SCIENTIFIC ABSTRACT ZHOLONDZ, I.A. - ZHOMOV, YU.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064910006-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


ZHOLONDZIP 1.4; FINKELISEITMI., M.I.
Protective coatings preventing paraffin deposition on the in-
ternal su~races of petroleum pipes. Labikras.mat. i ikh.prim,
no*4*.40-44 1624 (KIRA 16:11)
.1, Leniniradskaye otda"Leniye Gosudarstwnnoy vsesoyuznoy pro-
kontory po lakokrasochnym pola7tiyam Glavkhim-
plastkrasi Mnicterstva khimicheskoy promyshlennosti SSSR*

I

5.5210 777118
SOV/75-15-1-10/29
AUTHORS: Busevs A. 1,, Zholondkovskaya, T. N., Kuznetsova, Z.-M.
TITLE: Separation of Gallium and Indium by the Diethyldithio-
carbamate Method
PERIODICAL: Zhurnal analiticheskoy khimii, 1960, Vol 15, Nr 1,
PP 50-56 (USSR)
ABSTRACTs Conditions of Ga and In separation by precipitating
In with sodium diethyldithiocarbamate or extracting it
filth ethyl acetate were studied. A review of the
literature dealing with the determination and separa-
tion,of Ga and In Is also given. The following solu-
tions were used: standard gallIum nitrate solution
(1 Mg Ga/i~l)j standard indium nitrate solution (2-5 rqg
in/ml)j 2% aqueous sodium diet~iyldithiocarbamate solu-
tion; and the following buffer solutions:
0.21l1 CH3CO01-1 + 0,2M CH.1COONa. pl-I 3,72-5,57,
0,2M KCI + 0,2AI HC1, pH 1.00-Z20.
0,2M H;180, + 0.05M Na2B407,
Card 1/5

Separation of Gallium and Indium by the Diethy-l- 77748
dithiocarbamate Method SOV/75-15-1-10/29
Card 2/5
The data obtained show that quantitative precipitation
of gallium with sodium diethyldithiocarbamate takes
place at PH 2.7-5.0, but has no practical value since.
precipitation of many other elements also takes place
under the same conditions. Precipitation of indium with
sodium diethyldithlocarbamate is more selective;
tartrates, oxalates), and aulfoE,alicyllc acid do'not
Interfere. It was found that indium diethyldithio-
carbamate can be quantitatively extracted with ethyl
acetate at PH 3-5 in an excess of sodium oxalate. It
is proposed to separate Ga and In by precipitating
indium. with sodium diethyldithi.ocarbamate or extracting
it with ethyi acetate at PH 3-5- in an excess of sodium
oxalate. Experimental error for In and Ga is 1-3% at
a In/Ga ratio from 2tl to ltlO. The results of Ga ~rd
In separation by precipitation are shown in Table 1,1*.'&
Separation of In and Ga by extraction is illustrated by
data shown in Table 11. There are 11 tablesj and 35
references, 8 U.S., 3 U.S., 3 U.K., 14 German, I Japanese,

Separation of Gallium and Indium by the Diethyl- 77748
dithiocarbamate Method SOV/~5-15-1-10/29
Table 10. Precipitation.of In with sodiwn di.ethyldithlocarbamate
in the presence of allium at pH 3-4) in excess of sodium
oxalate: (a) taken M)j (b~ ratio In: Ga; (c) In found (mg)j
~d~ error of In determinationj (e) absolu-1,Je (mg); (f) relative
% j (g) Ga found (mg~; (h) error of Ga de-terminationj
i absolute (mg)j (J) relative
A.
In .-Ga
2,39 t9,68 1 2,44 +0,05 +2,1 tg,B() -!-0.2t +t,06
2,39 19,08 1 -8 2,46 +0,07 4-2.9 19,82 -,.0,14 ~0,7
2. 09 4.912 1 2 2,97 -0, W2 -0,7 4 911 +0,04 +0.8
5 98 -4,92 t 1 5,79 -0,19 -3,t 4:91 0.02 +0.4
5:08 4,92 1 t 5,91J -0,02 -0,3 4 !)o () ai +().8
.'), 0 8 4,92 1 1 6,03 +0,05 40,8. 4:71) 1): 13 -2,111
5 08 4 92 1 t P,04 +0JA + 1,0 4, 93 40.01
5:08 2:46 2 t (1,01 4.0,03 -I.o,r, 2,301 -4),1(1 -3,3
5,0 2 1 5,90 -0,()8 -1,:1 2,5(~ -10'm +0,8
Card 3/5

Separation,of Gallium and Indium by the Diethyl.- 77748
dithiocarbamate Method SOV/16'(5-15-1-10/29
Table 11. Separation of In and Ga by extracting indium
diethyldithiocarbamate with ethyl acetate in an excess of
sodium oxalate (,~H - (a) taken (mg), (b) ratio Int Oa,
(c) found In ~d3)error of In deternination, (e) ab so-
lute (mg),'(f ~Rleiat ive (%), (g) found Ga (mg), (h) error
of Oa determination, (i) absolute (mg), (JI relative

It, 04
_578 t: 1 74
4- - -
2, 5:78 t:2 2
85
1 1 +0,01 1 +0
2, M 02 1-5 30 +0,00 +2
2, 30:44 1 10,- 2:OG +0,02 +0

Card 4/5 :4
,7
/7
3
5r'., 8'7) ++ 00,' (()722 ++ 0()'3
0 14,9 1::o 0(3 1 -0.4
29,0 ~O -0,2

Separation of Gallium and Indium by the Diethyl- ',7748
dittliiocarbamcte Method !:)IOV/75-15-1-10/29
1 French, I Czechoslovak, 7 Soviet, The 5 most
recent U.S. and U.K. references aro: Irving, 11. M,,
Rossoti, F. G. C., Analyst 77, 801 (1952); Kraus,
K. A.., Nelson F., Smith, G. W., J. Phys. Chem. 58,
N 1, 11 (1954~; Arden, T. W., Burstall, F. H., Davies,
G R , Lewis, J. A., Linstead, P. G., Nature 162, 691
(i946 ; Carvalho, R G de, Lederer, M., Analyt. chim.
acta 15, Nr 6, 543 49~6)-
~ASSOCIATION: M. V. Lomonosov Moscow State Univei-sity (Moskovsk5
gosudarstvennyy universitet imeni M. V. Lomono~ova:
.SUBMITI)ED: November 11, 1958
Card 5/5

SOV-26-58-9-41/42
AUTHORS: Gibovskaya, L.D., Zholtko, Ye.A., Krasnoyarsk
TITLE: Early Snowfall (Ranniy snegopad)
~PERIODICAL: Priroda, 1958, Nr 9, p 126 (USSR)
ABSTRACT: A case of an early snowfall during the night of 25/26 Se
p
1955 in Krasnoyarsk is described. There is I photo.
1. Snow--USSR
Card 1/1

ZHOWOK.A.G.; ZABCLOTSKIYY.D.
Kasters of highly productive labor N.H.Pavlov -and X.F.Plotnik-ov.
Avt. dor. 18 no-3:11-13 My-Je '55. (MM 8!9)
Okrthwork)

ZABOLOTSKIT,, IF.D., inzhener; Z)ROLTOK, A.G., insherer.
Over-all.p'reparation of roads for springtime. Avt.dor. 20 no.3:12-13
Mr (MM 10:5)
(Roads-Kaintenance and repair)

TT-Col F, I U, N 11 -FC I
ZABOIA)TSKPY. Fedor Danilovich "nwl ch- VBYTSMM, X.I.,
redaktor; XALIKOVA, N.V., takhnichaskiy redaktor
LLeading road graders; practices of the Inno-rators H.F.Plotnikov
add,N-l.)(Atusevlchj Peredovye avtogreideristv; Is opyta raboty
novatoroy M.-I.Plotnikova i K.I.Natusevicha. Moskva, banchno-takhn.
isd-vo avtotransp.lit-ry, 1957. 33 p. (MIRA 10:8)
kRoad machinery)

(MIRA 14: 5)

~~ASM, Andrey Iosifovich; DXMCH, Xyan Stepanovich. Prinimal uchastlys
ZHOLTOVSKIY, P. (ZholtoyOkyl, P.I. GAIW, Tu. (Hapon,
re
[Lvov; guidebook] Ltviv; putXvVk. Llvivt laphkovo-zhurnallne
vyd-vo, 1939. 147 P. (mm 13:4)
(Lvov--Guidebooks)

ZHOLTOVSKIY, P..N.
"Drevniye motivy v gutsulskoy ornamentike."
report submitted for 7th Intl Coag, Anthropological. & Ethnological Sciences,
Moscow, 3-10 Aug 64.

ZIIOLUN=-TGV, K. I.
ZJiMUBHETOVj K. I.- "Heasurea to Eliminate Spelling Mistakes in the Native Language
in the V-Vl Classes of Kazakh Schools," Acad Pedagogical Sci RSFSR, Inst of Methods
of Teaching, Moscow, 1955 (Dissertations for the Degree of Candidate of Pedagogical
Sciences)
SO.- Knizh~M Let2pis' No. 96) June 1955, Moscow

ZMLT3DIV, A.
for Inspection of venturi wings In K-M and
K-81 carburetors. Ayt. tranap. 34 no-10:33 0 156. (KTBA 9t12)
(Automobilee--Znginen--Carburstors)

ZHOLUI)ZV, A.
Reconditioning the valve aeat of the B-6 gas pump. Avt.tran8p.
34 no.9:33 5 156. OQU 9:11)
(Fuel pumps)

ZHDUJDBV, I. (Saratov)
Scientists help to organize urban gas supl!7 systens.
Zbil.-kom.khoz. -10 no.4-11-13 160. (WRA 13:6)
(Baratov--G-oa distribution)

ZBOLUDEV, S.
"Symmetry of Tensors of Second Order and some Problems of
the Point Symmetry of Physical Objects"
a report presented at Symposium of the International Union of
Crystallography Leningrad, 21-27 May 1959

AID P - 4617
Subject USSR/Aeronautics - training
.Card 1/1 Pub. 135 - 6/23
Author Zholudev, L. V., Hero of the Soviet Union, Guards Col.,
-pilot Class I
.Title Flightlof a flight of bombers at night
Periodical : Vest. vozd. flota, 4, 30-33, Ap 1956
Abstract : The author makes some suggestions how to train the
flying personnel in formation flying at night. The made
suggestions are based on the experience gained in flying
the Il-28 type bombers. The article is of informative
value.
Institution : None
Submitted : No date

1,Dnepropetrovskiy khimiko-takhnologicheakiy institut.
(Hydrogen) (Overvoltage)

ZHOLUDEV M9.P..o kand. tekhn. nauk; KISM.'VICH, T.O.., inzh.; ELAMM, Ya*IM,p
inzh.; Prinimala uohastiye OEHRAHMCH L.N. , inzh,
Production of thin-vml-led pipe made by gi.Llvamplasty. Proizv.
trub no.10:101-105 163. (1,11RA 17: 10)

KISILEVICH9 V.O... inzh,; ZHOLUDEV.. M.D.. kand.takhn,nauk
Unit for electrodepogtion of metals'6n metals on Internal our-
faces of hollow cyllnd~ical bodlese Mashinostroonie no.6s64
N-B 162. (MIRA .1612)
1. Ukrainskiy nauchno-issledovatellskiy trubnyy institut, g.
Dnepropetrovsk. (Electroplating)

ACCESSION NR: AP4022110 S/0073/64/030/003/0287/0'289
AUTHOR: Pilipenko, 111. L.4- Zholudev, M. D.
TITLE:, Chromium plating of articles made fron
SOURCE:. Ukrainakiy khimicheskiy zhurnal, v.. 0, no. 3, 1964, 287-289
TOPIC TAGS: chromium plating, Nimonec, nickel alloy,, coatiu~ucuz 'Plating.
chemical picklina, pobassi= f luossilicatej j4ati~g bath, stainless steel,
tunasten containing alloy
ABSTRACT: It was established that chromium plating of pipes and rods of
"Nimonec" tungsten-containing alloys cannot be effected with the present plating
Systems. A method was worked out for continuously depositing strcnaly ;~hex6t'-
chrcniuz~qepoAts -5o-6o M1crcns thick by combining che.aical 34cklIA-1 and chr=-",-.,[.
ium, plath~g in- -a s el-f- regulating electrolyte (Fig. 1). The chromium plating
conditions aire presented. The plating bath in Sqonsistea of chrmic
anhydride 25Q, strontium sulfate 5. 5- 6. 5, and potass Lum. fluoailicate 18- 20

I
i
i

FILIPMOI, N.L.; VIOLIDEVy M.D.
Chromium plated articles made of 'yLlmonie" tYpe of allQYs-
Ukr. khim. zhur. 30 no.3;287-289 .164. (MIRA 17s10)

GORBUNOV, N.S.; ZHOLUDEV, M-D.; PROSKURKIN, Ye.V.
Zinc diffusion coatings. Zashch. met. I no.3t314-318 W-JO 165.
(MIRA 1W)
1. Institut fizicheskoy khimii AN SSSR i Ukrainskiy nauchno-
issledovatellskiy trubnyy institut.

~~~Cand Tech. Sci (dies) 11"Electro,(-T-~s~clu~tions,
~f~~ Dnepropetrovsk,1957. 17 pp. (Min of Higher
Education UkSBR..Dnepropetrovsk Chemico-Technological Inst im
F.B. Dzerzhinskiy. Chair of Technology of Blectrochemical ProductsO
130.copies.
(KL, 8-58,. 105)
-25-

ZROLUDEV, M.D.; STBN=, T.V,
Catbodic polarization during alectrolyois of zircate solutions. Ukr.
kbim.zbur. 24 "o,5:570-574 58. (MIRA 1?-Il)
1. Dnepropetrovskiy kbimiko-tekbnolo6ichaskly institut.
(Zincates) (Polarization k3loctricity))

Y, //VV/
,~,ZHOLUDNV,_H.D,,*, STMAR, Y.Y.
Potentials of hydrWn separation from alkali solutions at ind-?daQ4&--
current densities. Ukr. khim. zhur. 23 n0.31322-324 157.(KLBA lotg)
1. Dnepropetrovokly khimiko-tekhnologicheskly inatitut,
(Electrolysis) (Hydrogen)

SOV/ 137-58-7-14617 D
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 7, p 96 (USSR)
AUTHOR: Zholudev M D
TITLE: Electrolysis of Sodium Zincate Solutions (Elektroliz rastvorov
tsinkata natriya)
ABSTRACT: Bibliographic entry on the author's dissertation for the de-
gree of Candidate of Technical Sciences, presented to the
Dnepropetr. khim.-tekhnol, in-t (Dnepropetrovsk Institute of
Chemical Technology), Dnep rope trov sk, 1957
ASSOCIATION: Dnepropetr. khim.-telchnol. in-t (Dnepropetrovsk Institute
of Chemical Technology), Dnepropetrovsk
I. Sodium-zinc solutions-.-Electrolysis
Card I/ I

5(4) SOV/153-58-6-13/22
AUTHORS: Kisilevich, V. 0., Zholudev, 11. D.

TITLE: Ization (0b izmerenii
On the Measuring of Electrode Polar.
elektrodnoy polyarizatsii)
PERIODICAL: Izvestiya vyashikh uchebnykh zavedeniy. Khimiya i khimicheskaya
~tekhnologiyaj 1958v iTr 6, PP 79-63 (USSR)
ABSTRACT: Thelirrepro ducible results on electrode polarization (Refs 1, 2)
arecax1itioned by several factors. Various suggestions have
been made for their elimination (Refs 2-5). However, scientific
publications do not contain any well-founded experimental
data concerning the economical choice of electrode eize~
shape etc. The paper under consideration serves the purpose
of establishing experimentally the electrode ahapeto be
chosen, the angle at which the tip of the electrolytic key
should be-fixed with regard to the electrode, and finally
the maximum current densities permissible at which reproduci-
ble results an polarization measuring at this or that position
of said tip can still be obtained. In the experimental part,
table I gives the characteristics of the cathodes used (of
Card 1/3 nickeled ironj rectangular I triah&ular, cylindrical, spherical,

On the Measuring of Electrode Polarization SOV/153-58-6-13/22
and discoid). Figure 1 shows the dtiaign of a screening frame
for theAiscoid cathode. Figure 2 illustrates the position
of the tip of the electrolytic key. From figure 3 it can be
aeon that the extension from 0.1 to 1-7 mm of the capillary
diameter (Fig 21 position 1) results in a potential-increase
withrising current density (Curves 3 and I)- Figures 41 5
and 7 show the cathode potentials with individual electrode
types Figure 6 shows a turnable plate for electrode$ which
turne; out to be inapplicable to the purpose. A rotating disc
must be used, the potentials of which are identical at dif-
ferent points. For their experiment3 the authors used the
electrolytic precipitation of nickel from sulfates, of zinc
,from zineates, and of hydrogen from 6N NaOH. The moat easily
reproducible results are obtained oii the measuring of po-
tentials at all points of the cathode, with a sphere and
a small disc enclosed in a vinyl-plast frame no as to eliminate
an uneven current distribution. The tip of the electrolytic
key must be direoled towards the electrode from below, at
an angle of 60-65 . There are 7 figures, 1 tablet and 10
references, 6 of which are Soviet.
Card 2/3

On the Measuring of Electrode Polarization, SOY/153-58-6-13/22
Kafedra tekhnologii elektrokhimichaskikh proizvodstv;
Dnepropetrovskiy khimiko-tekhnologicheskiy institut
(Chair of Technology of the Electrochemical Plants;
Dnepropetrovsk.,.Chemo-teohnological Institute)
SUBMITTED: November 29, 1957
Card 3/3

ZHOLUW, K..D..; SITIMM,.Y.T.
Yroportles of sodium sincate solutions; viscosity, density, and
tulip.. *h1w'.23_no*2:200-207 '57.
Mm 10:6)
1. Muepropetrovskly khimiko-tekhnologiohaskly inatitut.
(Sodium zincate) - (Solution (Ghemistry))

cc d1c., V 73-3-6/24
AUMOR: Zholudev, M. D. and Stender, V. V.
TITLE: Potentials of Hydrogen,Evolution from Alkalis with
Increased Current DeasLty- (Potentsialy Vydeleniya
Vodoroda iz Rastvorov Shehelochey Pei Povyshenaykh
Plotnostyakh Toka)
PERIODICAL; Ukrainskiy nimicheakiy Zhurnal, 1957t Vol. 23., No. 39
. pp. -322-324 (USSR).
ABSTRACT: The potentials of hydrogen evolution of 9 metals (Mg, Znj
Pb, Sn, Cd, Grt Sbj Ca anq Al) wese measured by the direct
compensation method at 22W + Q.2 C at a current density
interval of 107-' to 4.10 -La/e-m"-. These data are required
for the calculation of the intensity in the bith, for
the investigation of conditions of the discharge of metal
ions together with the H-ions, etc, when calculating the
electrolysis of alkaline solutions. 6 N and 0.6 N NaOH
solutions (chemically pure) were used as electrolytes.
All metals were used in the shape of discs as cathodes
which were previously polarised in the inv~stigOed solution
for 1 hour at a current density of 400 a/m . Measurements
were cafried out in an open vessel, the electrodes being
Card 1/2 at a distance of 60 mm. Results are tabulated in Table 1.

73-3-6/24
Potentials of Hydrogen Evelution. from Alkalis with Increased
jP Current Density.
Table 2 gives comparative data for iron, nickel and cobalt
obtained by the authors in analogous experiments and
data for the metals which have previously been published
in literature. Discrepancies were of the order 0.01 -
0.05 V. lead differs from other metals even during a
comparatively short polarisation eriod as the surface
turns porous and the overvoltage georeases due to the
increase of the surface. The disintegration of the surface
is obviously connected with a discharge of Na,-ions.
Aluminium disptegrates during cathodic polarisation,
up to 600 a/m current density, at higher current density
cathodic protection takes place. There are 2 tables
and 6 Slavic references.
SUBUTTED; November, 29, 1956.
ASSOCIATION; Dnepropetrovsk Ohemical-Technology Institute.
(Dnepropetrovskiy Khimiko-Tekhaologicheskiy Institut)
AVAILABLE: Library of Congress.
Card 2/2

AUTHDRS.oZholud6v M;D. and Stender V,V. T2j-2-9122
I-----------
TITLE: Properties of sodium zincate solutl,onsi ~.,oeffioients of
diffUSionq viscosity and density. 4.Svoystva rastvorov
tsinkata natriya: koeffital-yenty diffuzii, vyazkost' i
plotnostl)'.
nRIODICAL: "Dkrainskriy Xhimicheskly Zhu:rnr2," Mrainian Journal
of ch-e-MR-r-y 19579
pp.200-207 (USSR).
ABSTRACT: Various methods have bee.a described in literature fox the
determination of the above coefficients. The optical
m-ethod devised by K.V,Cbmutov and I,Yfi.Slonim (Ref.6;
X.V.Cbmutcv and 1'.Ya.Slonim7 U5p',Kt1im'.,l950.,2_2,142),_ the
diffraction method described by Ya.P.GoklLshtein (Ref'.7:
Ya.P.Gokiiskitein,Zh:,,Fiz'.Khim,, 1918, Vol.229 871 and 19521
Vol.26)224)336) and other methods are critioally examined.
The authors determined the coefficients of diffusion on a
rotating disc electrode which had porous diaphragms with
straight channels. They used an equation expressing the
limi",* current on the rotating disc- electrode and discuss
the particular case of electroplating of metals, The
Card 1/3 apparatus for this 'purpose is described in detail and
illustrated in Fig,'l. The dependence of the electrode

Mrl 2/3
73-2-9/22
Properties of sodium zincate solutions: coefficients of
diffusion, viscosity and density. (Cont'.)
potential of 0'.05 mof.sodium zincate and the log of the
current density at various speeds of' rotation of-the
electrode is given in Diagram 2. The diffusion ooeffic.-
ients of zincat6 ions calculated by the above mentioned
formula are tabulated (Table I ,Y. TLe obtained experimental
values for the diffusion coefficients for various concen-
trations of zinc and free alkali in the solution are in,-
dicated in Diagrams 4 and 5t, It can be seen (Diagram 5)
that the coefficients decrease with increasing alkali
concentration. This is demonstrated.by the increasing
viscosity. During the electrolysis of zinoate containing
30 gA zinc and free alkali (in one case 120 g/1, in the
second case 480 gA) the limit current should decrease in
t'he same'proportion as the. diffusion coefficient, i :se:0
4.8 fold. Thi's was proved by carrying out practical ex-
periments. The viscosity of the solution was determined
with an Ostwald viscosimeter and values obtained are
shown in Diagrams 6 and 7. The density of the sodium
zincate solution is determined in relation to the density

T3-2-9/22
Properties of sodium zincate solutions: coefficients of
diff-usiong viscosity and density. (Cont.)
of water. (Diagrams 8 and 9).
There are 2 drawings, 7 diagrams, l table, and 16
references, 12 of which are Slavic.
ASSOCIATION: Dnepropetrovsk Chemical Technology Institute.
(Dnepropetrovskiy Xhimiko-tekhnologit"%heskiy Institut).
SUBMITTED: September 15, 1956*.
AVAILABLE: Library of Congress
(,'axd 3/3

ACCESSION NR: AR4041594 S/0137/6,1/000/005/D038/D639
SOURCE: Ref. zh. Metallurglya, Abs. 5D226
rAUTHIPR: Zholudev, M, D. Kisileyich, V. 0.; Balmlyuk, Ya. Kh.
TITLE: Production of thin-walled pipes of galvanoplasties
CITED SOURCE: Sb. Proiz-vo trub. Vy*p. 10. M., Metallurgizdat, 1963, 101-
105
TOPIC TAGS: thin walled pipe, galvanoplastic, pipe production
TRANSLATION: Possibility was-studied of obtaining (by method of galvn noplas tics)
special thin-walled pipes (with thickness of wall