SCIENTIFIC ABSTRACT OSTROUMOV, E.A. - OSTROUMOV, G.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238430014-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 47
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/73-4.1-14/48
In the ('4riestion of t'l(- cf t"--
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MV-11, =D
(Iaj:-d

5(2,3) [111"'IF I Ffyl' 1--Y.-PIPITATION SOV/3061
Ostroumov, Esper /Lleksandroviol,
Primeneniye organicheskikh oanovanty v analiticheakoy khimil (Using Organic
Bases in Analytical 1-hemistry) YOscov, AN SSS-R, 1959. 125 p. Errata
silp inserted. 3,'CV copies printed.
Sponsoring Agency- Akademiya nauk SSSR. Inatitut okeanologii.
Resp. Ed.: V.N. Nikitin, Professor; Ed. of Publiching House: D.N. Trifonov;
Tech. Ed.: S.G. Markovich.
PURPOSE: This book Is intended for chemists, mineralogists and others interested,
in the compositional analysis of minerals, rocks and nea-bottom deposits.
It may also be tv-,d by students and teachers in higher educational insti-
tutions to supplement textbook methods of chemical an&1)rsis.
COVERAGE: The book contains the accumulated materials on methods tested by the
Chemical Analysis Laboratory of the All-Union Scientific Research Institute
for Mineral Raw Materials (TINS) which are used in the Chemical Analysis
Section of the Marine Deposits Laboratory attached to the Oceanology Instituto,
Cax-d 1/5

Using Organic Bases (Cont.)
SOV/3o6l
AS USSR, and in other laboratories. Methods employing pyridine, CC-picoline
and hexamethylene t-tram-Ine for accurate and rapid isolation and identification
of a number of elftments are cqitlined. The book is dedicated to Vaailiy
Ivanovich LisitEgym former head of the Laboratory and proponent
of the stated uAlytical method. The author ft-am I%Sf4aslennikova, B.N. Ivanov-
Emin and R.I. Pomaht~~,-yn f(-rr lat)orAtory assistance, and I.I. Volkov
for technical and e4itori~il ftsaist.ance. There are 99 references: 22 Soviet,
60 German, 11 Eng-Lish, 3 Frpncb-, 2 Italian and 1 Fhtmanian.
TABLE OF CONTEIYM-
Foreword
Introduction
5
5
1. Precipitation of Meta].s With Pyridine 19
1. Separation of iron, aluminum and rhromium from manganese, cobalt and
nickel 19
2. Separation of iron, allxnirpxn and chromium from 7.1ne. 25
Card 2/5

Using Organic Bases (Cont.)
SOU/3061
3. Precipitating uranium sind sepqrating from aD-c-line-earth metals 219
4. Separation of uranilm, zlrconium and titanium from manganese, cobalt
and nickel 3;)
5. Separation of iron, FLIuminum, chromium, uranium, zirconium and titanium
from manganese, cobalt, nickel, zinc, calcium, strontium, barium,
magnesium and alkali metals 36
6. Precipitating indium and separating It from manganese, zinc, cobalt,
nickel, copper and cadmium 39
7. Precipitating gallium and separating It from manganese, Mnc, cobalt,
nickelt copper and cadmium W-,
8. Precipitating thorium and separating it from manganese, nickel, zinc,
copper, cadmium, alkaline-earth metals, magnesium and alkali metals 53
II. Precipitation of Met&ls With Pyridine in the Presence of Its Salts 65
1. Separation of bismuth from lead, copper and cadmium 65
2. Separation of thorium from rcLre earths 69
3. Separation of scandium from cerium and rare earths 7
III. Precipitation of Metals w1th Hydrogen Sulfide In the Presence of Pyridine q2
1. Precipitation of nickel and cobalt sulfides In crystalline form and
Card 3/5

Using OrgamIc uses (Cort.)
aov/3o6i
svpwattng then from ralelia, wagneslum and KIWI Yrotals
2. Deteminstion of &lk*li optals In nickel amd cobalt ardta
3, Separating cobtLlt anA nl~,kol from manganese 90
TV. Precipitation of X#,tPLis With the Kid ofe(-Pleollne P4
1. Separation of beryllium frNm rmnganeve, rot^lt, ni