SCIENTIFIC ABSTRACT OSTROUMOV, E. A. - OSTROVA, S. O.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238510008-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Forms of Sulphur Compounis in the Bottom Deposits of SCV/20-126-2-44/44
the Marian Deprea3lon
reduction occur. This leads next to the formation of hydro-
troilite, in which the iron oxide compounds bind the
existing H2 S (Refs 1-1, 6, 8). The investigations carried
out have shown that the sulphate reduation process up to
H2S, then the hydrotroilite - sulphur (free) - pyrite
formation and the formation of sulphur, with its combined
organic substance, follow ths same natural laws, in the seas and
in the oceans (Refs 5, 6). During the 27th voyage of the
Tnstitute's expedition-ship "Vityaz"' (see Association), a
reduced grey mud with black interlayers, which contained
hydrotroilite, was found 10830 meters deep in the sediment of
the southern part of the Marian depression, covered by an
about 55 c-& thick layer of oxidized loamy liatomeen mud.
Based on the data given in table 1, a diatribution diagram of
the forms of sulphur compounds was plotted. On consideration
of table I and the said curves, the following interrelation of
the forms of sulphur compounds may be seen: During the sulphate
reduction there forms in the sediments of the Marian depression:
Card 2/3 ferric s,ilphide (hydrotroilite) free sulphur, pyrite sulphur,

Forms of Sulphur Compounds in the Bottom Deposits of SCV/20-124-2-44/64
the Marian Depression
and the sulphur connected with organic substance. As Is
already mentioned before, these processes do not differ in
principle from those observed elsewhere, or from those
described in publications. There are 1 fig-ure, I tablp, and
8 Soviet references.
ASSOCIATICN: Institut okeanologii Akademii nauk SSSR (Institute of
Oceanology of the Academy of Sciences, US3R)
PRESENTED: January 14, 1999, oy N. M. Strakhor, Acndemicinn
SUBMITTED: January 7, 1959
Card 3/3

OSTROUNOV, N.A.; FOXIIA. L.S.
Sulfur compounds in bottom sediments of the northwestern Facific.
Trudy Inst.okean. )2:206-214 '60. (MIRA 13-6)
(Pacific Ocean--Sulfur compounds)

OSTAMOV, N. A.. YQUOV, I. I.
Forms of sulfur compoundp occurring In bottor, deposits of the
PacUric Ocean near flow Zealand. Trudy Inst. okean. 42ill7-124
16o. (MlAA 13:10)
(Favific Ocean--Sedirte:,ts (rvo1or_y))
(Sulfur compotindE)

POONAM. Ardalion Ivenovich; OSTRMOY. )C.A., doktor khtm.nsuk.
oty.red.; TOLYMS, SUSIKOTA, L.A..
takhn.red.; LAUT, T.G.. tekhn.red.
(Nethodu for a chemical analysis of silicaous and carbonaceous
rocks) Metody khimicheekogo anallis elliketnykh I kafoonatnykh
gorny" porod. Koekva. Isd-vo Akad.nnuk MR. 1961. 413 Pi
(Rocks. Carbonate) (Rocks, 6111ceous) Wju v4sls

j/169/62/000/010/05 I/C 71
-j 2 23/133 7
c)I t .tie )Otton secli-,"Ients ol- L.,e -~Ca of
.'.c rz.,, ~rwv ~:hun-izil , 6z, o f i zi lra, -,,c . 1 1 1)6 2, 7 ,
'CJ:157 ~ln cc,!'.Lcc,:ion: .,ovrcm. of;a(,i.. o y
o: c.mcv, L961, 3,30-6',)3)
17C., -a~"Cdl Oil L,lc C:~~.ti 011
(Institutc of-
1~49-1933 arc- -cncrclizcd. :-.c c*,-icrdcil com,)osition Of
t,~Ic neclimcnts in :..c -,lature Z1.1d t""(-
0- ..i "Ill." )cr of as are ntc-i-
ys O~ C:"-L:z-- ~;Ca. '2','1C con-),C!-: ul'-
wa- k
Con)oul-L(L; L., L(Icr connic':~rzttion incluc~cs .'e, V,
I.-I, .o an~: 'L.,c.- -ca ti,c )ro('.,.cLf~
,7-~cl volca.,,ism; '111c" al.lorphous Ao, ovi"Illic
t..c oriCin for-mation of wltic,-k I-itiu
1/2

notc:
s C k I I C
~;aru' 2/2

OST,,,(IIMCIV, L j .~ , "t J:( ,v , ~ : ; NA , 1, ")
~ s t r ~ ,;, I " - - :.: ~ '. ". , ~ . -. '. 1~ *. " a--
- - - -'r. :,: -. . ffe-er., , - , f f- :-
,3-~dlm,?11*5 c,*' ti,s-, L-Lick Set2, -ruc:.v -.-.st, o?car. W ~ 3- ., '- , -'
( : ~*.~~ " 5 : I ~
~ D: -It(: t., lien-3i. I ;Lr compoi.r.,.~. ~

_0STR0(JMOV1_ E.A_.j VOLKOV, I.I.
Use of cinnamic acid in analy-tical chemistry. Repc:-t No.2:
Separation of titaniia, zirconium, and thorium from manganese,
nickel, cobalt, and zinc. Zhur.anal.khim. 17 no.4:461-465
JI 162. (MIRA 1rt9)
1. Institute of Oceanology, Aendemy of Sciencen, U.S.S.R., Moscow.
(Metals-Analysis) ~Cinnamic Ficid)

OSTWW'V, T,.A.; VOLKOV, I.I.
Separntlon of I~itanl,m, zir,-crd,Lt, qnf! thorium manj~,unese,
nickel, -obalt, qnd zinc by tising cirinamir arid. Trildy lns~. okean.
54: 1'70-181 '62. (IAIRA
'Cinnftmic acil)

OSTROUMOV,_F.-A,.; VOLKOV, I.I.
Una of cinnamic acid in analytical chemistry. Report 3t
Separation of Indium and galll~m fram vanganeso, nickelp
cobalt, and zinc. Zhur. anal. khim. 18 no.1152-57 Ja 163.
(MIRA 1614)
1. Institute of Oceanology, AcaderV of Sciences, U.S.S.R.,
Moscow.
(Indium-Ana sia) (Gallium-knalysis)
Tinnamic acid)

OSTROUMV, E.A.; VOLKOV, I.I.
Cinnaraic acid in analytical chemistry. Report lo.4; Determination
of beryllium and its separation from manganese, nickel, cobalt,
and zinc. Zhur. anal.khim. 18 no.12rl452-1456 D 163.
(MIRA 17:4)
1. Institut okeanologii AN SSSR, Moskva.

OSTROLMOV, E.A.j VOLKCV, I.I.
Sulfates in the bottom eedim-ente of the BI-ck Sea. 7'~-d~- :n~:*.
67s92-100 164- ( "I FtA : 7: _,e- I)
Separation of indium an! gallium from. manganose. nickel. coba.', q,-A
zinc with *the helF of ?Innariic acid. Ibid.--1,2-150
A new meUod of gravimetric deterriination of beryllium and its :,eF-.F-,rE,,.4on
from manganese. nickel. cobalt and zinc wl th the hej~- of - % - ~ "..
Ibild.-151-15~-

~.A.; .,: "J., *, .,.:.
*,, se -.,- - . -, - ,- - ~ - '. I ~ -. a ~ - , - - . r. - : ": - -. I'
J'M~C-' ~ ',ft * ~ 7 -~ !' 'I :-Fi'i '. ~iM : * -t 9P.7-11 !-I% ~ ~ -)ri f ,io ,
ri 1 c ke, 1 , - o ti:~ I *, , ~ n(I z i . . r. . ,r, ~i ! . ,, I ~ 4 - . I ~ -I . ., t , ,, ~-
~, 20 1 i 14 . , m :I ,, -~ -, : "
" . I ~, . '.I; ~ , I ov, ~ : ;, ; . . .) ~~ , Y. 0 9 kv " .

L 22h81-66 EUT MWWA d -W TJP JD M UE
XCC NX AP,6-0-0-7-9-33 SOURCE CODEt UR/0065/66/000/003/0054/0057
AUTHOR: Vikolayeva. V. G.; Kcmarov. B. I.; Kolotushkina, Ye. V.; Medvedev, G. P.~,
OstroushcF.enko, M. S.
ORG: none
TITLX: High temperature corrosion of vAtals, during ScMbUULQD of distilled gas-tur-
bine fuels )(4
SOURM Minlya i tekhnologiya topliv i masel, no. 3, 1966, 54-57
TOPIC TAGS: corrosion, solid mechanical property, gas turbine fuel, turbine engine
ABSTRACT* The effect of sulfur content (0.3-2.4%) in vacuum distillation residue and
diesel oil fuels on corrosion of gas-turbine metal blades was investigated in the 650-
-8500C range using a laboratory scale combustion unit. The test duration was 100 hrs.
The corTosion of steel and alloy blades in a gas stream during combustion of the them
al catalytic cracking distillates is shown in figure 1. It was foundi~n the cases of
EI-598 nickel-based and ET-607 alltoy steels and high-chrcmium EI-417 1stee.1 that the
blade c rrosion remains in 0.026Fb.066 g/m2-hour limits for a wide range of sulfur
content in vacuum.residue fuels. For diesel oils the material loss remained within
0.038-0.073 g/mz-hour limits. For fuels containing 2.4% S and 0.007% ash, the in-
UDCt 665.521.3:620.193.5
Card 1/2

L 22481-M
ACC Nks AT
crease in gas temperature from 6500 to 8500C resulted In an increase in deposit on
dp
01:
-r4
V
a r4 M. AM 8
temperature of gas stream, 0C
Fig. 1. W --EX-607 steel; 0--EI-599 steel;
[1--EI-417 steel; x--EI-612 steel; V--lKhlG1
steel.
0.001 to 0.002-0.004 g/cm2. At 8500C, both the low-sulfur Ras turbine
=1 lat%e diesel fueld/had blade deposits equal to .0006-0.0026 g/cm-K in
fuels of various origins and FBP up to 4609C can be r*commended for use as gas tur-
bine fuels. Orig. art. has: 2 figures, 2 tables.
sm mr.:
suBm DATE: oD/ OR111' FXF: 003/ OTH REF: 003
212

At- ! " AP70121,29 .11 , (a)mA UR'0075/66t02I 009 1050 1057
AIJ F) 10 It: Ostrounov, E. A.; Volkov, 1. 1.
ORG: Inntituto of Oceanology, MI SS-311 (Inntitut okeanologil ;W 'iSSR)
TITLE: Use of cinnainic acid In nnalytical chemistry. Report 8. Precipitation
of rare earth elements and Yttrium and their separation from mnngnnerze, nickel,
cobalt, zinc, calcium, and magnesium
SOURCE: Zhumal annliticlieskoy khimit, v. 21, no. 9, 1966, 10')0-1057
TOPIC TAGSi cinnnmic acid, chemical precipitation, chemical separntion,
rare earth element, yttrium
SWI CODE: 07,11
ABS TRACT: To separate metals of the tiiird analytical group, the author-s used
arinoniLun cinnamate, which quantitatively precipitates, upon heatinC, from
weakly acidic solutions Fe, Al, Cr, Ti, Zr, Th, In, Ga, 17,~--, U, and Sc, while
Mn, NI, Co, and Zn remain in solution and can thus be readily separated. -1 -, r!
only slightly soluble compounds thus formed In most caser, are crystalline basic
cinnar7ate salts.
SolutIons of the nitrates of rare earth elements and yttrium were preiiarel,
beginning with the purest oxideG verified by spectral analyGio. 7ne oxides were
dissolved In concentrated "N03 with heating and the excess or the latter wan
Co,d l/ 2 UDC- 543.70
0932- 137~L

ACC NR: AP7012429
removed by evaporation over a water bath. The residue was djGsolve~d In watc-r
and brought to the required volume. A solution of Ce(TIT) waL preparr.-I 'rom
chemically pure cerium nitrate. The titers of the solution5 were establisned
by evaporation in platinum dishes of precisely measured volume with subsequent
calcining or the residue to the oxide. The concentration of the solutions was
about 1 mg of oxide per ml.
It was found that rare earth elements and yttrium art! qiantitatively pre-
cipitated by ammonium cinnamate from weakly acidic solutions with pH - 3-5
upon heating. Tne final pH value of the solution --5.4. The precipitates are
crystalline and correspond in composition to the normal cinnamate salts
R(C6H5 CH-CHCOO) where R - rare earth element, Upon calcining, these compounds
are converted iAt1o oxides. The authors thank N. V. Lizunov, in whose laboratory
were carried out the spectral analysis of oxides of the rare earth elements and
the determination of calcium afid magne-lun In them. They also thank G. M.
Varshal. In whose laboratory was carried out the chromographIc analysis for the
determination of the composition of the sum of rare earth elemrnts. Orig. art.
has: 7 tables. UPRSt 40,4227

AC~-
C,
~-~v Insti"Ilto' :11~t itut 0~1(--'-I;'Oloi-~
TIT L': 'j:,n -f c~nna-.,~~c ac,c~ ir,
1,
raro eni-th Olr-ments and ',-Ariu:ri af~ z, form
501'ii~:' :Zt~urnai ana'liticheskoy khi;ol~ iv no. I , I 9r')7, 30-'~
0711'~ rare carth compound, yttriu.;i co.,,pound, cinn-u-,ir acid,
analyr, 1 s
AR~-, C,)n(litions were dete"ined un-Acr -which rare earth elf-;-i-ents -,r:-7
are prccir,i,At(.-d by ~L-,-roniurr, cinnanato on hoatin!~ in the foi1r, of nou"r:11
con~;ti.nt co.-)osition corrosponding to the formiula R(C-,H5CH:CH'CO:))3, whrr,-- i-
raro car'Li, c1c,-,on" or y-ttrium, no hasin salts boinr fornind. 'Mis i5
acidi ng
, tho reaj-,ont quickly (am-nonium cinn,,mata solution containing ~bou, cir.-:,-r-ic
acid) in subst;tntial ariounts with good st~rrinv in order to have a sulfic-.(~nt '.nit'lal
concentration of rearont to counteract hydrolysis. Pho Dresenco of a-,ionl,7 salt-~ in
the solution does not affoct the comDor-ition of tho DrociDitato. Tho ncthofi ocr-dts
the detemAnation of very small amounts of rare earth elements and yttrium, S~n,e the
cinnanate weighed has a fairly largo molecular woiCht. -the method can be used for
analyzing special alloys where the rare earths are not In a mixture, but enter into
Card 1/2 UDO I - 543 ~ ZO-

ACC NR, AP7006604
the comDosition of the alloy. It Is narticularly convenient for detortaining prasoo-
dymiun and terbium, which on heating yield mixed oxides of frequently indeterminate
composition. Orig. art. has: I table.
SUB CODE1 07/ SUBM DATE: 13Y&Y65/ ORIG REFi 002
Card 2/2 . - --- - - - -- - -- - -

1., 000/006/0148101 9
ACC NR: U C " C. 0 D E. uR/ 1 0i66j-
AUTHOR: Y e
OStroun0va,
ORG Semi conductor I nn t j tute . AN ,3~"Sn LeninRrad (Inatitut
pr%lu-provodn;itov AN SSSR)
TITLE: New variant of nass spectrometer with double focuoinp
SOURCE: Pribory i tekhnika eksperimenta, no. 6, 1966, 148-149
ITOPIC TAGS: nass spectrometer, mans spectrum) F c r An r , r['t
ABSTRAM A mass spectrometer is described which uses as the analyzing medium the
uniform electrostatic field between plane condenser plates. A shaped
beam of charged particles injected at 45* to the field direction will
describe a parabolic pathos shown in Fig. 1, such that the dijs~ance E-~
is a function of particle energy. Refocused with a magnetic field
applied to the emerging beam as shown, the beam is collected at element
K; energy spectra are then determined from apparatus geometry. Fig. 2
Card ----UDC; - 6Zl.384.B-

ACC NRi AP7001952
Fig. 1. Plane-condenser mass
spectrometer
I - Particle source; L - beam shaping
electrodes; K - collector.
is an overall view of a test model designed on the basis of i - 17 cm.
Tests with an electron beam have verified the design calculations. To
check for chromatic aberrntion, the velocity of the input electron beam
Card 2 /3

ACC NR~ A 1"NO 19')

Fig. 2.
Spectrometer model

I - Source and input optics, In-
cluding a quadrupole lens;
II - condenser; III - magnetic
j L' analyzer portion, with mean
. curvature radius of 12.5 cm;
IV - collector.

was a-c modulated. This test showed accuracy was mainLained at up to
f5O v excursions of a nominal 2-kv accelerating voltage. It was there-
fore concludcd that the spectrometer would focus electrons having an
initial energy spread of 5%. 0 r I g. art . has 2 figures. (WA-751
SUB CODE: 201 SUBM DATE: 20Dec65/ ORIG REF: 0021 OTH REF: 001/
ATD PRESS: 5115
-Card - 3 /3

ACC NR, AP7001090 (,4, A/ ) .:',0URCE CODE:
AUTHOR: Soldatkin, I. S. ; Rudenchik, Yu. V. ; Oatrovakly, 1. 13.
Levonlitna, A. I.
0110: All-UnIon "Microbe" Antiplague Scientific Rei3earch Intititute,
aratov Voesoyuznyy nauchno-looledovatollakly protivochurnnyy Inatitut
Mikrob,~; Nukus AntIplague Station (Nukusakaya protlvochumnaya
stantolya)
TITLE: Quantitative characteristics of the development of plague
epizoottc In Rhombomys optimus colonie2
SOURCE: Zoologicheskiy zhurnal, v. 45, no. 4, 1966, 481-486
TOPIC TAGS: plague, discaae vector,
flea PI)pl? %517-e, eplzoorlod-oc), lAjrt~'c rl('It
/4 A-1,1 -r"-9 A- 5-E-05d , t?O OF AJ 7-
ABSTRACT: The process of the Infection of fleas Infesting dt3ea.,ied
'gerbils (Rhombomys optimus) was studied using radioactivity labeled
Imaterialo to simulate disease agents In a model experiment. Results
~were compared with those obtained with plague-infected gerbils. The
!number of fleas feeding on one gerbil were recorded, as well as the
Idistribution of these fleas after five or six days. Calculations ba8edl
Card UDC: 599-323.4 Rhombomys; 616.981.452

-AI:C-NR. --AP'(001090------- ---
on experimental data showed that the mean number of gerbils that can be
Infected by one sick animal is 0.3-0.6 In summer and winter and
1.7-2.5 in spring and fall. Orig. art. has: 4 tables. I
(WA-50; GBE No. 141 1
suB com o6/ SUBM DATE: none/ ORIO REP-- 007 [LP
Card 212 ---

OSTROIJSHIO, I.A.; LITVINOV, N.N., redaktor; SERGHTIVA, N.A., redaktor;
----KAMA'~' WP.. tekhnirheskiy redaktor
(The crumbling of rork in boring processes; the theory of mining]
Rasrushenle gornykh porod pri burenit; k teorti saboinykh pro-
tsessov. Moskva. Goo. Izd-vo geol. lit-ry, 1952, 252 p, [Kicrofilml
(Boring) (MLRA 7:10)

C., ~, ; ,- r.. .~- , - . I .
. 1,
I --". , * , , I ) . . I
. r, t ~ i, L,s~ - A,- I ll!~ - -~! ! . . - -- - I I I .

2be Cacmittes on Stalin PrItce (of the Council of Kinleters USSR) in the fif-Ad-O cf
scleme " Invention* amxuxes that the follovIng sclentific vorks, populat,
tif1c books, wA twMbooks havt been submitted for comi;atltion for Stalin Prizes rur
the years 1952 and 1953. (Goveta a Kulturaft MDscov, Mo. 22-40, 20 Feb - 3 Apr 1954'
Name Title of Work FvovW=t&d by_
Jstroustiko, I.A. "')estri-rtion of M~nerql Notth Cnucisus X,4-nirw and
~trnta 'Iurins7 11oring" Metallur~,y lnst~t%te
SO: W-30604, 7 JUlY 1954

OSTROUSHKOP Ivan Antonovich, TAY'NSFTETN, B.G., gorrky inzhener, reteenzent;
--- HZKM , O.B., gorn" inst.ener, retDOn2ODt: VOUTININSLIT, B.I.,
redaktor, PARTSIL73KIT, V.S., redaktor; TARASKIRO. Z.K., tekhniche-
ekiy redaktor.
(Cor"rilling mine sampling holes] lhirenie kolonkovykh minnykh
akwaahin. Moskva, Goo.nauchno-takhn. izd-vo lit-ry po chernoi i
teetnoi metalltirgii, 1956. 310 P. (MLRA 9:6)
( Bor I ng)

O-STRO-USHY0, Ivan Antonovich; TRRWl,HNKn, M.I., red.; PARTSEVSKIT, V.N..
- rnff-.TzdZ-va-, rE?7T?F7TP, M.R.. tokhn.rod.
FDoirring I)orp scd hltiqt hnlos hy moanp nf cnmproused air]
Pnevmntichnskno lariazhnnip mhpur,)v t skvazhin. 14oskva, Goo.
nAu0-inr)-tnkvinAzd-vn lit-ry po rhornni i tevetnni metallurgii,
jqf~q. 1j 1 1). (MIRA 11:1?)
(91sistirg-Equiumpnt nnd sum)lints')

OSTROUSHKOl, I,,A,;. 1 91 V.I.; BOBIN, Te.G.; KaLUMIDZE, V.N.; T&MIZIN.
KULIK, G,T,
Industrial testirgaf mochanical charging of deep. horizo-atal blast
holes. Izv. vys. ucheb. zav,; tevet. met, no.lt20-27 158,
(MIRA 11:6)
1. Severokavicasekiy gornometallurgicheskiy ingtitut. lafedra
spetsl=sov gornogo dela.
(Mining engineering)

I ,:d
N.ns k~l y A r!l L: r,
a r

-AU75kly C
Kin in g angixieer ing
2 Explorive charges- Pro parn t,I oz,
3, Ri-plosive charges -Performar.-e
i, ~ Pnemntlc syst~-m5--Equipme-it

AUTHOR: Ostroushki, :.A., f,' Tlecnnical Sciences
TITLE: A Pile t=-, ?npv:a!, t
C!~ e 9 K 1,~ 0 3 Cz j1, e n 1.~' r. S 111V
PERMICkLt Gornyy ..tva L)')~ N r C , j, ~ -!" '( a
ABSTRACT: The author dcjcritvs a dev~-se he invented for tne p r. e i 7-
Trx ~se of this t~adt:et red
loadint: of 1cre ?~L)IeL;.
time of :Jallnc; ly 4
There io I fi(Turu.
ASSOCIATION: Severo-Kavkaz3,,.,--, i tu t
North Caucasian Min-,ij- #,nd Me' F~' ln~%l tute
AVAILABLE: Library of ~, n6resz;
Card 1/1 1. Geology 2. EArth borers-Applioations

18.0000
AUTHOR:
0

TITLE:

P(-' Op

PERIODICAL:

a

ABSTRACT: j,
,
01
tht, 9,
At-1 lu
1(2
cf; .

e rn,1:3
rT 16

or, J(- ~:3

Ca rd 1
12
,

of ~:~e
s j
e r Q;
Card 2/2

OSTROUSHKO, I.A.; TEMMEV, V.I.; ROBIN. Te.G..- i;PTA;~!3EN. L.F.
Mechanized rharging of blast holes in mining. Izv.vys.urhFth.
zRv.-,tsvot.met. 2 no.6-11-16 159. (141& 13:4)
1. SoverokavPmaeldy Mmornotallurpichopkiy institut. KiLfodra
spotskursov gornogo dola.
(141ning ongi non ri, rog-Equipmont Fin'! flljj~~)JJA'11

!,Zz
-o In--*I 'aim

OSTROUSHRO. I.A.; TERN'"TNV, V.I.; BIRYUKOV, I.A.; KRIVCHIKOV. P.F.;
C.4UGUNOV, L.F. ; BOBIN, Te.G.
Kechanized nole charging In --powder blitatinr opQrations. jr)r.
z hur. no.10:36-38 0 160. (MIRA 11:-J)
1. Severo-Kavkazeldy gorno-metallurgicheekty inatitut,
g. Orlzhonlklcize (for Oatroushko, Temekeyev . Biryukov ) .
2. T3rrVauzakiy gorno-obopatitel'nyy kom~l-vtt (for Krtv~hticov,
Chugunov, Bobin).
(Mining engineerine)

OSTROUSHKD, I.A., prof.; YR4YjMlV, V.I., dotsenti KRIVCHIKOV, JP.V., lnzh.;
DORODITOV, V.S., lnzh.; CHUGUNOV, L.F., inzh.; KLYACHM, L.I., inzh.
Improvement of bore bits for c6mpressed-air percussion arilla.
Izv. v7a. ucheb. zav.; gor. zhur. no.10:93-Q8 6o. kmiRA i3:il)
i. Severo-Kavkazakiy gornometallurgicheskly lnsti~ut Imeni Sereo
Ordzhonikidze. Hekomandovana Kafedroy spetsialinykh kursov rornogo
dela Severo-KavkazBko(-,o gornometall,re-icheskogo Inatituta.
(Boring mactiinery)

w-flic'usliu, 1-~'k ; V~ ~' ; 10,ODN(V, V.S. ; BOROD111, N. I.:
i'~ 11~XH IEUVI, P F. ; C~il (it 1:( V , I F.
Up'Llmn (;oi(. i tions for !;,'% - ~, ori I I rli- operatic, na I n harc~ 7()cfq
1 zv. v-,-,;, tichub. 7-av, ;tove ~ - tn~2 t . 4 no . 3 : 1,2 -IV ' 61 .' ~ " .: - ~I ', : i
I
. . ~evt~rol:avkazskiy gcrnozautaI1urCicheskiy institut i Tyrn~auzskiy
ko,A) ina t. ~iekeinozibovazm kafedroy spetiiiallnykh k-Ll*scv ,-Orn(,(,'O
deln 3e-,r-rc,kavkazskoco 1!ornometallurgicheskogo instituta.
(.-ock drills)

L~J~-65
ACCENION NR-0 'APS003364: 9/0149/64/000/006/0007/0017
4unlOIL Yemokeyev, V.I. 1 Ostrounhko, 1. A.; MaTlyankov, V. V.
TITLE:, Improved mechanization of chambor and blast hole charging with bulk explosives
SOURCE-. IVUZ. Tevetnaya metallurgiya, no. 6, 1964, 7-17
TOPIC TAGS: bulk explosives mechanized charging, blast. hole charging, mining, chamber,
pharging, ammonite, explosive metering, now motor
ABSTRACT: Bulk explosives (not packed in cartridges) can be advantageously delivered
mechanical futallations set up at various faces of a inine. At present, the following
dpvlces for explosive dosing, transportation and charging have been tested*# 1. the worm-
ar measuring aggregate; 2. the single-chamber metering device devised by Giproalkel'
0
. - .. - '_'_ mafnrincr arrangement designed by SKGM1. Ito two-chamber i

jml- InGtobilation nag nfmm e operwomi IUL.
Z granulated to 6 mm- diameter were
6ZhV and
CW 1/2
CESSION N11: AP5003364
71~
A.
capacity aW plant are discussed in detail. Formulas for calculating the delivery rates
Are derived. The design of the nozzle for charging blasting holes, safety measures, and
handling of pnoumzUe linog are dosoribod. "The engineers participating in Uio inechanizQd
char" were: Ye. G. nobin, F. 0. Diragov, G. D. Soblyev, and 0. P. tularnidl. Orig.
art. has: 8 figures 7 formulas, 2 tables.
ASSOCIATION: Kafedra spetsk-ursov gornogo dola, Severokavkazakiy 1gornor-dtallurgiche-
I- sidy Institut (Department of special courses on mining, North Caucasus Tnini ig and
metallurgical Institute)
SUBMITTED: Wan6i ENCLt 00 B'UB CODE: WA, IE
NO REF SOV.- 004 OTHER: 060
rd 2/2
J cc

Ll
i it t,ii
110 ',,1
tv;

. i . ., , 1., .1 1
~, ; ; .I. I -
11 . . I . . I .
,,n,, - . . I
f
.-, v a *- . " 4 - .
I
,- - - - , I . I

F_
f ACCESSION hR: AR4020485 S/0081/64/000/001/NO60/NO6,0
SOURCE: RZh. Mimiya, Abs. lN38O
AUTHOR: Ostroushko. 1. A.; Medvedev, V. V.
TITLE: The feasibility of planning explosives for specific mining and geologi-
cal conditions
CITED SOURCE: Tr. Severokavkazsk. in-ta, vy*p. 16, 1961, 190-194 gornametallurg.
TOPIC TAGS: ammonium nitrate explosive, blast mining, mining explosive, explo-
sive characteristic, explosive
TRANSLATION: The author reviews the characteristics of ammonium nitrate explo-
sives. Optimal efficiency in blasting operations can be attained not only by
varying the amount and order of placement of explosives in the rock to be blaste4
but also by proper selection, i.e. planning, of explosives for specific blasting
conditions. B. Lurlye
DATE ACQ: 18Feb64 SUB CODE: CH ENCL: 00
f
LCard

9qTROUSHKO, I, A, prof.; YaMEYEV, V, I., dotsent; BOBIN, Ye. G.,
tnzb~: M, MVEDEEEV, V. V., Innh.; KCJBAKHIDZE, V. N., inzh.:
KRIVCHIKOV' P. F., in7,h.; ~:!'FJGTTj1OV, L. F., lnzh.;
MASTRYITKOV M. V., in7.h.
Improving mechanized chirring of hlAstholes. Izv. %-yc. ucheb.
zav.: For. zhur. no.Pt92-Q6 :61.
(MIRA 15!10)
1. Severokavkazskly gornametallurgicheekiy Institut. Rnkc~-
mendovana kafedroy gornogo dela.
(Blasting)

OXaOUSHY,O, I.A.; TEDER, otv. rcd.; SIEEM', A.I-, red.izd-va;
MOZOMVSKANA, V.L., tokhn. red.; SAMTOV, A., tekIL-. red.
[Mining proceases and instrumento in .-ock
protoossy i instrumenty p:-l burenii gurnykh porod. 1.',osk-vn,
Gosgortakhizdat, 1962. 271 p. (I-uliA 1, - 1.1)
(Boring)

OGTROUSHKO I I A.; YF.MFKi.YlV, V. : . , bi Ill N, Yv. . ; ?.~ VCl!lF.UV, Y.!". ;
cifur'I'llov, L.~ . ; M:. !"'KCV, M.'V .
7rnprov I ng preumit 1.4 c cl,it rp, , nj~ of h' ~sl nole a .(w-. zhur.
IL
no.110~-37 N It) 3. (MIT-A 17..b
1. Severo-Kavkaz3kiy gornomc~tsillurglchpakiy instItut (for
Ostroushko, Ypmekeyev, i3nbin ,. 2. Tyrny-Auzf;kiy kombinat
(for Krivchlkov, Chugunov, Mastryukov).

OMOUSHKO, Nan Antonovich, prof., doktor tekhri. nauk; WD31,
Tevt;eniy Cerasi-rovich, gomy inzh.; YEVITMTV, Vyaclieslfiv
Ivanovich, dots., kand. tekhn. nauk; BIVCHIKOV, Petr
Fedorovich,, gornyy inzh.; CHUGUNOV, Leonid Fedorovich,
gornyy inzh.; MUM,, G.P.9 kand, tekhr. nauk, retsonzent;
GEYMAN, L.M., red.izd-va; LAVI(ET.'T'YEVA, L.G., tekhn. red.
Dvechanization of blasting; mechanization of loading and
stem3ing blast holes and mine chamberB)Yekhanizatrila
vzr~-nWkh rabot; rnekhanizatsiia zariazhenia i zatxAkI nhlyu-
rov, vziTvTWkb skvazhin t minrqkh kamer. Moskva, ~ioCor-
tekhizdat, 1962. 127 p. (KIhA 15: 11)
(Blasting--Equipnent and supplies)

L6MOUS11C, 1,A.; V.I~; Lo"~,UL-JI111, !t.l.
Using, ,;I.ot wlien drilling for oil, gas, or coal. Neft. ki,oz.
40 no./.:20-26 Al W 1;,j, 15: 5
(boring)

PAVLOVSKIY, V.I.; OSTROUSH-10~1-
Improver-4 procedure for the monufacture of cast steel shot for
drilling. Lit.proizv. no.70-4 J1 162. (MIRA 16.2)
(Founding) (Shot)

C6TI-IOUSill"L , I A . ; . p V. I . I ~ L~Ali.L y "". I.
U3irig vhct w~,(_In drilling for oil, gae, or COIL~. NElft. k",oz.
1.0 no.4:20--26 iq, (Mlltli 15:5
Uioriijg)

IVANOV, V.D.; OSTROUSHKO, V.D.
Machanized warehouBe for tar. Koks. I iclilm. no.3:53--4 15 ?.
(MIRA 12:1)
1.Kakeyevski7 koksokhimicheekiy zavod.
(Coal tar--Storaga)

I v alv V 1) li.~d u6tro"I~,Lf~o, V D.
ri.ecLariised 'torat~c ianv~-s for coal
ediranilisiicae diya 6iucly)
idilmiya 1959 1;1- 5, pl, )4
-)L i'kA,~ A 6t~if ciean-,ri6 L3-coru6t~ tLinr-. desipied by tno- -,~t.,~Cl
ciie princille of t1iH cieuniric
i-,~ slaiiiur to ~,,at of sel-f cleanm~, tar
U(jcantat ion LLni~~: "Wo suci, tam,.,: wui-e er,2,--ted on tie,
!,,aireyevka IvlorKs in i'~,arc.,. Pl,ere is f~()-ire
: , e -.,,j Nr K
...hr~e,-jevs,~Iy v:Lvod ~%.arl -a in,-"
'Y
,io ri-~s

OSTROUSHKO, YU.I.; LOGVINENKO, I.A.
- ~
Table for visual titration. Zav.lab. 22 no.5:612 '56. (KLELA 9:8)
(Titration)

AUTHOR: Ostroushko,Yu. 1.
TITLE: The Use of Oreanic Glans for the Production of Labc,rat,-,r
Venselo and Apparntun (Primoneniye ste~.Ia 1:ya
lzgotovlcniyn laboratornoy posudy i priborov).
PERIODICAL: Zavodskaya Laboratoriya, 1957, Vol. '~, Nr 7, pp. o'L-H'"
'USSR)
ABSTRACT: Organic glass or the so-called plexiglfLI30 Is revistant againqt
the action of several mineral acids and alkalis, as well as
against that of hydrofluoric &cid and :'luorine solutions. It in
used for making small tubes, pipettes, (graduatod) measuring
vessels, burettes, etc. as well an larl~er objects ouch as
glasses, retorts, etc. Hermetical introduction of metal con-
ductors into the plexiglass electrode Is brought about with the
aid of the pljrmer (glue B.F.2, BF-4). ~or the m,~aouring of the
temperature of hydrofluoric solutions ar fluorides a platinum-,
lead-, or tungsten coating is applied to the end of the tnerm(,,-
meter which is to be immerged. The thermally solid tinsue is used
as diaphragm in electrolysis. It possesses high electric con-
ductivity and corrosion resistance in fluorides and other
Card 112 corrosive elements. There are 5 figures.

3.2-7 -14 1/4 (,)
The Use of Organic Glass for the Production of Laboratory
Vessels and Apparatus.
AVAILABLE: Library of Congress
r,ard 212

SOV/13b-58-12-9/22
AUTHORS:- -0strousUo, Yq,J.. Meyerson, G.A. , Silim, G.F. and
Shtrapenina, R.B.
TITLE: Electrolytic Method of Producing Tantalum (Elektroliti-
cheskiy sposob polucbeniya tantala)
PERIODICAL: Tsvetnyye Metally, 1958, Nr 12, pp 38 - 44 (USSR)
ABSTRACT: Electrolysis of melts for tantalum production was first
developed in 1929 (Ref 1). The method, which wati adopted
outside the USSR, depended on the decomposition of' Ta 210 51
whose presence in the K 2TaF ,_KF(-KC1-Na_F) melt eliminated
the anode effect. Electrolysis becomes progressiveiv more
advantageous than the sodium-thermic method as the scale of
operations is increased, a further advantage being the
increasing avaiiability of' the pentoxide. The work des-
cribed had as its object the study of electrolysis conditicas
for a type of electrolyte (based on NaCl + KCI eutectic)
not used in practice. Electrolysis was (ffected in a nic&e!
crucible (cathode) (Figure 1) 100 mm in diameter, the bath
depth being 180 mm. The Sylindricall grapLite r3node. with a
working surface of 546 cml--, was fixed centrally. The
electrolyte was made by fusing the eq%ai-molecular cnlo:ldes
(calcined, chemically pure) mixture and the K TaF, ~pure
Cardl/3 2

Electrolytic Method of Procucir,,,, Tantaluz
dry) at b50 - '/00 OC aiia tl,en addint; pure ciry Ta 0
2 5
(10-lTo' of the weiKht of tile K TaF could dissolve) after
the anode had been inserted an~ th'~ direct current jwitz..ea
on. The influgnce on recovery and current eff'iciency I
the K2TaF 7 content (10-100%) of the electrolyte ~Figure
and of temperature (tDlO-'/20 OC) (Fi4ure 3) were studied, as
was the effect on electrolysis of a-aodic current density
(5-140 A/dm2 ). The influence of these factors on the size
composition of the tantalum powder was studied as was the
behaviour of impurities ~Figure 4 shows the impurity
contents of the bath as a function of tim&, Table 2 giviaF
the corresponding information for the powder). It was
found that a pure powder, suitable for producinF malleable
tantalum could be advantageously made by electrolysis
(followed by tLe usual purification) from electrolytes
containing (NaCl + KC1), 25-30% K2 TaFV and
3-3-51/6 Ta 205which melts at bOU0C, is highly fluid and
Cbrd 2/3 relatively non-volatile at the electrolysis temperature

Electrolytic Method of Producing Tantaium 130V/ i 36- 56-
(about 700 OC) and has little effect on the nickel. A
system for maintaining eieotrolyte quality over long working
periods has been devised. The cell used provideE for
continuous operation with periodical removBI of tLe ',,Q 0,6
Ta cathodic deposit. There are 5 figures, 2 tables and
12 references, 9 Df which are Engli:3h and '~) Soviet.
Card V3

AUTHRS R
7 L A S, 7i C
.I , : f F
'I 't.7
I ER:
Vs-, VSM-,
C~ri

." 1 1 -.,. I '' . ~ i
- I I I -
~ - .. - *.,-. - . ,I-. , .- - . I. .:
r: - * . . . - . : . - IV - 11 - -1. . . - .. I
: 11 .I I
C,,rl -, I-,

OSPRCUIRMO, Yu.l.: BUCHUHIN, P.I.; AMES.-EYNVA. V.V.: NABOYZjNCHlKUVA, T.F.;
SHNLKOVA, S.A.; AT, SEYEVA. R.N.: KAKOVY~'TSVTA. M.A.:
PANASKIKOVA, Te.l., red.: MAUL', Ye.l., tai=.red.
[Lithium, its chemistry and processes for thq treatmaiit of Its -m a]
Ll,til. ago khImiia I takhnologila. Moskva. lzd-vo Jlav.uprciv. 1'o
Ispol'zovnniiu atoanoi energii pri Sovete Ministrcv SSSR. 190C.
198 P. (MIRA 13:9)
(Lithium)

CSTi-CJU3"k',Ov Yu.i, fan-I.tekhn.n-"u.q -iL-'L3 .-.9 V., in7~--.
Very simple resource. Izobr.i rate,,. nc.6:32-31, Jo '60.
( 'I , 14: ?)
(Lithi~L-)'

b, b 3
'-"7 H OR S 33 t r C) Uin k 0 za e v a y a
i t y
? Lin L : Ck n~l V- u
t ,2'k r~ "ll"
at at~,cspf,urlc V r. ~i .1~.: Ll I r,c, u C, m. C) +
Results are Fivl~n In a ta:), c. t;~urs t.,-,e :;ol-~bili ty of di a
f,~nctlon of i t i r, c ra s i n era,,
c I -b I io 24 b a
y
~f tne so! ut ion ccnta -rs
eX4 s t 0
in so. n~j
a s n e q ~ . 1 -, b -- i r,~,; fll~d t.) refurvncvu:
Sovict, "'E, L, Fj*c'T.L~!'., a;a,! r:" 1.1 r,
a r d 2

"C' 4
c c n c ra r. r -a
rcl

OSTROUMKO, Yd.I.j ALEKSEYEVA, V.V.
Geothermal watere aa a potential source of lithiump Atom.energ. 10
no.4.-419-420 Ap 161. OURA 14:4)
(lAthium)

S '~)7f i, :',/ 00 -7
2koo BI 1~) Bi C)
A ~T It 0 R3 OE; t rc us hk,) Y u I . Fili; ovii r* T 1",
T IT U Int~ra-t ion of f, spoluaicri- ir.(, q ilfur,c !i -i,i
PLRICL~'~AL, Zh,-, rria ' r ~,D r,-i r i c hi -~fi k oy et-. im 1 1 . f ,, (j I
TEXTt T~.e ms~c',ariiqm of t?.e r,-qct iai, 1; p t A p pn E ,,Dd umf~ n p an c It L
studied for vary ing thc-rma I pri-t roat ,L e r. t o f t ~- E f u r.,n f, r -.um,rie P:~ 3
c~bt.ai.red from a -spo(ium~.,np Li 0 - 6 7 1 ~, A 1 2 0, 2 , 94 S l C I , '.
by heatng to '(Doooc (tub.- 5111t. f,u) ria c e - Th P c onv,- rs ior, (if tnp , tc t. -
form was checked by cryota I opt ical aria x - r'Ry 'Irlfliy5t~!~ i
made to rk-act with 11 2 so 4 in quartz tpst tUbeS " B 1 11 ndfi I- C 0 Ild I I C, TUR t . - I
for 60 min; H 2 SO 4 ' -ons umpt I on 10 ) , th#, ml x t uro, -4 ~i 8 f i er,(i -A v, i
witii hut wqtcr ties iflues wern tudied by x ra.~ d 1 ff r Fj t I o ii ri
t he 70 (URS -70) apparatus with the IU-c') RKI) t,?
anode and Mn filter% as well a.-i 3rfrared
d o uh I c -b ~,ain i nf ra r (,,! s j (,c t rot: ra p h w I t h L IF p r i s m f o r t -a r ~r,
Cari

) ~277
5/078/62/007/'00", GO' C
Interaction of ~-Gpodumene_ B119/B'10
to 1500 cm- 1 and with KCI prism from 1400 to 550 cm' 1 ) arid rompar-O A il~
the data of the initial substances Besides these analytic Loethods
thermogravimetri(- and chemical analyses were used 1) The minimum
tempering temperature for u-spodumene required for a reaction with H,30,
(it Is 9500C), 2) the optimum temperature and time of the spodumenp
H2SO 4 reaction (up to 1000C spodumene is not changedi minimum rpac~icr
temperature 1500C, optimum temperature with minimum reaction time 2,;C
- 3000C)i 5) the reversibility of the reaction with H,,SO by tempt:rir,(,, c:
4
the non-washed reaction product at 500, 700, 800, 900, 1000, arid I'Or,"
were determined. Resultsi P.-spodumene reacts with H2SO 4 as follows
Li O-Al 0 4 SiO H so Li So , H O-Al 0 4 S10 ; trit- IR a 1-c t roor%m
2 2 3 2 + 4 2 '1 2 2 3' 2
of the res idue shows one OH v ib rs t i o na Iband each at WO and _~450 (~M
(the latter verified by substituting 1120 by D 20) which are not prenont )ri
the apectrogram of the initial substance. The above-meritioned reacticn is
not possible with a-spodumene. Significant deformations of the cryi-Oal
lattice occur. If Li in spodumene is replaced by 11. Th(. re:3 i a ti o r,~ s j
Card 213

04036550 BOOK EVIDITATICH I S/
Kaplan, Gr-igoriy YEremeyevich; Silina, Galina Fedoravnal Ostroushko YUriy Ivanovich
Electrolysis in th,) metallurgy of rare earth metals (Elektroliz v metallurgii
rodkikh metallov), Moscow, Motallurgizdat, 1963, 36o p. illus.,, b1blio,,
Errata slip inserted. 2,500 copies printed.
TOPIC T,,('," rare metal, electrolysis, rare earth metal, lithium, rubidium, cesium,
ur;mitm., tantalu;-i., columbium, zirconium, thoriumV boryllium
PURPOSE AND COVMGE: The book covers work on obtaining pure rare metals and their
electrolysis. The theory and practice of obtaining waterless salts of the rare
metals and the electrolysis of molts with a liquid cathodo (lithium,, rubidium,
cesium, uranium, and rare-earth metals),with a solid cathode (tantalum, columbium,
zirconium, thoriu;r,, uranium, and beryllium) arL covered in the book. The electro-
lytic procos3 of obtaining alloy3 of rare metals is doscribed. The book is intandw
ad for a broad audience of engineers and technicians in the asta.1lurgical, met.-il
working, and chemical industries and can also be usefUl to students In higher edu-
cational institutions,
TABLE OF CONTENTS [abridgedIs

Yu.I.; FILIPPOVA, K.I.; IGNAVMA, L.A.
OSTROUSRKOJ,
-
Interaction of /~ -spodu ne with Bulfuric acid. Zhur.neorg..::~.1.--
7 no.2:244-251 F 162. (KUt-A 15:3)
(Spodummne) (Sulfuric acid)

OSTROV, A.B.. Inih.
Now state standards for rallrrad clearances. Zhol.dor.tranvp,
42 no.3:10-15 Mr 160. (MIRA 1):6)
(Railroads-Standarde)

OSTROV. A.B., kand. teklin. nauk.
Standardization of railroad clearanceo in nociallet couztrien.
Zhel. dor. trnnap. 41 no.2:87-93 F ")9. (MIRA 12:3)
(Railroadn--Specifications)

. 1 0 ,
OSTROV, I.L., irah.
..-- --~:e - "
Mnthod of decrenuine additional loeses in ae:,mr.-hronnus motorB. TAnt.
olektroprom. 2A no.10:17-22 0 157. (MIRA 10:1?)
(Electric motors, 1rduct!,-ri)

AUThOR: Ostrov, 1 1 -1. , r
TlTLE-: A met~-a-; ul r-- c . ~sses in inducti.,)r.
(Spu.;ot, lib" :-.i It I It,; K 11 po t. e r' a t3 I i ik I i re ii

,D6t i 1~45 Vo 1. No. 1c
,
)-
- f USSR)
.
7
ABSTRACT: 21- r. i i, e e I- z 0 a r t i: t e d t I. e v.,,) i e a p 6 c T
q
~ ~]
Il th-, -~1.

ct,-r~~ and testi,- fa 1~ir[p
llumt,er of -Dtors - iti. ( a,,,t
rotor wlndii- jr,ri ti,e no-loa_l JOSI-;fs of' arq ~,-ven
type -f mot,L: ~Pdl' -e ~ ., 8 I.J ~1:. lut a ti iru of t".e
tl.e -.,oi, lo~,.3e, i,e e Y. c z- I v e
LEI- r to r', t s; ~i 1,.,.e ~tef- i s( if v. sat
fr-tor.y ro, -)f marluf,,,ct~.r-i-r. o e I F, s
ul J7. rcl" e Itor ,steel was F- 11 ~l
u re us t I-
tl.(. eiectr~r-~~ . ' t via s s a e r: o i
f- i t- n t ar; -J ti, a t c I o -~, i: ! t~~ t~,
~,a%e 3 1' e zA L~ e - I, I o s -~ e s t ~) I c- ~:, x.- ~
o f t I - e e c t T# I e iiade )It Ft 1;11 IA' :.J. t
st~i -iCtll I
,,.ard s., n F
T.,

A method of reducinL stray losses in induction motors. 11C-10--4/18
operations such as the removai of burrs and varying the number
of pre3sings in assemb-Ling a packet are given in Table I - 4
from which it is concluded that the stator is not the source of
increase in the no-load losses. The influence of the rotor on
the no-load loss was, therefore, studied and the results of the
work are given in Table 5, from which it wiil be seen that by
changing the rotor in a given stator the iron losses could be
changed from 0.5 to 1.5 M A circuit for the determination of
the rotor losses similar to that used for the stator is illus-
trated in Fig. 4. Two rotors were investigated in detail and
the results are given in Table 6 which shows that iron losses
in the rotor can vary widely. From examination of the results
it was concluded that the increase in stray losses results from
eddy currents round a circuit including the outer surface of the
shaft and the outer edge of the rotor. Since one :-lath of tLis
circuit can consist of rotor teeth short circuited by the rotor
windingL~ it should be possible to reduce the losses by insul-
ating the windings from the steel. In order to determine har-
monics of' the induction at tooth frequency osciliogra-ms were
made of the e.m.f. on a wire lying on a stator tooth at no-load,
(Fig. 5a) and short circuit (Fig. 5b). The oscilloL~rams show
uard 2/3 the absence of pulsation harmonics when the rotor is locked.

IDZON, Mikhail Fridmanovich; MOZHEYKO, A.F., inzh., retsen2ent;
UTROV, N.M.-, inzh., red.; ANIKINA, M.S., red.izd-va;
ORESHRINA, V.I., tekhri. red.
[Machining blades of gas turbine engines] Mekhanicheskaia ob-
rabotka lopatok gazoturbinnykh dvigatelei. Moskva, Oborongiz,
1963. 319 p. (M~I ILA 16: 5)
(Gas turbines-Blades) (MetR1 cutting) (AutomAtion)

XTROV, Yn.
USSR/Biology, Agricultural - Wheat Jul 50
"Cooperation of Scientists and Production Workers,"
Ya. Ostrov, Vice-Chm, Council of Ministers Latvian
SSR
"Nauka I Zhizn'" No 7, p 19
Lists accomplishments of Institutes of Acad Sci Lat-
vian SSR. The Inst of Soil Studies and Farming has
enjoyed some success in introducing branched wheat
crops (seeds presented to Institute by Lysenko) at
kolkhozes and exptl stations. The Inst of Chem is
studying the possibilities of using local fuel to ob-
tain liquid fuel and other products. A number of
problems have been solved by the Institutes of Geol
and Geog, Microbiol, Biol, ana Exptl Med. 221T6

CHrRKIII,V.V., kandidnt tektinicheakikh nAuk; 4., k-nndIdqt
tekhnicheakikh nnuk 4=01-Alk nl-
Ree-,ulation of basic railroad standArdB. StandnrtizntsiiA no.3:51
55 PY-Je'55- (MUtA 9- P)
1. TSentrFilInyy linuchno-issledovntel'skiy institut MininterStwk
putey soobsticheniya
(Railronde-Specificntione)

IV I . I .
SVI:TINSFIY, ~O-V-; v '
pil a foundati -in 5 i!-' I, r-,dustri a I _,cns tructicn; A. J-Uni n
~hp Exhihition of Achie'.',~!menl-s of tht, jiaticnal Eron:~my
0sn., filild. I mpkh. grun. 7 n,-.i. 321-3.- It 5.
-1
:~ml -,fr. '~ I' ,
1j. :.- . -
~,f 1 - I..
(!~: I., t I ~ : F)

7, A. A. 1% A'
retsenzent; A V
[Castir,,- j-ra.,~ -a~7* 7- 'c- ~r ra, tic,
vt
of the Ljl.~.:~c-.(-; %w,.mo )11(, 1 1-.ri'l .-.-od!,tv,i a o!-o-i I
nykh otlivok :-,,:,oto i,a k-v
vo 'I'l.'ar,:.~,,.o.-*~r-,-),.,.Ao,"

RYA10V, Aleksandr fedorovich; CHESBOKOV, A.S., ilaxichnyy red.; GILIXR, Yf).H..
nsuchnyy red.; OSTROYA, red.; VLADIMIROVICH. A.0., rf--d.-.
TOM, A.M.. -tAXn.rGd. -, ~";'
tMakinge steel construction elements] Izgotovlonie stal'nykh
konstruktaii. Isd.2.. perer. i dop. Moskva. Veen.uchebno-peds,gog.
1&d-vo Trudreterviadnt. 1956. 367 p. (MIRA 12:))
(Steel, Structiiral)

ANOKH111, Grit-,oriy Aleksandrovich. inzh.; NIKITICHEV. V.S., nnuchnyy
red.; VIdWIMIROVICH, A.G., red.; OSTROVA, I.N., red.; SAMITTLOVA.
A.G., takhn.red.
[Practical instniction for amisters training tw4nona in building
and trtjde schoolel Metodichaskoo posoble mAsteru proizvod-
stvonnof,o obucheniin dlin podtrotovki kamenahchikov v stroitel'-
nykh i ro-teslenzifth uchilishchnkh. Moakva. Vses.uch-3bno-pedh'-,cg.
izd-vo Tinidrozar-vizdat, 1958. 191 p. (MIRA 12:11)
(R,isonry--Study mid teriching)

I.ATROV, Donat Petrovich; FZDOSHTEV, U.P., knnd.tekhn.n,3uk, nauchnyy red.;
ALKKSMROVSKIT, A.Y., red.; OSrROVA, I.M.. red.: RAKOT. S.1..
tekhn.red.
Lsefety engineering and fire prevention In general conatnictionJ
Takhnikii bezopasnosti I protivopozhnrnais tekhnikB n9 obBhche-
stroitel'nykh rabotakh. Monlcva, Vses.uchebno-ped&go(,,.izd-vo
Trudrozervizdat. 1959. 167 p. (MIRA 13:10)
(Building--Safety mawirea) (Fire prevention)

TL)ROPOV. Aleksandr Sergeyevich; VLADIMIROVICII, A.G.. red.; OSTROVA, 1.~J_
red.; TOKER, A.M., tekhn.md.
(Itainforcerwnt] Arrwiturnyo rnboty. Izd.3., T)n rn r. i d op.
Moskva, Vsas.lichobno-pedm,,og.lzd-vo Trudroz,~rvizdat, JQ~Q.
PI P. (MIIA 1): 0
(Hein-forcod concrete)

HOVCHAN, Fedor Pomich; IVANOV, V.P.. nDurhnyy red.; OSTROVA. 1.19., red.;
DOROIRIOVA, 16.A. . tekhn. red.
[Winual for the young painterj 6pravochnik molodogo maliarn.
lzd,2., perer, i dop. Hoakvii, VBea.uchebno-podagop,.izd-vo
Proftakhizdat. 1960. )86 p. (MIRA 13:11)
(Painting, Industrinl)

KOVAMVSKIT, Ivan Ivanovich. kand.tekhn.nauk; EHMJGIPOV, S.Ta. . naucinyy
rod.; OSTROVA, I.M.. red.; TURR. A.M., tekhn.red.
COven work] Pechnoe delo. lzd.)., perer. I dap. MoaL-va. llses.
uchobno--poda,;og.lzd-vo Proftakhizdat, lqbO. 157 P.
(Ovens ) (MIRA 13:7)

NIKITICHIV. Veniamin Semanovich; EARACHIMSKIT. 5.A.. nnuciuiyy red.;
OSTHOVA, 1.M.. red.; SUSHT.IrfICH, V.I., tekhn.red.
[Industrial training for carpenters; methods manualj Prolzvodstven-
noe obuchenie plotnikov; matodichaskoe posobie. Moskva, Vi3e i.ucnmbno-
pedagog.izd-vo Proftakhizdat, 1960. 179 p. (MIRA '.):b)
(Carpentry--Study and teaching)

11 Aii NEW% , I. la~; in i ~ Po:~-,OVA, 1,V, red, i MALINOVAlY,
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L 42164-66 EWP(c) /&WM(k) /D4T(d) /EWT(l) IEW(m)ITIEW? (1)/LVP(v) IJP(c) __ JD
ACC NRa Amoimn
SOURCE COMs UR/0274/65/000/oni/AO61AO61
AU171ORS: Oatrov&j_Sj..Pj..Golubkov, A. G.; Plyankov, B. L.
TITIXs k;--o'l-'ectrostatic potential moter
SOURCE: Ref. zh. Radiotekhnika i elektrosvyazl, Abe. UM70
W SOURCEi Tr. Kazansk. avints, in-ta vyp. 85, 1964, 151-153
TOPIC TAGS: electrostatics, electric measuring instrument, surface property
ABSTRACT- An instrument was developed which can be used in industrial and laboratory
conditions for the detection and zonsurownt of electrostatic potentials Dn surfaces.
As a converter of the constant potential induced in the probe, a dynamic capa-cl-tor _q 0
is used, the capacitance of which in varied with a frequency of 1030 ha with the aid
of a special oscillator. The amplified alternating voltage is rod to a synchronous
detector and from this detector to a pointer-typo instrument. The limits of electro-
static potential moasuremonts arei from 0 to 100 kv; the instrimiont input resistance
equals 10 Tohms (1013 ohm). The measurement error Is 5%. The meaBurament of the
oloctrost.atic pot,3ntialB In the linits from 0 to 1 kv is conducted with ei-roct con-
tact of the probe, but from I to 100 kv it is conducted through detachabdo dielectric
aoparators which ellmirunte the possibility of an electric discharge betwe,on the
surface and the probe. V. S. ~Translation of abntract7
StTB COM 09, 14
1/1
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