SCIENTIFIC ABSTRACT SKOBETS, YE.M. - SKOBEYEV, I.K.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SKOHTS, Ye.
PA 64/49TS
1~41
-,zli~d*Odes; Fblaras~*Vhliil
*Use of Hard lUctrobs in Polarogravhyjv. lie,
Skobets., I. D. 24nobeiako, V, D. Riatokoul,, Inat
of Gen and Incre Obez., Mad Sci 6wainian SM. 6
"Zavod TAb" Vol. M, NO 1.1
Descri'Pee construoti='of a straight wyable bar&
electrode manufdatured-either frm~a ilverior
platinum a=34pa. 'Determined that appearsade of
a maximum on the voltage curve vhich~ IB ,
characteristic for the'ziercur7 electr6de is noticed
only in a fev cases with respect to the hard
electrode.
64~4916

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Polarographic determination of the decomposition
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Untfals of metal chlodde~ in molten aluminum chlod
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*odium chloride as solvent- Vu. K. lirlinjars'kil, t~_M.

firrentily-urn. Zkur. Fis. A4im. I]
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irogral
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so . 0 3 own. in diint.; it regained its origina) Mential
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t-drcuiting ittithout any cleaning. An equintol.
oo mixt. of AlCh and NaCl was the solvient. The cortcri. of
the solute was u~iialty 5 rnol. "r. The decornlia~ poitirn- .0
IS fiats t'werr Itir AM. 1.7N. MnCl, LAI, ZnCir 1.30, CtIC1, %0
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SKOPET'S, Ye, M.
2t0/6-2 SKOBETS, Ye, M. TF'PCV, P. P. EaABCKOP, IV. D. - Vliyaniye Tarveratur7 Na Formu
Polyarogra-... Sool-shch. h. Zavodskaya Laboratoriya, 1?L9, tic 8, s. 912-lb,--
Bibliogr: 7 NAM
SO- Letopis'Zhurnalln.vkh Statey, Vol. 36, 1949

P-t 15JT6
USSR/Chemiatry - Folarography Nay 49
Electrodes, Mercury Drop
"A Mercury-Drop Electrode With'Forced Break-
Away of the Drop," Ye. M. Skobets., N. 8
Kavetskiy, Kiev For Inst, 6 pp
"Zavod Lab" No 11
Describes subject electrode. Polarographic re*;'
lations observed vith it are some as thSp-for,
ordinary mercur7-drop electrode. AdyadtMes
are absence of oscillations, consira-Ut drop-
formation conditions at all applied potentials,
and disappearance of maxima. Includes sketch,
and sevea graphs. I

USSR/Physics Apr 49
Electrochemistry
'Electrodes
"Utilizing Solid Electrodes In Polarography:
Article V, Solid Electrodes With Tlectrochemical
Depolarization," Ye. H. Skobets, 2. P. Turov, Inet
of Gen and Inorg Chem, Acad Sci Ukrainian SSR, 4 pp
"Za-vod Lab" Vol XV, No 4 'N? -414 `7
Suggested solid stationary electrode which can be
recharged by electrochemical depolarization using
a comutator arrangement. Constancy and reproduci-
bility of the current frost experiment to experiment,
. I.
proportionality of diffdolas currents to solution
concentrations, and absence of moxims. an Polaro-
graphic cm-mee indicate that zothod will have
practical application.
3
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. v miary I ectrom It-, vidd immm I %.&%t i obi. It to I
S olul wult
luother .41 'J) IV) ~ Ilmit III imrinAl ilitrating lemp- I It.,
m.t%. lwik% vankli its i result III this plienomritim imil.i.
it it- re-nims o. which is mitmord toy incorir.i~d raft, oil -lit -
.1 111johrr I, fill., 111.1 lietil... a '14-( rva-I ra's-I ive 'lit-
hv. I Ow I I., . 1,10. 1 Ill. w 1 -.1.11
I a, it, it I, I oso I, i III r, I ums I r it, I I it I,,[. im o , a. 0 Im 1.
ZnS4 1, 1,. -Iv, .r I ite K.t,.r I)( lit it .,r lit I. lit, it -,mt
r%,KIJlA.A Owtii-OA it 64) '. G. %I.

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Vrappi.w M-.wy El-t-kt With F~~d Liebwh
ment of Dropo. (In Russian.) E. bf . Skobets and N.
S. Kavetskii. ZOVOMava LA&Watorivo (Factory Ulm-
rattyry), v. 15, Nov. 1049, p. 12M130.
Describes and diagrams above apparatus. It wus
found (fiat basic plarographic relitiomi establishesl
for the ordinary dropping mercury electrode are fail
obwrved for th- above type. Slwcfal advantages Are
indicated.
&-ILA &ITALLUROCAL WERATWE CLASSVXATOON
Soloso.LP Ckv oft
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OWmadebame pe"mum at acid. abWLAe. and neutral
aspiedw. P. P. Turov and H. U. Shobets (last. Gen.-
s" Cb~u "v).
6W-Tw-675*11~ and .Wk polairizalion .1
d1l. HoBO#, K&OH, BR(OH)o. X.904, And XXOe solf's.
wm dwtd. an a, Pt electrode. The acid soln. (OMS' S
lisSM) hmd 2 catimsd6c vskMisis (0.U and IM V.) At
Akh 9 wasovalved~ oW tk 2md istasaboost equaltolbe
potest" at thm alk. mid neutral sobs. There were 2
anodic patentimis With the KaOff (IM and 1.40 v.) And
114(OH)a MOO wed 1.41 V.) solne. The neutral suins.
,b t ' buil, cs*bwk md smadic pottallAIS 011MOSt CqUU1
Ito the Shad vskm Metheacids"alk.salm. Tbew"mid-
try potarlials wan caused by the dissociation o( wAtcr
Tuats. whilt the primmy rentimis, were caused by the dis,
rharge of hve It' and 0 1- Ions. Paul W. flowerron

USSR/Chemistry - Solid Electrode. Dec 50
Polarography
"Determination of Coefficients of Diffusion
With Solid Electrodes," Ye. M. Skobets, N. S.
Kavetskiy, Kiev For Inst, Chair of Chem
"Zhur Fiz Xhim" Vol XXIVI, No 12, pp 1486-1494
For solid electrode of any form the current
drop folloving peak current obeys the lav of
linear diffusion. Coefficients of diffusion
for Cd" -and Zn" ions vere calculated from
the peaks and subsequent drops of current
"JW
170T20
USSR/6emistry - Solid Electrode Dec 50
(Contd)
measured for these ions. Results obtained
by this method are close to those obtained
by other methods.
170M

POW 81 111 001 oMrbk mW ;*,* Saild
t
tiolam ameft. H. M. ShoW9 and N. N. Atarnaaeuku
Forrst Products 16, M-44
19-11~: cf.Gilimm C-4.JV,XIU'-TbepH5buMwcotv-
4%i~stetl of %(%OAc ;with added CdON. A 03 At CdW)j auln,
wasaNoused. Ththelf-warepotent6lotawarbkoMins
.jln, of 1). 1 N CdSO, was 1. 10 v. M4crrtd to tbg Cd Cathode,
pared to 0.87 v. In the bvkq;;t main. mitta. of mee
~An,gvrinvv oranges kinons. onions. cabba", tombom,
I nd potat;ei em".;i bftMm aseerble mcM another sub.
stance enpable of beft mitfind at a Poo. potential.
All thest exts. yie a second wave WIVII.-PION. postential of
al~ut 1,11-1 v with rdert2we to the Cd cathode In 0.1 It
CcM.,.~olm, 'tr" unknown substance could not leave been
1,terted by the droppkpifff electrode because of the low
,li%oly,rd Ra anode potcatkIl. H. ftimley

-------------
k6bet.
Polarographle determination of gallic acid. H.M.-P
and Yu. M_. Shchid'iro. U*roin-.KW*ff-.Zh _93U=137i
W7. Xhim. 1954, No. 2GS43.--Oxida4
tion of sallk add on a k anode in 03N HIS04 gave a clear
polatagraphle curve with a rAturly tipressed region of dif-
fusion current. The half-wave potential wu 0.67 v. to a
utd. calowel electrode. In the Interval of I X 10-0 ;.- 5 X
10-IM gallic ", the height of the curve is directly propor-
tional to the conen. An incrmse in the pit displaged the
half-wave potential toward neg. values. Hydrolysedtainnin'
In 0-IN HPSO# gave a curve with the same hau-wave paten-
tW u the Sallie acid. To det. pWc acid In oak bark, boil
.12 g. of ground bark for 48 min. In IW mi. of 0.05N 14aOH
inacuffentofH. Filter Into a 200-mi. YWUMetrlC fi&* and.
add water to the mark. Mix 10ml. of the soln. with 10=1
of OAN HOO& and analyze the mixt. M. H.1

SKOBZTS, Te.M.
Use of solid rotating electrodes in obtaining derivative polaro-
graphic curves. Ukr.khim.zImr. 20 n0-5:496-501 '54. (VJBA 8:1)
1. Kiyevskiy lesokhozyaystvennyy institut.
(Blectrodes) (Polarogra-ph and polarography)

/Ir- 09 94d MofA(f= T 6j b
Cott cli ff 01. zki
WAN Of Pt 42C 41ilAlg!llM&lCfi if Ul Wl JIMV 8) With T 11

'ET

. ... ....... ..............

"Differential Polarography (Review of the Lltekt~ure)~" by Ye.
MI. SIobets and V. D. Skobets, Zavodskaya Latborat-briya., Vol 23,
No 2, Feb 57, pp 167-173.
The principles and characteristics of differential polarography are
described. Differential polarography with two drop cathodes, differen-
tial polarography with one drop cathode, methods of eliminating cur-rent
oscillations, the use of electrodes with forced detachment of drops, and
the use of solid electrodes in differential polarography are discussed
in detail on the basis of information given in the literature. A bibli-
ography consisting of 14 USSR, 7 Czech, one Japanese, and 20 Western
references is appended. The characteriBtics of the method of differen-
tial polarograplki are described as follows:
"By using the nethod of differential polarography one rzy determine
substances present in low concentrations. Because of the elimination an
the differential curve of charging currents and of residual currents, one
may take advantage of the high-sensitivity range of galvanometers and de-
ternine quantities which cannot be determined by the ordinary polarographic
method.

"The differential curve gives aharp maxima in taoba when the difft-
sion current can be barely observed. For instance, ohL* carl! 4etermine
with the aid at' the differential curve potassium and sodium. against' the
background ot' calcium chloride or lithit= chloride, i.e., under condi-
tions when the depolarizer is separated in the vicinity of the principal
electrolyte and its diffusion current is weakly expressed. With the
aid of the differential curve, one can separate waves which have merged;
this is particularly important in the analysis of compounds of Complex
composition. A polarographic spectrum in the form of differential miLxirz
can be obtained much niore easily than one in the forut of ordinary polaro-
graphic waves. In every instance when formation of a diffusion current
take5 pla(:,~, the differential curve returns to zero, so that one can
easily determine with the aid of the differential curve traces of a less
noble depolarizer in the preEence of a substantial excess of a mort~
depolarizer in the presence of a substantial excess of a more noble de-
polarizer. This can be achieved only to a limited extent by using the
conripensation method in ordinary polarography.
"Furthermore, the differential curve gives detailed information on
the symmetry of the wave, which is important for evaluating the reversi-.:
bility of the electrode process." (U),

ATAYANENKO, N.N.; SKOBETS,,-.Te.~M..
Polarographic determination of iodine and bromine on a solid anode
in mineral waters. Ukr.khim. zhur. 23 no.6:771-776 157.
(MIRA 11.-l)
(Mineral waters) (Iodine) (Bromine)

I A :I A! ... ...... ... ..
'AUTHORS: Skobets, Ye.M., Belinskaya, N*I*
TITLE: The Polarographic Determination of Manganese in Copper Alloys
by an Oxidation on the Platinum Anode. (Polyarograficheskoye
opredeleniye margantsa v splavakh madi okisleniyem na platinovom
anode)
PERIODICAL: Zavodskaya Laboratoriya, 1957, Vol, 23, Ur 7, pp- 791-793 (USSR)
ABSTRACT: With this method the waves of the ionic oxidation of the bi-
valent manganese are determined in an ammonia milieu. The ex-
periments were made on an automatic polarograph (constructed by
the Institute for Mechanic Constructions of the IN USSR) with a
mirror galvanometer of the Leningrad Institute for the Construction
of Physical Apparatus. The anode is a platinum wire, the cathode
a saturated calomel electrode, connected with the solution to be
determined, in the electrolytic cell by means of a special agar-
agar anchor. For the registration of the polarogram the anode was
overflowed with sulphuric acid (1:1) and distilled water. Here a
deposit of manganese dioxid was to be observed on the platinum
anode. In the paper the manganese oxid reaction in the ammonia
milieu is figuratively presented as well as zhe dependence of the
precipitation potential upon the concentration and the solution;
it also deals with the chemical structure of the preparation for
Card 1/2 the manganese anode reaction in the Ammonia-alcali-milieu, with

, The Photographic Determination of Manganese in Copper Alloys 32-7-6/49
by an Oxidation on the Platinum Anode.
the results of a polarographic determination of manganese in
copper alloys and the polarograms for manganese, which were re-
gistered by the bronze solution.
ASSOCIATION: Ukrainian. Academy for Agriculture (Ukrainskaya sellsk~okhozyayst-
vennaya akademiya)
AVAILABLE: Library of Congress
Card 2/2

S"X/o

SKORETS, Ye.14.;ABARBARCHTj'K, I.L.; KOSTITSINA, K.P.; BELINSKAYA, N.I.
Polarographic soil anal7sis. Determining the intake capacit7 of
soils. Pochvovedenie no.1:99-105 Ja '58. (MM 11:2)
(Soils--Anal7sis)
(Folarography)

"IT:ICR
A I. S: Skobets, Ye.%.., 'barbarclinuk, I.L. and Labkovskaya, N,0.
TITLE: Determination of Dissociation Potentials by the Differ-
ential Folarography '.'Rthod (Opredeleniye potentsialov raz-
lozheniya metodom differentsiallnoy polyarografii)
P IZ' R I C D I C A LDopovidi A"-ade,,:-.i_4 n-auk Ukrains''Voi ;Mi, 1958, Nr 7, pp
752-755
ABSTRICT: The authors criticize the ustial mi2thod of graphical de-
termination of electrolyte dissociation potentials from the
current intenri-.,y versus voltaEe curves, because of its
i-nsufi'icient accuracy, They propose for this purpose the
curve of derivatives, i.e., the dI/d-T: curve, which possesses
a more distinct bending point by which the dissociation
point can be deternired. ~~n automatic polarograph with a
condersar in the galv-anometer circuit can be used for the
differentiation of the T - E curves. The authors show the
advantages of the proposed method on the graphs of CdJ 2and
111-i-Pr2solutions in water, and Cdj2and CdBr 2 solutions in
acetone, TAs method nromises tri be especially useful in
determining the association potentials of non-aqueous sol-
utions and fused saits, where particularly high residual
Card 1/2 currents are frequent%, observed. There are 4 graphs and

2 1 - 151 13- 7 - 16/27
Detprr.r.ination of Dis!;ociation ?otQntials by the Differential 1~rjlar-
ography ',*.etliod
5 references, 4 of which are Soviet and 1 Cerman.
ASOCCI !~TION: Ukrain8kaya akademiya solIok-khozyay:3tvcrnykh nauk (Ukraln-
ian Academy of Agrictiltural Sciences)
NT ED By ?,'ember of the AS UkrSSR, Yu.1'. Delimarskiy
S U B f,'I TT E D February 25, 1958
ITOTE: Russian title and Russian :iam.~s of individuals and in-
stitutions appearing in this article have been used in
the transliteration.
i. Electrolytes--Propertles 2. Polarographic analysis--Applications
3. Differential equations--Applications
Card 2/2

-111p, ll]llllfl,ll:w!,MtlpFVNl .1 -'. , ...... -,
SKOHM, V.D.. SKOBETS, Ye.M.
Investigation and determination of thiamine by derivative pola--
rography. Ukr.khim.zhur. 25 no.1:114-119 '59. (MMA 12:4)
1. Ukrninskaya akademiya, sel'skokhozyayatvennykh nauk.
(Thiamine) (Polarography)

SKOBETS9 Ye.M.f doktor khimicheskikh naukp prof.; BELINSKAYAp N.I.~
1- - I-a.siigtent; ATAMANENKO, N.N.t dotsent
Polarographic analysis of manganese in plants. Nauch. trudy
UASHN lOt243-249 160. (MIRA 14:3)
(Maganese) (Plants--Chemical analysis)
(Polarography)

SHAPOVAL, B.I.; SKOBVfS. Ye.M, [Skobetal, IZ.14.1
4-j
Features of the diffusion kinetics on an amalgamated silver electrode,
Dop.AN URSR no-7:932-935 160. (MM 13:8)
1. Ukrainskaya akedemlya se1'ekokhozysyutvennVkh nauk. Predstavleno
akademikom AN USSR Yu.K.Delimarskim [W.K.Delimarolkym].
(Electrodes, Silver)

SKOBETS,-Ye-.X-,-doktor khimicheskikh nauk, prof.; PROSYANIK, U.S. assistent
Polarographic analysis of soils. Hauch. trudy UASHN 10:251-257
16o. (KRA 14; 3)
(Soils-Analysis)
(Polarography)

SHA,POVAL, V.I.; SKOBETS, Ye.M. [Skobetsi, ILM-]
Simultaneous oucillographic investigation of two polarographic calls.
Dop.Aff URn no.10.-1421-1424 160. (MIM3:11)
1. Ukrainskaya akademiya seltskokhozya7stvennykh nauk. Predstavleno
akademikom AN USSR Tu.X.Delimarskim.
(Polarography)

F 1; 1, 11,1111, 11111-1 ...- ....... " 9-1.1111-1---
SKOBZTS, Ye.K.; SUPOVAL, V.I.
Oacillographic polarographic oyetem with an amalpmated ailver
electrode. Zav.lab. 26 no.3:278-282 '60. (MIRA 13:6)
1. Ukrainskaya Akademiya sellskokhozyaystvennykh nauk.
(Polarography) (Xlectrodes)

S/073/60/026/004/011/018/Xy
B023/BO64
AUTHORS: Skobets, Ye. M. and Shapoval, V.I.
TITLE; T~e Use of Solid Electrodes in the Oscillographic Polarograpkor
PERIODICAL: Ukrainskiy khimicheskiy zhurnal, 1960, Vol. 26, No. 4,
pp. 446 -453
TEXT: The authors of the present paper are of the opinion that there is
no fundamental difference between a solid and a dropping mercury electrode
in the oscillographic polarography as it is the case in the ordinary polar
ography. It should therefore be possible to use the solid electrode to a
larger extent than it has hitherto been the case. A simpler oscillographic
scheme is suggested with a given current, rendering possible the polariza-
tion on each electrode at the same state of the surface and the layer in
the vicinity of the electrode. The possibility of applying an amalgamated
silver electrode was studied. The potential shift toward the negative was
brought about by parallel connection of the germanium diode D(2r-._1t 26)
(DG-Ts26). Thus, the method was considerably simplified and the pulse
frequency reduced (Fig-4). Hence, with the solid electrode it. was possible
to obtain time independent oscillogrums, which are reproducible from one
I_

The Use of Solid Electrodes in the S/073/60/026/004/011/018,/XX
Oscillographic Polarography B023/BO64
experiment to the other (Ref.18). Thego-7 (E0-7) oscilloscope was used for
experimenting. The oscillograms of the pure backgrounds obtained on 4-11is
electrode, became clear and stable already after an electrolysis of I, - 2
minutes (Fig-5). Thus it became possible to study the cathode- and anode
+ 2+ 2+ 2+ 2+ 2+ 21-
potentials of Tl , Fb I Cd f Cu Zn Mn , Go in solutions that
were best suited as background. It was proven that an amalgamated silver
electrode renders possible not only the production of stable oscillograms,
but also the study of the electrode processes, Thich cannot be determined
by means of a dropping m,~.rcury electrodes A Table shows that the electrode
reactions proceed irreversibly for the majority of the cations investirat-
ed.. It is assumed that the considerable irreversibility is due to the
immediate discharge of the complex ions which are especially likely to
take place under the condition3 of a r,,pid polarization. The authors men-
tion papers of R.Sh. Nigmatullin(Ref,4) and 1. 1. Tsapiv (Ref.5). There are
10 figures, I tableland 24 references: 11 Soviet, 2 US, 5 C-.echoglcvakian,
2 Polish and 2 German.
ASSOCIATION: Ukrainskaya akademiya sell 9kokhozyaystvenn~ykh nauk
(Ukrainian Academy of Agricultural Sciences)
Card 2/3

SKOBETS, Ye.M.; RUGHKO, G.V.
Polarographic determination of bases absorbed by soil using the
Kappen-Ifilkowitz method. flauch. dokl. vys. shkolr
., biol. nauki
no.3:189-192 161. (MIRA 14:7)
1. Rekomendovana kafedroy noorganicheskoy I analiticheolcoy khimii
Ukrainskoy sellskokhQzyaystvannoy akademii.
(SOILS--A1-TALr>1S) (POLORTj1UP11Y)

I .. . I . I . , ~ , - ; , I - 11 11 :-,; , " I ' ' I 'I I It 11 11 ........ ... ..... .... ....... UPIP'll IrlwilrTIVI'mw v"T".-.'-','-"-'
SKOBL~To", Ye.m. [Skobets' I E.M.], prof., doktor khim.nalA
"Method of marked atorris in agrophyoiolo&'. flauka i zhyttia
11 no.7:31 JI 161. 1 WIRA 34:8)
(Tracers(Biology))
(Agricultural research)

. z 1, .1- f qII 111!111 16M,,
ABARBARCHUK., I~L.; KCSTITSYNA, K.P.; SKOBEIS, Ye.M.
---------
Pblarographic determination of exchangeable aluminum in sails.
Pochvovedenie no.2.114-116 F 162. OURA 150)
1. Ukrainskaya akademiya. sel1skokhozyaystvennykh nauk.
(So Us--- -Aluminum content)

5E"'.'~-ETS, Ye.M.; NESTYUK, G.S.; SIFIA~~U'TAJ,
'I
Polarographic and osc!ill:,,grar,,..-,..- :)f acrylamide.
LE-r. khim. zhur. 28 no.l,-'2--P~, (MIRA 16-. 8)
1. Ukrainskaya se I Is kol, nr- va aka.~~t,-miYa.

SKOBETS, Ye.M.; SM3LEUMEV, P.1.,- RUCHKO~ G.V.
Dete=ining phosphoric acid in soil by the polarographle method
with the use of a complexon. Nauch.dokl.vys.shkoly; b1ol.nauki
no.2:182-183 163. (MIRA 16.-4)
1. Rekomendovana kafedroy neorganicbeakoy I analiticheskoy
khimii Ukrainskoy seltakokhozyaystvennoy akademii.
(3011B.-THWPHORM' ftONTENT) (POIAROGRAPBY)

SKOBETS, Ye.M.,- RUCMO, G.V.
Determination of chloride ion in the soil by the polaroffraphic
method. Nauch. dokl. vys. shkoly; biol, nauki n0-4:196-197163.
(MIRA 16:11)
1. Rekomendovana kafedroy neorganicheskoy i analiticheskoy
khimii Ukrainskoy sallskokhozyaystvennoy akademil.

SKOBEISP V.D.; ABAROARCIJUK, LL.; SKOBLITS, Ye.M,,
Determination of potassium., sodium, and their sum by the method
of derivative polarography. Ukr.khim.zhur. 28 no.2:251-259 '62,
MRA 15:3)
1. Ukrainskaya. akademiya Sel'Bkokhozyaystvennykh nauk.
(Potassium-Analysis) (Sodium--Analysis) (Polarography)

SKOBETS, Ye.M.; NESTYUK, G.S.
Polarographic study of the polymerization kinetics of
acrylamide. Ukr.khim.zhur. 28 no.8:934-938 162. WIRA 15:11)
1. Ukrainskaya, sel'skokhozyaystvennaya akademiya.
(Acrylamide) (Polymerization)

SKOAT6. Ye.M.; NESTYUK, G.S.
Usnig electrochemical persulfate reduction for the initiation
of polyfaerization reactiun- Dokl* All S,,-i:-,OR 146 no.5:1125--1127
0 162. (14IRA 15: 10)
1. Ukrainskaya akademiya seltakokhozyaystvennyhk nauk.
Predstavleno akademikom A.N.Fa-umkinym.
(Polymerization) ~Peroxydisulfates) (Reduction) Electrolytic)

SFCP-;-EZS. Yev~,eniy Mloiseyevich, dorktor khJr- nguk; SKOBETS, Vern
Dmitriyevna, khimik; DELI likSKEY, Yu.K., nkademik,
retsenzent; T51YEA, L.A., inzh., red.'Lzd-va; BEREZ-O'Cil,
V.E., tekhn. red.
[Derivative polarograplW) Proizvodnaia poliarograftia.
Kiev, Gos-tekhizdat, 1963. 112 p. (KMA 16:12)
1. Akader-iyp- nauk Ukr. SSR (for Delimarskiy).
(Polarography)

8/073/63/029/003/004/009
A051/A05~'
AUTHORS: _gk2h2_ts2..Ye. M., Nestyuk, 0. S.
TIME'. Polarographic investigations of acrylamide. III. Electrochemical
initiation of polymerization
PIMIODICAL- Ukrainskiy khimicheskiy zhur7ial, v. 29, no. 3; 196j, 302 306,
TEXT: In an earlier paper (Ukr.khim.zh., V. 28, 1962, 72) the authors
assumed the occurrence of acrylamide reduction in two stages.- 1) The electro-
chemical stage with the formation of a free radical, and 2) the~chemical poly-
merization. In the present work, therefore, the preparation of~polyacrylamide
by means of an electrochemical "redox" system was studied,'using X2S208 as O'xi-:
dizing agent and the electrode as "reducing" agent. The experiments were car-
ried out with Ft, Ag-amalgamated, or Ni-electrodes at 18 - 200C~in 10% acrylamide
solutions, containing 0.1% K,,3208. The B~D'_ ion is reduced at a voltage of
8
V 1.1 v, the hydrogen ion at V 2 - 2.52 v, and the acrylamide;at V 3 - 3 V.
Polymerization was effected in the interval 1.1 2.52 vp ~hne~:no initiation
occurred at the voltage of acrylamide reduction, or above. This is explained
Card 1/2

S/073/63/029/003/004/()09
Polarographic investigations of... A057/A126~"
by the interaction of acrylamide radicals generated at the,electrode, which.in-;'
hibit the formation of polymer chains. The 30~ radicals do not Interact and can
thus pass into the bulk of the solution initiating polymer chaina according,to:'
- C ~~o
So~ + CH2 - CH ,NH __> 304 - CH2 - CH No effect of the electrode ma'-
2 1110
C-INH2
terial was observed. Quantitative tests were carried out in glass'eylinders
with diaphragms separating the ariode and cathode volume and a polymer obtained
the viscosity and polymerization the degree of which wan depending on the ou 'r-
rent density. The polymer obtained at room temperature during 3:hrs showed.a
characteristic viscosity of the same value (4-3) as the polyacrylates prepared
by conventional chemical methods. The present meti-.1. proVes the stepwise,re-
duction of the persulfate ion on the anode. The method i~;~,appaiehtly, appli-
cable to other polymerizations, too, as well as to theoretical Audies, since
initiation with a constant rate can be carried out. Thero are Vfigure and1
table.
ASSOCIATION: Ukrainskaya sel'skokhozyaystvennaya akademiya~(Ukrainian Agricul-
tural Academy)
SUP14ITT M-: April 17, 1962
Card 2,12

SKOBETS, Ye.M.; IVASHCHENKO, L.N.
Polarographic study of eriochrome black T and its use in
determining magnesium. Ukr. khim. shor. 29 no.7:751-755 t63.
(MIRA 16:8)
1. Ukrainskaya sellskokhozyaystvennaya akademiya.
(Magnesium--Analysis) (Eriochrome black)

KOSTITSYNA, K.P.; SKOBEM, Ye.M.
Polarographic determination of aluminum in alloys. ,Zav. lab.
29 no.9:1059 163. IRA 17:1)
1. 11krainskaya nallsk-okhozyayatvennaya akademiya.

, YO.M.; RITHY0, (;.V.
Polarographic (letem.-ination of siilfatc tons In tho water oxtract
of soil. Nauch.dokl. vys.shkoly; biol.nauki no. 2: 9o--')00 '64.
6M ~a 17 '. 5
1. Rekomedovana kafedroy neorganicheekoy i analiticheskoy
khimii Ukrainskoy sellskokhozyayaLvennoy akademii.

lot V~O, 196h -565' .0geo
'OPO pox
too* 4,00, ~o
oofepo -10 p I roo ON
0g 6'~Av . V66 .00 1
,ed vd4e. ~po W.J.
gosl 0 0'3~, ooe" TG api5, .
~06 %IIIN-
Yo -0~,s . 0
ot CPO & e8- 6,..~ C-&
Noe to
e o O't
,~~O!qq.o W.-,
e
se
AODVI Vo vc
OT, vro
se oN~,,Vs I. X.~
AOA V.
0 VI
oA 1\0 6 .0
.0 ec
01 * so C L jV0 eoo
IPA ale- ~,,Ooo 4-~ OT
Poe 6evo
to :~& 0 lo Ltxc %,, ~&
oto B:r --5 to tech AODA .00 recO;,elD~6.g%b
,ee& - I
VO ve
C:a 'AOT ov, kev ,Be
40
la,cc "o 0"6 ot vo ,,~o
4e OP
40 ICN
,a0 %ca. klve ~p
1 0 tx,~o TO cce
e ODA
v

ACCESSION NR: !AP4033698
constant time interval (electrolysis time) switch K, was closed. In such a method
the galvanometer spot marked both the direct 'and the inverse instantaneous peak
currents which were recorded on the photographic paper.- Damping capacitors were
disconnected during measurements of Instantaneous peak currents. The reverse
instantaneous peak currents as a function of concentrations of different ions am
shown in Figure 2 of the enclosure. It is shown that revIrse. instantaneous peak
currents are much greater than direct peak currents, thus facilitating determination
of smaller concentrations. Orig. art. has: 6 figures and 1 table.
ASSOCLUION: UkrairLBkaya eel I skokhozyVetvennaya akadezmiya (Ukrainian Academy of
Agriculture)
SUMMED: 15~~3 ENCL: 02
SUB CODE: O-P No W SOV: 008 OME : 010
Card 2/4

.111 1 - 1-1 .. P,; ..
ACCESSION NRs AP4033698
p
I
RMCLOSURCt 01.
Fig. 1. The maln circmit for recording of reverse peak curreateb

APCESSICN NRI AP4033698
INCWSURES 02
0 3 6 9
Fig, 2. Reverse instantaneous peak currents of cadmium., leadp tine and thallium
an a function of concentratioa. Volume -- ID mij electrolysis time -- 15 see;
electrolysis potentials -- 1.6 Y for Zu 2 1.2 v for T1; -- 1.2 Y for Pb 2j
1.0 v for Cd.
Card 4/4

SKOBETS, Ye.M. [Skobetsl,, IE.M.]; IVASHCHENKO, L.M.; POVKHAN, M.F.
Polarography and oscillographic poilarography of er-fochrome
black T. Dop. AN URSR no.11:1491-1494 164. (MIPI 18:1)
1. Institut fiziologii rasteniy AN UkrSSR i Ukrainskaya
sellskokhozyaystvennaya akademiya. Predstavleno akademikom
AN UkrSSR Yu.K. Delimarskim [Delimarsikyi, IU.K.].

SKOBEM, Ye.M.; IVAIiHCHENKO, L.N.
Lete =.*nation of exchange magnesitm in the soil by the
polarographic method by means of er-Iochrome black T.
Rr. khim. zhur. 30 no.3:279-281 164. (MIFA 17:10)
1. UkrainskayA seV--kokho--yaystvennuyu akademiya.

SKOBETS, Ye.M.; KARNAUKHOV, A.I.; KAVE'1'3K!Y, N.S.
Une of inrush currents in Invernion pojarograFhy. lfkr. kbim.
zhur. 30 no.4:365-369 164. (MIPA 17:6)
1. Ukrainskaya sellskokhozyayst-vennaya akademiya.

I
E "t'IB"T" UKi A. I
I U
Use of sparirgly soluble uath~,di,-.
I r 2
J-nq-ly. lAr. khhl. zhur. 30 nc.7:~03 164
1. Ukrainokaya- o:-dena Trudavogc Kras-nogo 7r.rkm-~~nl
To Lvernaya akaderdya.

P 0 K
nation O~
a I ~,ete:nl
.P-ted 792-796 161.
r.0.8:
_t,4,rn. zh,,:r. 30
k
ar,ri In
' ' 3ko~'~ tver-,,aya akadeuJY:a*
ns CjzYays
'k a -, - m

IT 11611,1 I'luflulp'll": T
.RuN W, ...........

7
- - - -- - - -1JI
L 52286-65 EWT(M)/9M/T/BWF(t)/ EWP(b) 10(cY
t. 00 0,'
ACCESSION NR: AT5012079 UW25l3/65/QjA../000
#410184
'.2
AUTHOR: Skobets, Ye. M. Karnaukhov, A. L Kavets 1
TITLE:: ElectrolyUc concentratio ation
n of substances followed by"161.r J~;6jr m~W ~y
means of reverse surge currents
1965.~ UeUi
SOURCE: AN SSSR. Komissiya po analiticheskoy khjm11. T. ri lay 0 ; I .
kontsentrirovanlya veshchestv v analiticheskoy' khImh (Aletliddil'of. edni4en'tTatinc $ub~-!
stances in analytical chemistry), 179-184
TOPIC TAGS- electrolytic conceritratloii~ elcdltrochanliimi R'~1;4isls 01 iroyme u1j.40. dlr_
rent, polarography, lead determination, 56 (140kinim-
-71-7 1
ation
A
M e phenomp4on ip current'
ABSTRAG . The authors studLed. th
a e revoppi id
attempted to deteqnlne Its potenUal. w9es I-A P 'ragy r, su i3-!ctjr1venLS it solg~
tions of 1. 2 x 10 -1 M Pb (N03) 2, 6 x 10-4 DT TMO3 !I;! ~~'x lo-i"4.
CdC12 and Z11C12 In 0. 1 M KCI were retorded ~Y~ uteanns off allil to ti,'or,ecordZI~YA.-I
polarog,rapb. A spherical Bilver-an-talgam eldct-rode was enip 1~1~e revas'e glul.*gq
on to the dotyec' I ;alp
currunta of Cd, Pb, andANIn were studied In rilatli centr I oo of Lhoij i mel
In solution, to preliminary electrolyBIs in ~schtlona of NQ-~h ~j jq)vzb.'i~2~ "d 14 C12 01
Card 1/2 T I

SKOBETS, Ye.M.
Current-time curves on a silver amalpam electrode In oscillographic
polarography with a given sinusoidal voltage. Ukr. khim. zhur. 31
no.4:363-367 165. (MJRA 18:5)
1. Ukrainskaya selfskokhozyaystvennays. akademiya.

L 53920-65 EWT(m)/ENP(t)/g~P(b) IJPW
ACCESSION NR.- "5011423
AUTHOR: Slwbets, Ye. M.,'Karnauldiov, A. L
~ji
TITLE: Determination of microconcentraftofis of Cd(H), �bJ11), Wid Kno b~r the mei~'
of reverse surge currents
SOURCE: Ukrainskly khimicheskly zhurnal, Y., 3 1., no. 4, 1966,i 4, 8-4%1
TOPIC TAGS: microanalysis, cadmium: determination, lead detell" dn~toiijm
angantse
determination, reverse surge current, fnv~rafon ; lare I ,I,. I ~i, I i" .1,"';.
00 .. grqlhy
ABSTRACT: The method of reverse surge currents, used by conjunLItan 1
with inversion polarography, is based on the dischag6 of gWvW16.!cel14, torixted ln4itoe
course of preliminary electrolytic concentratton of Me metal 0i t~ wo., ng electtqe~
The discharge waB performed by shorteirculting the electraides.1 ~&eise cuire4,
thus produced was termed the surge current. The seimitivity ofjilie ni~,~od Is ra Wneal
I-L-f-a-~-high lually dedriasinq~pptentiaa. A
-4!i thp method of anodic disoolution with a grai
of the dependencii-of-reveriwourg-.-~reilts on the electrolyald ~Qtenaai for KmCi
e,
91 Till
solutions (6 x 10-4 mole) showed that the opti-rauti e -1.
dependence of reverse surge durrGnts on the concentrations of t4'21 "b ci~
found to be linear In the neighborhood of 10-7 mole/I, In orde~t6 dete"; the:ie' tani
LCard
1/2

L 53920-65
ILL.
ACCESSION NR: "5011423
when they are present together, the.electrolysis IS earried:out..~tl6e dt it;Ion ie 141
of the most positive ion, for example lead, and thb -reverse ~ surgal purr fit, is reco d..:
The electrolysis is then repeated at the depo:p1tion' potential of ni~~ band the 6- -
verse surge current Is recorded again. The difference in the v of' e currentsl eri
ables one to determine the content of manganese th the pre-senc e ore electi
6 6t th
9-e t At1jid me o I
positive lead Ions. The reaults are highly reproducible and indM h, th lc- 0
promising for determinations of ultramicroconcentrations. Orig~:art. il6s: 6 1, 1 j
figuliee
ASSOCIATION:Ukrainakaya sel1skokho?_YzYstvenM, Ya, ikaderaiygi 4t~kra~dtln,Acade
In]? 0
Agriculture)
SUBAWTED: 18Dec63 ENCL: 00: SUi 60DE.- GG
NO REP SOV, 008 OTHER- 607

SKOBETS, Ye.M.; CIERM, V.A.
Solid-phase reactiorw, In amperometric titration, Zav. lab. 31
no.8:937-939 165. (MIRA 18:9)
1. Ukratwskaya se1'skokhozp_tystvennayu akadomlya.

SKORLY, YO.V.
Late results in the treatment of cancer of the windible. Zdrav,
Bel. 7 no.10:42-44 0 161. (141HA 14: 1-1)
14 Iz oblastnogo onkologicheakogo dispansera v g.Vi:Leyke (glavnyy
vrach B.I.Matskovich).
(JAWS-CANCER)

SKOBEYEV, A.M. (Moskva)
On the theory of discharge waves. Prikl. mat. i mel-h. 26 no.6t
1059-1066 N-D 162. OMIA 16: 1)
(Elasticity) (Shock waves)

E, y
fin
,7:.- -~uvla.-tlc -od. )r! k L.
165

SKOBEM), D,A.
Moscow industries. Vopegeog, no*5168-75 161, (mul 14.-6)
(&scow- Indus triea)

ANDREYEV, B.I.; LEDOVSKIKII, S.I.; MALINO.VSKIY, E.P.; SAVC11ENKO,
N.A - SKOBEYEV D A TARANENKO, Ya.A.; SERGEYEVA, A.S.,
t
[Distribution of light industry of tho U.S.S.R.] Razmeshche-
nie otraslei legkoi promyshlennosti SSSR. Moskva , In-t narod-
nogo khoz., 1963. 136 p. (MIRA 16:9)
1. Prepodavateli kafedry ekonomicheskoy geografii Moskovskogo
instituta narodnogo khozyaystva im. G.V.Plekhanova (for all
except Sergeyeva).
(Russia--14anufactures) (Iri$Astries, Location of)

ANDREYEV, B.I.; VOHONTSOVA, A.N.; DANILOV, A.D.; KISTAVOV, V.V.;
KOSTEIZUKOV, V.M.; KUSHNER, A.I.; LEDOVSKIKH, S.T.;
LESNOV, 'MA.F.; 'KAL-1417OVSKILY, E.P.; MOSHKOVA , N.14I.; leTITIN,
G.I.; FASEEVIC V.I.; 1`2 ME 'UaAYA., D.M.; SW,1CEENKC, N.A.;
"'OBE-YEV, D.A. e
~
~;K ~d ceased]; LISOV, V.Ye., red.;
SAZANOVICH, N.K., red.
[Econordc regions of the Ekonomicheskie raiOWj
SSSR. Moskva, Ekonomika, 1965. 589 p. (1,11RA iP-: 6)
1. Moscow. Institut narodnogo kho--yaystva. 2. Kafedra
ekonomicheskoy geografii Moskovskogo instituta narodnogo
khazyaystva im. G.V.Plekhanova (for all excep-L Lisov,
5azanovich).

NAZAROV, V.I.; SKOBEYEV, I.K.
Investigating conditions of thickening ore pulps in an
upward flow. Trudy IPI no.18:16OL-172 163. (MIRA 17:6)

SKOBEYEVJ. I.K.
Multistage washing of pulps. Nauch. trudy IPI no.19:5-74
163) .
Use and calculation of filter thickeners for the thickening
and washing of pulps in the production of alumina. Ibid.:
75-102 (MIRA 17,46)

1. ".
~2,
" FrjbAVEr~Tf L t ;I I! CLE 'J I -,F -,I! L f I L- AT f "I i i~r .: ?,-- VL -..F" . " Sue i ': it:ti ~
,~ ~i .,, 1. t.. -- ('Co I .' F - 1. - Z CAL :;1:1 -:IiCC'-')
I : ; T ,, F : ~ i !i i ~ ii , A,,, A E7 :;,: I ul - - -ITAT 1 ~?J F'! I T~4r Sf-'.T'% f- i~' - - 1 11 -
: l,' I '!'~ -,

-,j=XM, I.K., doktor tekhnicheakikh nauk.
*Basic problems of ore pulp filtration.* Iz-r, AN SSSR. Otd.tekb.nauk. no.
3:490-491 Mr '53. (XLU 6;5)
1. Institut gornogo dela. (Ore dressing)

-41

W., Blidney K. T4 pfah4m a
y
Illy. i
Tmn A ~YAU
1. 1"50 104, 14q. no. 32l?, Ret. 7b. M411A 19 6~i
7111i papct contalon 1111JI) inectiowl, 1. Intrildlickm). 2.
Filviration, eq-twuli24 3. Perfuxipa=e of 111tavi. 44, 'ifie vip~l,, jif
filter 1. Ratf of r WWI 41f CCnlWklwA'Fi' (JU. paq
d
ollice i~( b 6.,
ii
d
~
l
v
cq~c ky
the ei
ecd~A,4i. a i
.r, an
,
perudit; film r1l. 1, 7. 116 J40
~dfvllcuii6 ill Oi- 4invy 0 A IJIF&
:
and ght canuumpdon 04 m -;I)i6i lh ~; ~4ui
tji
,
b'n 11 tean
filtem 9. The An3lAg C-f lakes
,
bylacegadon tit the (!qtiviorl bf ther plm"Ifli
tit li'l Iny.4
'
~
l tilcct
mesa of thn pCecipitt" on ktit

reladt~nships Were okidn~j (01! d'itermining III! qpllm~uq4
the layrr of preripItAte k4e) ~1 is give-1 thldhd,61
AR
V-
b(h
)
+
i
4
.2 icp

SKOBEYEV, I.K.
~,
Sulfide consumption capacity of cyanide. Trudy last.gar.dela no.2:
239-252 '55. (KLRA 9:3)
(Cyanide process) (Sulfides)

KISLYAKOV, [~-, irl Pavlovich; BOLISHAKOV, K.A., prof., dok-t., retienzent;
TS&'T , A.L., nrof . , dokt . . retsenzent ; ..qFPBFYEV, I.K.. prof ., dokt
retrPn7:i-nt; NADOLISKIY, A.P., kand.tekhn.nauk-, retsenzent;
SF.RIKG'I, A.P., kand.tekhn.nauk, retsenzent; B'ELTATFVSKATA,.L.V., re.4.;
XAMAYHYA~ O.M., red.izdatel'stva; ATTOPOVICH, M.K., teMin.red.
[Mi~ta!hri~~r of' rare metals] Motntlurgiin redkikh metallov. Moskva,
G,),i.fi~~ii(-Iirio-tektin.izd-7o lit-ry oo chernol i tgvetnol metallurgii,
;!12 1). (MIRA 11:1)
1. Kafpiirn ii(Arillurgil tsvetnykh metallov Irkutskogo gorno-
mot'ril I ir".L~heskogo instituta (for TSift, Skobeyev, Nadol'skiy,
Chlen-korresnondent AN Kazakhskoy SSR (for TSeft).
(Metn1s. Rare and minor-Metn1lurgy)

All
Pi
A% :1

PIAKSIN, Igor' Ilikolayevich; KAKOVSKIY, I.A., prof.doktor. retsenzent;
IWOKHLOV, V.R., kand.tekhn.nauk, retsenzent;
orof. odktor, retsenzent; VESSONOV, S.V., prof., dohor tekhn.
nauk, ratsenzent; M.AREUKOV, Yie.A., red.; ELIKID, L.M., red.
izd-va; VAYNSHNY11, Ye.B., takhn.red.
[11stallura of orecious metals] Netallurgiis blagorodnykh netallov.
Hoskva, Gos.nauchno-tekhn.izd-vo lit-ry po chernoi i tavetnoi metal-
lurgii, 1958t 366 p. (MIRA 11--7)
1. Chlen-1corresoondent Akademil nauk SSSR (for Plaknin). 2.
Irkutsl-iy gorno-metallurgicheakiy Institut, kafedre metallurgii
blagorodnykh metallov (for Khokhlov, Skobeyev). 3. Irkutskiy
gorna-metallurgicheshy institut k9fedre obogashcheniya poleznykh
iskopayemykh (for Bessonov)
(Precious metals--Hetalluri7)

SKOBEYEV, I.K.
"I", '--'
Isolating alumina from high-silicon aluminum ores of Eastern Siberia.
Trudy Vost.-Sib. fil. All SSSR no.13:255-262 '5R. (MIRA 12:12)
l.Irkutaki7 gorno-metallurgicheakiy- institut.
(Siberia, Eastern--Aluminum)

LODEYSHCHIKOV9 V.V.; SKOBZY9Vp I.K.; SMAGUNOV# V.N.
Chemical transformations of preciaus metals in oxidation
roasting and their Importance for the cyanidation process,
Izv. Sib. otd. AN SSSR no. 11:53-62 160. (MIRA 11,:1)
1. Irkutskiy gosudarstvennyy nauchno-issledovateltskiy institut
redkikh metallov.
(Precious metals--Metallurgy)

LODLYSHCHIKOV, V.V.; SK013EYEV, I.K.; KHRAMCHMX0, S.I.
Pyrite behavior in the process of roasting sulfide gold-bearing
concentrates. TSvet. met. 33 no-1004-51 0 16o. (MIRA 13:10)
(Gold ores) (Ore dressing)

S/081/62/000/022/063/068
B166/B144
AUTHORS: Skobeyev, 1. K., Podkopayov, N. V., Khabrov, M. F.
TITLE: Polyacryl amide and its coagulating effect
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 22, 1962, 467, abstract'
22P76 (Sb. nauchn. tr. Irkutskiy n.-i. in-t redk,-met.,
no. 9, 1961, 152-159)
TEXT: The ability of polyacryl amide to coagulate neutral, alkaline and
acidic ore pulps is studied. It is shown to be an efficient coagulant
for mineral dressing, separating and purifyin*g solutions and sewage, and
for the intensification of dehydration proceases. [Abstracter's note:
Complete translation.1
Card 1/1

MOROSTUKHRIA, 11. A.; RU14YUITSEV, Yu. V.; SKOBMV I. K.
j_
Volatility of metallic indium. Trudy Vost. Sib. fil. AN SSSR
no.41:67-71 '62. (MIRA 15-'10)
1. Vostochno-Sibirskiy filial Sibirskogo otdeleniya All SSSR.
(Indium) (vapor pressure)

RUMYANTSEVY Yu. V.; KHVOROSTUKHINA, N, A.; SKOBEYEV,_I,__K.
Interaction between metallic indium and sulfur anbydride. Trudy
Vost. Sib. fil. All SSSR no.4191-99 t62,
(MIRA 15:10)
1. Vostochno--Sibirskiy filial Sibirskogo otdelenlya AH SSSR,
(Indium-Metallurgy)
(Metals, Effect of temperature on)

SKOBEYEV, I. K.
Retreatment of unyielding gold-bearing Transbaikalia. ores. Trudy
Vost. Sib. fil. AN SSSR no.41:132-144 '62.
(MIRA 15: -10)
1. Irkutskiy politekhnichookiy institut.
(TransWkalia-Gold ores)

UVOROSTUHINA, if. A.; SKOBEYEV, I. K.
Pressure of the dissociation of indium sulfide, Trudy Vost. Sib.
fil. Alf SSSR no.41:72-77 162. (MMI 15: 10)
1. Vostochno-Sibirskiy filial Sibirskogo otdeleniya AN SSSR.
(Indium sulfide) (Dissociation)

KHVOROSTUKHINA,, N. A.; RUMYANTSEV, Yu_L+- ~OBEY~EV, ~,.K.
Thermal decomposition of indium sulfate. Tridy Vost. Sib. fil.
AN SSSR no.41:83-90 '62. (MIRA l 5. 10)
1. Vostochno-Sibirskiy filial Sibirskogo otdelaniya All SSSR.
(Indium sulfate) (Thermodynamics)

GLAZKOV, Ye. If.; SKOWLEV, I.K.
YLIncticn of the oxidation of sulfides in a fluidized bed. Trudy
Vost. Sib. f11. AINI SSSR no.41.'145-150 162. (MIRA 15:10)
1. Irkutskiy politekhnichaskiy institut.
(Sulfides-Metallurgy) (Fluidization)

UK~,AUISKIY, N.A., st. nauchn. sotr.; VIASnEVICH, IN.Ml.; LODEYSIICHIKOV,
V.V., kard. tokhn. nauk; prof., doktor tekhn.
nauk; STAYd-=-SV, I.S., kand. tekhn. nauk; KULIKOV, A.V.,
kand. tekhn. nauk; KULIKOVA, S.Ya., kand. geol.-miner. nauk;
FO FtelovsKly Y L.A.; ALEKSjWDROVA, N.N.; YEDOISKIY, A. 11. , st.
nauchn. sotr.; TROKSKAYA, Z.I.; 6ANDFI'OK, L.I., naucim. sotr.;
VERIGO, K.N.; TTWIKO, V.P., red.
(Gold mining industry in capitaliqt countrieo; technical and
economic -urveyj Zolotodobyvaiushchaia promysKlennost' kapita-
li-ticheskikh stran; tekhniko-ekonumicheskii obzor. Noskva,
1963. 337 p. (MIRA 17:6)
1. TSentrallnyy nauchno-issledovatellskly inotitut informatsii
i tekhniko-ekonamicheskikh issledovaniy tsvetnoy metallugii.
2. TSentrallnyy nauchno-issledovatellskiy Institut informatsii
i tekhniko-ekonor.,iclieskikh issledovaniy tsvetnoy metallurgii
(for Ukrainskiy, Yelanskiy, Verigo).

IqlVOROSTUHINA, N.A.; RIKIANTSEV, YU.V.; SK013EYEV) I...K.
The oxidation of indium sulfide ard its volat6ility in
pyrometallurgical processes. Trudy IPI no.18:145-155 163.
(MIRA 17-6)

NAZAROV, V.I.; SKOBEYEV, I.K.
Thickening of pulps in an upward flow with a suspended
filter. Nauch. trudy IPI no.19:103-120 163. (MIRA 17:6)

Z,

Vill "IGG FIL.I. , 1,. ; s Kc. Y11:1.1, . I ~ K I
I(J
:,.,,~~stirating Buryat A.S.S.R. fluor4zes for their abiLiLy .
undergo ore dressing. Tru~riy IPI no,20.329-~736 16-1,
(111RA iF:2)

Use of coagulating agents in the thickening of red
(Bayer) muds. Hauch. trudy IPI no.19:121-135 163,
Size of steel thickener tanks for the thiakening and
washing of pulps in the production of alumina. Ibid.-136,-
154
Some problens in the decomposition of aluminate solutions
and the separation of aluminum hydroxide for seeding. .
lbid.:155-183 (MIRA 1776)

NIKOLISKAYAP N.I.; SKOU*YEVP I.K.
Selective flotation of aluminum silicate minerals. Nauch.
trudy IPI no.19:184-200 163. (MIRA 17:6)

PODKOPAYEV, N.V.; SKOBEYEV, I.K.
Investigating the treatmert and processing of dinthene
and disthene-chloritoid sliales of the Lake Baikal region
for the recovery of alumina. Nauch. trudy IPI no.19:201-217
163. (MIRA 17:6)

SKOVEYEV, I. K.
Alumina recovery from low-grade baivites, Nauch. trudy IPI
no.19:218-228 163. (MIRA 17:6)
Processing of aluminum silicates for alurd.W by the
ammonium sulfate method. lbid.:229-234
(MIRA 17:6)

B7--C-UjjOV, A.!.~ SKOIEYEV, T-A.
11.1~d distribution In contsc-t plni dUring the bnking -f -elmffrim'
plrlctrolytic Gells'L~r ovPrh.-:vq (.urren-t application. TSvet.met. 38
no.303-60 Mr 165. (MIRA 18:6)