SCIENTIFIC ABSTRACT SOCHEVANOV, V.G. - SOCHINSKIY, A.A.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651910017-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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IOC-6. XLWTR0m?,-rjtjC MTERMINATION OF NICKEL AND COPPER.
(In Russian.) V. 0. Sochovanow. 2awndshav, 1AR114ralm in (Fac-
tory laboratory), Y. 14, Oct. 1948, p. 1255-1256.
-at
Critically analyses the method proscoded by S. K. Chirkova.
Indicates that only the ex= of the copper and nickel present way
:00 be determined by this method and tUt the basic problem of their
Lee
so direct det*minstion by on* test raisains as yet unsolved.
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i A I L . of TALiURGKAk Ut[WATtAt CLASSIFICATIC. C.Z-
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0 0 0 as a 0 0 0 a 0 a 0 0 0 0 a 0 0 0 0 0 0 6 0
0 0 41 0a 0 00010*0000*o* 0 go *go* **I

S-Q~ ~OVV.,G.; BAGOTSKIY, V.S., red.; a)GATIN, G.A., red.;
BABOCHKIN, tekhn. red.
(Galvanic cells] Gallyanichaskie elementy. Moskva, Gos-
energoizdat, 1951. 271 p. (MIRA 16:7)
(Electric batteries)

71A~Irlry V. G.
W'11~ho-l '-)r nrt--n-!~-;on oF st~-,,Ye sol.-,.,Ions of qorfluu- rnrl notf-,-;,3iu-rl zint-rites."
I !-. u
SO: Journ,-.~ of ~'zen-~ral Chemis' (Zhurnal Onshchel ~hirdi)t Viol ~'2 No

FEY10ERG, S.Tu.; ALIMjMN. I.P., professor, doktor, retsenzent; SOCHEVANOV,
V.G., kandidat khimichookikh nauk, retsenzent; TITOV, VX-~-ia-n4-i-d-'a't
khAmicheakikh nauk, retsenzent.
(Analysis of ores of non-ferrous metals] Analiz rad tsTetnykh
metallov. 2. ispr.i dop. izd. Moskva, Goo. nauchno-takhn. izd-TO
lit-ry po chernoi i tovetnoi metallurgii, 1953. 832 P. (KLRA 7:4)
(Assaying)

M M"

KRYUKOV, P.L.;- SOCHEVANOV, V.G.
Glass electrode for the mea3urement of pH. Gidrokhim.mat. no.22:
96-103 '54, (MLRA 7:11)
1. Gidrokhimicheskiy Institut Akademli nauk SSSR, Novocherkassk.
(Electrodes, Glass) (Hydrogen-ion concentration)

KNIPOVICH,Yu.N., redaktor; SOKOLOV.I.Yu., redaktor; _NMLARj&V..G
redaktor; TITOV,V.I., redaktor; SHM M NKOV,I.V.. redaktor
K010SKOVA,M.I., redaktor; PENIKOVA,S.A., tekhnicheskiy re-
daktor
[Chemical and physico-chemical methods of analyzing mineral
ores] Khimicheskie i fiziko-khimicheskie metody analiza mi-
nerallnogo syrlia. Moskva, Gos.nauchno.-tekhn. izd-vo lit-ry
po geologii i okhrane nedr, 1955. 191 P. (MLRA 9:4)
1. VBesoyuznoye soveshchaniye rabotnikov khimiko-analiticho-
skikh laboratoriv.
(Ores--Sampling and estimation)

Call Nr AF 1095038
AUTHOR: Sochevanov, V. G. (Supervisor), Volkova, G. A.,
--V-0-Rova, S. P., Martynova, L. T., PakhomoVa, K. S.,
Popova, T. P., Rozbianskaya, A. A., Rozovskaya, G. V.,
and- Shmakova, N. V.
TITIE: Methods of Chemical Analysis of Mineral Ores (Metody
khimicheskogo analiza minerallnogo syrlya); tFolarography
(Polyarografiya). Nr 2.
PUB. DATA., Gosudarstvennoye nauchno-tekhnicheskoye izdatel'stvo
literatury po geologii i okhrane nedr, Moscow, 1956,
100 PP., 5,000 copies.
ORIG. AGENCY: Vsesoyuznyy nauchno-issledovatell-skiy institut minerall-
nogo -8yi~-fy-a-(VIMS-)-Ministerstva, geologii i okhrany
nedr SSSR
EDITOR: Sochevanov, V. G.
PURPOSE: This is a manual for use in industrial laboratories of
agencies under the Ministry of Geology and Conservation
of Mineral Resources of the USSR.

Call Nr AF 1095038
Methods of Chemical Analysis of Mineral Ores (Cont.)
Card 3/11
Scientific Council of the VIMS, namely: G. A. Lanskly
Chairman) V. I. Titov (Vice-Chairman), V. X.Pensionerova
ecretaryl, S. K. Rusanov, V. M. Zvenigorodskaya,
N
vl,_-G_. Sochevanov, 1. V. Sorokin, L. I. Gerkhardt,
I. Yu. Sokolov, and I. V. Shmanenkov (Deputy Director of
VIMS, Science Division). It was found that the polaro-
graphic method for determination of a few per cent or of
traces of the constituents frequently excels orthodox
methods. The book gives instructions for the polaro-
graphic determination of copper, zinc, cadmium, lead,
tin, molybdenum, antimony, indium, and thallium in ores.
The polarographic method of analysis is discussed in
detail, the equipment is described, and lists of reagents
are given. Illustrations of electrolytic cells are
given on pp. 6,7,8, and 9. The institutions where the
polarographic methods were developed are mentioned in the
Table of Contents and in the description of the individual
procedures in the text. (Soviet scientists distinguish
two types of apparatus: 1. polarometers or "visual
polaro raphs", and, 2. recording polarographs.or "polaro-
graphs�.) An extensive bibliography is included. There
are 47 references of which 40 are USSR.

Call Nr AF 1095038
Methods of Chemical Analysis of Mineral Ores (Cont.)
TABLE OF CONTENTS
Pages
Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . 3
Apparatus and Procedures . . . . . . . . . . . . . . . . . . . . 5
Polarographic equipment . . . . . . . . . . . . . . . . . . 5
Electrolytic cells . . . . . . . . . . . . . . . . . . . . 6
Reference electrodes . . . . . . . . . . . . . . . . . . . 9
Preparation of a saturated calomel electrode (NKE) . . . . 9
Dropping Bg-microelectrode . . . . . . . . . .. . . . . . . 11
Calculation of the ion content to be determined from
polarographic data . . . . . . . . . . . . . . . ... . 14
Card 4/11

Call NP AF 1095038
Me.thods of Chemical Px-alysis of Mineral Ores (cont.)
Copper . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21
Simplified polarographic method of determination of
copper in ores . . . . . . . . . . . . . . . . . . . . . . 21
Polarographic determination of copper oxide and sulfide
in a single weighed sample . . . . . . . . . . . . . . . . 23
Zinc .
Simplified polarographic method for determination of zinc
in sulfide ores . . . . . . . . . . . . . . . . . . . . . . 25
Polarographic determination of zinc in ores containing
large amounts of copper . . . . . . . . * . . * . . s . . * 28
Determination of zinc after separation of copper by
precipitation on powdered metallic iron . . . . 4. 0 . . . . 28
Determination of zinc after(separation of copper by
precipitation on lead coil Method of the Kazakh Geological
Administration) . . . . . . . . . . . . . . . . . . . . . . 29
Card 5/11

Call Nr AF 1095038
Methods of Chemical Analysis of Mineral Ores (Cont.)
Copper and zinc . . . . . . . . . . . . . . . . . . . . . . . . . 32
Polarographic method for the determination of zinc and
copper in manganese-cont-a-Ining ores . . . . . . . . . . . . 32
Polarographic method of determination of copper and zinc
in ores (Method of the Kazakh Geological Administration). 38
PolarographIc determinatlon of lead oxide and lead sulfide
in a single sample (Method of the Kazakh and Krasnoyarsk
Geological Administrations) . . . . . . . . . . . . . . . . 56
Cadmium . . . . . . . . . . . . . . . . . . . . I. . 0 . . . . 39
Simplified polarographic method for the determination of
cadmium in sulfide ores . . 6 . . . . . . . . . . . . . . . 39
Polgrographic method for determination of cadmium in
oxidized ores . . . . . . . . . . . . . . . . . . . . . . . 41
Card 6/11

Call Nr AF .1095038
Methods of Chemical Analysis of Mineral ores (Cont.)
Folarographic method for determination of cadmium in
copper-containing ores (Method of the Kazakh Geological
Administration) . . . . . . . . . . . . . . . . . . . . . . 44
Cadmium and Zinc . . . . . . . . . . . . . . . . . . . . . . . . 46
Polarographic raethod for determination of cadmium and zinc
in ores containing not more than 0.1% copper (Method of the
Kazakh Geological Administration) . . . . . . . . . . . . . 46
Nickel and Zinc . . . . . . . . . . . . . . . . . . . . . . . . . 47
Polarographic method for determination of nickel and zinc
in ores (Method of the Ural Geological Administration). 47
Lead
Simplified polarographic method for determination of lead
in ores . . . . . . . . . . . . . . . . . . . . . . . . . . 50
Polarographic method for determination of lead in barium-
containing ores (Method of the Kazakh Geological
Administration) . . . . . . . . . . . . . . . . . . . . . . 53

Call Nr AF .1095038
Method of Chemical Analysis of Nineral.Ores (Cont.)
Polarographic determination of lead in ores containing
interfering elements with preliminary separation of
lead as chromate' . . * . * e a 9 * - * . * * 9 . * - - 54
Polarographic determination of lead oxide and lead sulfide
in a aingle sample (Method of the Kazakh and Krasnoyarsk
Geologica:L.Administrations) . . . . . . 0.0 0 0 1. . . . . 56.
Polarographic determination of lead in ores containing
acid-soluble tin 58
Polarographic method for determination of lead in
high-grade ores . . . . . . . . 0 4 a 0 9 0 0 a 61
Imead and Zinc . . . . . . . . . . . . . . &0 . 9 0 _. ~63
Polarographic method for determination of lead and zinc in
natlural waters (method of the A3.1-Union Scientific Research
Institute of Hydrogeology and Engineering Geology VSBGINGZO) 63.-
Card 8/11

Call Nr AF 1095038
Method of Chemical Analysis of Mineral Ores (Cont.)
Antimony . . . . . . . . . . . . . . . . . . . 0 * 9 0 a 0 . 0 a 81
Folarographic method for determination of antimony in
ores (Method of the Krasnoyarsk Geological Administration). 81
Indium
Rapid polarographic method for determination of indium in
sulfide ores (Method of the Iaboratory of Mineralogy and
Geochemistry of Rare Earth Metals, Academy of Sciences, USSR)85
Polarographic method for determination of indium in ores
and concentrates (Method of the Krasnoyarsk Geological
Administration) . . . . . . . . . . . . . 87
Thallium . . . . 89
Polarographic method for determination of thallium in
copper-free ores . . . . . . . . .'89
Gard 10/11

~, (_ (_ / t L-- ~ /4 / ~ L V - ~ - )-.
SOCHEVANOV, V.G.; SHMAKOVA, N.V.; VOLKOVA, G.A.
Conditions for precipitation of uranyl ferrocyanide in aqueous
solutions. Zhur.neorg.khim. 2 no.9:2049-2057 S '57. (MIRA 10:12)
(Precipitation Chemistry)) (Uranyl ferrocyanide)

PHASE I BOOK EXPLOITATION 846
U.S.S.R. Ministerstvo geologil I okhrany nedr
Metody opredleniya radioaktivnykh elementov v minerallnom syr1ye
(Methods of Determining Radioactive Elements in Mineral Raw
Materials) Moscow, Gosgeoltekhizdat, 1958. 68 P. 3,000 copies
printed.
Compilers; Sochevanov,._V.G. and Titov, V.I.; Ed.: Krasnova, N.E.
Tech. Ed. A-verki~eva, T.A.
PURPOSE: This book is for those engaged In geochemical prospecting
for radioactive ores.
COVERAGE: The chemical determination of radioactive substances in min-
erals and rock formations is described in this publication. Chemical
treatment of materials in preparation for radiometric analysis is
also included. The proposed methods are considered to be the most
Card 1/4

Methods of Determining Radioactive Elements (Cont.) 840
reliable for geochemical research. Methods are presented in the
form of separate procedure instructions with the inclusion of:
principle of the method, elimination of interfering factors,
application limits, necessary reagents, procedure of analysis.
Specifications for high purity reagents are given whenever neces-
sary. There is a bibliography with 26 references, 17 of which are
Soviet, 4 English, 3 German, 1 Czech, and 1 Swiss.
TABLE OF CONTENTS:
Preface
URANIUM
3
Titov, V.I., Volkov, I.I. Colorimetric Determination of Uranium
by the Trilon-Phosphate Method 4
Zvenigorodskaya, V.M., Rudina, L.P. Colorimetric Determination of
Uranium by Means of the Fluoride Method 12
Card 2/ 4

Methods of Determining Radioactive Elements (Cont.) 846
Zvenigorodskaya, V.M., Vasilevskaya, L.S., Deykina, T.V. Colori-
metric Determination of Uranium in Phosphorites 16
Brodskaya, V.M., Lanskoy, G.A., Soc Qvanov V.G. Photocolorimetric
Determination of Uranium in R-oc?ClIndirect Me'thod) 24
Vasillyev, P.I., Podvallnaya, R.L. Method of Luminescence for the
Determination of Uranium With Preliminary Separation by Means of
Titanium Phosphate 27
IONIUM
Bocharova,- A.P., Malyshev, V.I. Determination of the Ratio of
Ionium, Content to Uranium Content in Ores and Minerals 35
RADIUM
Sochevanov, V.G., Martynova, L.T. Method for Rapid Dissolution of
Card 3/4

.f4ethods of Determining Radioactive Elements (Cont.) W
Rock for the Determination of Radium and Thorium X by the
Emission Method 47
Chaykin, P.I., Gumbor, K.K., Zarezkina, A.K. Simplified Separation
of Radium Isotopes from Samples up to 3 g 50
Chaykin, P.I., Gumbor, K.K., Zarezkina, A.K. Separation of Radium
Isotopes from Samples From 3 to 20 g 51
THORIUM
Ostroymov, E.A., Astanina, A.A. Determination of Thorium by the
Weightand Colorimetric methods 54
Bibliography
AVAILABLE: Library of Congress
68
TM/nah
Card 4/4 12-10-58

5OCHHVAHQYs-Y~G-;~.VOIKOVA, G.A.; LYUDIMOVA, L.N.; MARTYNOVA, L.T.;
SHXAKOVA, N.V.; PANOVA, A.I., red.izd-va; PHRIKOVA, S.A.,
tekhn.red.
[methods of polarographic analysis of raw minerals; results of
a seminar conducted in 1956, in Sverdlovsk] Metody poliarografi-
chaskogo analiza minerallnogo syrlia; itogi seminara, provedennogo
v 1956 g. v Sverdlovske. Koskva, Gos.nauchno-tekhn.izd-vo lit-ry
po geol. i okhrane nedr, 196o. 161 p. (MIRA 13:12)
1. Russia (1923- U.S.S.R.) Kinisterstvo geologii i okhrany nedr.
2. Tsesoyuznyy inatitut minerallnogo syrIya (for Sochevenov,
Volkova, Martynova, Shmakova).
(Kines and mineral resources) (Polarography)

5.5210
'(77-93
SOV/75-15-1-15/29
AUTHORS: Sochevanov, V. G.
S~imakova,' V., Volkova, G. A.
TITLE: Tiie Effect of Some Ions on the Precipitation of
Uranyl Ferrocyanide From Aqueous Solutions
PERIODICALt Zhurnal analiticheskoy IchInill, 19060, Vol 15, Nr 1,
PP 77-83 (USSR)
ABSTRACT: Tn(Peffect of some Ions on the composition of
the precip1tate formed by the reaction of uranyl
ion with ferrocyanIde was studkc-d, usin-, amperometric
t1tratIon. Titration was conditcted In I M potassium
nitrate solution at pH 3.0 -5.0 and 40-600. According
to the effect on Liranyl ferrocyanide precipitation,
the investigated elements form the following groups.
CD
Ions wnich do not effect the composition of uranyl
+ + a- 2+ 3+ 3+ 3+
ierrocyanldf,: NHL, , Na , m. , Al , Cr , Ce
VO CrOj, and C1 ions which change the composition
3 r
Card 1/6

Ti-i E ~'fec t oQo?,,~e T(jjjs on the -Precip-I tat" on 7'-(753
of Uranyl Ferrocyanide F-rom. Aoueous Solut-Ions S OV/7 5 - 15 - 1 - 15/2 9
2+ 2+ 2 +
of uran7 7 Zn C u Pb
ferrocyanide:
3-L-
4+ 2- 3- 2-
Fe , Th ,M004 ,P04 , so4 The effect of copper
ions is shown in Table 1. Other results are shown
In Tab1cs 2 and 4. There are L", tables; and c.) refer-
eaces, I Swiss, 8 Soviet.
SUBIMITTED: May 9, 1959
2/6

Ticie
L L -- . , u,,,
- I ~ , 1 , ._~ ~ ~i i _.
~ r i t._1 I ~ ! ~ . 1 , - I( I , - " , - ~ ". ~ I f, 1, ~ .
( T 7
of Urawrl Is',- -qj 'u, I ut I o! 1.;

a b _1 e- ti,~_raticm uran
-'r,1
and coppep soluLlor-u3 ter-oc .
yanide. (a) Tak-en
OnillLm~-ilc.) ; (b) molal. va tic'; (c ) consumption of
K,,I-Pe(CIJ), (unillimoh!; (d) ni..olar ratio; (c) composition
oL tlihe sRlt corre;I-uondIn.i-- to ti-le 1,"ven rat-',.c,.
oi
cu /U(),

0 1

W, ;5
9

0,014,71 1 37
it o*1*2', 3A
1,37 1

lit: 1 0, 1 t75i 1 1.
1, 1.5 15: 1 1,55

10; 1,51
1
d ' '

Car
6
31 It
4): it I t 1, 1'.) 11
1

E ~ 'f,--
2,-)
A o i u ILI.J. i
Card 4/6
t itvat :'-c, ~;rar-
T b 1 2
p.oe-,er-,ce Al, Cr, and Ce . (a ) Tal-cen (mill-1-n!Ole
(b) rnolur ratio; ((!) cozistuniptic m; (d) r levnark,6,; (e~ J-s
:-he sza-rnc; (g) til-val I ng c~ut~veo
are dJ.;tLLi(-U; 1. cur, vos are nc)t
ti.trat-Ingr cu rve nr)I-I- quit-le d i:~tinc~
GL

,
AP+ M Cr + 411 i
0 1
o,10 1 0
0,50 5 0
O,o I 1 0 Do
o' or,
0 5 1 0:91)

o,Io o,ot 10 1 0,88
0,30 (1,01 3o I DO
.501 f Io
O'so o1
O 1)
S I
I , oo
1,00 :
I I I
00 1

The Effect of Some Ions on the Pveclplt~Ltioll 7775'
of Uranyl Ferrocyanide From Aqueous SolutIons sov/~75-15-1-15/29
Table 2. Continued from Card 4/6-
tcL i
0 01
1

0,05 5: 1
(),01 - 0101 1:1 85
0,02 - 0.01 .2:1 0,80
(),Am 0,01 3:1 0,80
U,()5 0,01 5:1 t).,qo
0,005 - 0:0,5 (c/
O,OtO - 0:1 (1- P
O.LK)1-15 0.01 0,25 A 8
0,0)50 O,Ot 0,5: 1 85 q
0,()10 'I'Ot t : 1 0:85
0,025 ),01 2 5: 1 0 90 1
0,050 5:0: 1 o: 95
Card 5/6

The Effect of' So:,rie lons on the.
of Uranyl Ferrocyanide From Aqueous Solutions S Ov/ 755, - 15 - 1 - 15/2
Table 4. Amperometric determination of uranium in
the Dresence ot' vanadate (a) Take VO 3 (mil-limole);
~b~ taken ... (c) ratio ... (millimole),
d consumptiotc... 1"or titration (mi); (e) is not
titratted; (f) the same.

CL
VO 1 0 uo: K.FOCNI, ma
il,0:1 11.010 8 1 0, 7.5
0: o2 (Y) o,ol(l 8 1 (1.811
+ 0.85
0,20 211: 015 27: 1 1,27

4),8o (1, 1 11
I
5 217 : 1 1,25
0, 0 0, W I I f).8() t
" 40. 1 0. S.
o. 01
.1
Card 6/6

5/032/60/026/04/07/046
B010/B006
AUTHORSs Sochevanov, V. G., Shmakova, N. V., Martynova, L. T., Volkova, G.A.
TITLEi The Analytical Characteristics of an Anion Exchanger of the Type
EDE-10P a2
PERIODICAL: Zavodskaya laboratoriya, 1960, Vol. 26, No. 4, Pp. 422 - 425
TEXTs The properties of an increased basic anion exchanger of the type EDE-10p
prepared in the USSR were investigated. The elution constants of the chlorides
of various elements were determined. It was found that the absorption of the
EDE-10p exchanger is similar to that of the strong base German exchanger of type
Wofatit L 150, so that the behavior of metal ions on the two exchangers may - to
a certain extent - be expected to be identical. The elements investigated (Table)
are divided into three groups, the nonabsorbable, the partly absorbable, and the
easily absorbable elements. The tests were carried out using the exchanger in the
01-form and working in acid solutions. As an example, the separation of lead and
zinc from a solution containing larger amounts of copper and iron is described.
There are 1 figure, 1 table, and 13 references, 6 of which are Soviet.
Card 1/1

SOCEIGANOVA, M.M.k-SOCHEYAROV, V.G.
Gomplexometric analysis of ferruginous carbonate rocks. Zav
lab. 26 no.5:543-545 160. (MMA 13:7)
1. Geologicheakiy inBtitUt Akademii nauk SSBR i Voesoyunyy
institut minerallnogo syriya.
(Iron ores-Analysis)

S/03~_/60/026/06/08/044
S's,400 B01O/B126
AUTHORSt Lyubimova, L. N., Sochevanov, V. G.
TITLE: Polarographic Determination of High Concentrations of
Elements
PERIODICAL: Zavodskaya laboratoriya, 1960, Vol. 26, No. 6, PP- 703 - 707
TEXT: A polarographic method of analyzing ore samples was devised, in
which the metal to be determined (Zn, Cd, Pb, Ni, and Cu) could be present
in the test solution in concentrations of from 0.005 to 0.25 M. Since the
resistivity of the mercury in the capillary disturbs the determination with
high concentrations, a special cell (Fig. 2) with low electric resistance
was built. Examinations of the dependence between the current and the con-
centration showed that with concentrations of 0.005 - 0.25 K Ilkovi(~Is
equation is valid. It was established that copper and zinc are more easily
determined from ammonium sulfate solutions (2 to 4 9/50 ml), and lead can
also be found in the same weighed sample. In order to depress the "maxima"
of copper and zinc, not only gelatins, but also two surface-active sub-
stances should be used, for example gelatine and methyl red. Copper is
Card 1/2

Polarographic Determination of High Concentrations S/032/60/'026/06/08/044
of Elements B010/j3126
determined at a polarization tension of 0.275 to 0.700 volts, and zinc at
1-0 to 1-5 volts- If lead is present, it is precipitated as lead sulfate,
separated, and polarographized as acetate at pH -6 with the addition of
gelatine. A comparative table shows that results of the same accuracy are
obtained with the described method as with chemical methods. D.P. Shcherbov
and I. I. Sagalovich are mentioned. There are 4 figures, 1 table, and
4 referencest 3 Soviet and 1 French.
ASSOCIATION: Vsesoyuznyy nauchno-issledovatel'skiy institut minerallnogo
syrtya (All-Union Scientific Research Institute for Raw
Minerals)
Card 2/2

MIkRTYNOVA. L.T., :;OCHEVANOV. V.G.
Polarographic determination of cadmium in ores. Zav.lab.
26 no.7:792-793 160. (MM& 13:7)
1. Vaesoyaznyy institut mineralinogo syrlya.
(Cadmium-Analysis)

ZHELEZNOVA, Ye.I.;-SOCIMMOV-,X.Q~ TITOV, V.I.; DERZHAVINA, N.G., red.
izd-va; IYERUSAL12-ISKAYA, Ye:~~-., tekhn. red.
[Methods for the determination of radioactive elements in
minerals] Metody opredeleniia radioaktivnykh elementov v
minerallnom syr1e. Sost. B.I.Zheleznova, V.G.Sochevano-V, V.I.
Titov, Izd.2., dop. i perer. Moskva, Gos. nauchno-tekhn. izd-
vo lit-ry po geol. i okhrane nedr, 1961. 147 p. (KIRA 14:10)
(Minerals) (Radioactive substances)

BROD"AYA., V.M.; IANSKOY, G.A.; SOCHEVPJIOV, V.G.
Interference of vanadium in the determination of uranium by means
of-hydrosulfite-phosphate titrimetric and photometric methods.
Zhur.anal.khim. 16 no,2:185-190 Mi,%,tAp 161. (MIRA 14:5)
(Uranium-Aimaisis)
(Vansdium)

SOCHEVA1,101, V.G.; SHIRAKOVA, N.V.; MARTYNOVA, L.T.; VOLKOVA, G.A.
Increased sensitivity of the polarographic determination of
uranium in the presence of vanadium and phosphate iono, Aure
anaL.khim.16 no.3:362-363 MY-Je 161. (MIRA 24:6)
(Uranium--Analysis)
(Polarography)

LYUBD4CYVA, L,11.,- SOCHEVANOV ~V.G
Determination of uraniumiln uranling in ores and minerals b7 the
polarographic method. Radiokhimiia-4 no.6:701-706 162.
(MIRA 16-.1)
(Uranium-4nalysis) (Polarography)

S/032/62/028/001/001/017
B125~B138
AUTHORSj Lyubimova, L. N., and Sochevanov, V. G.
TITLE: Determination of titanium and iron in titanium-zirconium
and iron ores and -concentrates by the polarographic method
PERIODICAL: Zavodskaya laboratoriya, v. 28, no. 1, 1962, 15-17
TEXTs A method is suggested for the determination Pf high titanium and
iron concentrations against a background of 5M H 3P04 and 1M H 2so 4' The
procedure for determining the optimum composition of the sulfuric acid-
phosphoric acid background has already been described (V. G. Sochevanov,
Zhurnal obshchey khimii, 22, 1073 (1952)) in a study of the stability of
zincate solutions. Solutions of this acidity with a maximum titanium
concentration of 1 - 1.5 mg/ml, which are stable for several days, were
also found suitable for determining iron. At titanium and iron concentra.7
tions between 1.5-10- 3 and 2.5-10- 2M the amperage was linearly dependent
on concentration. Titanium and iron can be determined with suf-ficient
accuracy also at concentrations of 10 and 511. The substances
Card 1/2

S/032/62/028/001/001/017
Determination of titanium and iron .. B125/B138
Sn(II), Cu, As (III), Sb(III), Bi, U(IV), Mo(IV'V'VI)' V(V), Cd(II) which
were formed besides titanium and iron in an acid solution as well as some
other substances, disturb the polarographic determination of titanium and
iron, The elements zirconium, niobium and tantalum frequently occurring
together with titanium have no disturbing effect. The analysis is fully
described. Samples of titanium-zirconium ores and concentrates of up to
95% TO2 and up to 60% Pe20 3were analyzed volumetrically and polaro-
graphically. The maximum determination error for TiO2 is -1.3%, for
Fe203 is +5~ ea. There are 1 figure, 1 table, and 5 Soviet references.
ASSOCIATION: Vsesoyuznyy institut minerallnogo syr1ya (All-Union
Scientific Research Institute of Mineral Raw Materials)
Card 2/2

SOCHEVANOV, V.G.
Effect of pH on the selectivity of complexometric analysis. Zav.lab.
29 no.5:531-536 163. (MM 16-..,)
1. Vsesoyuznyy nauchno-issledovatel'skiy institut minerallnogo
syrtya.
(Complexons) (Hydrogen-ion concentration)

L 63577-65-- !JP(c) JD
NR: AP5012490 .7- b/o- ~/65/031/605/6541/9545
03
546.289 543.253
'AUTHORS: Volkova, G. A.; Sochevanov, V. G.
Polarographic determination of Germanium in ores and~concentrates
SOURGE: Zavodskaya. laboratoriya, v. 31, no. 5, 1965, 541-543
~TCPIC T&GS: polarographic analysisy grrmanium, distillation, carbonate/ Complexon
ABSTRA-CT: A method is proposed for determining ge=anium by a combination of
germaniun distillation and final polaxog-raphic analysis in a solution containin_P a
:mixture of carbonate, bicarbonate, and Complexon III. Best results are obtained at
,a pH of 8-9. The method is applicable to analysis of ores end concentrates with Ge
contents ranging from hundredths of a percent to 20,~;. The Ge-bearing sample is
laced in a flask to which H PO I MTO , and H SO are added, and is boiled under a
.P 3 4 3 2 4
!giass cover for 5-10 minutes. The cover is removed, and heating is maintained until:.,
~.Cumes of H SO appear. Potassium permang-anate is added to the cooled flask, which
2 4
:is attached to a distilling apparatus. At the condenser end a flask is placed in
;which NaOH, Complexon !III sodium sulfate, phenophthalein, and water have been ed.
~Card

L 634577-65
ACCESSION ITR; AP5012490
This end of the condenser must be submerged in an alkaline solution., HC1 is added
with a jet of air or hydrogen, and the vapor neutralizes the alkaline solution.
:Several drops of caustic soda are added until the color becomes rosy, then a drop.or.
two of HC1 is added, the color almost disapbearing, and the carbonate mi-xibure is
.added. This is followed by distilled water, and the mixture is shaken. 12ter 10-
,15 minutes, polarographic, analysis is made. Samples with Ge content ranging down to'
0.000375Fi~ have been measured and com d
pare -with the colorimetric method.- Variation
:in results ranges from 0.1575 to O.W. Orig.-art. has: 2 figures and I table.
,ASSOCIATION: none
1SUBMTED: 00 ENCLi 00 SUB CODE: GC,
NO REF SOV: 003 OTHM: 00
Card 2

SOC&,'VANOVA, M.M.; SOCIEVANGV) V.G.
Theory for the use of complexons in the analysis of polymetallic
systems. Zav. lab. 31 no.9tlO58-1062 165. (MIRA 18:10)
1. Institut goologichaskikh nauk AN SSSR i Vsesoyuznyy insf,'Ltub
mimerallnogo syrlya.

SOCjaVANOV, V. Ye.. Physician Cand. Med. Sci.
Dissertation: "Physiotherapy of Psychic Diseases."
1119150
Second Moscow State Medical Inst. imeni.
1. V. Stalin
so Vecheryaya Moskva
Surn 71

A' VIP MU 41i 3MU~
VA)
81'~Tss of-R-DTA (dfgodl~ salli for the rapid
detftlit"Lion ot Calefurn and MAZUeSiPla m e-
__ft,,Ud doloml . Al. SOchPva 0 . (LnSt.
&o iscl,"
21 (5). 639-532-I'lie sample (0-6 g) of saicate or
carbonatt'~is boiled with dil. ficl. tile liol"tIon "I
filtered, ir~ated with Nil CI and methyl rcId
indicator. ind the hydroxiJes art' pptd. ~y tile
addition oS,aq. Nil, to the hot solution- After
~.filtration tlWli5ktion is made up to 250'm1 in a
~mfibrated lask,%," 'A, portion (60 ml) is - d ith '\' -I
MIXe %%'I
50ml of wa%er:iAml of a buffer solution (2Og of
NH,Ct dinwlv~4 in a small amount of lvater, mixcd
with 100 nil of 25 per cent. aq. Ni,, and Made up
to I litre) and titrattEd with 0- 1 JV EDTA Idisodium
salt) in the usdal,%-ay; the amqunt useLfcorrUspAmcls
to the total Ca + Mg. In another portion (100 ml)
Ca is pptd. as oxalate and tile Mg is titrated with
EDTA (disodium salt) in the usual way.
G. S. SsisTit
T

C~7 1//+ 0;.14 /11.
Its R's method of its
?vi 01OPe.SVIII (A- Sa. Acad.
11, 21 ff-~2
Mi 01 ca to pajjuct~a rcdoitorctf
irtxi(Te7e.icti; wi
1A t ter cin abluti Mill- t lie ca. 1111t3,niting tile it I ad 11 yA -colonA
rexWe hiv;e. ThL littatioa,J~i ciltri,!kl wi( in ;in alk"',
eli nu. ,,io, tamitiull ~Calrn nt tile cquivilirn
,int antl k slLirp. 'QIc metbod perwits ildn. of Ca hi the
rcf4tuce at Mg. A suriple procedure for nyuthcMzIrz of

SOCHIVANOVA, M.M., SOCE3VANOV. V.G.
Complexometric analysis of ferruginouB carbonate rocks. Zav.
lab. 26 no.5:543-545 160. (MMA 13:7)
1. Geologicheakiy institut Akademii nauk SSSR i Vaesoywn"
institut minerallnogo syrtya.
(Iron ores-AnalyBig)

S/032/63/029/002/003/028
B1O1/B166
AUTHOR: Sochevanova, M. 11.
TITLE: Use of complexometry to analyze silicate minerals
PERIODICAL; Zavodskaya laboratoriya, v. 29, no. 2, 1963, 143 - 146
TEXT: A rapid method of analyzing silicate minerals is proposed. The
sample is fused with soda, the silicic acid precipitated with gelatin and
determined gravimetrically. The sesquioxides are precipitated with uro-
tropin. The precipitate is dissolved in HC1, Fe is either complexometri-
cally determined with sulfo3alicylic acid, or the sum of Fe + Al + Ti is
titrated with complexone, then Al and..Ti are removed with fluoride from the.
complex, titrated with xylenol orange, and Pe is determined from the
difference. Ti is colorimetrically determined in an aliquot part of the
solution with ascorbic acid or H202. In the filtrate of the urotropin
precipitate, Ca is determined in an aliquot part with murexide or fluorexane,
in another the sum of Ca, Yg, and I-An is determined with chromogen black
ET-00 or beryllon II IREA, in a third part Mn is colorimetrically deter-
mined with formaldoxime. A comparison of analyses of eruptive rocks made
Card 1/2

S/032/63/029/002/003/028
Use of complexometry to ... B101/Bia6
by the classical and by the rapid method shows good agreement. The rapid
method takes 30 - 50 ~'O of the time required for the classical methocL. There
are 2 tables.
ASSOCIATIONi Geologioheskiy inetitut Akademii nauk SSSR (Institute of
Geology of the Academy of Sciences USSR)
Card 2/2

SOCiEVANOVA, M.M.; SOCHEVANOV, V.G.
Theory for the use of complexons in the ama,'Iysis of polymetallic
systems. Zav. lab. 31 no.9:1058-1062 '65. 18:10)
1. Inatitut geologicheskikh nauk AN SSSR i Vsesoyuznyy inslit-ub
mimerallnogo oyrlya.

': C:i~ -----,-- 1 .
Dissprtation : --l'-d'ir-tnan (Fconc-micogeograph-ic Featuuz-es)." Cand Geog Scl,
Tn,,-t of Cjfcf~rnnhy, Aend Sci USSR, 31 Jun 54. (Vechernveya ~:oskva, leloscow, 2 Jun 54)
SO: Sum -1p, ..3 Dec. 19.54

SOCHKVKO, G.G.
Agriculture in Vietnam and its distribution. Trudy Inst.geog.
no. 59:122-147 154. (MLRA 8:5)
(Vietnam--Agriculture) (Agriculture--Vietnam)

~f-'
SOCHF.VKO, G.; TIKHOMIROV, V.P., otvatetvennyy redaktor- KOSTINSKIY, D.N.,
-~- f
-~' ~re'-&tor; NOGIZA, N.I., tel:hnicheakiy redaktor.
[Vietnam, Cambodia, Lwsj V14stnam, Xambodzha, Laos. Moskva, Gan.
12d-vo geogr.lit-ry, 1957. 30 P. (MIAL 10:4)
(Indochina)

SOCENKO, Glob Grigorlyevich; ZABIROV, B.Sh., red.; PANOCHKINA, N.S.,
G.N., red.kart; KOSHELEVA, S.K,,
tekhn.red.
(Vietnam] Vetnam. Moskva, Gos.izd-vo geogr.lit-ry, 1959.
148 p. (MIRA 12:12)
(Vietnam-Econo-mic conditions)

SOV/81-59-16-58516
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 16, p 412 (USSR)
AUTHORS: Lipovskaya, K.S., Voznesenskaya, Ye.V., Sochevko, T.I.
TITLE: The Investigation of Paraffin From Zhirnov Petroleum
PERIODICAL: Tr. Vses. n.-i. in-t po pererabotke nefti i gaza i polucheniyu iskusstv.
zhidk. topliva, 1958, Nr 7, PP 318-328
ABSTRACT: Samples of paraffin (P) with a m. P. of 550C were investigated which had
been separated from the refined distillate of the autol fraction of Zhir-
nov petroleum, and of low-melting paraffin (LP) with a m. p. of 360C
separated from the filtrate after deoiling of P. P and LP were devided
into fractions by means of complex-formation with urea and adsorption on
silioa-gel and activated coal. The obtained fractions were analyzed by
physical-rchemical methods. It has been found that P contains M 87 n-
paraffins, 12.4 isoparaffins and 0.6 monocyclic aromatic hydrocarbons (AH)
with a small admixture of bicyclic AH; LP consists of 48.2 n-paraffins,
1.8 monocyclic AH and 50 of a concentrate of naphthene hydrocarbons.
Spectral analysis of P, LP and the fractions confirmed the small content
of AH in them.
Card V1 A. Ravikovich.

VUNBSENSICHA. Ye.Y.; SHAKHSUVAROVA, G.V.; $OCHEVKO, T. I.
Solubilit-~, of paraffins from Tuymazy petroleum In solvents used
for dewaxing and oil removal. Trudy VNII NP n0-7:339-344 158.
(MIRA 12:10)
(Paraffins). (Solubility)

L 390h-& EWT(m)P?-PF(c)/EWP(j)/T DJ/M
ACCESSION NR: AP5023506 UR/0318/65/000/008/0027/0030
665-~21.4.061.54:678.049
AUTHOR: Alekperov, K. A.; Kusov, A. B.7, Lukasbevicb I. P.; Spchp-_vko T I.~
TITLE: Resin mixture plasticizer made of extracts from selective purification
of
petroleum lubricating oils
SOURCE: Neftepererabotka i neftekhimiya, no. 8, 1965, 27-30
TOPIC TAGS: plasticizer, butadiene styrene rubber, synthetic rubber
ABSTRACT: Applicability of 340-4000, 400-4500, and 450-5000C fractions, of the
pi,epurified distillate extract, their mixtures',eAd their blends with vacuum dis-
tillation residue as plas'ticizerltor resin mixturei based on non-
.pbove 5000C)
plasticized SKS-30Pbutadiene-styrene rubbermas studied. The individual fractions
and the residue were obtained by vacuum distlillation of phenol- and furfurol. ex-
tracts from distillate. The distillate extract was a product of the NPZ plant-at
Omsk. The object of this study was to develop a substitute for the PH-6 residual-
extract (vacuum distillation residue--above 5000C).,and to assure a,,Compliance of
the substitute with the VTU 71-61 technical Stan's for the PH-61-%xtract. The
base non-plasticized resin was prepE;id r-oIlIn-gthe followTa-gmixture (in weighf
Card 1/3

L 39o4-66
ACCESSION NR.- AP5023506
units): SKS-30 rubber--100, stearic. acid-_2.0, zinc oxide--5.0, channel gas black-
50, Altax--0.6, diphenylquanidine--0.75, and sulfur--2.0. After rolling the mix-
ture was vulcanized for 10-80 min at 143 t 10C. It was found that mixtures of
narrow fractions of distillate extract with distillation residue can be used as
plasticizer substitute for butadiene-styrene rubber. The effect of plasticizer
substitute viscosity on tensile strength of SKS-30 vulcanized 1-&ber (content of
the channel gas black is 50 wt %, content of the softener is 20 wt %) is shown in
fig. I of the Enclosure. Thq strength of the vulcanized rubber increases with in-
-easing content of heavy aromatics and tar in the plasticizer. Orig. art.
i has:
c
I figure, 2 tables.
ASSOCIATION:- LTI im. Lensoveta: MINKh i GP in. I. H.'Gubkina
SUBMITTED: 00
NO REF SOV: 007
Card 2/3
ENCL: 01
OTHER: 005
SUB CODE: HT, FP
4

SOCHILIN, B.G.; BLYUKIMAN, L.S.; YERONANKOV.,j. Ye.j.; AZAROV, E.K.,
red.; SHERMUSHMMO, T.A., tekhn.red.
[Transition of Leningrad enterprises to a shorter workday]
Opyt perekhoda leningradakikh predprJistii na sokrashchennyi
rabochii den'. Leningrad, Lenizdat. 1960. 69 p. (MIRA 13:?)
(Leningrad-Hours of labor)

SC)Cj-'.-,!,TN, l3ori5 Georgiye-oich; ILEEPIN, red,
!rL%reny enterl~rise snould a Ler=anent --azo:- forca7
Kazhdo,-ru predpriiat-ilu - stab-i'-'nye kad~. Leniingraa ,
Lerdzdat'. 196z". 615 p. (MIRA 18!4)

SOCHILIN, B.~77
Pledges of Leningrad people and vays to carry them out. Sotetrud 6
no-3:95-102 Mr 161. (MIRA 14:3)
1. Nachallnik otdela truda, zarabotnoy platy i rabochikh kadrov
soveta narodnogo khozyaystva. Leningradskogo skancoicbeakogo
administrativnogo rayona..,- - . .
(Leningrad Economic Regics-Sociallst competition)
(Leningrad Eronomic it-gion-Indubtries)

YI-JUXIOLAYEV, A.%H~; SOGHFLIN, G.B.
Gound ntate , Vo-electron atoms and ions. Dokl. AN SSSR
155 no. 5:1050-1053 Ap 16/#. (MIRA 17:5)
1. Lenlzigradskiy gosudarstvennyy universitet im. A.A.Zhdanova
t~
i Leningradskoye otdelen-iye Natetf~aticheskogo instituta im. V.I.
Steklova AN S"OSR. Predstavleno akademikom V.A.Fokom.

ACCESSION NR: AT4041509 S/2910/63/003/01-/0167/0174
AUTHOR: Yermolayev, A. M. , Sochilin, G. B.
TITLE: An exact variational method for computation of the S-states in atoms with two
electrong
SOURCE! AN LMSR. Litovskly fizicheskiy sbornik, v. 3, no. 1-2, 1963, 167-174
TOPIC TAGS: 5 -niate, variational computation method, electron configuration, two
um.
electron atom, wave function, Hylleraas equatLon, variational wave function, helt
ABSTRACT: The variational method is based on Fock's Investigation of the flylleraas
equation (Izv, A N S R9SR, 18, 161, 1954), a nonrelativistic wave equation for a two-eleptron
atom with infipitely heavy nucleus whose charge is Z.' The variational wave function *V
is chosen to be an analytic expression containing variable parameters. This function is,
chosen so that It represents the behavior of the exact wave function at the potential energy
singularitien and approaches the same asymptote at infinity. The coefficients of the ex-
ponential terms In the wave function expression are then decomposed Into Fock's series.
Each term of this series is a solution of a certain system of coupled equations on a four-
dimensional sphere. The highest term can be determined exactly but the terms of lowe'r
order must be obtained from an approximate solution. -The resulting variational wave
1/2
rd

ACCESSION NR: AT4041509
function contains arbitrary coefficients of a linear combination of 4-dimensional spherical
ifunctions of order n = 1, 2, N + 1 and accounts for those terms of the Fock's series
which describe the behavior of the exact wave function in the vicinity of potential energy
singularity. By introduction of auxiliary arbitrary coefficients, the total number of coef-
ficients to be determined is decreased without changing the characteristics of the wave
I function. The standard Ritz procedure Is used to obtain the final solution. An example in
which the S stata of the helium atom is computed is given. The variational wave function 'N
has 30 coefficients and gives a value of energy which could be obtained from a 40-parameter;
Kinoshita function (T. Kinoshita: Phys. Rev. 105, 1490, 1957 and 115, 366, 1959). The
method, as presented in the paper, applies only to two-electron systems in S-states but can
be generalized for multi-electron systems. Orig. art. has: 19 equations and Vtable.
ASSOCIATION: Leningradskiy gasudarstveriny*y universitet im. Zhdanova (Leningrad
State University); Leningradskoye otdeleniye Matemat7icheskogo inatituta im. Steklova
(Leningrad Branch of the Stekloir Mathematical Institute)
SUBMITTED: 00 ENCL: 00
SUB CODE: NP NO REF SOV: 003 OTHER: 002
2/2
~c

f
ACCESSION NR: AP4034536 S/0020/64/155/005/1050/M53
AUMOR: Yermolayev, A. M.; Sochilin., G. B.
'TITLE: Ground State of Two-electron Atoms and Ions
SOM, CE: AN SSSR. Doklady-*,, v. 155, no. 5, 1964, 100-1053
~TOPIIC TAGS: ground atomic state, two electron atom, two electron ion,,Sstate'O
;wave function.. numerical computation, quaatum mechanics
!ABSTRACT: V. A. Fock (Izv. AN SSSR, ser. fiz. 18, 161 (1954)) has given a
ricorous method for analysis of the S-state in the vicinity of the singular
points. The present authors apply his method for numerical computation of the
!ground state of H ~, Be: U+1* Be+,&, Be.*3: 0*6 and Net%. The expansions used con-
verge rapidly (they have about 30 parameters~. The numerical computations were
macle with the BECM-2 computer of the computer Center-of the leniagrad Division of
AN SSSR. "The authors are grateful to acad.
1;the Mathematical Institute
V. A. Fock for discussions and comments, and to Yu. N* Demkoy for discussions."
iOrig. art. has: no figures, 4 equations,, 2 tables.
Cam
1/2
----------------

I ;lAccEssim NR: AP4034536
I ~!ASSOGIATION: Leningradskiy gosudarstvenny*y universitet im. A. A. Zhdanova
.(!,-ningrad State University); Leningradskoye otdeleniye Matematicheskogo instituta
!im V. A. Steklova Aka&emii Nauk SSSR (Ieningrad Division of the Mathematical
Sciences, SSSR)
t
Institute Academy of
t ISUEZUTIED: ZMoY63 DATE ACq: 1-IMay(A ENCL: 00
ISUB CODE: NP NO FM SOV 003 OEM: OOT
CL,
/2

USSR/Chemistry Halogeno-organic comp('-,,L~Ws FD-2
Card 1/1 Pub. 50 - 3/20
Authors : Sochilin, Ye. G., Cand Chem. Sci; Kaluzhskiy, A. A.
Title : Production of chloroacetic acid by the oxidation of ethy-
iene chlorohydrin
Periodical : Khim. prom. No 5, 285-287, Jul-Aug 1955
Abstract : In view of the fact that production of chloroacetic acid
(which can be converted to fluoroacetic acid for rodenti-
cides and Is used in the synthesis of dyestuffs and drugs)
is too exDensive and complex when acetylene is used as a
starting material, recommend that ethylene chiorchydrin de-
rived from petroleum gas ethylene be oxidized to chloroacetic
acid with nitric acid. State that they obtained an 834, yield
of chloroacetic acid with the use of this procedure. Five
references; 2 USSR, none prior to 1940.
Institution Leningrad Order of the Labor Red Banner Technological Insti-
tute imeni Lensovet

L7 7, zn d
2 0

7 T' .1
VJ
t-lo'l:; V
ly I!,-

SOCHILINA, A.S.
-N
,w
Ephemeris
for 1958.
of Du-Toit-Neujmin-Delport's comet (1941 VII)
Biul.Inst.teor.astron. 6 no.9:671-674 '58.
(MIR,h 13:3)
(Comets--1941)

SIRAkKOVA, 14.Ya.; SOCHILINA, A.S.
VVI-.44*WAAM~
Approximate determination of the circular orbit of an astroid.
Biul.Inst.teor.astron.' 7 no.1:72-75 '58. (Wa 13:4)
'(Planets. Minor--Orbits)

SHMAKOVA, ?I.Ya.; SOCHILIZIA, A.S.
Elements of elliptic and circular orbits of unnumbered-minor
planets. Biul.Inst.toor.astron. 7 no-1:76-77 15F,
(MULF, 13:10
(Planets. Minor--Orbits)

69849
L/ 00 SO-V/35-59-9-6931
Translation from: Referativnyy zhurral, Astronomiya. i Geodeziya, 1959, Nr 9, p 9 (USSR)
AUTHOR: Sochilina,_A.S.
TITLE: on the Accumulation of Errors During Numerical Integration in Certain
Problems of Celestial Mechanics
PERIODICAL: Byul. in-ta teor. astron. AS USSR, 1959, Vol 7, Nr 4, pp 281 - 286
(Engi. r6sum&)
ABSTRACT: V.F. Myachin has derived formulae (Ref 6930) for evaluating the accumula-
tion of rounding errors during the numerical integration of the equations
of motion in the two-body problem. If the integration of the equations
of motion of the planet is started from perihelion, then, neglecting the
effect of eccentricity, the formulae for the evaluation of the error at
the 91 step of integration can be reduced to the following form (with
k >- 200): 'Z_(') 70.3 P k"/2,
k
(2) 3 ~ k 3/2
k
Card 1/2 where ? is the maximum rounding error in the calculation of the right

69849
SOV/35-59-9-6931
On the Accumulation of Errors During Numerical Integration in Certain Problems of
Celestial Mechanics
hand sides of the equations at each step, and the upper index is the number of co-
ordinates (x, y, z) . In order to check the formulae, special examples were examined,
1) The problem was solved of plane unperturbed motion with various initial data
selected in such a way that there are exactly a hundred steps per one revolution. The
results of the integration were compared with the values derived from formulae of
elliptic motion, and their difference was taken to be the pure accumulation of rounding
errors. 2) The coordinates of Jupiter, Saturn, and Uranus obtained by D.K. Kulikov
during the integration of the equations of the VIII satellite of Jupiter for the period
from 1930 to 1965 were compared with the coordinates of the same planets taken from the
Astronomical Papers 1951, Vol 12. As a result of the study of these examples, it was
found that the evaluation according to Myachin's formulae reflected the fluctuating
character of the error and gave a slight overestimation (less than by 10 times). After
1,000 steps of integration, vanishe not over five digits on account of rounding erros.
So Myachin's formulae are fully adequate for practical use.
S.G. Mak-over
Card 2/2

fIftTIDIKOVt Yu4V.i 50CHIIIIIiAf A.S.
Motion of the rdcket carrier of the third Soviet artificial
earth satellite (1958a111) and the magaittde of the oblateness
of the earth. Biul. sta. opt. nabl. isk. sput. Zem. no. 7:6-
12 i6o. (MIRA 14:2)
1 00 1.'Institut teoreticheskoy astronomii AN SSSR.
(Artificial satellites-Tracking)

S/035/62/000/007/008/083
A0O1/A1O1
AUTHOR: Sochilina, A. S.
TITLE: Calculation of approximate positions of artificial Earth is satellites,
PERIODICAL; Referativnyy zhurnal, Astronomiya i Geodeziya, no. 7, 1962, 16,
abstract 7A112 ("Byul. st. optich. nablyudeniya isakusstv. sputnikov
Zemli", 196o, no. 11, 12 - 16)
TEXT: The author describes a method of calculating approximate positions
of artificial Earthts satellites for the case when the osculating'elements of a
satellite at a certain instant are kiown, as well as the coordinates of the ob-
serving station. There are 5 references.
R. Ye.
[Abstracter's note: Complete translation]
Card 1/1

SOCHILINA, A.S.
Calculating ej?hemerides of artificial earth satellites. Biul.Inst.
teor.astron. 8 no.2:153-163 161. (MMA 14:4)
(Artificial satellites--Tracking)

S/816/61/000/024/002/003
AUTHORS: Makover, S. G., Gontkovs-kaya, V. T. , Kcchina, N. G., Sochilina, A.S,,
arid Subbotina, N. S.
TITLE; Investigation of the motion of the second Soviet artificial earth
(Sputnik 11 or 1957 P ).
SOURCE: Akademiya nauk SSSR. Astronornicheskiy sovet. Byulleten' stant-.iy
opticheskogo nablyudeni)-a iskusstvennykh sputnikov Zemli. no. 24.
1961, 1]- 16,
TE X T: This is a presentation of the results of calculations of the orbit elements
Of Sputnik 11 from November 1957 to Mar--h 1958, based on visual tracking data, as
used in the short-range prediction of the ephemerides. The method employed is ou.
"'nr-d in the paper by Makover, S. G., The orbit determination of artificial earth
sal~ellites. Byulleten' stan'siy ... no. 24, 1961, 3-11 (Abstract S/816/61/000i'0241'-
001/003). Computations were performed on the B3CM (BESM) electronic high-
.speed computer of the AS USSR Computing Center (A.A. Dorodnitsin, Director);
~dl preparatory work was done at the State Astronomical Institute imeni Shternberg,
,'D. Ya.. Martynov, Director). The computation program comprised the following
_,pecific steps: (1) Computation of the instantaneous orbit elements for t1--e time o f
...~ givi:a observation; (2) computation of the rectangular satellite coordinates fro m,
Card 1/3

of the ri.otion ... S/8l6/0`l/000/0?4/00_)iOO3
![:e- fortnulas of its vIliptical, motion; (3) computation of the local sidereal time iwncl
coordinates of the Observation station; (4) computation of the sL)11~4-
equlttf)rial coordinates of the sacellitc and conriparison between calculace(I "i"Pi
!"Vtld COOrdinates; (5) computation of the co- ffictientsof tentative!
C (;.,,I D.itat:,)n 0 nding cornponent coefficients for the normal
-he correspo V C U 7, ~.'i
.. _0[L) )kt"ational stages (1) through (6) were performed consecutively for each oi)-
rt:~ulting in the ultimate coefficients of the normal equations. T.111 e f o 11 c, v: i
were then )erforrned: (7) Determination of currections to the.
-4 obtained from the ~iolution of the svstern of normal eciuaCons, and detern i at1r):
(j 1all impro"I'd systern of elements; ~8) determination of weight factors For each
u k z; o n.. Ari entire cycle of orbit improvement From LOO ob~,ervations required
Of machine time. Upon completion of all cornpuld-tions includi-Ig S""i...
ti: ! lic" (11 .
-oilvh (8), the entire computatiot.al cycle was rf~p,!ated witil converge?
s c c e s S i v (-.- approximations -was achieved (usually, 5 to 6 cycles). An a d d! i L i o n;i L'
tion %Yis r--xade of the so-called "variations," i. e., the chanues of tht- r:,-1
C: ;I S., C, %, d 11 -clinat;on. of the satellite due Lo an as~~umed I-second error i n th(~
dett_-rrnination by the ob~:i~!rver; this variation -Aas found to be useful in the
-h
and reconciliation of differences betw.:-,en obscrvational. values and -t~or%l
of gross error9, incorrect tirne readings, mistalp-en identities
star.i, elc., was achieved by elirninatin~ any ob_~ervation with a

0 0 3
rrnuLioll ... Si ,16/ 6 1 /OUG/024,'00~"
erro., of niore that, aLi ve!, iimit (150 11 the first
u-ed caryi~ i- I I n a r, I%-
lisit
-nd coti, e c,
`1.0~ 'h~
e v e.
1; ro,s -rrorzi, t h t- t CU.1 1! cciiracy o" .~lnglp ob-

w,-k')'v attribi.
Labs pri,i-irily L:rrit, kt4epitij-,~ Illlrl~LIIIj,
""'c- the Asc:':!IolIIichesIi-; t;ovut ),,,),n~cai Councit), A3
-a. ph
Ic 'witt most

0!1 ~'e w
~I(
kl I
11 "a - aci
c
US
ra h I c oe
~
.
~
~
y P
a I d 4. V. f, "E~ 'I CIX.i,
!.t"' SatCHIZIV r e~ Ll ~-i V Ci
Olt, (-,.!7 ided I)y n t- i-ict I re --iu t6 -I r-t-.
Soviet 'on!y) i

ru! i, o ~ a ro n oc-
S R (In, si t i zu t vT- r
hf o e -
AS USSW.
P ~A I C Jill- 0 P-4

6 1 U 0 4 Q "I J 1 0
7: V
;-j V Z' i

V 0 1 i I
e le v Ell i C, c1 for
;-ient.3 ar-~ reponi-El. t
f r ;de (e r- odl t: d s L a r c f., It

th ik'i2jtt C; n r -itv; n
h a i o n r lative to -h-
rreci to tfh,~ r a n c' ch t- e Q u i n o x tie
r ba r o a! ~r~ providr-d.
r.-id~tv ob'~ 'cum

~),i rhe L
B ES

c)rblit t-lemerits of tht: cap~ult- S J 8 i b, 6 1 /00 14:1 0 30 0
I)f the Computing Genter )I* the AS USSR accurding E,) mt~tirr;od~
Th(-01-k:tiCZLI Astronomy of the AS USSR. Thero i:, I 1.hrt I c
f
o
K" A VION. Institut teorctichi-skov astrorioniii -kN SSSR
S,
Cell Astronomy, AS USSR).
.5 U B I'vil TT I, D: August 19, 1961.

SI/511/61/008/002/004/004
B1631BI86
AUTHOR: Sochilina,-A. S.
TITLE: The computation of ephemerides of artificial satellites of
the earth
SOURCE: Akademiya nauk SSSR. Institut teoreticheskoy astronomii.
Byulleten'. v. 8, no. 2(95), 1961, 153 - 163
TEXT: When ephemerides of satellites are compiled it is important to
check whether the following conditions for visibility from a given obser-
vatory are fulfilled: (1) the sun must be at least 60 below the horizon,
(2) the satellite must be above the horizon, (3) the satellite must not :1
be in the earth's shadow. An analytical expression is derived, from %Vhich~
the limits of the observable part of the orbit, limited by these conaiticn3,
can be determined. An advantage of the proposed method as compared with
earlier methods published by other authors is that it lends itself to an 1
easy computation using an,'electronic high-speed computer. Further equa-
tions are given which are used for computing the time of passage of the
satellite through the point of maximal hei&t and through the meridian of
Card 1/2

S/51 61/008/002/004/004
The computation of ephemerides i3163Y33i86
the position of the observatory. The computing procedure is demonstrated:-
with an example. First the times of V morning and evening crepusculum
are computed, then the values u and u of the argument of latitude
1
corresponding to the points of intersection of the orbit with the hori-
zontal plane, and their arithmetical mean u m . For the corresponding timed
T*, the calculation of the arguments u,,' u21 um is repeated. Subsequently,
a chAck is made that during this time 7.he satellite is illurainated by the
sun, and the limits u u of the:alum:".nated part of the orbit are com-
37 4
puted approximately. Then the times T., and T are computed, which
4
corresDond to the highest point of the orbit and the corrected u , and the
m
horizontal sDherical coordinates for the times T and T * For the next
3 4
rev6lution the computing procedure is analogous. The calculations were
pvrformed with the electronic computer. 99CM(BESM). 1 or 2 minutes were;
sufficient to calculate the ephemerides for 5 days. There are 3 figures
and 9 tables.
C-

SOCHILINA, A.S.
Some changes in the method for irproving orbits of arti-
ficial earth satellites. Biul, Inst. teor. astron. 9 no.l:
11-14 163. (MIRA 16tS)

SOCHILINA, A.S.
Improvement of orbital
Biul.Inst.teor.astron.
pii*nts O'f'Aftificial
'19~' jlo.5:3lQ6vO22 163.
z
earth satellites.
(MIRA 17:4)

MFA
-27-21OT65 9M-2/7,4T(d)/M/FSF~h~ ,X..;A EM t
T/EEC(c)-2/E b -1 Pn-h/~o-4/Pe-~/Pq-4/Pac-4/ft- Pae-2'
air, (I
Pk
%
ACCESSION 14R.- VQ h 4 S/2816/63/00g/R32/002
S7
AU T' 110 R.- Sachilina. A. S
TITLE: Determination of the orbital elIements of the satellite 1958 6 from
pliDtogrghic observatio
ns WP
y siovet, Byulletan' stantsiy optichos ogo
SOURCE: All SSSR. Astron-o"agM, k
nablyudenlya iskus6tvannykh apAn1kov,.Zeftlip no, -32,9 1963,9
TOFIG TAGS: artificial satellite, qatftl_ii
te orbi e tracking/
satellite
ABSTRACT: It is difficultto obtain accurate elements for satellites with
of 200-2% km,, because of the.atmospheric effect, that'must,be dqtermlh6d`,',',~~
s ances
empirically from- satellite observatioA6 :Air, resi'stance is maximal-.on
diurnal movement.. and consequently ohUe sition. of the satellite in,its crbi
po Z'
ant may be represented c- letely for tXne-',',*,~'!~`
Hany observations show that A
aily moje~~
by the relation R + 24j(t_i6):+-._j 2.in on inteml: not excewim'.'T~Wq
days$ where n' arA n" (so-,called accd~i'$Aoix.a daily movement -are,
from observation, Obsemaitional a m -the
ccurlao.
Card. 1/g.

t 27210-65
ACCESSION NRs AT50035b)t
accuracy thens intervals shorter than-7-10 days should be used#-but n a
poorly determined in short intervals. It is therefore proposed that all elewma-so'-~",
all
irw-luding at and n", be determined at'.ad interval of 10 days at to. Then
elements except n' and nt9 are redetermined for 2-day periods during that
if the obsemations are at an ang~.O.iess than 200 to the.gsocentrio'.ikc,or
V.,
Mt
orbit, howevers.all values are poorly-determined.. It is then beat to exal' a`-*,-..-,.!_-.-
inclination of erigsq-longitiidep, and the 'orbital eccentricity',
-the orbit.. the p
itU photographid observations of satellite
test.this,,the aubhor processed
in'. addition'to some visual -.observation -for'July-November. 1956*,,-. The trite. t
-plane was used for: computation., tong~tu" -41w'cowputed frott. a:point die o
ang]A.'.'~quai to the 1wecession' 1ji right c
tile mean'equinoctial point. at an
for the period t .-'1950&0 -.art. -~V -z
Rasultsare furrAshed in.& table"
table,
A
;SOG IAT IM a none (but artiold! n6t;
%onTrw z 160ot62
00
svi: Do
~3-
No. REF SOV 1:,:, 000
~U
Card

L 3767ioi65
I'ACCESSION HR: -ATS004162 S/3126/63/000/002/
0064/0071~
1AUTHOR: Czebotariewl G-A. (Chebotarev; G. A.); Makarava, jo No (Hakarovd,
Y~e. No Soczylina* A So (Sochilina, L. S-.)
TITLE: Determination,of orbits and computation of the fthemerides-of artificial-
earth satellites
SOURCE: Nablyudeniya Iskusstvennykh sputnikov Zemli, no,. 2, 1963.. Warsaw, PAR?
1963, 64-79
irbPIC.TAGS: artificial earth satellite, artificial satellite observation, satel-
lite ephemeris, artificial:satellite-orbit
ABSTRACT: Basic formulas intended for reference use at artificial earth satellite
observation stations are reviewed. Section I discusses the two-body problem and
the use of Kepler's laws; Section 2 presents the Gauss method for preliminary
determination of artificial earth satellite orbits in the modification proposed
by Go H. Bazhenov (Byultetenl Instituta teoreticheakoy astrononiii, Vol. VII,.
No. 10, 93, 1960); Section 3 gives' the Laplace method for determining the initial.,
orbit as developed by French astronomers (F. Barbier, Proceedings o~fthe Second
f.InternattionaZ Space Science SynVosium, Florence., 1962,.p. 83 and J. Kovalevsky.

L 37672;.65
ACCESSION NR: AT5004162
157pace Science Reviews, Vol. I, No..2, October,-1962, p. 313 and Space Research.,
Vol. 11, 1962, p. 91); Section 4 gives a discussion of the influence of the
earth's flattening on the motion of an artificial-satellite, including the
Lagrange formulas; Section 5 is devoted to 'first'-order perturbations for the case
of small eccentricities where the Lagrange'Fonmulas are not,applicable and based
-On worlk Py G. A. Chebotarev (Byull.-ITA. Vol. IX, No. 1, 104, 1963); Section 6
discusses first order perturbations using A variant of the Lagrange formulas as
presented by Y. Kozai (Astronomical-journat, Vol. 64., No. 9,' 1959); SectionJ
presents foimulas for use in improvement of an orbit on the basis of the materials
in the above-cited paper by Chebotarev; Sect-Jon 8 considers orbital improvement
with formulas for use in a general case; Section 9 very briefly considers the in-
fluence of atmospheric resistance on satellite motion; Section 10 discusses the
appropriate coordination system to be used in reduction of observations; Section
11 gives a procedure for computation of emphemerides of artificial satellites as.
T
presented by A. S. SochilinalBy0l. ITA, 111, No. 2 95 1961).. Orig. art. has:,,
100 formulas.
ASSOCIATION: none
(C

KARBYSHEV, D.M., Geroy Sovetskogo Soyuza, prof., doktor veennykh
nauk, general-ley-tenant inzh. voyek(deceased]; GOLDOVICH,
A.I., general-ley-tenant inzh., voysk z-otstavke, red.;
PLYASKIN, V.Ya., V.Ya., general-leytemat inzh. voysk, red.;
LEOSHENYA, Ye.V., general-leytenant inzh. voysk v otstavke,
red.; SOCHILOV,-M.E., general-mayor inz16 voysk v otstavke,
red.; AFANASIYEV, D.M., polkovRik v otstavke, red.; BORISOV,
D.S., polkovnik zapasa, red.; MROPOV,-K.V., inzh.-polkovaik
v otstavke, red.; SHOR, D.I., inzh.-polkovnik v otstavke,
red-; SHEVCHUK, M.K., podpolkovnik sapa", red.;ROSSAL, N.A.j.
polkovnik, red.; SOKOLOVA, G.F., tekhn. red.
[Selected scientific work]lzbrannye nauchnye trudy. Moskva,
Voenizdat, 1962. 703 P. (MIRA 16:3)
(Military engineering)

S/1 24/63/000/003/021/00-5
D234/.D308
AUTEWIRS; Zhivotovskiy, L. S., Karlin, B. I., Lopatin, N. A.$
Platonov, V. A., Sochilov, V. V. and Buyevich, V. A.
TITLE: Calculation of head loss due to friction in a hori-
zontal pulp duct
PERIODDOAL: Referativnyy zhurnall Mekhanika, no. 3, 1963, 111, aD-
stract 3B691 (Gidrotekhn. str-vo, 1962, no. 10, 45-49)
TEXT: Diff"erent results obtained in calculating the head loss of
a suspension of solids in water from different formulas induced
the authors to make field tests using pulp ducts 405-610 mm in.,,
diameter. The solid phase is represented by sands containing ae-
veral Size-fractions, and by fine gravel. Empirical constructions
are based on Dyuran's parameters. The authors use these parameters
for soils containing a range of grain sizes. /-Abstracter's note:
Complete translation.-7
~_Card 1/1

SWILLLGVJI -V-V~;~ inzh.
Calculation of pressure loss at loca3j.zer-I Points of resistance in
the transportation of a water-borne mixtur6. Gidr.stroi. 32
no.7.39-40 --T1 362. (MIRA 3-5~7)
(Ilydraulic conveying)

0 0 0 0 0 0 0 [a U441 -CO-4-W-61
0 0 4 a 0 0 0 010 0 0 0 0 0 0 0 0 6 0 o 0 0 6 of 000 0 0 0 0
0 0 6 0 * 0 0 0 0 0 0 6 0 0 0
A I k) it
11 If is ii It 11 to JD I JI D z3 if 5 U .17 .19 .11' x it L! 11 UnkuJapla, 41 G 4) 4)
A A I a t U Y L3 A T I AA 04 (C M tt is
0
0
--o0
0 DOWINIZatiON of 369herichia coli with the aid of mem- ~-00
0 brias filtaint. K. Ilarsov and A. Six-hilova. Mikro- 00
:0 if 61~~Yft 2. M-M19M).-If it is dafted to test for Es.
4 i
l
i
l
l
C0
n a M
at
ve
arge Vol. of water, say 100 cc., the
y
00 bacteria are fir* coacd. by filtering through a nilrocellu- 00

0
6 lope filler (Pam diarn. 1-2 P), wbkh is then placrd on a

pecial Made medium in a Petri dfith. in much a wav that
oil
00 surface of the filter contir. the bacteria is direett-d up. -00

00 wards. Joined tuLM bet In this way. the filter and medium
'
00
06 are incubated for 24 hrs. at 37
. Sufficient nutrient
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th
P
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rom
etr
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pwws upward through the so 0

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b =00
ringing about typical colony formation. on the membrane
00 filter. To chwk the growth of uprophytes, and alm to

00 j allow the development of all strains of Er. ai-wincluding
parawN (Gilbert)-the usual Endo medium Is modified by
00 adding 0.1% of phenol, and replacing the lactose by glu- COO
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SOGRjLO.VA.,_,,&.A., BUZANOVSKAYA, I.S.; KENINA, Ai.Ye. -, DMITRIYEVA, V.S. - FURER,
I
__ . N.M.; BELYALYEVA, L.,L.; KUVSHIIIOVA, Ye.V.; VAKULENKO, N.A.; 7AMUKHOV-
SKLYA, A.N.; LZONOVA, A.G.
Agar diffusion method for determining the activity of antibiotics.
Trudy VNIIk no.1%10-26 153. (MLRA 8-1)
(Intibloties--Testing) (Bacteriology--Culture and culture media)

SOGHILOVA, A.A.. kandidat biologicheskikh nauk.
Sterility test of penicillin inactivated with hydroxylamins hydro-
clorids, Trudy VNIIA no.1:50-55 '53. NLRA 8:1)
(Penicillin) (Hydroxylamins)

SOCHILOVA,-A.A.. kandidat biologicheskikh nauk.
Ultrafiltration imthod for testing the sterility of antibiotics.
Trudy VNIIA no.1:55-59 153. (RJU a: I )
(Antibiotics--Testing) (Filters and filtration)

SOCHINj, P. (Sochyn, P.]
Health currents. Znan. ta pratsia no.10:9 0 161.
(MIRA 14:8)
(K=CAL CLECTROKCS)

SOCHINSKIY, A.
"Technical and economic problems in the design and modernization
of printing machinery-" by L.M.Kheifets. Reviewed by A.Sochinskii.
Mashinostroitell no.2-'4,T-F 163. (MIRA 16:3)
(Printing machinery and supplies) (Kheifets., L.M.)

K&MICH. N.V.; TRAVIN, A.B.; SOGHINSKIY, A.A., akademik.
Tendency of the petrographic types of coal of the Prokoplevsk deposits of
the Kuznetsk Basin tovard spontaneons combustion. Izv.AN S= Otd.tekh.
nauk no-8:1110-1117 Ag '53. (W.-" 6:8 )
(Proko-olevsk--Coal) (Combustion, Spontaneous)