SCIENTIFIC ABSTRACT OSTROUMOV, V. V. - OSTROUMOVA, YU. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238510004-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 2W9-63
ACMIM IM: AP3004082
titanste having & wide partic2o-slas distribution P P1 IMF% +10 Is that
stroutim oxide Is 39sialied out or the titmate vlt*h swUmol, , MwV tow real
occurred after 14-15 days or udzt-srrupted noy or smazol. turougb the stron-
tium titanate dlspbrza~pj the tltwd%u dioxide d1agpbr&p rsnabwA negatively
charged, The zeta potential exopNd within 28 dep frm +72 lo'.8 my In the
strantium titanate system., 'out remained tonstmat at -n w In the titnium
dioxide system, The observed decrease in electrical coaftwtivity of methwal
it the pores of the strontUn titanate diepbrelp cannot by Itself leaA to
charge reversal. "The sutbars mv iprateAa to S. F. Tibilm for Runestims
the subject of researeb." Orig. art. bam: 7 Tlgwvs and rtwl)les,
ASSOMT101h.
ammnw.- 23APr63
SM CODE: PHp M
COrJ 3/4
DAIS ACQ: 15Aus63
110 MW SOVS 00
MICL: 01
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L 14419-63
AMMICII MR3 Ap3ob402
71S. 1, DopmIt weight verms comilvation
strfttlwn titmats Ommtramon, -(a)
saill.g'(b) per 200 md methmol, Potential
gradietti I - v/cm; 2 - 15
25 v/cm.
3 -
sit
Dispe"Ien times, Ih~'
Card 4A

1 -10755-63
ACCM1024 NR.- AP3C02894 S10054163 /000 /002/ 0101/0107
AUTHOR: Ostro-iMoy
SV*rkas, A. D.
TITLE: Electrnlytic deposition of irjdIuM antimonide,
SOVRCE: Leningrad. Universitet. Vestnik. Seriyafizikiikhimit, no. 2, 1963,
101-107
TOPIC TAGS: Indium rntimonicle, indiurn, antimony, intermetallic compounds,
single crystals, films, electrolytic deposition, single deposilion, cathodic po-
tential, electrolytic deposition, cathodic polarization, limiting current, indium
sulfate, antimony,sulfate, Hall pickup, Infrared detector
ABSTRACT: The growth of cathodic films of indium antimonide (Insb) slogle
crystals by electrolytic deposition from aqueous antimony and indium sulfate
solutions has been investigated. The study was prompted by the apparent
simplicity of cathodic deposition which can produce a film of InSb single
crystals of a desired thickness. It is noted that the semiconductor properties
Cori

A'&VkS'1624 NR: AP3062894
of InSb single crystals make them suitable for use in Hall pickups and Infrared
detectors. Cathodic deposition processes for In and Sb separately were studied
as a preliminary step to the investigation of cathodic codeposition. Cathodic
potentials were measured by the opposition method in electrolytes of varied
composition and pH in a diaphragm cell under a carbon dioxide atmosphere.
The Sb content of the cathodic deposit was determined by amperometric titra-
tion. Experimental cathodic polarization curves for Sb, In, and Sb + In deposits
were plotted for solutions of the respective sulfates at various p1l values and
with or without agitation. It was established that 1) in the absence of In, com-
pact crystalline Sb deposits with 96% current output can be obtained at .
0.5 Mamp/CM2 from electrolytes with pH 0.45; 2) in the absence of Sb, com-
parable results can be achie,ted in In solutions within the 1-5 mamp/cm2
current-density range at pH 2.5, 3) in solutions containing both Sb and In, the
cathodic potential at the limiting current for Sb falls 200 mv short of the indium
sulfate decomposition potentlai. Nevertheless, chemical analysis Indicated
the possibility of codeposition of In with Sb. However, a deposit with composition
cord , 2

L 3-0755-063
ACCESS116N NR: AP3002894
correBponding to InSb Is difficult to achieve, as suggested by Fig. I of the
Enclosure. Deporits containing more than 15% Sb are porous and friable.
Cathodic -deposits with compositions close to InSb contain SI), In, and InSL
as separate phases. as indicated by x-ray analysis. Subsequient heating 6f
these deposits in a hydrogen'atmosphere produced an increase in InSb content
at the expense of the Sb and In phases. The high activation energy of formation
of InSb from the elements Is thought to be the primary obstacle to successful
cathodic deposition of InSb. "The authors are grateful to ~~~~nd
L_ Iftuiler for their assistance in the work. Orig. art. has: 4 figures
and 3 tables.
ASSOCIATION: none
SU13MITTED: 17Dec62 DATE ACQ: 24Ju163 ENCL: 01
SUB CODE: 00 NO REF SOV: 013 OTHER: 016
Card

OSTROUVOV, Viktor Vasillyevich; IVAMOV, S.~.., red.; IIAZARGVA, A.S.,
tekhn. red.
[Technological innovations forr. the basis for tht .-welopment of
industrial production) Tekhnicheskii progress - osnova razvitiia
proizvodstva. Poakva, Izd-vo "Znanial" 1961. 61 p. (Narodnyi
universitet kulltury: Tekhniko-ekonoricheskii fakul'tet, no.16-17)
(MMU lr-2)
(Technological innovations) (industry)

OSTROWOV, Viktor Vasillyvvlch; IVANOV, S.M., red.; NAZAROVA, A.S.,
tekhn. red.
(Technological pmgre-je is the basis of industrial developmut)
Tekhnicheakii progress - osnova razvitiia proizvodstva. Mo-
skva, Izd-vo "Znaniep" 1961. 47 p. (Veesoiuznoe obahchestvo
po rasprostraneniiu politicheskWi i nauchrWkh manii. Ser.4,
Tekhnika, no.21) (KUU 15-2)
(Technology)

OSTROUIDVi V.V. (Leningrad)
Change in some optical properties of palladiun under the
influence of hydrogen. Zhur. fiz. khirn. 34 no. 11t2571-2578
N 16o. (MIRA 14:1)
(Palladium) (Hydrogen)

OSTROMOV, V.V.; VIDKHOTNIKOVA, I.F.
Depsoition of copper froc acil electrolytes by means of peric-dicalI7
reversing current. Zhur. prikI. khim. 11 no.10:1520-1526 0 '58.
(MIRA 12:1)
(COPI-r plating)

OSTPOUMOV, V.V.-. PW)aiO7,'JKOVl, I.F.
Effect of n (-nlorine irin Fidmixturf) on thct -opper t)Inlir4, ;iro~(.qF
uslrq: perlolicrilly revernpd ~~urrent. 7hur.prik,.khtri. 91 no.11:
1668-167~ 1; (MLTU
(COPPor pInt ing) (Ch lorino)

is t' r'~'Umov V I lokhot 11 i kovu, I . F.
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OSTROUMOV, V.V.
Influence of some organic substances on the process of palladium
plating. Zh,-,r.prikl. Irthim. 11 no.1:402-40P Mr '5P.
(MIRA 11:4)
(Palladium) (Electroplating)

OSTROUTMOV, V.V.
Bleetrodeposition of palladium from solutions, containing alka"I
hydroxide. Zhur. prikl. kh1m. 31 no.1:77-83 Ja `58. (MIRA 11:-)
(Electroplating) (Palladium)

A', *". M.
"A :4,, -,:. - '. ', : -, - : t , -11 -1. --, A, ;~ , 11 " - ti ~ . -~, t, " . , :: , . , , -J, 9.
Scl . . Irt E:,-e -' ' !-. . ;,

80 Vechery-iya Moskva
Su m 71

S/076/60/034/01 1/016/024
B004/Bo64
AUTHORi Ostroumov, V. V. (Leningrad)
TITLEt Change of Some Optical Properties of Palladium Un,tor tho
Action of Hydrogen
PERIODICAll: Zhurnal fizicheakoy khimli, 1960, Vol ~4, No. 11,
pp. 2571-2578
TEM The author investigated the reflection of white light on
electrolytically produced, 0.1)A thick palladium layers deposited from an
amino chloride electrolyte onto the polished surface of a bronze or brass
cathode. The light reflection of the highly polished Pd layers was 67~
In a vessel provided with a window, these layers were treated with nitrogen,
hydrogen, and a nitrogen-hydrogen mixture, and the reflection was measured
with a selenium photocell. The following results were obtainedi 1) A
substitution of nitrogen for air does not change reflection. 2) A sub-
stitution of hydrogen for nitrogen reducas reflection by 25% This process
is accelerated by a temperature increase. 3) In nitrogen-hydrogen mixtures,
reflection is reduced in accordance with the partial pressure of hydrogen
Card 112

Change of Some Optical Properties of Palladium S/076/6o,lo~4/011/cI6`.-~
Under the Action of Hydrogen B004/BO64
4) If hydrogen (or the nitrogen-hydrogen mixture) is again replaced by [. ir.
the reflection of the Pd layer rises again to the initial value The salLe
effect is obtained when the layer is dipped into oxidizing solutions cr
polished with an aqueous lim3 suspension. 5) The reflection io also
reduced in the case of cathodic polarization of Pd in alkaline solution-
or in the joint electrolytic separation of palladium and hydrogen Therf~
are 8 figures and 7 referencess 4 Soviet, 3 US, 1 Austrian, 1 Frenct., ar'l
1 German.
SUBMITTEDi March 4, 1959
Card 212

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A methad fat the detennination of differeM tome of com-
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Sediment was plotted as a function of the depth of prorile.
The proportion of FrS and al2wental 5 dcerea&-d iyuh the
depth and blerrased with the arg. matter content in tile
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VWXinerals Geochwistry
cam. IA Pub. 22 - 32/49
At
Ostrouzov, B. A*
I Iron in the bottom deposits of the Okhotsk Su
5 Dok. AN MM 3.02/10 129-132., PAy 1,, 1935
Abstruat I 09clogical-biophimical data are presented on the amoants and chemical
copposition of iron extractod from bottom deposits of the Okhotsk Sea.
Fifteen references: 13 USM,, I USA and 1 Gar. (1924-1953). Diagram.
InstMtioni Aud. of So., USSRt Inst. of Oceanology
P"&*nt*d byi Academician N. M. Strakhov, February 9. 1955

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A4
USSR/Chemistry - Geochemistry
Card 1/1
Author t Ostroumov, Z. A.
Title I Manganese in the bottom deposits of the Okhotsk Sea
Perlodical i Dokl. AIN SSSR, 97v Ed. 20 285 - 288p JulY 1954
Abstract t In comparlson with manganese deposits of other Soviet seas, the deposits
of the Okhotsk Sea are considered to be the highest, Maximum manganese
deposits found in the White Sea were 2.84% whereas the manganese deposits
of the Okhotsk Sea were 3.07%. The origin of these manganese deposits in
the sea are explained. Sixteen references. Tiable, drawing.
Institution i Acad. of Sc. U&9R, Institute of Oceanology
Presented by t Academician N. M. Strakhov, April 20, 1954

4. 5 P 509-53 3 i-9 2
Meteorological Abst. Q!tzourmy. L . Uproakhennyl sposob opredelvills dat petekbodh Bredneoutochnikh
Vol. 4 N 0 /imperatur cbwex opredalennye macbenlis putem vychislenUs. CSimplified method of
determin ng th date of f daily tempevaturethrou h defi4te values c2icuta,
i I e passage o nwa n
JL- _Py _
June 195; -t~to~n.Melevravj?6~85 i-larolotillia, -No. 3:5%-60, Nov. 1030. fig., table, 2 refs. MC-This
Synoptic Analysio and method requires the solution of a afraple grometrical problem: the determination n[ the maj;
Forecasting nitude of a single perpendicular in t" similar right angle triangles given thr magnitude of tu,.
othtr perpendicuLars and the magnitude of the sum of the unknown perpendiculars. 'rne
equation b-aPsja+a% 6 derived by the method of proportionality where x-b+b, the nt-mber:
of days between the Nteenth number of cmTesponding months. The magnitude ~ is the
number of days whkh must be odded to the m*sn of the mo. th. In order to obtain the date of
mow of the the given value, Sabjed Hading): I~ lam=Llum,
the I I*mperatum thmugh
Ans

CSIFLUILVOVASIVYLVA, V. A.
Ostroumova-vasillyeva, V. A. "Un the pyowem of tne relation Of Dioeiectric
~o tne metabolic prc,cess of hvi-n6 Lissues," report 1, 0strvu;,nova-vtAsil'j(eva, V. '%.
"Lnange of potential on im,Airment of a skeletLd muscle of tne frog unaer inc efftcl
of certain chemical ano, pnysical factors," lzvestiya Yestestv.-naucil. in-ta pri
No.iotovskom gos. un-te im- Gorlkogo, Vol. Ili, Issue 8, 1;,48, P. 351-00 - diliog:
12 1 tems
SO: U-2868, Letopis Znurnal'nykh Statey

3(5) PHASE I BOOK EXPLOITATION SOV/1638
Vsesoyuznyy nauchno-lasledovatellskly geologicheskly institut
Geologicheskoye stroyeniye I perspektivy neftegazonoanoBtl Zapadno-
SIbirskoy nizmennosti (Geological Structure and the 011-and Gas-
bearing Possibilities of the West Siberian Plain) Moscow,
Gosgeoltekhizdat, 1958. 390 P. (Series: Its: Trudy) 3,000 ccPies
printed.
Additional Sponsoring Agency: USSR. Ministerstvo geologil L oKhrany
nedr.
Ed.: N.N. Rostovtsev; Compilers: Z.T. Aleskerova, G.S. Kritsuk,
P.P. Li, I.V. Litvinenko, D.V. Osadchaya, A.S. Ostroumova,
T.I. Osyko, O.V. Ravdonikas, N.N. Rostovtsev, T.N. Simonenko,
M.A. TolstikhIna, B.B. Khesin; Ed. of Publishing House:
N.I. Babintsev; Tech. Ed.: K.V. Krynochkina.
PURPOSE: This book is intended for petroleum geologists and economic
planners In the oil and gas Industry.
Card 1112

Geological Structure (Cont.)
sov/1638
COVERAGE: This work, written by several geologists, describes the
geology of the West Siberian Plain In relation to its oil and gas
potential. It summarizes the results of the initial stage of the
second period in the search for oil and gas in Western Siberia and
indicates the direction to be taken In changing the approach from
a general regional study to a detailed Investigation of potential
oil and gas areas. The rapidly developing industry, transportation,
and agriculture In Siberia are requiring larger and larger quanti-
ties of liquid fuels. Only since 1949 has large-scale geological
and exploratory drilling along with geophysical, hydrological, and
special investigations been carried on. During this comparatively
short period a large oilfield was discovered In Berezovo on the
0'0' HIver. It was definitely established that the West Siberian
Plain is the respository of SoMe of the world '15 largest artesian
basins with large reserves of thermal (up to 120*C) calcium-
chloride and other waters with a 1-60 g,mineralization, saturated
with flammable gases, mainly methane. The Introduction contains a
detailed listing of the various trusts, research institutes, sur-
vey%and expeditions which have participated in the studies upon
whic this work is based. In addition, the names of individuals
and their special contributions (stratigraphy, luminescent studies,
Card 2/12

Geological Structure (Cont.)
SOV/lb38
thermal studies in wells, surveying, etc.) is provided. Some 200
personalities are listed. There are 27 tables, the last of which
on the composition of underground waters of the West Siberian P~aln,
extends for 85 pages. There are 336 references, of whinh 33c"' are
Soviet, 2 German, 1 English, and I French.
TABLE OF CONTEFTS:
Foreword (N.N. Rostovtsev)
Ch. I. Introduction (N.N. Rostovtsev)
Ch. II. Stratigraphy
1. Brief history of the studies made on the sedimentary
deposits in the folded basement of the plain.
D.V. Osadchaya, and N.N. Rostovtsev
Card 3/12

Geological Structure (Cont.)
sov,,I(,36
2. Sediments in the plain's folded basement 12
The probable pre-Cambrian beds 12
Berezovskaya basic borehold 1-R. P.?. LJ and
A.S. Ostroumova.
Lower Paleozoic (?) i4
Yakovlevskaya borehole 3-H. Z.T. Aleskerova and
T.I. Osyko
Middle Paleozoic 14
Zavodoukovskaya borehole 3-R. D.V. Osadchaya (based
on the materials of P.F. Li). Kolpashevskaya basic
borehole. M.A. Tolst1kh1na. Barabinskaya basic bore-
hole. T.I. Osyko. Malltsevskaya borehole 2-R. D.V.
Osadchaya (based on materials of P.F. L1, and T.V. Dollrilna).
Upper Paleozoic 17
Boreholes of the Ryavkinskaya area (1-R, 3-R, 4-R. 5-R).
Z.T. Aleskerova, Luchinkinskaya borehole 2-R.
D.V. Osadchaya (based on the materials of P.F. Li and
T.V. Dolinina), Lugovskaya and UtesheVBkaya boreholes.
D.V. Osadchaya (based on the materials of P.P. Ll and
T.V. Dolinina). Derbyshinskaya borehole. D.V. Osadchaya
(based on A.V. Khabakov's materials). Boreholes of the
Card 4/ 12

Geological Structure (Cont. )
sov/i.638
Vikulovskaya area (I-R and 2-R). Z.T. A.'eskerova anQ4
T.I. Osyko. Leushinskaya basic borehole. P F Lio
and A.S. Ostroumova. Boreholes (1-R and 2-R~o~ the
Tebisekaya area. A.T. Aleakerova. Boreholes (I-R, 2-R,
3-R, 4-R, 5-R, 6-R) of the Yakovlevskaya area.
Z.T. Aleskerova, and T.I. Osyko. Slavgorodskaya basic
borehole. T.I. Osyko
Paleozoic (less definite) 23
Boreholes (I-R, 2-R, 3-R, 4-R, 5-R) A.T. Aleskerova,
and A.S. Ostroumova. Boreholes (1-R, 2-R, 3-R) of the
Tatarskaya area. Z.T. Aleskerova and A.S. Ostroumova.
Bol'sherechenskaya basic borehole. A.T. Aleskerova
(based on the material of Zapsibneftegeologlya Trust),
Luchinkinskaya (1-R) borehole. D.V. Osadchaya (based
on A.B. Khabakov's materials). Omskaya basic borehole,
Z.T. Aleskerova. Boreholes of the Oktyabrlskaya area.
Z.T. Aleskerova, and A.S. Ostroumova.
C a-rd 5/ 12

Geological Structure (Cont.)
sov/1638
Lower Triassic (?) (Turinskaya series) 26
Tryumenskaya basic borehole. P.F. Ll (based on
A.B. Khabakov and Ye. Z. Burlyanova's materials).
Yarskaya borehole. D.V. Osadchaya (after A.B. Khabkov
and S.M. Chilchachev's materials). Kushmurunskiye bore-
holes. D.V. Osadchaya (based oA.A.G. Zer, and
V.P. Gorskly's materials)
Upper Triassic (?), Rhetian - Lias (?). T.T. Osyko.
Chelyabinskaya series 32
Dronovskaya stage. Omskaya stage.
3. Stratigraphy of the Meso-Cenozoic cover of the plain j4
Introduction. N.N. Rostovtsev 34
Brief description of the series and some controversial
problems in the stratigraphy of mesozoic and tertiary
formations. N.N. Rostovtsev 36
Lower and Middle Jurassic (Zavodoukovskaya series).
T.I. Osyko 44
Lower and Middle Jurassic (Tyumenskaya stage). Lower
and Middle Jurassic (Pokrovskaya stage). Middle Jurassic
(Tatarskaya stage). Upper JuraBsic-Valanginian
Hauterivian (Poludinskaya series). T.I. Osyko 50
Card 6/ 12

Geological Structure (Cont.)
sov//1638
Cal lovian-Val anginian (TebiBakaya stage), Callovian
Lower Valangintan (Marlyanovskaya substage), vaianitrilan
(Kulomzinskayn substage). valanginian-Hauterivian ~rar skaya
stage)
Hauterivian-Barremian-Aptian (?) (Sargatskaya series)
P.F. LI and M.A. Tolstikhina. 57
Valanginian (?) Hauterivian-Barremian-Aptian
Kiyalinskaya-Ilekskaya stsge) M.A. Tolstikhina.
.auterivian-Barremian-Aptian ?) (Kiyallnskaya stage).
M.A. Tolstikhina
Hauterivian-Barremian-Aptian (?) Vartovskaya stage)
M.A. Tolst1khIna. Hauterivian-Barremian (Leushinskaya
stage) P.F. Li. Barremian-Aptian (?) (.Koshayskaya stage)
P.F. LI. Aptlan (?) Albian-Cenomanian-Lower Turonlan
(Pokurska a sertes) Z.T. Aleskerova, and N.N. Rostovtsev 6~
Aptlan M -Albian (Vikulovskaya stage). Alblan-Cenomanian-
Lower Turonian (Khanty-Manslyakaya stage). Lower Turonlan
(Uvatskaya stage)
CI ard 7/ 12

Geological Structure (Cont. )
SOV/1638
Aptian (?) Alb ian-Cenomani an -Lower Turonian (Pokurskaya
series of the central and the eastern part of the plain)
Z.T. Aleskerova, and N.N. Roatovtsev
Aptian (?) - Albian (carboniferous stratum). N.N. Rostovtsev.
Aptian-Alblan (Kiiyskaya stage). N.N. Rostovtsev (after
I.V. Lebedev and M.A. Tolstikhina) Cenomanian-Jower Turonlan.
Amber-bearIng stratum. Z.T. Aleskerova. Cenomanian-Turonian
(Simonovskaya stage) N.N. Rostovtsev (after A.P. Ana-nlyeva
and M.A. Tolstikhina).
Turonian-Senonian (Derbyshinskaya series). Z.T. Aleskerova,
T.I. Osyko, N.N. Rostovtsev' M.A. Tolstikhina 72
Turonian KuznetBovskaya stage). Z.T. Aleskerova, Upper
Turonian M Conlacian-Santonian-Campanian (Slavgorodskaya
stage). Z.T. AleBkerova. Maestrich"Vian-(Ganlkinakaya stage).
T.I 08 ko. Turonian-Coniacian-Santonian (Kolpashevskaya
str;tumr N.N. Rostovtsev, and M.A. Tolstilchina.
Santonian-Campanian-Maestrichtian-(Narymskaya stratum).
N.N. Rostovtsev, and M.A. Tolstlkhina: Senonian (Kasskaya
stage). M. A. TolstikhIna e2
Card 8/12

3eological Structure (Cont.)
sov/1638
Danian stage - Palecene (Talitskaya stage) P.F. Li.
stage - Palecene (Symaltaya stage) M.A. Tolstikhtna.
(Lyulinvorskaya stage). P.F. Lt.
Upper Eocene-Lower Oligocene (Tavdinskaya stage).
Middle and Upper Oligocene and Neogene (Irtyshskaya
N.N. Rostovtsev
Quaternary formations. N.N. Hostovtsev
Ch. III. Tectoni,~s
Danian
Eocene
P.F. L1
series)
94
95
96
1. Brief critical review of the existing views on the structure
of the shield's basement and other general problems.
N.N. Rostovtsev and T.N. Simonenko 96
2. The structure of the shield's basement In the light of new
data. N.N. Rostovtsev and T.N. Stmonenko. 108
3. Brief critical review of the existing views on the structure
of the Meso-Cenozoic cover of the shield. N.N. Rostovtsev. 127
4. The surface structure of the folded basement and the
Card 9/ 12

Geological Structure (Cont. )
sov/1638
sedimentary shield cover. I.V. Lltvinenko, N.N. Rostovtsev,
and T.N. Simonenko 138
Introduction. N.N. Rostovtsev 138
Structure of the basement surface and the sedimen-
tary cover of the southern part of the shield.
N.N. Rostovtsev 144
Preliminary data on the structure of the basement
surface and the sedimentary cover of the remaining
part of the shield. N.N. Rostovtsev and
T.N. Simonenko 154
Brief description of the local structures of' the
plain. I.V. Litvinenko, and N.N. Rostovtsev 157
Information on the structure of the uppermost part of
the Meso-Cenozoic cover of the shield and the relation
of the cover and the basement structure to the topog-
raphy of the plain. N.N. Rostovtsev 17~)
Notes on the history of the morphological development
of the folded basement of the shield. N.N. Rostovtsev
18'..
Card 10112

Geological Structure (Cont.)
SOV/1638
Notes on the character of changes in the thickness of
separate series of stages forming the Meso-Cenozoic cover
of the shield. N.N. Rostovtsev 183
Some considerations on the origin of the structures olO
Meso-Cenozoic cover of the shield. N.N. Rostovtsev 186
5. The h1story of the geological development of the plains.
N.N. Rostovtsev. Introduction. N.N. Rostovtsev
Brief critical review of contemporary views on the
paleography of Mesozoic and Tertiary deposits of the
plain and some general problems
Brief history of the development of the sedimentary
shield in the Jurassic, Cretaceous a.id Tertiary Periods 1C)8
Ch. IV. Materials or, the Geothermy and Hydrogeology Mesozoic
Formations of the Plains 2~.
1. Introduction 211
2. Results of geothermal studies In the southern part of the
plain 213
Card 11/12

Geological Structure (Cont.)
SOV/1638
3. Underground waters of Mesozoic formations
General remarks
Characteristics of water-bearing complexes and h~,rlzons
mesozolc formations
4. Hydrochemical zoning of the plains
5. Conclusions
Ch. V. Oil and Gas-bearing PDasiblIlties of the Plain 240
1. Introduction 2113
2. Brief history of the studi es made on the oil- and gas-
bearing potentialities of Western Siberia P42
3. Evaluation of the oil and gas potentialities of the
shield's folded basement
4. Evaluation of the oil and gas potentialities of the
Meso-Cenozoic cover )f the shield
5. Conclusion 232
Bibliography _-78
AVAILABLE: Library of' Congress 6/17/59
Ca-rd 12112 KM/Jib

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-j (3)
A JTIIOiS: Vayser, V. L., Uabov, V. D., SOV/20~1?5-4-29,/74
Ostrou=ova, A. K.
T! T Lr, i Catalytic Concen,-,ation of 9-111ethyl-(1,2), (7,8)-IAbcnzoxanth(.-ne
Aith Ammohia (Kataliticheskaya kondensataiya 9-metil-(1,2),
(7,a)-dibenzoksantena s ammiakom)
I'LHIOLICAL: Doklady Akademii nauk SSSR, 1959, Vol 125, Nr 4, Pp 799-600
(USSR)
ABSTUICTi The aathcrs obtained the substance mentioned in the title ~1~
by alkylation of P-naphthdl -hith acetylene in an alcobolic
solution in the presence of the catalyst 11 3P0 4' BF3 and one
gram mercury oxide (Ref 1) (see scheme I). Compound I forms
white crystals with a meltir,g temperature of 1750 and a boiling
point of 260-269/8 mm, which are well soluble in acetone,
acetic acid and eth~-r and soluble on heating in n-heptane anG
benzene. The interaction between I and ammonia is explained by
means of' a scneme (Ref 2). A clerivative of' acridine 9-meth.yl-
-(1,2), ;,7,8)-(Iib(!nzo-9,10-dinydroacridine is to be expF-ctea as
a result. The authors carri(-(I out this reacti(,n on a devicv
Card 1/3 (Fi~- 1). Many experiments were nece9sary f*cr Oettru,ining the

Catalytic Condenantion of q-Methjl-(),,)), (7,6)-Di- SOV/20-1:-15-,;-29/74
benzoxantrienc Aith Ammonia
0
optimal conditionst temperature 470 , at which an thc cn2
hand no unreacted prodict (as e. g. at 550-4000) is obtained
and on the other hand, however, (1), a not decomposed proGuct
f
~as at 5000). The volume rate of the added benzene solution
of (I) amounts to 0-4/hoar. The reaction proceeds under milder
c~nd.tions and yiclds better renulta if in 1 or 2 experiments
an already used catalyst is taken. In the case of dintilling
the reaction products in most cases too fractions are obtaint!d.
A-90 - 1400/2 mm which solidifies to a white crystalline mass
and B. 240 - 290012 mm which bccomes a yellow croystalline mass.
After a careful fractionatiun and re-crystallization white
crystals with a melting point of 1120 and a boiling point of
151-1520/2 mm were produced from fraction A. The authors
identified them as -0-naphthylamine. By similar operaticns litht-
yellow crystals were obtained from fraction B with a melting
point of 213' and a boiling point of 251-2550/2 cim. These
crystal3 were identified as 9-methyl-(1,2), (7,8)-dibenzo-
-(9,10)-dihydroacridine C 22H17 N. The authors -aere the first to
Card 2/3 obtain this substance. There are 1 figure and 1 Soviet ref,rnce.

U-IRUUMICNA., A-3.
lfau~ne tephrl'te cf tilc weetern baralage-z (Armenia, ,
Tr.idy WSLGE! 73:-L1 _16 6.,~ (Ml",A 15-0,
',L,i,rtL!afrez Range-, Tophrite)

CSTF--U'CVAl--A.- S.
Dionertation +3fend,~d nt the Institute of t~e Gerlogy of '.re
Petrography, ~.Ilneraloa, and Geochnmlstry for the ficademic dot-r~p of
Candidate of GeoloCo-Mineralogical 3ciancis:
'ITertl,-.ry Vulcimisr, of Western Daralagaz (km,(3nia)."
Vestnik "kad Aauk, I'lo. ,, 1 '63, pp. 111-j-14r,

21 (8)
_Qv-o. A,
ATM~H: 0 s t r ou;i~
TITL--: F:.,-,,i cf ~Pucjte R-,ck~, n Tral
HRION 7AL - I oklAy ~!. %d emi i r ii" 9 V o 1 ' T" 7 17
Ab ZTTIA~T: TIe uUior found interestin.~ va-rietie, o,,~cj 'p r :)cks fir
a r,;.z. i:, t I e tort ',':-r- v(,' C .",I oje_j,,: of t',e 7 a p ~d z,~-y
rarala.;cz Dara_,i,-e,~ near tl,e vil.aeOL. K_-~rai-.~ _v_', _Lrd
'a-
'Drtu.n (11,~yons Vediri3kiy ~,-nen -
F i,,-u r o ' ,, 1. ~vr s s i t e a c f c i rn i I ~Lr r o - !~, s I i. 'Jui iy a. ':1 -e
of Mie r~)ck~~ i- ite,~ ~Lro f-Id; t'-,ere -Ir(-
numer-),_Ir, !.Lhan t r 1 (3 :,-L r -or, I F, ar'!
The lie d;L,-
ant: L3 1..-
)n the rcof )f t-~o !,-
j;~_ 0 ,i L: I (1 1. ~ ~ I . I t i r rv-~ , f i od e ~,o r q~7 erie ~ '."e C,
0 1 i.;- c) c or, e e f .) ) . `~,o ci,: i to rc&-.,; :)i,od i ffer t',
certnin de~-roe -vith reggax~! to t c,;'
lvpooitin~- concit vmo 0', 1 lier, I I 0~, I ': a -1
cherai(im, !,,,,wcvor ,r n r t h r -, I o o r o I ~ i t ed . I I C, luthor dozcr,_!Q,,
them ander t he o f I euc to- tophri e,, :1 e t; i i t 0 t n
o livine - _)n t on - (UP r,
'P
lax. m 0 sma, f

" O-ent Fin'l of Le, SC)II71/ 0-
R
r r
it 1'. t i-~ e LY, 7- r. c-
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me ..C,
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c;:.,.
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1,t
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it
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d i c uc i o c :.,,)t rc 1 ite,~ to t1 ,e e, r E; P, ;n:
a ii. i - ~Lre c i t,i od M~l -h e I C- z
C ar d 2 whi -ire i * -.1 ~te-i !it . :..,i h ~71 t?,% t e r i,- '1' e i :- -i-r

Or. a Recerit Fl!ld of Le-icite in 'Ir knscaacucj,.
;,-~ir e t ~ b -ir, d I J r e f e r e n c e f -~ f c h e v i e
.1 n-tachno-i ~,e3:owich
A f, ~; 0 7 1 AI V so r, oT.Ai ny- e I
Al 1 - "ni o,, c i e 7. t i f i c ~'m, o I c vi cal Re se av ch 1:. L',' I '.a to
jve,~ bor 1 )')8 by V. ':. .)~Anlev, Acpulemiciari
7,'U'J3?,:ITTEI Noveaber -)"a
Card 3/1

I-W FT~ Tj "J
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tm Vl-T.A ~T-~M J- __.~.o
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In
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Alp-~ 'A"-Td rXj--,r I STM.TV-70 &-"PWn AW~Aft
Wfl *.*,;a -"T-.Tp-vs2

OSTRUMOVA, 1. 1;.
First appearance of hemoglobin in ombryos of the
rainbow trout (Salno iridous Gibbons). bokl. AN SSSR
147 no.1:263-264 N 162- (MIRA 15:11)
1. Gosudarstveruiyy nauchno-inalodovatellakiy institut
ozernogo I roahnogo khozyaystva. Predstavleno akademikom
Ye.N. Pavlovskim.
~Jjemopjobln) (Trout)
(r,mbryology-FishesN

I" Jo,)LI j~-ILLtNAAW, -1 ~' " ~ , III- I -
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Q , .: lc I , '11, 'lr~ :-I %', " - . . I 1~, .., * 1-,., 1 - . . . .
o- , -) - -- , - , , ", i -

ri I, i, - *:v , -, 1 . , . 7~t~' ~ -" "' .1 , .; '.' . , ii!i I'. ~,, , 1, . 11. ; ')~;T:iKMIIY 'A, -
I i - N. ;
KCROL--VA, N V.
Adnptnt Ion : I I : t t,.,i ' ~n,,w ron-111 1 'i!1 ,I tht~ onvironmont. V op .
P k o I . ', ; I A k - 14 1' t).' . (MIRA lb:,.)
1. t-,osud%r-v-~rnyj Instit-A ozerr-t,o
I r-chro,,,c ryt,no~,,c, ~hozptystvfl, ',.-jjr,-rFkd.
~Fltlnf ; A-iptnti- n (Biology))

11
STR~ L ~ T,YVA, S. V. ; HI(I Z"N( V A ~ ~ N. ~ A ~ ( 7, i34, I OSTROUMU It, I N.
physlols.wl.~;I. "n-l-eq ", fyA'-1'4q f !in"'n Ir 'Ifferen.
7-T. :" " -
1. L-nlr,,-rilsk I y 7~p Aarq-onny), ss Io i )vnt,- I' nkl~' irc-~A I 't
-jori ()~!() i !--(, t',r j,, - :-i ~)-i k ,, zy -i, o va .
( F'. !11" n !' t ~j . 't" '~ I'),,,, "I

qSTA=-A~YA,_ I N.
Blnnd calls In developine salur)n. ?ruiY sov.1kht.kno. no.8:38,5-38,6
58. (MIRA 11:11)
Vse9oyiznyy nauchnn-ienjadovatel'ski.7 inotitut ozernogo I rachnogc
r7lhnngn khrozyaystva. (Baltic Sea--Salmon) (Erythrocytoe)
b,

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A I fI I I I
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11 , I : III (.t 1, 1( 1 (1 f ( it 0 1.11111 fit: "I
o v in e r- I i A c 1 1( ) r- I A f- i I 1 1, a I NA roc h I o ro p a r a f f I n I Fi s
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;,0 ,if' II"' ; Lit nj~ soi-cill . s 101 as ;, ocii)(o I forruitru ide. I T ra ris I a t i on
~~ 1 13 )1 )Fl 0 7 SURNI DATE,: I HA I I j~ 6 -1
Card I /.I UDC: 678. G

OISTROURNAS L.Yo.,- AWITEATROVA, T.A.; SHVAYKOVSKAYA, G.V.; YEMOVA, L.S.
Thixotropic alkjd resins. Report No.l: SymLhesis of polya:~ides
atructurating alkyd resins. Lakokras.mat.i tth. prim. no.1:23-29
f61. (?-U RA 14: 4)
(Resins, Synthetic) (Polyamides)

OSTHOUMOVA, L.Ye.; ~IESi[Cli'.,..';~6fA~"OVA,/Z.M.; BONDA;MSKAYA, I.I.
Destructive alkylation of phnnol by diiaob,,itylene. lakokras.,Ea*.
I ikh prim. n6.2:16-20 '60. O'U .--A I Jq 41)
(Phenol) f(Diisobutylone)

~t- J
I TTLL. Resins Based on A1Kj--.'; 1~ '~_--r '.he V-,-n Is!-. an
FEP I D:,1- AL: lQilmicheskaya nauka I pr,jmysr._E--i:- s-
(Uj3R)
II, ,he var!~Isf. a_n~ I 1~1 'J" 1"', P. I e Ili-, 1'_"!'T'1L I I e. -_~ C- --es -I S~
s anri a r.e. to C)ta i n a-J 9 ! s " an L
x;J
cca- ings . Tl-~e assor-,~,ner-., ' iril.,,~ -In'
I.- r,~-Ia* ive''y sma 1 n mos- -;,Ses P~!e.7c_ rarel.,,
pnencis. art. .eerts ar~ ~-,ail
-tr - :I-,.- -) , ' nC IMt;-7
1 -, I ef Ines, ._ at dire H.
resins, e! Rer A s,.) 1 e.
-iros of Lmy'-- and ~*yi -phen)14is, e*.-, Pre produced L_ Bef
kylphenol-formald"!)y i~- rc~slr.s ar? prepa.-ed frl--)m alkyll i~,:n '_.,3 lik-
iormaldehy,le ff'(J,T, 11f lid "'i enrl Ref C,
are of greatest Interest to Qie vnrrl.,~h and pairl. Industr
duction of these resins consists (-.f three stages: thc- aci_'tl r
form,al,lehyde to alkylpher,ols. *.',o condenscirion of the formed rr
ierivatives *, r-Fin-like ~r,,)Ali -'.,; ~Lrid ~jie h-ii-lening -)* 1~,e

3OV, '(. ~ - , - -~ - ~;' , "
;ie ins Based on Alkylphen:,!s f~,r !ne Varnisr-, and ?aln*~
--)nd ensa t. es .Pne actlvil!y of phenc.' is increased by rLn,i r,-i!re
groups In m-pusition to the phencll:~ hydroxyi group. An increaze --f --,e
t,isicity c)i the catalyst raises tne arount. of an-
phenol In --he rea,2tiDn r,-~'.x*-ire. Themal hardenirig is
f
-rmatio-~ of s-Imple es-.er bonis. A* *emperatures -n(-
julnon-metr-4-11es anLi other -omplex -ea:tl,-,rE: T--c
Resois Dbtalnej In the P,-esence ~.f aramionla have a higher moie, .1~, w,--,
and melting point than tr-ose produced In the presence --f an alxalinc-
2atalyst. On the base cf butyl phenol -f ormaldehyde resin and
high-quality varnishes and paints are prepared the cost ~f whic'n I's
similar to those base,1 on a"kyd resins ~ Ref 2 7
Amylphe,,I-formal-
dehyde resins with tung are used In '~he production f universal I*-
mosphere-resistant primers Ref L~
Alkylphenol resins ar- 8.-~c em-
p,'r,yed fcr Improving other types of varnish raw material / Ref
They are comblni~,l witn resins based on the prlymerizatlon f
hydro,~arbon.-,, The obtained pr(-ducts are soluble in hydroc,lrbors
~;Is*a.nt to se-a water, atr*sphe:-.',-- tnf.,encesand light 1r,,e, I-, A1 -
kylphenol-forma-dehyde resins are employed In tne s~-ntheslz of
Card 2/3 epox1de resins which have adnesivp pr)pe-*Ies. Yhe ',ovie'

SOVI, ~, 3 -4 - 3 - ), ~ -
Re-~Ins Based on Aiky.phencls 'cr .he VarT,131, Lnc~ Pallrv~
men* of phencl resins m-st t-e enlargel and the for-ra* ").-, " i~'ky---
phenci resIns b-~
-T I
jjt-1-4~ --r" 4-A refercuce6, ", "', whl'~~ ilre -, I-I'T'J:'.-'.'- 1~ -. - .
-. Ame-i--an, - apnese an,l ' Al~,qtrall~T.
~1'3r-i -113

V,f
sq

owl%-

biiGbT,4,,C)vSKjy. ~;ERSHTYYN, RaSKIN. Ya.L. ; OSTROUMOVA. L.Ye.
o-e-Butoxyethyl m?-PtbicT-jlate. aYad. Nuuk S.6.S.R., Innt. Org. Khlm,., Slrtezy
Org. Soedinenii. Sbornik -., 2~-4 '52. ( M LIU 0 : , )
(CA 48 no.-1.580 '50

Ila
t tilt

KUZIMINA, K.K.i__OSTROUMOVA-1 N.G.; MARKOVA, Yu.V.; SHCHUKINA, M.N.
Thiazoline and thiazolidine seriea. Part 1: Al)-jlAtiGn
of 2-minothiazoline. Zhlir.ob.khim. 32 no.10:3215-3,1.19
o 62. (MIRA 15:11)
1. Vaesoyuznyy nauchno-issledovatellskiy khimiko-
farmatsevticheskiy institut imeni S. Ordzlioni-kidze.
(Thiazoline) (Alkylation)

KUZIMIN&, K.K.; PSTROUMCVA, N.G.; MARKOVA, Yu.V.; SHCHUKIKA, M.N.
Thiazoline and thiazolidine series. Part 2: Acylation
of 2-aminothiazoline and the reduction of acyl derivatives.
Zhur.ob.khim. 32 no.10:3390-3393 0 162. (MIRA 15:1-1)
1. V-3soyuznyy nauchno-lasledovatellrkiy khimiko-
farmatsevticheskiy institut imeni S. Ordzhonikidze.
(Thiazoline) (Acylation)

.71
drpoWtion of mid emillnu of Luuvuad
N. M. Ostruumvi. It iNge is , 313. ing.
-M
N
-tmtlaa); cT7-=m-.`sv' 6;txAO'-A=Iuj-
~~' 7co
Co to Au cyrmkle electrolyte increased the inlero-
hardness o1 the deposit by BD%. its wear mWance by
19D%, stut the rate 4-4 dq"Itim of Au by 100%. The de-
J)D%, ti. r'
tcoutained noCnand iisctAor wri"not affected, X-ray,
t con
Id,
YOU vd that the crystal grain 1.11f was rcdpcw Imm
-lu-, to -10~ Cm. Th6 am"Mitil for the 64proved
phys. qualliks of the depo4t. Acewdh4 to the Puntalrd
-Kb-a , the complut Cc ions, adsorbed om ekwarode-
pDsWm. were only delomed by the eke. AM, forminir dj-_
poks. Thim hindeTed tbt d6cbaT 0 An i4ms oriVrelarred
ts and k4 to the lcfmaticm new crysta. centm &pd.
to the reduced sise ofthe crystals. It

YIDW'YRV, N.P.; VECHNSIAVOV. P.M.: OSTROITMOVA, N.M.; GRILIKHMS, S.Ta.
1~
Increasing the durability of gold and atIver plat6d roatinra.
Leg.prom. 17 no.3:43-44 Kr 57. (MLHA 1o:4)
(Gold plating) (Silvmr Plating)

o-cTROVrOVAj, N. M-
13&ttelle Techn1eal Review
JOY, 1954
Electrocheirlistry and Eject.roproeesses
4521 Elpirl"Whirmirs m flux of vApiry )ford Gcold
Ccmi.. issisan.
1'~ il t 1 77, M.
M hulauly, I rndq Fri adrv~ -27"
),111 1- A.T 43-50.
01)IIIIInin Conditions of',delmmition lit Au-Ni INitlut l"cull'it"t"A
Irst(tj f,it rilitrolmidn, and wrar ro-ONLITIt"' 9""Plis-
7 0

i 44
...... ....
.:*,a- ~.:2r
0 4p
got
041,
IN you E26 wa *0 mad M 41twartweliq
A R
rl 10 QOtjWAj- 091 tq UW 9 jLjwjd
Am%Q CIS Ut"Ups ON-iform
0 62 1.~ AJWR IR av" rl P PIQUOMMA atom
0" WM"PMUP au 011tieflom p Umv"
SRI *14*6 k PC@ a w$ vtop d-tu po
:401,
.,tjrTptm Om'6,Hpftm&qw:""lAOjGPW-
-mwq,)
PCM AOWMV"
,v 'm -loot" Aviv&
IMM ranam
90-
00-
11 41 Ik
V 09
i0 06
00
Go
es
am
-,. C 00
41
19
00000*000*000*0

FIDOTIYBV, W.P.;OSTROUNOVA, N.M.;VYACHESLAVOV. P.M.
Solid gold plating. Zhur. prikl. khim. 29 no.4:489-492 Ap 156.
(MISA 9:11)
1. Kafedra elektrokhimli lAningradskogo tekhnologichookogo Instituta
ImenI Lensoveta I TSentrallr4jetnauchno-looledovatellskaya laborstoriya
kamney samotevatoy.
(Gold plating)

ty 1.
U SSR
~atism o,. ~lo,.,6, 9,
~wl
3 ftlM OA ~X"

%una of 113muta ftdaesa~
VKtrodert4timm of OM Ow axtee ~dkermtziked by tho ntzinbm ot of a brzsj~..
j!i;~,,ji-A'cv, N~ W. O&LMutJOVA, W'd P- XL
'
X, 43 -M,-r rtivvz4ay to wear avrsy a 0-tt-thick d-ip,*i -tip-&z -1 17ai:
ll
-rm~, - (I
-tv~ 'n f M. d#-j`k,-*fA V111 I'M tir-03 91-viJ~f
N
1110 (111 of jAq tirj4-Ai,,A 0,*xJhzk,t lroa L'Ilb's 14VAt ~.i is _j 1-4, In A 1-h1h vntg, 'kjj
'
'
~mntjz, tzql.) Au 4, frte-KGN 10 K (A) %ip t,) 5 N3
'~d
- '
'
- t
tf
f
L
v ll ~,I)
KC,-4 IN
the cutirrut vffid&iev fl,11 fwm !:A-v I
" Re!"
A
i(
J
s
4,ij, woA drtr-rw
~~L iv~ il
yan
(jmr Illortw6n
the Ni oositent inartamd fmin &0 to 4-0
10 X J5 mm-, And thO Ou"Is Of K An otinc~rtmtirm ftvm I to 51~ Nan t
In -u bq
AYI 0i
"
titbat~4 30 min, ftvtn cvar-h 616 of the cath(sk. H L.
-uTrnt mnci~,ncy a, '7- to
~3-825, WX 17-9 inere6wikI the O
oil ski-la. if thp Ni ti th~ brth &nd on inerrwIxg lh(, C.d. from 22-1%, It fe-11 from 20-2 W 11-I'Ail &A the v,(N
t to o 4~-p ;-.6.11, but A 3 &mV.jdm.3 a fur1hpr iacr"" "
' fi-Om 8~8 to 50-8 ~Jli %n A With t"Wg. Au 1,Ni
Ni c, -,btn at 42
hAd
obtamm! orilv M Lhu highe, untenw. Ti E CO; A ct,&ngs in K,C~)- m)aOvntri,t,,o,,i ficm 4 ZI

"
170' 0. ihc,~rd thut &t tte lw~ror V%ap. If w&A gv~ater but tho to fa.11 fmin 221 1 lo V)
MA g.ji. c4ubrd the effielonf-y
.&IwAj! ivt~ v%mlk d-rkpr, 0 ntmequerit- tA-ms wtire genpirally
- far a 11,%th 4--,autg. AU 41 K47K 12 5. In -mmklng th t,~zz p.
0. 11 rviwikin,~,J cANnpit. m the
tor,110 At ~ 4rojs.,4ALrl.l, :,%t),I Ity rgull, id~ t,, Trr (~ in tha mm Fir a 1)4!b ilwoff, All I
mij,11 Ineffv"d ft") 0-1 t0 It' 1 9,11-- t1lr-4 fell K6 1,8 tho P11164melt ftura 10 1,1 At
to
' lit'n., ~t kit 3;1,k'.
An tho 1
2 1 O*U"t
th
e

-
m-
L
1
b
buh
ath cmtS. 3-i
. In s
Oantra, ton from I to
5 g-1
g; A
A
It A~Nl WAtme KCS 11VIt 2 4=T.Jklm.~ end 'fly e,
Mtn& 4
q

c, S-T- K r) C, IN J C" ~ 1-t I N. fl,,I
FiWOT ",'--;V. N. P. : OSTHWMOV,,, N.M. - VY,Xd.~,SLtVUV, P.M.
ilactrocnemical deposit lon of ~,-' -` coatinge of :-r-ater .ardn~,-Ftp .
Zhiir.priki.kri-.n. ?7 .'a -- . , Li L-iA - -, )
(Cold plating)

Country : USSR
Category: Soil Science fLnerrl Fertil;zern
Abs Jour: MhBiol , Vo .1.3, 1958, No 82109
Au'~hor Yochergin !.. Ye.; Ostroimovf~ O.A.
Ins'.
Title The EffccL of Orgmic rind Minern.1 Fertl-zcrs on Soils cf
Siberia (Sumary of ';orks of' ExpcrimcnLal Ini3titutiono of
Siberi,i on the Study of Fertilization)
0---ig Pub: Udobren ye . urozhny, 1957, No 8, 8-1.)
Abstr-et: Results %rc resented of experiments mde by the Siber-
ian Agricult-,~ml. Institute and other ox-'crimental str~-
tions show nG the high effectiveness In S,.'beriar. soils
of compos6s of scmi-rotted rkinure with phosphorite
fertilizer aLd PC/ which was espoc~-nl-ly prcprired and
Car(! 1/2

r rl t G n
t i o ri o .1 rFtt
F
r r e Q
111
r a r 3 on zi
I r n

/(~f
G-4 6 (-, ~)
() ~~ ~ c t.) ~~ C~, ,
I h. rl los 1--, 910 11 lams on the chernoovio&
~,f ,hotm' % I k .. ~::I, go, I'" A - INO:7,
. I ~. ,- h 1 --f- -~ ) ".1 "'lo, .1 . It" k t ..,
I - .1 ", I , I , ," .
,.I.- ,,,
1 11.1 1 -11, 11 -11 ". I ': 'h, " - , , i,;'-

PvA Ov R
10647- (Change of Addit), of C:mnulatid
in OK-rikomn SoO.) Ignui"le kL~Iommtl st"
7prrfo-,fata na ther"Otemn9l file. 0. Ptl,'va,4710A.I.
Xn C,,C no. 1, jam.
sevili%v tilfillom-il on rtl7wmlkm of Oax and labl.3.

v I I -
KOCHIRDIR, A.Te.; OSTROUNOVA. "' A.
Dynamics of a=oniscal and nitrate nitrogen in Irtysh region
Chernozems under sprin4 vheat [vith summary in English]. Pochvo-
vadenie no.8:86-93 Ag 157. (MIRA 10:11)
1. Sibireiriy ordena Trudovogo Kraenogo Znamenl nAuchno-issledovntpl'skiy
institut zernovogo khosynyatva.
(Irtysh Valley--Chernozen soils) (witrificntion)

-11- f- - 1',

A,

V A.f

Use of rediciodine for function tests of the thyroid gland In reart
diseases. Terap.arkh. 29 no.3:82-85 Mr '57. (HLRA 10:8)
1. Lz fakul'tetskoy kliniki (dir. - deyetvital'nyy chela ANN SSSR
prof. V.N.Vinogradov) I Hoskovskogo ordena Lenina moditelaskogo
Institute imeni I.M.Sechenove
(IGDIKK. radioactive,
thyroid funct. test in heart die. (Rue))
(THMOID GLAND. function tests,
radioiodine test in heart die. (Rue))
(KRA DISJUSM, physiology.
thyroid redioiodima funct. test Oius))

KlhZIER, N.A.; OG'.-RUU~UVAY I.S.
Usine tht decrej -tation m--ti,od foi- tl,o4 tleac inr *.- barite. Laker-&.'I.
mat. J --*kY, i.rim. ric.3:23--5 1',3. (MIM 16;9)
i (I nin! ',
(Barite; (Meaci.inf,,`

4
t
7
P M
71 is
*000 0 0 0 41 0 0 o
:
0 0 we**
9
o
* 0600 or*;;; 4 is 0 or W4 4 4 1
Is 21 1 1 . p I - a , u I -, . " Q "ieva Ilion mr a P. a P
A I L A 1 11 a It
41 A. a p p I a " to (I
Is
to
The WarM of the catplatim of bevurn ct,41cAds bv
clectrwy," is toodivid"alm of w2rioul &SriIf1 -00
(-,Lf,nfwtq AM V A, 041r1m,"fl- " 1*4,,-- 00
P It. ~M3 0. ?WMN: r" JOJA.
k%flh The 1)rjp III jII)
-t-*IrkX th' -1411-
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---I~ t h", 4,

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16 0 0 0 0 0 0 0 st Is st 0 st Is a 0 0 0 0 0 0 0 0 0 a 0 v 0 0 0 0 0 0
'w

BALEK. A. (B41ok. Aleirej; DANU, S. [Dane"It, Stanislav]. inzli.: YOFF. A.
(Yoff. Arthurj, tnzh.; KCLTODA, To. [Kalvoda, Jan], daktor;
.5MID, T. [Schmid. Joned. inzh.; SUVOR, I. Mzvor. J.J. daktor-
VATTTS, A. [Waitz, Antonfnl, inzh.; ROMASHKIN, U.I. Ctronalntorl;
TUSHIN, G.K. (translator]; 7LACMA, T.K. [tranalatorj; OSTROUMOVA,
T.S., red.. OMNOVA, N.Kh., rod.; LU"RALOVA, A.A., takhn.red.
(General invont,)ry of fixed assets in Czechonlowikial Gennral'rwia
inventarizatelin osnovnykh fondov v Chakhoslovakil. Moakvn. Goa.
statist.izd-vo, 1959. 101 P. (MIRA 13:11)
(Czechoslovnkia--Inventories)

GWIWDVICH, A.I.; BALAKIREV, Ye.S.; OSTROUMOVA, V.V.
ConlinuouB method of production of alkyl sulfonates.
Khi-.Prom. ho.10:701-7(Y7 0 162. (MIRA 15:12)
(SulforLic acid)

OSTROUMOVA. Yu. A.. kandidat iceditsinakikh nauk
.1-11 17-1?1~~:-:. Z,
Basic trends in the works of V.I. Ravi ch-Shcherbo. Probl.tub- 34
no.3:3-8 My-Je 156. (HLRA 9:11)
1. Is vtoroy kafodry tuberkuloza TSentrallnogn instituta unovernhan-
stvovaniya vrachey (dir. Y.P.Lebedevn)
(TUBERCULOSIS. prev. and control
contribution of V.A.Ravich-Shcherbo)
(RAVICH-SHCHERBO, VIADINIR ANTONOVICH, 1890-1955)

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00 0 -

*9 r L,-
*
SM VANNOM Of S CbWAIW PUN S*PW%4 VA lb~ R
404,
& WN)"Ona on - - G.OvervMsiour.
PAPL. "#0W1040%, 106:
vairmize of a tinusu rule we tAksbud on tu SNW (PwM**4cjnhbOc
tbM7 Of the bMUSS of tidn p6tsk With tbo bwanduy OwdlIbMs so - 9
wbov a is abe dispifficrMMI) at Ow 04p, and do b"dins WAMODI Pee .60
"M lanIft an a sectbm prper4kolar to the radius victor o, ptopurtimia
to b%q*.V at the edp. nw "ation al the "petriod" squallm by
Wmrbk-4d "d appotnimale M*Ibn& is discum& The vuXion is damped.
so 0*1 the w*jWw an emphs. A"mi"i4k Sarmoue fix the itraqumcy
MA 4MPkft OAMW kv Ow 0 rapAd cocillatims lhijbw covertma) we
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