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

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238430013-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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SHINBILI. B.I.: OSTROUMV B-,L,., prof., red.; TANOVSKIY. B.M.. prof.,
-'--~VMYA. A.A., te"n.red.
otv. red.
[Studying the equivalent resistance of quartz resonatorej )sale-
dovante okvivalentnogo soprotivlenlia kyartsevogo rozonatora.
Leningrad, Izd. TNIIH. 1948. 56 p. (Leningrad, Vss9Qiu-Anyi nauchno-
Issledovatel'skii Inetitut metrologit. Tnidy. no.2) (MIRI, 11:10)
(Oscillators. Crystal)

KRAMP. L.1.; UMNNTSOV. N.P.; OSTROUROV, B.A.
Rquipmgnt f or v tud S" I "re-*-5irared regl r)ns of "otra. ?rady
MIN no.16:23-'il '51. (NIEA 11:6)
(Sp,,,-trum. Infrarad) (Optical inetruments)

TIOSEY,- 0-. V...I-Ol)TpctrVr'- B.. (rrcf.) '"MAY T.. (Fngineer)
. - -- -1 0 ~i; I
Losev, Oleg Vladimirovich, 10,00-1942
Inventor of "crystodine." le-dio no. 5, 1952.
9. Monthl List of Russian Accessicns, Llbr,iry of Congross, Augagt - IQ,,/,2'Jilc 1.

Category USSR/Electronics - Se-micondictor de,,-ice~; and photoelements if -n
Abs Jour Ref Zhur - Fizilm, No 1, No 1t'44
Author Ojtroumov, B.A.-, Rogin.;kiy, V.Yu.
Title 'S-ea-T--_-ond_ictor De-,qces .
Ori6 ~Iub 60 let radio - M, , Sv~,~az 'izdat , 1".2 - 10c,
Ab.itract Survey article on the ti"jeory and teclinoiogy of manufacture of semiconduc-
tor5 and 3emicoriductor devi,es The latest types of semiconductor devices
s,ch as the Inoinated transistor wIth electric-field control and the serni-
cond,ctor Letrode are briefly destribed and mention is made of a germMium
triode with plioloelectric control. The accompli.MimentO of Soviet. sciOntists
in the deVelD~rnent and applicatioR of photocells and photorecistors to radio
engineering wid, a-itomation are mentioned. The advantages of the use of
aemiconductors in certair. circ~lt~; ar,? I,riefly examined.
Card 1/1

SONCE-PRU73VICH. Mikhail Alsksandrovich, inshoner,- PISTOVIORSA.A.,-,
VOWMIN. V.P. (deceased]; KUGUSHIT. A.M., professor: SIKIVIS. N.A
prof essor; Q=Qm ILjLW professor; OSTRYAKOT. P.A.. professor
[deceased]; BONCE-BRUTITM, A.M., dotsent; ZIMILI. P.Te..
tokknicheskly redektor
(A collection of works) Sobrante trudov. Moskva. lid-vo Akaiemil nauk
SSSR. 1956. 526 p. (MIRA 9:10)
1. Chlon-korrespondent AN SSSB (for Bonch-Bruyevtch,N.A.. Ptatollkors
Tologdinj
(Radio)
(Bonch-Bruavich, Mikhail Aleksandrovich. 188&-1940)

OSTROUYOV, B.A.
The V.I. Lenin I;izhri l,'ovporcd lbidio Latoratcr7 no t~#? crr,.dl-.,, C!
Soviet radio engingerinp. Radioteklinika 13 My I -" - .
(MIRA '-1:6)
l.I)evBtvitellnvy chlen Vaesoyuznofo nmichno-tolchnichonkogo C)bf3hche-
ntva radlotekhniki I elektroavyt,zi Im. A.S. Popnvn.
(Gorkiy--Rixdio)

c8nou)MP B. A. #
I
[Tranaac*ions e Conference on the Occasion of the 5OV/108-13-8-11/12
of th]
40tb Ann-ive rsary 'of the 11izhniy-!1ovgorod Radio LabGratory imeni
V. 1. Lenin (22-24 May, at CWlkly) (1Raa1otekbn1ka, 13#8, 71-9, 1958)
R'. M. Kosikov reported in short on two important discoveries
of M. A. Bonch-Bruyevich in the field of the propaGation of
radio waves (1932-1933).-
A. A. PistolUrs, B. A. 0stroumov, 11. 11. Izotov,and V. 1. Ge
spoke abot c tho Tvei7__ra_d_1_-o_s_fation as well as of the i%izhniy-
-11ovCorod Radio Laboratory.
The participants in the conference visited the laboratory
establishments of the NIRFI at Corlkiy State University where
they became acquainted with the observations made accordin- to
the program of the International Geophysical Year.
Aboard the motor ship "Ukraina" by which the participants in
the conference sailed to Gorlkiy a readers' conference of the
periodical "Radiotekhnika" was held. It was arranged by the
Chief Editor 'M. R. Reznikov and the First Editor R.D.Mellnikovs-
kaya. M. R. Reznikov spoke about the activity of the editorial
staff. Ya. M. Sorin (Moskow) stressed the fact that the peri-
odical supplies only little information on the problems
turning up in industry. I. M. Kogan (Moskow) was of opinion
that more articles concernin- applied theory should be dealt
Card 4,4k with. A. V. BoCdanov (Leningrad) suggested to publish a special

DDLINSKIY, Ye.F.; AGALETSKIY, P.N.; GAYZVSKIT. N.A,-LASSAN. T.L.; OSTWUMV, B.A.;
SMDLICH, S.A.; STEPANOV. L.P.; YANDVSKIY, B.X. 1.11 , ".
Metrological activities In the field of mechanical measuremonts.
Trudy.VNIIM no.11:39-59 158. OGRA 1,1:11)
1. Rukovoditall otdela mekhanicheskikh ismeraniy Vanooyurnogn nauchno-
issledovatel'skogn ibatit"ta mAtrologil imeni D.I. MAndeleyeva (for
Dolinskiy)
(MAnourat ton)

3/025/60/000/0e,/02/00"
AUTHORt Ostroumov, B.A., Professor (Leningrad)
TITLEs Hicrometallurgy
PERIODICAL: Nauka I zhian', 1960, No 8, pp 10 - 16 and 37
TEM Professor A.V. Ulitovskiy, N.M. Averin-and V.G. Krasillnikoy
were awarded the 1960 Lenin Prize for their research into the preparation
of thin and super-thin metal filaments directly from the liquid state. Two
methods of effecting this were devised: the fountain method and the draw-
ing method A In the fountain method molten metal-was forced through a nozzle
under a pressure of 4-5 atmospheres of inert gas to form a jet 0.2-0.5 mm
thick. This is cooled by air or oater to form wire at the rate of 5-15 t/,
sec. The method has proved successful with aluminumi'~inc,-Ileadilbrasa anci
aluminum bronzeAV.N. Yakovlev and B.A. Ostroumov prevented the wire fram
knotting into "wool" (caused by air resistance to the jet of metE.1) by feed-
ing the jet into a tube containing air or inert gas moving at tht same rate
as the jet. The resultant wire is fed into a revolving metal drLp Inside
which it coils. The wire can be used for reinforcing auto-tireO~r plas-
tics.4 The metal Jet can be regulated to give a metal powLer of eiven grain
IV
Card 1/3 x

Micrometallurgy S/025/60/000/08,/02/003
aize, excellent for metal ceramics. Ulitovskiy was assisted In h--s work
by V.A.Shpirnov, S.D. Bogoslovskiy and staff of the Institut meta-'lurgii
imeni-Baykova Akademii nauk SSSH (Institute of Metallurgy imeni Biykov at
the Academy of Sciences of the USSR~. -method II consisted in preparing
9 wire in-a liquid state within a protective envelope of glass, Assisted
by engineer Yu. V. Deniaov Ulitovskiy designed a micro-furnace using a
high-frequency heater (30 ~'/cm3) capable of melting tungstenAr inolybden m.
A small piece of metal is placed in a glass tube and fitted in thi? heater.
The metal melts and then melts the glass which can then be drawn out into a
fine capillary containi molten metal. This is cooled by air or water in-
to fine glass-insulatedvwire which is wound onto a spool. The thickness
can be varied from 2 to 300 microns and iore, with insulation 1 m1cron thick.
With a diameter of 50-60 microns and less the wire and insulation is quite
flexible, while above this diameter the brittleness of the glass :oating can
be offset by heating the wire to 400-6000C before use, when the glass be-
comes quite plastic. The wire can be made of manganese, copper, bronze or
iron. N.M. Averin has been successful in developing the technology of wire-
drawing from these metals, and several wire-drawing devices have been do-
eigned. Ulitovskiy's apparatus, designed at the Institute of Met.11lurgy at
the Academy of Sciences of the USSR, can be seen facing page 16, -xhile a
Card 2/5 Y

Micromet all i; rgy S/025/60/000/08/02,/_',-~ ;
second device was exhibited at the 1959 Soviet Exhibition in New York. Tre
super-fine wire has made possible the production of miniature transformers,
relays and resistances, which can be sealed in glass under a high vacuum to
improve their efficiency, reliability and independence from the external me-
dium. Since the glass conducts heat away from the wire quite efficiently
the wire can stand temperatures up to 600-8000C, making it useful in devices
used in hot furnaces or in the chemical.industry. Thanks to this. it can
also withstand a 2-3-fold current overloading and is therefore useful in
transformers for high-frequency equipment, giving a 4-5-fold saving in size
and a 100-fold eaving in weight. Using the wire, engineer D.V. Timashev has
increased the sensitivity of mirror galvanometers to weak current3 1,000-
fold, while Candidate of Technical Sciences B.K. Zavarikhin has di?signed a
galvanometer with a damping period of 0.01 aec, leading to the de-lelopment
of simple and cheap electrocardiographs. The wire gives even, good-quality
Windings with little danger of a breakdown in insulation. If the winding
or coil is heated ateadily at 400-6000C, the glass insulation fuses into a
homogeneous, well-insulated structure with no need for a form or carcass.
There are 4 sets of diagrams.
Card 3/3

OBTROUMOV B.A,
Radio engineering irl Russia in the period after A.S.Fcpov
1912). Trudy Inst. ist. est. i tekh. 44:233-256 162.
(MIRA 18: 1)

OSTROUR V, B.A., pro".
The first npplication of radir In geodesic work belond the! polar
circle (1Q22-1124). Izv. vyq. lickieb. zav.; radiotekh. 6 no.3:
320-322 ?1V-Je '63. (M.RA 1#3:0)
(Polnr iregions-Radio In surveying)

I-Q
!;izhniy Novgorod PAdlo labors tory
T. n,,
h cqmring
).11 'ILL
,en.n nersema'lv W113
r-slw.hinskij in i I.' later
A. ~-.Orit
~e'iverutov. ti * e r I,! d -.n- i ne c, r
i n , V. Vo I og d i n, i t t3k i
7U I inikftya. N f tjo' n. .01d tMY ily I
A L'I !14 1 i'hu fo I Ir) w i n 1,1 1 io! I (, c a I:!pec III
t he i V . V. 7',1 t a rnov ,tho first -,I, !I -i :in :-a
vlj r, -bov, tind )unLr 9tudento, :i~ijonj,
* . 1. n~lev, i. V. etrov, and '. if. Kondrut'yev.
c, t :-., % e -C. wt rw, i n#, :. % ') C;(?V, V. I . " 1 9 ! OV,

Niahnly Novgorod Radiolaboratory lenin - tne l
,.n~T r1 T I
v WK r) v'ev, I . 'W. iu 9 h c huk 19 11) c rum c.
k, and k)3troumovt
N. N. ,I , .-.cv euqhin, r
o I v en%c o --'or th- t - i o Iidation of' the -,~:i i. i
r, it ,3 1 n n 11,j 1 1. rv t he abn ri, V, J t
'.en(, -2 A' LIF? 111 1', - 7. e do=*U of the watlowa ECODOMW
LS ..,- L, --~ ?I t"~ t~,(! AllItI'l, -' :
u -,i:-,t oI Klectitonics
t
I_ Congress
1. Radio engineering--Development--LWR

nVILITRY -.Bvti @'To oil Iy4~vich; GABZ, Dinn bffinovna; OSTROU)10V,B.A..p:rof.,
it
aty. red.; TIU=7-, S.D., red. titd-va-,
[Capillary methods of studying micro-organlems] IspillIsmys restody
Isuchantle n1kroorg9nismov. Moskva, Izd-vo Ak9d. nauk SSSR. 1961.
534 p. (min 14:5)
(Soil micro-orgnnisms)

tkal
OSTROUMOV. B.n.. prof. (laningrad)
Hicrometallurgy. Aauka i zhizn' 27 no.8:10-16,37 Ag 160.
(KIRA 1):9)
(Ulitovelcii. Aleksel Vasillevich. 189)-1957)
kNetallurgy)
(Wire drawing)

ACC NR, AP7002973 ('A) SOURCE CODE': Ul"/0413/66/000/02,1/00~jD/,~,-,I
INVENTOR: Kotrelev, V. N. ; Ostroumov, B. D. - Opolovenkov, A. F. , Kraanov,
V. A.
ORG: none
TITLE: Method of preparing a chemical CoMpoS4tion from fluoroplast 40.
Class 39, No. 189571
SOURCE: lzobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 24,
1966, 69
TOPIC TAGS: plastic, teflon, polytetrafluoi-octhylene, fluorocarbonVj'H= AA-
ABSTRAur: An Author Certificate has been issued for a method of preparin" a
composition baiied on ftoroplast-40 (an unidentified fluorocarbon plastic). 'rile
technological properties of the composition are improved by adding up to 101/6 of
polytet raf luoro ethylene to the ftoroplast-40 during processing. [Translation)
Yr
SUB CODE: I I /SUBM DATE: 18DecG4/

KAISINOV, Vusiliy Mikhaylovich, dotaent. kand..geologo-miner.nauk; A4MR,
X.G., dotsent. kand.tekhn.nauk; DAVIDOVICH, V.I., dotnent. kj~ind.
tekhn.nauk; ALBUL, S.F. , kiind.geologo-minar.nnuk; PAUKYR,
lnsh.-gidrot;eolog; gidrotekhnik. ZAYT-SKV. I.E..
daktor geologo-miner.nauk; TOLSTIKILIN, N.I.. prof., doktor toolot-o-
mineral.nauk; ELZZNIKOV, A.A.. knnd.khim.nauk. starnhly nnuchnyy
sotrudnik; HERSHALOV, A.F., assiatent; VOROTTHTS9V, V.T., dotsent,
kand.tekim.nauk; HARKOV, I.A., dotsent, kand.geologo-miner.nauk;
KIRWIS. Ye.Ye.. dotsent. knnd.geologo-miner.nauk; KHITROV, I.H..
insh.-geolog; BOROVITSKIT. V.P., knnd.geolo~:o-miner.nauk: RAYDCINIEAS,
O.V., kand.geologo-riiner.nauk; ONIN. N.K.. kand.Ceologo-miner.nauk:
BAfMOV, Te.A., inzh.-,,,,idrogeolog: NOVOZHILOY, V.N., dotsent, kand.
geologo-miner.nauk; PEMINYY. I.S., Inzh.-gidrogeolog; ITEV~IISIITMA
Tu.G., insh.-gidrogeolog; BOSKIS, S.G., lnsh.-gidrotekhnik, NIKIFOROV,
U.N., inzh.-gidrogaolog; GATALISKIT. N.A., prof., doktor ecolmlo-
miner.nauk, nauchnyy red., DOLMATOV, P.S.. vedushchiy red 4-
NADITUA, I.K., tekhn.red.
[Hydrologist's hnndbook) Spravochnoe r-kovodstvo gidrogeologn.
Leningrad, Goe.nnuchno-tekhn.lzd-vo neft. i gorno-toplivnol ~it-ry.
Lsningr.otd-nie, 1959. R36 p. (MIRA 1?:4)
1. Vsesoy-uznyy geologicheakiy nauchno-isaledovatel'skiy institut
(for Reznikov).
(Hydrolo~;y)

OSTR"07, B,P.
Ilectric level recorder for measuring the dynamic water level in
wells. Zap.Lon.gor-inst-32 no.2:148-152 '56. (MLRA 10:2)
(Water. Underground) (Zlectric measurements)

ZHELTOY. F.I.. doteenti_.OSTROUNOV. B.P.
~
Instruzent for determining the filtration factor in rockil under
pressure. Zap.Lon.gor.inst.32 no.2:153-155 '56. (MLEL& 10:2)
(Hydraulics)

OSTROUMOV. B.P.
Automatic recording instrument for observations on underground
voter levels in bore holes. Zap. ILI )4 no.2:148-153 '58.
(MIRA 12:6)
(Water. Underground) (Idquid lovel indicators)

OBTROUROV, B.T. Cdooommed)
11":r"r4stice of Chernotem meadov @oil@ in the Maymm Valley (Gorno-
Altay Province) [with French summm-y in insert). Pachvovedento ne.6:110-
12h Je 156. (MLRA 9tIO)
(Np,ven Valley-Chernoxem wis)

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F. A. Dr. Tech. Sci.
Disnertation.- IIN'ew Vethodr fcr Investipatinr the ComposItion of Min-ral Faw 'Llaterials
Usinr r)rFanic 9asea." All-Union FcI. Per. Inst. of Mlneml Raw i-aterJals, 2 Jul 0.
S"- Vec`iemy-aZa Moskva, Jul, 190 (Project #17E36)

- -, T 1~~ 0 Ll f-1 0 %~ 1;, . ri
037MNHOV, FI; ke
Ollev Mptbods for 1nv*stI&ntIng the Composition of Mineral Raw Materials
Using Or&Bnlc Bases.0 Sub 2 Jul 47, All-Union Scl Res Inat of MinertLI Raw
Materials. - _- -7.-~-x, , , _-7~ -
Disoartations prAmented for degrees In science and engineering in Moscow
in 1947
SO: Sum No. 457. IS Apr 55

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lip,owilivs. corrif pyrikhat nitrate wiS give a allij,
of
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reastrApsm with porritimp) and am* rwr metals ferear in.
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it* widn rat 1widirle fairdirtarblovitle. lips. Co.
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IS pesferml "bell CA . Ilig, and alkali are slrtd in pt~dnca,
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w Itr sited in *11 caset, rat-rriq whirri the pfolucl contain-
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Ilut At the Al. TI, and Z: *it sufficirm so vviabillop with 11
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In .8 /it fi."]$ NI *-III C', it I. I-ferletl to
ppl /ft . it,, S It-w, A uoin -tg C11,00M)II I
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Th sbotald by wild frool Cr and mr, rtifths oith the AM 4
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er a-14Mine I,ar coetildrte plan
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09 Ir. to" the plilf. PrAm.. mormam into a AP-oil. 8&%k titinvil white the rare earths were t&krO 10POIC' With "1.
9 0`10"JUS11 4111k It. IIN()a, IM CA N OZMM, WW 92&UdWdiPhl. .* ftnhe (tA. Co. lot. %m. Col. I I o, Fr. Vto
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POWURN. A.I.; OSTRWMOV, B.A., doktor k~,.-mlchesklkh mWk, relakt.-)r;
KISELICVA.A.A..,---t6khntc?ie'skiy redaktor.
(Method of chemical analysis for minerals and rocks) Matody khi-
atcheskogo analisa mineralov i gornykh porod. Moskva, Izd-vo Akad.
nauk SSSR. Vol I (Silicates and carbonates] Silikaty t karbonaty.
1951 334 P. (MI.RA 8:8)
(SiliCAtOD) (Carbonxtes(Mineralogy)~
(Mineralogy, Determinative)

CA
D&W-k-Um of eirtWum wft a=&-W add. A, A
Ama'"onA mW JK. A.. of 116flarrel Raw Mo-
Miamw. OAS N ~). /hu?. A a4l. Kk,m. 6. 27 -33
(tWil i.-Tbe Sput$nae of this investiptim %is% to cbKk thir
1
Kuynins ratthod (C.A. 41. 47161). The enabod Will Se.
CWAIC and catclive in wp", of Zi In= other "W1412 inciwl-
i=tr&ft earths and Mo. FquAlly good fr*ults offe ob.
I 'y wrishills b mWAFI&IN wilbmt Isuill"s The pla.
io,vj%. Tbr irare" onswitlic mcid was r"myrol fly WIM).
Ills The vpt. 3 3 tillws will) utull. Zr In qua"111W WOW
Obt,110 S. dm clot ppt. at com. particulary in the pr
of oth" ek-ments. In such mars the time alltywcd for pptn.
khould br rztended to I or nsore days. J61. flowb

rRfl wim-ORtv-0- !
NW1110'e'll"'I 4",,* '~I~ ~hll
*;1,) 00 1, *,e ~4 I ~.l .,,)
Pr

OSTROYMIOV, 46. A.; sr TiIA, o,, T.,,.
Vnnadlwt
Some Inwe of the distribution of vanadium in contemporary marine dernsits.
Dokl. AN SSSR 86 No. 2, 1952.
9. Monthl List of Russian Accessions, Library of Congress, December Iq n.2 'inc L .

OSTROUNOV, B.A.
of determining forin of sulfur compounds In deposits of
the Black Sea. Trudy Iast.okean. 7:37-69 13). (KLRA 7:3)
(Deep-sea deposists--Black Sea) (Black Sea-Deep-mea depo5its)

OSTRWXOV. S.A.
Yorms of sulfur conpoundo Indoposits of the Black Sea. Trudy
Inst. oksan. 7:70-90 153. (MLRA 7:3)
(Black Sea--Deep-sea deposits) (Deep-sea deposits--Black Sea)

p AOW~. f -j- tar yegw.* - __
JL. --
ofum-mm Op Tis jaiw fmctwb
11t3lk 90 06 the 'a Imm TAI-
wtam Pat UK 00"
In th, IlAd an I
ro 1,1A I Nd Wd AMC
for tz"'Is w (C. 7111
oz ;I I'm
da ~~Wby SO I'M "t"Od'
b tb$ 0 WWI do all tmndfint in
WIV). Tiodment wo &I u
Thom asi ,to. Tbl
Of tbm ts gm tabu'
pdllll. M. loot
its ad otba"'" ww the To,`
of thm
AS R

PONOMARIV, A.I.; OSTRDUMOV, B.A., doktor khtmichaskikh anuk, redaktor;
LOSnMV. kKnUTIVA. N.A., tekhnicheekly redaktor.
Notho(As of chemical analysis of minerals and rocks) Matody khtmi-
chaskogo analiza nineraloy t gornykh porod. Moskva. Isd-ve
Akademii nank SSSR. Vol.2 (iron ores. titanomagnotities and chro-
mite@] ZhelezrTerudy, titanomagnp9tity i khrnmity, 1955. 343 P.
(Iron ores) (Chrordtes) (MLRA 8:11)
(Titanomagnstities)

OSTROUNOV.E.A.
Occurrence of manganese in bottom deposits of the SeR of Okhotey.
Izv..411 SSSR. Ser.geol.20 no-5:83-RS S-0 '55. (KLRA 8:12'
(Okhotsk. Sea of-Manganese ores)

Im In the 1 imamm4w so Mhoto am
) %MMY MOM S-q-f.)L 102,
(lasous wad ferric otides),was detd. In sampla
rom Vm" th" 20 ftgloms of the Okhotsk Sm sed1w to.
The deposits are div" Into I som with F4 content-to
J.Oto,7%. ThesmewitlammelmaMolpe O=m
thir XWO Ww3& AM Is the matis atmakY all X=
cMtka Am. Most of the Fe amm to the oft from terra.
trWmatakkandvokankbrftkdwaprtducu. Bomecal-
WW Fe in very Ine suspension cabmtrata In the cu
ofte tocrtha with Ft bomW with the tilytopilatoo =
due. In ib* south the tonan. of Fe mord. with the
day-fttm jiltne. Another pan of ths- Fe. bound with
she valmnic iscovity products, concentralea In the mad and
tat particles. loosted aims the Kurd WaMs jmd the tan
shaft of Xamchatka. In compwiscm with other Runka
sess, wAbDenu of the Oklmisk Sm hate it high runtent ul
A ol
M-71

USSR/Cosmochemistry - Geochemistry. ffydro~,hemlstry- D.
Abs Jour Ref Zhur - Khimiya, !!,-- 9, -957, 30352
Author Ostroumov, E.A.
Inst TnstMute of Dreanoioiv, Academy of S-,en,ei7, USSR
Title Distribution of Titanium in the Dep,sits of the Sea of
Okhotsk
Orig Pub Geokhimiya, 1956, No ~, 90-95.
Abst The content of Ti was determined In dried sami)ies Df the
upper level of sediments coilected at 209 stations du-
ring a number of years of field work by the expedition of
the expedition of the Institute of OceanoioU of the A(,a-
degy of Sciences USSR. Ti was determined -o_~orimetrically
with H_O.,~ after deconposition of the samples with hyJrofiu-
oric and sulfuri2 acid and fusion with potassium py-rosulfa-
te. A chart of Ti distribution in the bottom deposits has
been prepared. The following zones were delineated (TtO-
in %): less than 0.2; 0.2 - 0.3; 0.3 - 0.4 - 0.5 0.5 -
Card 1/2

USSR,/Coswchemistry - Geochemistry. Hydrochemistry. D.
Abs Jour : Ref Zhur - Khlmlya, No 9, 95 -17 , 30351
Author : Ostr(:)ywv, E.A.
Inst : Academy of Sciences USSR
Title : Titanium In the Deposits of the Sea of OldiotLik
Or g Pub . Dok-1. Ali SSSR, 1956, 107, No 3, 444-447
Abst . See next ubs.ra-
Card 1/1

- 29MOAAk j SHIIAOV. T.M.
Occurrence of Iron sulf%de and hydrogen sulfide In deposits of deep
trenches In the northwestern ]Pacific Ocean. GookhImlia no.7t25-
16 156. (NLRA 10%1)
1. Institut okeanolorii kkademit nauk SSSR.
(ftcific Ocean--Iron sulfides) (Pacific Ocean--Hydrogen sulfide)

OSTROUW)V. IC.A.; ASTANINA, A.A.: SHOKHOR. T.G.
MmVvid for determining rare earth* in ocean deposits. Trudy
lust.okoan. 19-29?-301 056. (MLRA 10:2)
(Ocean bottom) (Rarths. Rare)

SWConinochemistry - Geochfietry. HydrachemLetr~~, r
a
st Journal: Referat Zhur - Khimiya, N,) 19: 19~:16, ~Iw4
Ab i
F
Author: Ostroumov B. A. Sh-'I(. V. 14.
institution: None
Title: Iron Sulfide and Hydr~fer) Sulf-..d-~ F --I D-;-:F~'Trn cf North-
western Part of Pacift~: OcesLn
Original
Periodical% Dokl. AN SSSR, 1956, 106, Vo 3,
Abstract: Process of rj..ictlon (-R) c.f SO', tak~fz-a P~Sce at
definite stra .43 and beFins af R t.-. Fj.2+, at definite
alvage of decom~,_)sitilcn of rorgaz,:~~: mattEx ne~-_e.zaa four iffe
processes of sulfate-rc-iucing ml~-, rga,7_!.qm4. R ~f S04 - is
well developed in sediments rf and Aleutian
t.---)ughe where it big-Ins in 10-15 17m am,)znt,:j cf FeS reach
0.39% and Fred.- '-13 pr-~neyit RvI vi f troigh R
Zone is ~)eterr I ayor .i %.i I it %L- I I tt I e FeS.
In the seeximent. bed UIq j,r 1 "0-100 m I Ryer
Card 1/2

0STWUNDT. N.A. _
Titanium In deposits of the Okhotsk sea. Dokl-Aw SSM 107 no.3:444-447
Mr '56. WAA 9:7)
1.1ustitut okesnologil Akademli nauk SSSR. Predstaylene akademikom
N.M.Strakhavym.
(Okhotsk, Sea of--Titanium)

VOLYOV. 1.I.-, OSTROUMV. N.A.
Forns of sulfur compounds in silt waters of seditmnte of the Black Sea.
Genkhimila no.4:11"-145 157. (MIRA '12:3)
1. I*Lboratnry of RnrInA Sediments of the Inatitute of Oceanolog7.
Acndnr,V of Sciqncna. U.S.S.R., Moscow.
(Thlosulfates) (Black Sea-Silt)

OSTROUMOV, B.A.; VOUOV, 1. 1.
Internonnection of phosphorus. vanadium ind orranic -tntter In t~e
Black Soft sediments Lwith summry in AV,lisbLj. OefthiMita A-N
SSSR no.6:518-528 157. (MIRA 11:2)
1. institut okeanologii AW SSSR, Moskva.
(Fhosphorus) (Vanadium)
(Binck Sea--Sedimgntation and deposition)

OSTOMOV, A.A,
V~, i. - - - -- - - -
3iilfur compounds !r. ', -t, ,-, J- ~!!l to
Inpt. nkenn. '~".
( I i -) t n k ,
of t~-.n 39a of Okhotsk. ?7-A7
(MIR'k 110)
Is it o f - - Sit I Air )

1, ~,, T. I ~ I I-- I
L, . ', III.,, . . I - .
HXZRllX0V. P.L.;
Phosphorus distribution in the sediments of the Okhotsk Sea. Dokl.
AN SSSR 113 no.1:142-14~ Mr-Ap '57. (KLRA 10:6)
1. Institut okos.nolngii Akademit nat4k SSSR. Prodetavlano alladamikom
N.M. Strakhovym.
(Okhotsk, Ser. of--Sedimentation and deposition)

AUTHORS1 Volkov, I. I., Ostroumov, 8. A. 2o-LI-4-4-47/63
TITM Determination of Thiosulphatee in Silt Waters of the Black
Sea Deposits (Opredeleniye tiosullfatoy v ilovykh vodakh os-
adkov Chernogo morya)
PERIODICALt Dokladj* Akademii Nauk SSSR, 1957, Vol. '114, Nr 4, PP. 855-855
(USSR)
LBSTRACTs In order to get a better idea of the diageneeis processes it
is necessary when studying the types of sulphur compounds in
seadDpoeits, not only to investigate the solid phase, but to
determine also the types of sulfur compounds of the water by
which these deposits are drenched. In the Black Sea, in which
an intensive reduction process of the sulphates takes place,
there may also occur sulphites and thiosulphates, beside free
hydrogen sulfide and sulphates. The authors investigated, from
the expedition ship "Akademik S.Vavilov", at the below mention-
ed station, whether these soluble compounds occur in the silt
waters of the deposits. A method for the determination of au' -
fites and thioaulfates in the presence of free hydrogen SulAlAo
,* had been previously worked cut by Kurtenacker. Its applica-
bility to the Black Sea was to be checked. The shallow-*&ter
Card 1/3 deposits here often do not contain any hydroFen sulfide. In

Determination of Thiosulphates in Silt Waters of the Black 2o-ll"-47/63
Sea Deposits
the silt water of the deep-sea, deposits it is often removed
during filtration in vacuum. Tests indicated that the con-
tent values of the thiosulfat*s obtained on this occasion are
unetible and vary considerably. This is due to the leaking
through into the filtration of small amounts of colloidal
sulphurous iron (hydrotoilite), For that reason treatment
with vincarbonate suspahsion is undisyennable. It removes the
free hydrogen sulfide and the colloidal iron which is di-
sturbing in the determination of the thiosulfates. The exyer-
izents showed that the silt water& in the Black Sea deponits
contain virtually no sulfites, at the most very minute traces
of them, whose amount Lies within the limits of experimental
errors. But steady figures for the thiosulfates are obtained
in pit* of their small amounts. They vary between from 0#0 t3
10 :g/lit. The deep-sea deposits are richer in them then those
,~ of the shallow water. As is well-known one sulfur atom of
the thioaulfates is very mobil6 and capable of reaction. There-
~-.fore the thlosulfates can function so a peculiar type of
sulfur transmitters. In this respect the occurrence of thio-
sulfates may be of great interest in the study of diagentical.
Card 2/3 transformation of the Black See deposits. There are I table Und

c1~7W10/1'V, 1 4.
AUTHORSt Volkov, 1. 1., and Ostroamov, E. A., "o-';_32/51
TITLEt Concretions of Iron Sulphide in Black Sea Deposits ~Konkretaii
sul'fida zheleza v otlozhenijakh Chernogo morya)
PERIODICAL: Doklady AN SSSR, 1957, Vol. 116, Nr 4, pp. 645-648 (USSR)
ABSTRACTj Already in 189o colloidal iron sulphide was foAnd in the Blick
Sea deposits and the possibiliti of a formation of pirites which
was contained In it in form of tiny pellets was ausumed. Also at
that time concretions of pyrites of a length of 12 w,~ rind a
breadth of 0,5 mm wore found there for the first timc. Beside
9o,84% pyrites they consist of a small qhantity of silicatca
which apparently are of the deposit itself. A further referenct.
review shove the presence of mellnicovit, hydrotroilite, and
marcaoite also in the old Black Sea deposits. TraILGitions bet-
ween the two latter minerals occur, too. The reseiroh of these.
transitions and of the process could throw a light on ont. of the
questions of the autogonous mineral formation of the bottom of
the sea. In summer 1956 a pillar of the grouid of a length of 5za
was taken in a depth of 54C m by the expedition ahi,1 "AkadeLik
S. Vavilov" from one of the stations beside the cap( Kodor
(420541,0 north latitude, 400541,8 east lonEitude). It was cla),ey
Card 1/2 mud, grey coloring with bluish tinge an" %it- si-.g,e intermedia-

u
-A..
Ostroymv. E. A.. . A.
"Detormination of horium Ty th-~ .%elj?ht and Goloriratric Xeti,odt." i . ,
In book Methodn cf Lntprminir.,,. hadleletivo Fleironts in Lilaoral ItAw l'gktc:ria,,,n,
lqc,~O. 08 pr

A TJT III R Pete I in, V
T ITLF ',wre i ec u i i it rl t I e n I n t ht!
Of the Sen Of ~` ~hn~:llk " r,eko',oryvt, 7
de I pri 1.,; $A -,h-jr7,A ); 0qqlkA r n "'k r~o t f- k r) fFC) IT, C, r:; -'I
PF~I'T)JCAL: Ppillelen -oqkov,;k,*,wc i!
ctip'. ppolngirro")KI.". Nr rp i
ARS?PAC-: The reseArch wory ~,'-~ne (iurlniz 1-,.I1 - I t)y
t he Z' ~, I p V I Vit 7 " n Fl rC a ~ A srur i a r, 7
be rotpd r, hr,, d i s r i t i n of tiie -kn-~r'f' r
ccr, t rar i t r, o . h e - P, ~,~ i n j T r, ") r ~' 1, tI -
his reseit,-n or tho 9 f I i It- : r v
(,'I I n t S ev p e -n ti b Qn c 6 t t rl," i, r e,i r
i ro r. ~ on I h q n v p r i r ~,rprv;~! -r,
ments in r(2171 OnS A:1)0lnl'lF "It' Y', Y-
Fi Fures and :7,ix i r.-, m rpr, -?n- r
~-e- r, in th- Vo 1., r r. ;r, ri
9 u t c, s v p r n U "V W n I %'-
this flell. r,i a r w I V
1 '.rr~Kn-v rA x, r i I a
,ivernvqk,, v A -A N V
h n t t n v b-:i a -~:i o i i rc. r 6,o t i into 1 n
I ime n t n F-P h - r

~-ome j'ecul iii-i I ion i- * ne !i t :,,. tu - --)n -f -. r~~!. : n
of Okhotsk
1~n.nl (if Prof-ion proli;,'tm ,f Iry n r; 1 r,,1
han! of rrodur-.s nf recont voll-t-,,,- q r 1 1 ~ i ty F,
trnti-n -f t~7e -ain iror-contAin:r.,7 -inerr- n
c 1 R s t . --.!- PP r i n i , n r,,! , ~ r- ! , q t r 1 b,-i - r-~ fh
neco H I nF o tt,.(. o7rnn~i ', o!no t r i -, 7, ptr-i- I o4, r - i r.
character of the iron Alslrltutlon in thf, t P1 r r.
'k.hotnk -eA "'he re "' o re , sr, fnr ns I rc?I1 91t, i t IriI
cerned. tho ",rhotsk ',en rim te rognried -i n 1 , - c i li
, ti r. r!~
sen bnc i n a b,isir. wit t,. mail-ui, r~, T,
i ron i n n c~ c c) , i is t7,j np r.
7~.erp 9re maps n nr 1 r-if-ren
,ov,
, e tn n I r r, i
1. Sea of Oxhotsi-, --Pr -~-per T ;,e. SE*l Lmr. ., t"q t 1
Distribution 4. IT a-. e-
Card 2/2

Ajl~"':Uil:

0 -A 0 t 1. 01
-I I ~A 7,
Q c
.
L
"A
:1,41, A'17
r,
t i t a t i v -I- t 0 1
r) r i no
a 0 0 s i b i "f
ration -q r r t a I
-v
t i --i L I n t '.1%(i 1::: 1

'3 t i t' Ic 1y Ib.- o n
r va t c i:.i s 1 . ltatc(: .,iantitativel~, ~y i run
rc . . I t I. rc:, Q 7, r,-~3 e n i n cjr=
fold f"'C7, 0 1 a LI fS 1 r -r
Card 1/3

~~epanition of :1 0
of Pyrldill~
I V,

C
71
f
pl,ec 1 1 ta ia 7

t~ic- rIrn
Ar .

if ne
o 1.1 r

I
C
rc
cart h t

0 T,
r

C-;C r ,
01,
r C

2 13
1 !3

Separation of Th,-riu,.,, .-- rom ia re :.arth!; ',)I ','
, eans
of P~,ridinc and Its Nitrate
preci3ely re,~,,ilatod in the :precipitation and kept -)-I a
value of .1,1-.',2 by mc-i! . of this solution. In the ')re=
ci:,itat ion of thoriui.-, li~-droxide it is dc-s iraljl(~ ri
11:1.oriu;. r.itr%te in ur,,ler to acceleratc t~~c
of a -t.nner lid to accelerate the ."?T".
D" ri.ienti; it was ~)rovc,6 tl,,at (even ir,
care -f a .;inC,.;1ar precipitation of t~-orium 1,,,,dro-xi(!('
by mrann of a ;Axtu~e of'pyridine and ~yridin'p nitr~.te
a practicall.j co,::.lcte separation of thorium from '.~e
rare ~ rirth ;,.ctal.,3 car, lie bbtaine~. Yttriu;-i, lanthanu:
trival.nt, :.eodymiu.%1,')rascodymium, erbium,
and yttfrbiam r--,:-.aiv in ',~ie solution. T!.ori,i:-.
:)V'-Ci.,1t-ited ir. s.Ac.~ purc~ forii ''iit a
tion ~-- :.ot neceszar~-- The exieri-,~ntal carryin,* out
of t"', e (I v (, r,,,
-1 ra t i o n 1 3P.9 c r i 1) . precisely.
-).ore I fi,~ure, t-t!)leq in~ 6 rufvroncen, (f
%--hich ire -~Uviet.
S 1JB' .' JTT ED ~a r c h 11 7
1. Rare em-thr-Precipitntion 2 Thorlum-Determinatior,
Card 5/3 3. Pyridines-Chemical rvaotionz 4 Pyridine
reactiom;

5(2)
AUTHORS: Volkov, 1. 1., 0strouriov, 'E'. 1. 3(,V/71- 1 1 7
TITLEt Determination of Sulfatc,-, b.,,- Their ',tplucticr to
Sulfide (0pred-leni.,-e vosstancv',-j,,1ye.7 ikh do
scrovodoroda)
PERIODICAL: Zhurnal analiticheskoy 11, Nr 6, T1
(USSR)
A.BSTRACT: Among the titrimetric motho(Is for dotormining thore
biLSing on a reduction of sulfr-te to hydrogen iulli"(, aivl. 'I
subsequent iodome tric '-" tratinn, a-,,2 of i;,-rtioul (,r t
( Ref s 1 -1 1 ) . In usi ng ~-,,,ani ou~- c t, 1 urile -~nki yhoi~ d
f or the sul fate reduc tic n ~ -,,o -, ~1 'I, , 'i a ~ 15 'Alrt -,Ix-
by copper and other elumrntz c,' thf,
which form sulfides difficalt to of 'I k~
present paper worked rut a 7,f thrd 'i-
reduction to hydropen sulf i,.c! trke!- v6i tY,
obtainf-d from SnCl~ anl nc'~, 1. W!?1F "'(1 ,h, `:I("
the apparatuo for the reducticn !):,- Kit- an,
collaborators (T(ef 8) has a niunbe.- dt-fr-ctp, 41 wac :-~r .-.,iE-d
by the authors. Tht, new appF-.-,-ttuj illustrat.,"
Card 1/3 It is characterized b-,. the fact tnit it be

Do termination of Sul f -it e.- hy
llydro;_-f,n Sulfide
e a c t i va
the conc~ntri-,, phosphoric
was T r-partiI . r, rfi r.r-
Sn (7 1 ') W i t h c o n cn 1, r i i t (! ~ i ;) 1.,,, . - ~ ~ I.,, r iIti
was ~ornple te 'y r,?-,oved. : n Ift. i -)nr~-c I t ari
however, that a r(,aF,-c-nt havir,~ cono,,irt ~~c*
-!i VO
obtainable. 1nve,,;ti~,-%tii,n-n ca? ri, ~! (jut
fact that nmall ameunts of chlori
after boi lin'g not onl,,,- (1r) not Ai stu--c) ho r- !1i- tir
even intensify tho latter. A 1~rolonj--'i?,d (," t
for the purpose uf* roi-.)ovi ti~! 1 o:-I,is- f
considerable decrfms6 of th,, I-Odl, 7 7 4hi i it 1 1, 'Ir nt 1."
c a u o e d by th c f o rm it t i o n on r~ ( r n b I eou n
phosphoric acid. A vl~ry r.
preparation c." the
as of the coqcQn-r"t'~'i phoql)ho ri c riel (I n I it I
conditions for tl%e rro para tir) n of the r~,--Aa-ent. r i t
3000. "he d-ns,- 1--;ii
riot increased beyond
on ;:01~ or CaC'12 anA stored. This method was tested on tb-
Card 2/~ analysis of pure salts. As ". c ramtf ippa r on t , t hr p r, ~~ --i (:,-, - '

Determination of Sulfates by
Hydrogen Sulfide
Ca, Ba, Al, Cr, 14n, ~,rj, Ni and Zn doen not cauno in
disturbance. Tho rediictir)n ,iro:,E~ss !,. acceleritp(i 1,11 1,r,
by the presence of alcali mp. ~L--''-L- ;;,ither do 11~i, ;b ar-- -i
disturb thp. reduction. Conjur -nd 7.-,t-rcury salts cau~;-- a
disturbanco. 'rho samo mothod wFiq n1so adolted to
natural matorialo, an rypitum, Plack Sea oozo an(i nort vilil-r.
The results are on the same levol with those obtairind 14~ 'tit,
gravimetric det,!rminatior of nulfate as 13aS04. 1, nunl)(-r
practical indioationo for th`n t-.Pthod Js also --iv-n.
are 2 fit-ures, -~, tables, anc' 11
ASSOCIATIONs lnstitut okeanologii At; SSSIP, 7,'ocVva 1notittit- of -c--cography
of the Acadomy of Scionnc-o, 'JISSit, 1,'onco-s'
SUBMITTED: October 1, 1957
Card 3/3

Ommmay"I.A.; SHIISOV, T.M.
Distribution of ferrous sulfide and hydrogen sulfide In botton
deposits of the northwestern part of the Pacific Ocean. Trudy
Inst. okean. 27177-83 058. (ULU lls4)
(Pacific Ocean-Iron sulfide) (Pacific Ocean-Hydrogen sulfide)

171 . : '.
I` - ~ !, -1 , ! ~,, , ~!; 1 ~ . 1 ., '. I , - .." * ; "
~ I
t I.- p. -, -~ :-, . I I . 1 11 1 "., . :
. . I ~.' 1 . I I (I , 1~~
~, A..'. - 1 1 L", -,, ! :-, .
I : n 7, . , - .~~! , .. 1 :1 1 - - I

5(2) STJ/7P-
~UTHORS: Ivanov-&mln, D. N 0stroumov, E. A.
TITLE: On tha Q*aestion of the Fo=ation of 13vdi-jxy-sca-ndiata-- o, -,I-
k1k&:-i Metals (K voprosu ob obrazove-nil i,,i droxa30 3bln(L' 11 %Q'.'
ahchcloch~-Ayk-h neta-Uov/~
llz"IDDICAL: Zhurnal cecrganicaesko:~ khtmil, 1?59, Vol 4, Nr i, pp
(Usfm)
ABSTRACT: Yhe so-j-i-,qtior, c' scandiate )-~avin(~
po.,;iti ri Na~ ',- '01) '1'020, s df-3cribed. Fo-- the sy-r0TLF-.-1.''-
t4is coiupoai,u z;cwicuum aydroxi(ic producea by the method of N
A. Tananayev wat3 disolved by heating in 18 n Bud-Jum hydrate.
cr-pirF-ted wit vas analyzed and the formula mEn'-
-as confi:-,ned- Tb-! coor(lination r)ureoer of c-i---
datim ir, Lais comp,)wn~- J.r. 6. !'no-- crystai-1-1ne
rhombic lattice. 7i-.e zrye,.als frequeatlv form drasel.
temp-rat,ire of 25 t~,e crystal denaJty is tio
by th,~ by V. V. Syromyatnikc-v k I!ie f' iO) nit:
powid sodium rexWiydxvxo-scandiate decomposer, cn the effc--t )f