aous fraction of semicoking (200-
))O0 ), a cracking fraction (200-3000), a Diesel oil, the
resinous fraction of a catalytic cracking product (over 20001),
concentrates of various aromatic hydrocarbons, and a coal tar
Card 112 were analyzed (Table). It was observed that with a sulfur c0".-

SO V132-24 -1 12- 11 1/4-_
Determination of Sulfur in Products of Carbon Treatment Using the Doubie
Combustion Method
tent of more than 3% the titration of the 302 with iodine is
more difficult. Wh-n this is the case the weighed sample
taken must be smaller and the duration of the analysis must
be lengthened. Using the iodine solution the analytic method
is simplified and the analysis is carried out more quickly.
There are 1 figure, 1 tableg and 1 Soviet reference.
ASSOCIATION: Dnepropetrovskiy khimiko-tekhnologicheskiy institut
(Dnepropetrovsk Chemical-Technological Institute)
Card 2/2

ZAKUPRA, V.A., kand.tekhn.nauk
Apparatus for rapid chromatopyaphic adsorption fractionation; two-
stage chromato-graphic column. IIauch.zap.UkrniiproePta ro.4;14I_
149 '61. (Mjqjj 15:1)
(Chromatographic analysis) (Coal-Analysis)
(Petroleum--Analysis)

ZAKUPRA, V A.; LERFIEV , Ye.V . ., , I A.,, Frln-'IrUi I a 'L1,-, autlyt, .': i-I I RAKOV A;
T. P;
Effect of chemical treatmer.*. on the structure and
properties of various brands of silica gels. Khtm. i tekh.
topl i masel 9 no.8321-26 Ag 164. (MIRk 17310)
1. UkrNIlgiproneftt.

L 6 2 0 L2 =6 5F-11 71E G-4 A I
-ACCESSI0ff-11R:, AMIM49 -UR/0296/65/=)/010/0045/00-*~.5,
AUTHOPS- Golont, L. Yo.; Turnakova, R. 114. Gabyahevj V. G.; Zakurdayev, A. D.
TIM: Device for coupling a drift resonator with magnified spatial interaction
and a rectangular waveguide., Class 21,11o. 171033
SOURCE; Byulleten( izobrGton5,v.' tL-vqrnyk-h -1965t 45
znzx1zOV, no, lot
TOPIC TAGS waveguide coupler resonator
ABSTRACT: -This AuthorCertificate presents a device for coupling a drift reso-
nator with magnified spatial interaction and-a rectangular waveawLde throvgh a
coupling window in the resonator wall. To insure the required amount Of COuDling,
the devica is in the forn, of a-trian,-,alar metallic plate (see Fir,.. I on the Enclo-!
GUM). Its wide aida is connoolund to the, WrLda ,mll of the ractangtartr waveguidol
and the apa~~-is~connacted to'the delay systemlof the drift resonator. A rectan-
.-g ar groove. s~cut in the ~ida ~jn of the waveguide under the p2ate coupler.
.,Orig. art. has: 1 diagram*
I
!-ASSOCIATION: Gosudarstve=07 kamitat po elektronnoy tekhnika SSSH (State-Commit-
tea for Electronic Technology, SSSR)
SUBMT710; 18APr64 VICL: 01 SUB CODE: EC
In Pa. SOV: 000 MIER: 000
C!~r

L09j"AWIDE., G.A.; VEDERNIKOV., A.A.; Prinimali uchastiye: SHARONOV, G.~vi.b
I
ZAKURDAYEV, A.G.; MOKROVA, V.P.; ROZHKOV, I.M.
CArhnn oxidation during the finlahing period of the oxygon blcw'Lag
of ar open-hearth furnace bath. [Sbor. trud.) TSNIICHM no.29,.
b 163. (KIRA 1734N1

AKINFIYEV, V.I.; ZA~AYE _A.G.; SHARONOV, G.Ye.; SOROKIN, A.A.;
CHMLA, L.A.
Mechanism and the kinetics of processes taking place in the bath
of a basic open-hearth furnace in scrap and hot metal pract;OgL-
[Sbor. trud.) TSNIICHM no.29:73-102 163. (MIRA 17:4)
1. TS~ntraltnyy nauchno-inaledovatellskiy institut chernoy metallurgii
(for Akinfiyev, Zakurdaye'v, Sharonow). 2. Dneprovskiy
wtallurgichankiy savod imeni Dzerzhinskogo (for Sorokin, Chavela).

ROZHKOVI I.M.; ZAKURDAYEV, A.G.
Determining the movent of the dbarg6 meltine, the earl-xin eontent
at the time of malting, and the .metal towporature. Izv. VY80
ucheb. zav.; chern. met. 6 no-11j42-46 163. (MIRA 17:3)
1. TSentrallnyv nauchno-Igsledovatallskly inc-fAtut chornoy
motallurgii.

GNOTEIP, L.A.; MORDAM, A.K.
Design of Inductive pickupa and meaauring networks for them.
Vop. g1dr. no. 12:84-111 163. (MIRA 17:5)

L 05901-67 NP
ACC AT60163143
W
ijF(c"' -am
SOURCE CODE: UR/3183/65/000/001/01-15/0120
AUTHOR: Birul Ya. A. K. (Doctor of technical sciences); Mikhovich, S. I. (Candidate
of technical scienceej; Zakurdayev, 1. Ye. (Engineer)
ORG: None
TITLE: Automobile tirem-to-road adhesion during the fall-winter period
SOURCE: Kharkov. Avtomobillno-dorozhnyy institut. Avtomobillnyy transport; mezhvedom-
stvennyy respublikanskiy nauchno-tekhhlcheskly sbornlK, no=,-Ty" , 3a7-Mr
TOPIC TAGS: automobile industry, road, highway vehicle data, motor vehicle, adhesion
ABSTRACT: Automobile tire adhesion to road surface is characterized by an adhesion
factor which has a significant effect on safe maximum automobile speed and determines
the economic efficiency of vehicle transport. The adhesion factor is a function of
surface type and degree of roughness, wear and condition. This factor is not constant
for any period of time but varies from season to season and year to year depending on
cAnatic conditions. It is highest during summer months and falls sharply in winter.
The most dangerous period for travelling is fall and winter. The adhesion factor
drops from summer to winter from 0-75 to 0.40. The minimum values for this factor
have been determined for many regions of the SSSR and run from 0.4 to 0.6. The
authors discuss a method developed at the Kharkov Automobile Highway Institute for de-

L 05901-67
~~C_d_N& AT6ol6343
termining the adhesion factor. This method is based on braking distance measurements.
An expression is given for calculating the longitudinal adhesion factor using this
method. Experimental verification of the Mo:etical data was done on the KhADI
Mobile Laboratory based on the GAZ-51 truckI ing the M-20 automobile as the test
vehicle. The results show that the adhesion factor is highest (0.8-0.9) inwarm
weather for a dry asphalt surface and decreases to 0.45-0-55 for wet or dirty surfaces
During winter months the adhesion factor is 0.20-0.25 for snov and 0.14-0.18 for ice.
All of these data are for the same road section'. The effect of air temperature on the
adhesion factor is considered. The authors recommend that since the minImum safe.ad-
hesion factor is 0.4, the road service crews should systematically measure the exist-
ing factors for various roads and develop effective means for maintaining a factor
which ensures safe travel. Orig. art. has: 2 tables, 3 formulas.:
CODE: 13/ SUBM DATE: None/ ORIG REF: oo4
. 6~/7
kh

ZAKUPDAYEV, Leonid Vasillyevich; BOGATOVA, V.S., red.
----(Y',otion-picture films, their characteristics and P~oces-
sing] Kinoplenki, ikh kharaktoristiki i bbrabotka. Mo-
skva, Izd-vo "Iskusstvo," 1964. 109 p. ~ WIRA 17;7)

ZAKURDAYEV,X.
- MEMOOMORAft-kV
Patriotism and perseverance of Soviet seamen. Blok.agit.vod.
transp. no.16:11-18 Ag 155. (MM 8:9)
1. Sekretar, partlynoy organizateli tankeris "Tuapsew
(Formosa,--wreedow of the seas)

A L 10 r Q A i U If jI I I ~A 00 UL W tt,.
00 1! V-P
o0 -00
Of A
00 C, M.A..
00 All DIL 1910, -14--AM II.L., PlItIc. -00
ros CAN tw &Wkd to ctdw-ftut go, but imly with the ski
00 Al! 14 swim itid 6 inrwrawJ wvtml % hV flit'r. 0*
00 r" 111fix" F. *411 1 1
Wa
00 V. -00
00
me 0
40 a
40 c0
00
fat
1900
0
00
Sao
Fit, get,
A 5 S L A
At 41'i.- 1- if. -~v
1 5' 1 V A L 4 04 a to
is X
A* Out I. It ft It 19 ft 1!14
10000 000009000000 ego!* go$ 0 0 0 0 0 q 0 a 0 0 0 * I
01 Vo 0 0 a 0 0 0 0 0 o 0 o 0 6 0 0 0 0 c0 0 0 0 0 0 0 0 0 o 0 0 0 0 0 0 0 o :%

ZAKURDAYEV P. D. I IMMIN, N. I.
30370
Opyt raboty na nystryeryvno dyeyistvuyushchyey zustrakta,'OnnoY
ustanovkye s odmkratnym pryedvarit ye llnym slyemom masla.
Pisbch. Prom-otl SSSR, Vyp. 13, 1949, S. 27-31.
SO: Istopis' No. 34

ZAK-LT!G'AY---,V, P.D.
Processing undecorticAted cottonseed In a vom-tyLpe extra-ation
Maal--zhir.prom. 17 no.10:1.3-15 152. 01. Z~q.A 1. 0
1, KmDotkinskiy maslookstraktBionnyy znved.
(cottonseed)

ZAKURDAYSV, P.D. -
~
.......... ", .. ...
Standard oilseed storage. Kial.-zhir. pron. 23 no.3.-9-10 157.
(MIRA 10:4)
1. Kropotkinakly melookstruktaianuyy sayod,
(Ollsseds-Storag*)

!~A P-2-NOW