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

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238510001-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

0,TROI-NOT , - ,
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(!ITFLA D, ,,
krr-"hr, -al odvlrati~yl)

OSTMMUI. G.. Inshener
Planet in the laboratory. Tekh.mol.25 no.1:9-10 Ja '57. ()UU 10:2)
(Geophysics)

OSTROUROV, G., inzhener; GL'SHGHNV, S., in2hener.
The mo-chine hu6 come to the stock farn. Teich.mol. 22 no.8:1-4 Ag 154.
1 Agri cul tural machinery)

MYROUNOV,Georgly
'P-- ~;'- - - -_
Scientists of the world at the rourd table. Takh.pol.23 no.11:7-15
M155. (KLRA 8:12)
(Geneva--Atomic power-Congresses)

OSTROUMDV, G.
tilgh onmriy. Illn. takh. 4 no.10:14-20 U 159. (MIRA 13:1)
kliticloar phvaice)

2 G
A UTM,R. Ostroumov, G., Ent-in-r
TITLE At the Hise of it New Sur, As, vn3khode novo~o Polr.t,;,
PER T X': 7 AL Tekhr.i~a molode7hi, Nr 1 , pp I - 4 US"H
A I I ST71 A T Tn t~-is scie.,.tific article for 1,e eral infir- tic~n, t-.e .~;Innr
writfie on tic future of t.1,firmorruclear ur-er~,.y. it
of September the 2nd lnt~-r,ational Conference ,f t -.p U7 0.7
problerms of the pe-ceful use of atimic ent-r',-,y wii- 1,ei,l in
Go, ev- 1-io- tl,, ta an delepatev from f.1, (-nu: t r i - u .
well ~ur ~00,,) (3x,:orts sind obsurvers atte -led thi. Con: - i e
T',-,ere aL,)~it twice ti.e number of special-,:-.ts ,r~sert s
c om -,;, v e t n tt.e :%Eetint, in 195'). At that ti-~e, t ere were
still .-, L-..) - -v. tics who doxibted tne pos!iibilitY of cr: trolled
t h er u i -. t. r- r , a c t I or-, . A t t h i -q 4' n d -n,) e t i - , qCi et t i :, t -q gere
rki-r~-d j.,. - I-;iff iculties blit L.'Iso on t~.p i,-.P~)rta -e of
rr,sp-i In tm! !'ielld. V,e fifmouij lecture held :y t ~ e
Ac,d-mi fit Htrwell in 1)'~, vif~s u val~iable
Conti -,I t Tne preaort article is based
C~,rd 1 on -A '4 , - - '. . : a rec.-tly d,?l4vor~d ir. Chira hy tne

At th,~ ;-,iie of a WV1 ~"In
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F,jrt ~.er V Kurc ;itov rc,,,o : ', e d an i T~ v (,, i, t i t ~ ), rrr ~ ~ -1,
o i it hy t I r, t i t : t e o f A t o -- i c X r. e r) v . I' , - i v e t i it , ~,s
~t r e I ise.' on t .-. e w o r k 1, y t eA : ;, I (~ m i c I a r IC, A . :, . .3 rv n d
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o f , I Fi Fria ~,y I na. , el. i c f i v 'I d ~, n I it r h,, i )u, , 'F e a
C 2, Th, ne invert 1 -at io!i!; one of t - c 4 C! 1r t -,e

At tNe R1 3e Of 4 New 311r,
field of research of the,7-onuclaar reactio.-is rr,,
to t!.em, are such toroilul plants as Bj itain' s "7'ota"
Soviet ";,I' I'&". The otht r di z Yct Ion I a t!,e res. . - . ~,f t- e
behavior of plam-ia in straAt!ht t!ibes Mhich the press r- t. ~ , te !
after KUrChAtM'2f- lecture ut 11a:well. After ~',. I . liu 1 k P r
had suge;ested a system wit!, nu-called ra-gintir ~1 - 1~
calculating it in 19~4, a now direction be.an in this
L ,A t a r or, , qu cn, 3 v a t a m a we r e d e 9 i gna t ad as a e! I L, li,i ti i t r,i , s
T~xir application malei it poiisible in princi~lf~ t,) I r. n.;
iloo-it tt4oni*r.'f thor;,onuclear reaction. T~.e t "r.;
I - "UKra" worked o,.t -irjd-~r- t:.,- 1,. re - t i or.
I r, t: i)'-unt
1. 1 n ( F i r e F i n I I.y I . V . Kt; 1 t v ur. r, i ri e d
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thmm Ic a r1m w1th a retIcle, ne elan Is rotatod with euwtly tbo sum
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Further acearlytUm mA a at the amice tv its assipw
imUcate tbat tbere Is amther# sooner circle within the larear omj it is
used &UdM the &*OnU7 MA ImAIM cC the ablp. 20 cbmp the globe 0a setting
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4 cmalmS the &
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ship vou3d land W the commormA begm at the mmmmt. Moo the
mooll circle havs the comm3mut to cbmse the plam for 2mmAbW.
7he ronvAps statament aqppurtm the earlier mntim of a nubur of
noulan en the carrier rocket: "IU rocket soom& to float. Aveam of flame,
Wid like the mm Itselto ylu~pa ftrivamly ft= the diacberp mozzles to
Vle gripirA,"
Retarding the power of the rocket., he Days# "I am vriting theno linen
oxdd the i9E3E=- of the- ro&,et,. In a glass stvmdlug near me a =03 spom is
Annllma, Ovar mw bead the raDf of the cbeez-vation-point vczmMft In 61MInU,"
Oxtrou=$e article a1w InUcatev that the Chairrar of tho SUite
Coomisolvnp UP Chief Spaceship Deu~~,p and the Chief of the Laurwli
Card 2/3

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ACCMSIMI IIR: lw"3WI203
Commud an Ju ebaree ar tho coamDdrmo &xrlmg the lprapmtion MO. Immch of
SWO Twel"o
SPAD a, Ztm W. 14
ME IxAi: 19Z=63
c-r-W3

OSTRCUMCV, G.
Coming-of-ape of the atoin. Nn.tekh- 5 no.3; P--IC Yr '61.
(KRA
(Nuciear reactors)

-mmimlm--q~orgiy
Through the eyea of & witness. Nauka i zhizn' 29 no.9:11-14
S 162. (MIRA 15-10)
1. Chlen redaktaionnoy kollegii zhurnala "Nauka I zhiznl".
(Astronautics)

OSTROMIOV, 3 0
23031 Tvortgy gaologichemkoy nauki. (0 rus. uchenykh-geologakh). ni. A.
Fobedinakiy. Tekhnika-aolodezhi, 1949, No. 7, C. 27v.32. - Prodolah.
Sledust.
SOs LETOPISI NO. 13, 1949

OSTROUMDV, G.A.; SWEYNBFRG, A.A.
I*thod for measuring pillne voltai.1,39. ?rib. I tx~kh. efsp. 8
no.3:85-81, MY-Je 163. ~MIRA
1. Lenln.Trad-ikly wo,,iudnr.,;tvenr,yy iniversitot.
~Oscillogr&phy)

ZAKIMATOV, D.P., inzh.; LOKSHIN, A.M., inzh.; OSTROUMOV, G.A., prof.;
SIFIEYNBERG, A.A.0 Inzh.
One cause for accelerating the corrosion of hydropener-itor
thrust bear'nge. Elek. at&. 34 no.708-42 Jl '63.
(MIRA IC: 8)

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OSTROMV. G. A.
*gatural Convective Beat Transfer* in Closed Vertict4l Pipe@*` Sub 1.2 4r 47,
Physic# Inst Imeni P. N. Lebedev, Acad Set
I
DIssertationr presente,l for degreep in science nnd engineering In
Moscow in 1947
SO: Sum No. 457, 19 Apr 55

U8S:R/Flectronic95 Sep/Oct 48
RelayaPolarized
MathematIcs, Applied
Me Problem of the Linear Theory of the Polari-
zed Rolay, " G. A. Ontroumov, Molotov State U,
Chair of Gen Fhve, 15 pp
-Avtonugt I Telamekb" Vol IX, No
Br1ofly discusses theoriae on subject relay hrhIcb
determine limits vithin vhich It can be utilized.
First mention of a polarized relay van made in
G. A. Ootroumo?la article, "Method for Making
Computations on Polarized Relays" (Sci Tech Collec-
tive, Leningrad Electrotecb 11nat of Communications,
4W. 18/49TU.--
VZO/Electronica (Contd)
sap/oct 48
No 9, 1935). Presents methods for constructing G
two-position a- ratus vith mAximum ~On-BitivItY
'Pa
during oscillating OPOrdtiOn-
-4
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UBSW/jj~ ~jcs -- New Techniques 11 Apr 50
Heat Flov
"Optical Quantitative Method for Observing Ther-
mal and Diffusional Phenomena as a Plane Problem
wA for Small Deformations of AlmoBt-Planar
1-1 Surfaces (A Methjd of Lattlceb),' G. A. 0stroumov,
'3' Molotov StateU imeni A. IF. Gorkiy
t-
r-4
aDok Ak Nauk SSSR", Vol LXXI, lqo 5, PP 887-890
Propagation of heat and diffuslonal processes can
be experimentally studied in solid by examn of
the light patterns on the surface of unevenly
'heated, slightly distorted solid, because of
4W 176T102
EMM/Phyaica - New Techniques 11 Apr 50
(Contd)
variations in heat and pressure, gradients. De.
scription of app, theory, and use. Submitted
13 Feb 50 by Acad S. I. Vavilov.
An*
176T102

UWR/Mathemtics - Hyperbolic Functions Aug 51
"Method for Rapidly Processing Results of Meas-
uremrnts by the Method of Hyperbolic Tangeht,"
G. A. Ostroumav

"Zhur Tekb Fiz" Vol XXE, No 8, pp 948-961
Subject method is often applied to study of plane
waves. Outlines mathematical theory and gi-w-es
example of graphic construction. Obtained
variaw points of the graph experimentally from
study of material of various vidths. These
points appear to lie on a circumference, vhich
191073

USSR/Mathematics - lic Funct ions Aug 51
Co
facilitates detn of vave p%rameters of material
according to wagmitude and location of this cir-
cumference. Submitted 31 Dec 50.

194TB

V)

0 S-r- C T C, . A .
Arnr~rir - e I v -e r-s i T- e - r r C-- f,
f' r - i re: r ecr,r i rn Olsem-od
f Frc~r Ver I cn r. lly
S) c n rc~
Sc' f
"'Ay

USSR/Physics - Diffusion coefficient
Card 1/1 Pub. 153 - 16/24
FD-Iuko
Author Ostroumov, G. A.
Title Application of the optical lattice method to the measurement of the
diffuBion coefficient
Periodical Zbur. tekh. fiz., 24, No 10, 1864-1366, Oct 1954
Abstract ne author describes a method, which Is based upon his derived equation
(11), unique in that the constants of the apparatus do not influence the
results of measurements.
Institution
Submitted I arch 101, 19514

Category USSY '-I j-1 irs - rrp K-4
Abs Jour R-.-- f F I z I kb , 14~ Y" . N,
Author O~ty Q A
Titl~e t1it. Sej.L,jtj%-.'y cf ttie Oplical-Grating Method
Orig Pul, a- tekhn flzlk~, , ~-1,4, 2L. v-y-p 11, 2c)43-20)-5
Abstract Yt- us- - f a gra-rig ',n ppnum'.ral I-nstallations Increabes 'hplr gensi-
tivity Substailtinl'y Ej,_wtirns Eve gIven for the resolution of the
pe,,umbr5i m~-th-l '-) llj,~ use iind,,r -onsideration. It Is -oncluded
*Lq, 'ipon -,r~f-- u!ze -f !he grating this method has the same reso-
as the iriterft-ren,e mo-ter, but -ails for a sLmpler setup.
Card

OSTR~UYOV, 0. A.
Physics - Electrolyte ccrvectior.
1
Card ./. P-,t,, 1-4-~-9/_6
Author Ostroumov, G
FD 423
Title Electrostatic convection in electroiytQ6
Periodicn- A,,ir. eksp. ~ t(--,3r. fiz. 26, 5L'5-59-i', 14a~ 1954
Abstract D,~veiop~i an~; ~--ipp ements the rejuits of' hl~r previout; work
' OTr,;(i
.n ,, Ko,-n,* Li~ po ikuqtik(2 N SSSR," sbornik Nu ~, pp P
re-ating to t~-e ciz.c.."ation of -~Iectrostatic convection in c).i:,~ir~c!.
1'i~led wit~~ tin v.cctrolyte. Thankr, V. S. Sorakin.
Institution M(.) ~ot )v Stott, ~Jzl 1. ver, : ty
Submitted i"ecember 17,

OISTRO doktor fisiko-natematicheakikh nank.
Now paper drying method. Bum.prom. 29 no.11:18 N 154AMMA 9:1)
1. Professor Molotovskogo gosudarstyeanogo univereltets im. A.M.
Gorlkogo.
(Paper-making machiner7)

~Momovo 61.
PHASE I TRUME ISLAND BIBLIOGRAPHICAL REPORT AID 208-1
BDDX Call No. QC32?. q?
Author: OSTROLWV* G.A.
Tull Titlet FREE CONVECTION UNMM CONDITIONS OF INNER PROBLEM
Trw aliterated Titlet Svobodnaya konvektaiya v usloviyakh vnutrenney zadachi
Publishing Data
Originating Agencyt None
Putlishing Houses State Publishing House of Technloal Theoretical Literature.
Dater 1952 No. ppt 256 and No. of copies: 4,000
27 plates.
Editorial StaLf f
Lrd1tort None
Editor-in-Chief: None
Tech. Ed.s None
Appraiser: None
Text, Data
Coverages This book gives theoretical and experimental data related exclusively
to heat tran smission by convection on the vertical tube. The author
applies the theory of natural gravitation to heat problems in geo-
physics (heat convection in oil wells, geothermics in underground
water basine, a-j well as In industrial problems (convection
in castings, chemical procesces, ventilation, oil transformers,
electroric tubes, LU.) and tc many other related questions. (Sketches,
charts, photos, and tables).
1/2

Svobodnaya konvektsiya v usloviyakh vnutrenney sadechi Air 208-1
Descriptions of the test equipment and experimental method as well as
mathematical analysis of the test results would seem to be of interest,
chiefly to persona doing research on heat tranimiasion problems.
Purposes A book for scientific research engineers, technicians and students
working in the field of geophysics, thermal engineering, metallurgy,
industrial chemistry and hygiene.
Facilitiess Gratitude was expressed for consultatic.i and comments to Academicians
L.D. Landau and M.V. Kirpichev, Corr. Members,Academy of Sciences,N.
11. Andreyev ewd A.S. Predvoditelev, S.N. Rzhe-vkin, F.Ye. Stepanov,
D.A. Frank-Ramentakly, I.G. Shaposhnikov, L.S. Tygensen and A.M.
Kuznetsov. Molotov State University iment A.M. GorIkiy.
No. of Russian and Slavic References: 34 (1905-1950)
Available: Library of Congress
212

SUBJECT USSR/MATHEKATICS/Iritegral equations CARL 112 IG - 684
AUTHOR 'IERTGEN' B.A., OSTROUMOV G.A.
TITLE On the problem oe-d--e-te-rminin'g optical inhomo6~eneities.
PERIOLICAL Priklad.Mat.Mech. 19. 109-11-1) (19"""
reviewed 4/1957
The practival application of the optical track method is restricted to two-
dimensional cases. The authors investigate the question whether the method can
also be extended to three-dimensional cases with some chance for practical
results,i.e. whether it is possible e.g. to determine the index of refraction
inside of an inhomogeneouq medium in dependence of the coordinates x,y,z such
that light (of certain wave length) passes through the medium in direction of
the three coordinate axes, and this in different layers. Mathematically: with
which exactness a unique continuous function n - f(X,Y,Z) can be determined
by the three equations
X Y z
f(xpygg)d-x - t,(y,z), f(x,y,z)dy - +,(x,z), ff(x,y,z)dz
0 0 0
In general the problem is not solvable. Therefore at first the following
problem is treated: to find - amone the polynomlals which depend on x,v,z in
second order - that polyncnial f,(X,YZ) for which
I

Priklad.Mat.Yech. ji, 109-112 (19r)r,' CARL 212 PC, - fJ14
X Y z
jjj [f (11,Y,Z)- (a, +Ei,,x+. . .+a 10Z dx ~y dz - Min.
0 0 0
Since in this case the 10 partial derivatives with respect to a i must separately
vanish, the 10 coefficients a i can be determined, For polynomials of third
order f 3(z,v,z) the problem cannot be solved, since for that case even the
experimental determination of "moments of first order" e.g. f I f(Igy1z)dX~~'(Y".)
0
would be necessary. This determination is very difficult, if no other relation
exists and is known, e.6:. symmetry of f with respect to the dentra: plane
I - I X.
2
Furthermore, in a second problem, tY,13 symmetry is assumed to exist with respect
to the x-, the y-, and the z-plane, rind it is asked for the exactnes.~, with
which, under thig assuairtion supposed to be true, the index of refraction
can be determined in its local dependence.

--------- --
w.7
0 A MtygUnyj
W RiMiRn. EngltA trul-Mign in, ft"l
'(No* York), Vol. 2, No. 3,.438-32 (May; Is
Several wler. of axpeximenw ~d qualfixtive eba"
a movement 1A 41st.11W
carried out to clArUy aptwitaneou
L *ja6r the d Which n am*
f to twwased I
plac*s by addition of a 47od eectroly* Tb* bxperiments -
Au43tantIOed tho assumed properflea ot tho phenomenon, In
--parUcular IVwa3 po6stbls to produce- a mnlel *( the
-gas disch Al F ctuat Ag
-.4omnon-of toy arge frum IL 001L lu
A
V

OSTRDMIOV, G.A. (Molotov)
Gravitation and he&'. C9LVeCti*M pkreretere of water &n.,4 &1r.
Izv.All SSSR.Otd.tekh.zauk a-3:159-162 156. (FILRA 9-7)
(Heat--Vonvection) (Atmosphere)

LISSR/Optice Physical Optics, K-5
Abet Journal: Referat Zhur - FizikA, No 12, _'956, 3571G
Authort Vertgeyn, B. A., Ostroumov, G. A.
Institution: None
Titiel On the Problem of DiocloBing Optical InhomogeDeitles
Original
Perio(licalt Pri)L-'. matem. i mekhanilm, 1956, 1,), No 1, iog-112
Abstract: &amination of the problem of the puaoibility of determir,.1-ng IrLe
indices of refraction n (x,y,z) of a transparent inh-wogene,_-ui3
specimen as a function of the coordinates from given 3-fold trarie.-
illumination u." the specimen in directions parallel to the Car-
tesian coordiruite axes, i.e.) along the known optical t1iicknesses
of the specimen in 3 mutually perpen(Licular directions: (rrorp
functions of the type x
n(x,y,z)d-x = 4(y,z). It is shew-n !,iiat
0
in the general case such a problem cannot be aoived. However. it
Card 1/2

USSR/Optics
Abst journa~t Rerer-,i
Abstracti is po fl J er ~,11(i pu ~ yi.ca'-a. W n !-e.9 ~e
'I lfj,jj:~ im 1, k
X? Y
deter i u Li. po..p.amiai re,al I ve * x
with ;iv-ruge leviation .1'rom n(X,Y.7 already requ---r~s
know;- i,. oi' tne L.yl,e X
xr~ 7 VII, r, , A t;
iv I.. .
resu-c-, ~iie )u~.uj-iAj aise L,.y anolaer forml~uatiozj of' tile p r ~, L, .,
namelv. !'I n4l.rit~ Fi f unr t, i an n (x, y, z ) represer I I riv it p, . ,, ~ !r, I i .
powe: !it ! -., 1, -) ) /. and z ul A.~ r tile - U~,AI 1. 1 "f t 1,~i
t ior fkz~d U111i . 4"'(1L113 f,ul. C t. 10DII 1,01. tile -' Ahe- A', r e
tran,q ion ~)e aPprox imated b.~ polynamiala 0!' tiv, B.irn~
N with reqp- L %.- ,',,e ordLiates. D,icu a mettiod cf
n z e ancl
of t rn:. t, i-I ~,i r; (j. 1. 1 L.Ln !, pe ~- tmeii -i i r; on e d 11, e~,
in pra-ice ,u diac Lose Lnnomogenei-,Ies. The reLiuti.,n;;,L~pt i;,-
%o the a AE:.
not pertai-n . case of a strongi.; pronourced a,ng-e
Inhrmogeneity, in, ~,ided ii~ the boiy cZ tue Irans-
Card J-1

" I I ,C14 ~ -I ~ t " t'k
USSR/Atom!c and Mclecular Physics - Heat, D-4
Abst Journal: Referat Zhur - Fizika, No 12.. 1956, 3440H
Auth~,r: OstrcLmov. A. G., Oat. oumov, G. A.
Inat-ItutIcn: Ncno-
Title: On th,- Pr~blem of Thermoelectric ConvectLon
Original P,--riodlcal: Zh. tekhr). fiziki, 1956, 26, No 3, 636-639
Abstrhct-. A Platinum w-ire 12.8 cm long 0.05 or ().I mm in diameter is connected into
the circuit of a thermcanemometer bridge, making it possible to measure its average
temperature, and is lccate:d horizontally at the distance 13.5 mm above a disc 12 cm
in diameter. The dlac le charged from a rectifying circuit to a voltage of 6,000
relative to the wire, at positive and negativet polarities alternately. The current.
flowing between the wire find the disc ia measured with a galvanometer. The wire is
located in a penumbral OptiCal Installation (Brating method), making it possible to
phctograph the thermal processes near the vire. The resulting photcgrapha are eho;m.
It turns out that at small applied voitages a rising streamer of hot air moves upward
away fr-,vn ths~ wire. At high vcltages the streamer becomes distorted, and is so to
Bresk drawn Into the strcng fileld between the wire and the electrode; a conduction
I cif 2

';~331?," A' riil' - arA W-le'u.'vr - lit!at , D-11
Az-i, irra Rel-rat - Fizika , No ~2, )44CP
A U *, 11 ., 3 ur,,7 v , A uqtro,,jr.-3v. G. A.
lnatit,zt-'~r~: None
TI ". I e :Or ~he Vr:~nleu Phennoclectric Convection
Origi,a. ~n. *-ekhn. fiziki, 195b, zb, No 3, 0,3(-biI4
At,!) t rA r, I :carrert -'s iilmultflneousiy observed flowing in the air betweei, thr- i!-
anq th-~ -Iec*rcdp. I!r)dr!r rertain conditions the wi-re starts rotntink- Ba se, I
o qervations macie. I,*- Is deduced that the phenomenon is aue not to
tit t,:~ T-)rt-ra d1scharge. Bibliogranhy, 5 references.

SUBJECT USSR PHYSICS CJ~Br PA
AUTHOR OSTRUL'OV,G.A.
TITLE -dnateady Heat Convection r.ear a Horizontal Cylinder.
PERIODICAL Zurn.techn.fis, 26, faBc-12, 2720-27"0 (19'~(,,'
Issued: I / 10~T_
Heat convection was experimentally investigated near a thin hclrizont~,l wire im-
mediately after the wire had been put under current. This case was choser, because
the corresponding steady process Is wfill known and because this case represents a
variety of the "flat problem" in which it in of advantage to employ the optical
wrid method. At first the system in iescribf-,d, after which there follows a doqcrip-
tion of the three series of experiments. The first series served the purp03t Of
clarifying the hydrodynamics of unateady convection as well as of the relf-itions
existing among the rcsults obtained by observations relatinC to th'- kinematics f
a 1,ydrodynamic flow by thc~ method of lielit-disper3ing particles anA of the teipper-
ature gradients by means of the optical jrId ai~.-thod. Four phot06 illustrate the
typical cases. On the basis Of these j.hotos the following ccnclugioris m;,y be
drawn: 1.) HeatinE of the thin wire causes the occurrence of a hydrodynan,._- ~i-
pole, or better of a horizontal band of vertical dipoles. In the course of the de-
velopment of convection two circular flows gra~lually begin to form it, the liquid
on both sides of the torch risinC i~)ov(.. the wire. These circulur flows are not
HELM11OLZ vortices, for the v(~locity in them dii;.Anisnes the nearer them, apiroach
the rotation axis of the circulation. The motion of the 11(julda in tht~rn can bt-
compared with the rotation of solids. 2.) Thf.- characteristic cal. which crownzi the

-1urn.techn.fia,26,fasc.12, 2720-2730 (11))6) CARD 2 1 2 PA - 1t127
rising unsteady f low of t,.e hot I I juid I s Bu~-,orted at its oi, is by thr.- rot ~~tl ~)n
axis of the circuits. ' . ' In tz,e thick part of thi s cap trj#_- c ve.' -_~ ~' -
ties are vertical to the surface of the cap. 4.) The velocity of riq-i6 flow
is in its central part and in th(. case of steady operation is neRrly equal to
the rising velocity of the cap. ''.. ~ Thus it is possible to draw im~ortarit con-
clusions concerning the charactur of hydrodynamic kinematics from the optic
(half-Bhade) appearance of the picture. In the course of the opcond serieti of
tests the dependence of the rising velocity of the cap on the intensity of heat-
ing was d-3termined. Three serivs of photos ore ohown: a) The thin wire in water,
b) in transformer oil, and c) in ethyl alcohol. Diagrams are attached for these
three cases. - Third experioental series: The optical and photo('~raj~hic jarts W_-re
switched off, ani the resistance of a platinum wire waq recorded by means )' an
oscillograph at the moment when the current was switched on. R(,sults are .-epre-
sented in form of a diagram. In conclu3icn theoretical invostiURtiong -re Carried
out. The simplified theory of the unstc~ftdy process under inve3tiLat' _~n is tLe
following: In the course of the first tithCe a slowly thickenine :4orizontal cylin-
der is formed near the thin wire. Durir,C the second stage it Flowly -ioves from
its placo and continuen to ti,irkc-nj in U,s.- course of this rn, ion it must overcome
the viscosity of the liquid by whic?, I t Itj or *h10i occlii4lor, ti,k
ed wire, by which it was created, Is drawn out of this jylindur. Thif equations for
the first and second stage3 of the unstGady process ore then set up which, for
the end of the eecond stage, ec over into a transceiident equation for a dimension-
less rtidius.
ITISTITUTION: Moscow State I.Iniversity.

AUTIHOR- Ostroumov, 6. A.
TITLE: The Corona Triode (Koronn,y triod).
20-5-19/54
PERIODICAL: Doklridy Akfideirli Nauk SSSR, 19~7, Vol - 1 15, Nr
pp. 919-921 (USSR)
ABSTRACT: The present paper t~ivt-.n the ,~r ~rtical r,,-~iults )f 1,,
inv"stleation carried out n 1',)54 which for various
reasons has not yet been published. fh-4so rqultn,
ray, result also frc~m v~,rljuu known pr,~viouii wDrkf;.
~ccordinely, the curi ent !unsit~ of ti-o! cor0na i,,i its-
utely not proportional to the local elL-ctrical fi~-ld
itrength of the :iurface of the coronaformint~ point. Phe
,orona current chooser, i t!) way near the peak about in
the lino! of th,~ hiFhest fiold ntrenFth, i.e. in the
extended point axis. Around the corona-formine point
("cathode") an auxiliary electrode ("1a1 tice") can be
arranged in such a wuj that its po'ential with reqpvct
to the point acts snarply on the strength of the corona
current. The part of the current passing over to tYis
electrode is neglij~,ible and practically the eritir~-
CARD 1/3 current passes over to the counterelectroJe

The Corona Triode
20-5-19/54
In this way an analoCy of an eiectron triode is
obtained. It is, naturRI ly , arifilotrous but not i i,~n, icai
Such a corona triode, compared with electron tri,,?Aeo, n~q
amone, other thinF s, tho following puculiar,' ties: P,-qi ~iv,
as well as neeative points may form it coronu. The
auxiliary electrode (vrid) can, according to the averape
voltaFe at which it has to work, have a different shape.
A snheme is also j-iven for tht, ~inaloFy of a radio
tel-~j,raphic valve. The coronao ciepen(I upon the gas, it~'
compo3ition JLnd purity, on pr~-stture, tumperaturt~ ir.-i
upon the ,~lectrodt- mut,-rial. Nuzt, some vw1rini, r1rcult!;
for the application of the cor3na tr1ode fire.- ~:iven. F-r
feeding: of the corona circuits hi~-h vc)ltupe currer,t
gources-rectifiers- for 10.000 V and more art, uqed. Onk--
and two-ppriodic corona dovicep may serve as rectifitrg.
The wiring circuits f,,ivtn h,~r,- Jo not exhaus t I ve Ia I
with all possibilitit-s. More are 4 fit-urn ind
I of which is Slavic.
CARD 2/5

The Corona Triode
20-5-19/54
ASSOCIArION: Wolo~ov State Unlversit~ imeni A. 1. ~or'Klj
(itolotovskiy goqudarstvurinyy uMveraltet im.
A. M. Gorlkovo).
PRESENTED: M. A. Leoritovich, A(,,uJ(!tnlclnn, Marc?, 1114, 1--
SOBVIFTED: hiRrch 12, 1q',7
AVAILABLE: Libr~ir~ of Corwr.!iij
CARD 5,'3

AUTHOR: Ostroumov, G.A., Doctor of I-f,ysico-matnematica-i Sc !e,,'
TITLE: Stirring of Stee~ in an Open-hearth Furnace by fneans of' a
Rotating Electromagnetic Field (Peremeshivaniye stali v
martenovskikh pechakh pri pomoshchi vrashchayushchegosya
magnitnogo polya)
PERIODICAL: Stal', 1958, Nr 11, pp 999 - 1002 (USSR)
ABSTRACT: The possibility of the application of magnetic stirring
of open-hearth bathsin order to speed up the smelting
process,is discussed. On the basis of theoretical caicu-
lations it is Shown that this can be done effectively by
means cl a 3-phaBe 50 CPS field- the 3-phase current is
fed into a apeaially built-in winding which acts as the
stator. The stator induces in the molten metal edk,,
Currents and thus the molten metal acts as a rotor of an
asynchronous motcr. The movement of the molten metal Is
determined by the generated electro-dynamic forces, the
visccoity of the melt and the boundary conditions.
Calculaticns are carried out for a given set of practical
conditlons.
Card 112

Stirring of Steel in an Open-~iearth Furnace by mpar.L~ ul a
Electromagnetic Field
There ax-e 4 figures and I-, Soviet references
ASSOCIATION; Permskiy gusudarstvermyy universitet
L, zn,: State Univeipity)
Card 212

SOV/81-59-8-27703
Translation from: Referatl%,.-.yy zhurnal. Khlmlya, '959, Nr 8, p 309 (Ussp",
AUTHOR: Oatroumov, G.A.
-L4
TITLE: New Invoatigatione or Free Heat 'onl,~4c-~lon in Closed Cyll-nd-riza. h~!,CWs
PERIODICAL: Uch. zap. Permsk. ur.--., 1958, Vol 15, Nr 4, pp 3 - 4
ABSTRAM A review. There are
V. Gertsovsk-ly
Card 1/1

A Ui!!ICR J ": t r 0u, m 0 v
TITLE: 0:. t h,~ r) ~, I ~I,jn of t-r, 11; %
c).-. 1 14 1 L !. o F1 i , ~ - L i i K v
1 0 n I I stei-,uk %P.1r)v teku--hr~.-j
" II.;;!,-r,, Vol. ',B, Nr I
FER I C A L Zh,,.rnal TL.'
2 1 12 19
A A T Al tliouj,-~i t, i L; ~,"-s !)eoii Im %m for n lar.t, ti
occ,irs wi-tely i:. n- t ..re i n ii. 1--i~ t ry , and in lai ly I i f e
'.,a3 i.cvt~r '-cen accur;iIqly ex~ 1~ir.ed nor lli~La iLs trituro
I
i 11 V,3:" t i: --. t -I t 1'-2 pr-sent ;J~-- 01, tne I LI t r er, 10 ~I v c,:-: t
* x 1 1 -- i n t 1, e 1) c r i i i c na t u r ~,l oscillitions of the val:s of
* %a; .:-, e I s c;.,. s e ~ by n F , ~,,, ~ , . - I iqu i d by -,.e,, n s o f t 0 , r i -,, i t i e
Iij,'Othe:,00 sct u! Jorfl-c-; :f a riot compressed
,Aont., an immobile I,unt wall in the miinrer
1) the v(,Ioc~tj potential, the vel,,,citj comlo-e 's -iA
t (2 !111 rf~.!C 0 Of W ! I I Ca,-, 11C e, ~ J-e:7!3P~! Ily t 'Ie "91 WI WaVe
Card 1, 4 0~11-tiol~r (Rcicr4~:-~cu- 1):

On the ?roblen of the Self-Ex,.,itation of the Natural 57-2a-6-11,,~~:
Oncillations of Channel W-11s 't~! t.-,e Flovr-,'!.~, Liquid
',f . U C Ll K(7 us k(x ct),
U. k~ccI 1:Y .3 in x - C t ) ; V -il.,l C e ky cos k(x - Ct",
OL f, I it ~'. ( x - c t
T.ie iver.-.,-e t:.er7nal ca-.ucity conveyed bj t ~, e f 1 ;V i 71i d
t o t n e s i ir fa c e u., i i t o f t ~. e w av e I vw%l 1i oe t r r.- ~ i r c,ljo
2 j 2 2 0.
A C v d t c k a ; C
T 1, 2
The case of a vibratint,- viall can with resi,ect to t'~e fl-wi.
li-iuid be ~iei3cril.,ed as the aui)erposition of two waves, ah--:.
move with dif:L,,-e,.t velocities. It is to 1'e expertod t:.nt thi~oe
tro waves c;ii. so self-excitation of the wall if the ca,, ~itj
emitted lby t~~p flowi:~f, li,,iuid adapto to the cap city of vi ~-,c -s
disi)orsion. l'!.t: cor-lition of thi oe f-excitation
2 2 2
Card 214 C OC c +
k

Or. the Problem of the Self- Lxcit;,tiol! of t~,,
Oscillations of Cl,rr-'e' W~,'o FlOWIT',C Lijuid
The fre ~ue:~cy of t:-.e se,, f-e:.citation of the -..all
I iardnea a. Tne -,j- 'Li r.,-A ,, of t I, e r~oi- ! it i an of sel f -,,x- : t
wit!, the fre -,~iencj t ion lou(io to :in equ tior, f r e v.
Sity of' tile Ii. Uid 2) -
3,.,. 3 3
Eh r, - . Eh k 2 c - C3.
OLY~ p V(I - a
Vs'~ U, a ;ruduul incr-e,---so of velocity the tin. j,11 tulo of the :i~,t tl
*sc illationo c,i~;aed wi 11 probably increase , T ere is how-.,
* posvibilitf of a rhan~-e-over to the self-excitatio.- of r-W
f(-.-:7! of occill ition P.o-.
Eh3(2k)5
C IA) 1~0
which is tar~t.-mount to an increaso of frequency b.f '),( it~ -:T~ u t
T~.ere x-e , fii7iires ~md 6 refern,-cea, -I. of which ir-(? Snv,~-t
C t,. r d 5,,

0,, tL,-- i'r )', ' o:.. of t'.(- 5, 1 f -Ei.- 1 t 7it ~ of t~~,, t,~ ral 11-tle-t- I'll :1.1.
on, I I I ~ t I of~ n o I, C% . ... 1 W I , ~; ! Y t -~- F I')!;. r". 1, 1 '1. 1 !
" j ,, " C I A", I J: - :i e r 77 :~ -. i ! -. ):i . ! , , s t v E, n j, y j u r, i v e r u i t (-? t ( P e r m' :3 t n t (- Un i v e , - ~ ; *, j '
, , , 1 1:1
I - I I I D . ju:~C, '( , I'll,"
1. Fluid flow-Theory 2. Structures-Oscillation
3. Phthemntics
1.
Ill. ! -, 4

AUTHORS:

TITLE : C :n T,
Cy I i: v t 1
v el, t 0 1 1v 1; 1 1 r 1 2
PEP I )D I C A L T(6 ~m
p
ACT -!--r t-,
In
Al STFI -
t
t
dev" ~-i e~l .. T:-,e i:.: I I
f an ax al r-- L; r i r r i
beans o

t
t ul. e . Fo r t 1, 1 s ru it
t:.e hc---'

t:.- t
c
t:
.
o
V., po - T 1
I I C Q
'
'
,
; v'
I
ei T I.
0 1. v et 1 1, W. (1: 1!'. 1 (.0
e y ~ c r L.1 1 f
. i t :, V1I r 'a ii
1aso t vi ,I t I %-., e I l
6

On t lie i1r-)b I em of t:,e T!-c- i y
in Cyli:-.Irical. C,--vltico
t;IP C("Iroo ~)I r 1; "o I
e 0 t u 1) 1 e d 1!. it t e 0 e t 1 0 h, Id I
in,~Iined tu- t h; ~- t w ~o a e r
t:.resholJ ef~, 1
o,cupji,,,~ t .- or, r c, t I ~T,
1 Jul'!
-nd (iie in 1". f
1 1'. ,~ I- j f t e z " 1 0 n t fl, ra
Z. d -I --177. u t )7 , C t !
nc* -~e u.,, c E? D:
CC)n ~Ct Iv I t y
a.-- i r u r f~ r, e
t
e I-, (-. e T- I i
t u! 0 -.Tit:., t t 1!-I
f j r a L31 I - ~, t , ~- -,
t e C h u, e r - 11 Fiy i - I gn I All tt
fact s r !3 4,2
I T~
Card 2,

On the Pra",11 em of 'I i,e T, r-)- of Froe ~Ie A Conio,,, I, )I i
in Cyli.;drical Cavities
ASSOC I AT 10,'! Po r --.,q i I'S u:, '. v.:~ rt~ it ot -7 3 t
3 MI IT i'ED D,-- c L, o r
1. Convection-Theory 2. Water-Ifeat transfer Glass
tuLing-Applications
Card 5/

I r
V~e
C) " u -1 ~1 t'~ U'! C) t I 'J"eri jal
t 1'e
Lk IV- ri L t::,2
Tllie tezi eratur t;,o I
of th e f e .2 d I n,~ i r."
t eml, e : - t ure _- , i r _ e
carrent 1.eriud ~ n
tne Ci;~,urc?,3 cbt... n- ir u
experi;nentti 4erc ~;_i ie A LA r
of " dlu~ne tel- of O'c'),- Im"i-In'i
i a,m e r;i -rl 1 ,. t_ v, r . sA j , i ~

:--nt 1 -2 r. i 3
e no r, n r, n,~
Dr P lu~, -
J-11 T-0 ~l

USTROUNUV. G.A.
Theory of therr-ial proceases applied to the extrusion of wire in
liquid forms umler stationary conditions. Zhur.tekh.fiz. 29
no.2:239-246 F '59. (141RA 12:4)
1. Pernakiy gosudaretvennyy universitet im. A.M.Gor'kogo.
(Wire drawing)

PHASE I BOOK E)a:10rTATION i0%, I/ 4_~014
Ostroumov, Georgiy Andreyevich
Fiziko-matematicheakiye ob.iovy mgr)itnogo peremeshivaniya rasplavov (Physi-c-
mathematical Fundamentals for Magnetic Mixing of Melts) 140scow, Vet-a11ur,,1i7.dat
1960. 64 p. Errata slip Inserted. 1,6'
.)0 copies prin"-d.
11. 1. Bortnichuk; Ed. of Publishing House: Ya.D. Rozentsvey,~; Tech. Ed.:
P.G. Islent'yeva.
PURPOSE: This book is intended for workers of scientific r-#,s~arc~, Wid
institutes of the metallurgical arid machine industries.
COVERAGE: The book discusses the electrody-neLmic, hyd-rodynamic .. and metallurijcal
processes which accompany magnetic mixinjr of melts. The section on ele-ctrr,
dynamics treats the propagation of a tra-.~eling electromagnetir wave in at. In-
finite conductinp semispace.- and in a conductor of firilte dimensions as wit-11 as
the ponderomotive electrodynamic forr-ri dlr3tributo-d it, thf-m. In the- se-ction on
'iydrodynamics the selection of the most advantaj~!(jut; current. rr-t-qat-noy wv~ tr,i-
Card 1/2j

Physicomathematical Fundamentals (Cont.) iOV/42(S~~
role of the reservoir dimensions are studied. Lr~ this book tre -,-rm
reservoir ia used to describe tht- nirnacr!, bath, ladli- and ot~,~--r in
which the molten mi-tal is mixed. The section on wtalluru d,-aIE, with t~;e con-
ditions for equalizing te-mperature and composition during mixing anJ L~&- ac-
celeration of the reaction of the wlt wit)-, sla,-- No pe-rsona3itl~s ar- r.'rntioned.
There are 9 references, aLl Soviet.
TABLE OF C(XPMNTS:
Ch. I. General Recarks
I-o"word
I. Role of magnetic mixing iii production
2. Characteristics of the problem under study
General plan of discussion
Ch. II. Blectrodynamics
1. Plan of performing computations i
2. One conductor in front of a plane-
Card 2/ 1~

Physicomathematical Flundwrnttil,, (Colit, ) SOV/42014
3. One phase in front of a plLne and the optimal polar
dictance 13
4. TtLree-phase stator in front of a plane and the genemti,)a
of a traveling magnetic wave
5. Propagation of a traveling magnetic vave in a cpnducting
semispace 17
6. Distribution of the time average of electrodynamic forces in
a conducting semisppce ~)j
7. Distribution of forces in a conducting layer of finite
dimensions
,5. Role of a magnetic circuit 2",
Ch. III. Hydrodynamics
I . General equation of motion of a liquid 28
2. Plane problem and the current function. Physical meaning of'
the current function X1
3. One-sided position of the stator 55
4. ~bst favorable current frejuency 5~
Card 3/4

Physicomathematical FuadFkMeRtals (COOt-) SOV/4204
5. Two-sided position of the stator 57
6. Nonuniform temperature distribution with respect to the
depth of a melt 140
7. Reservoir of finite dimensions. Theory
8. Reservoir of finite dimenaions. Results V
9. Discharge of a liquid in a flow 1,14
Ch. IV. Metallurgy
1. Conditions for equalizing tempe rature and compoeition y,
2. Acelerating the reaction of a melt with Blag ~9
3. Advantages of using industrial three-phase current 61
Conclusion
AVAIIABLE: Library of Congress
62
NNL/AC/fal
Card 4/4 9-io-6o

82n~29
cc S/139/60/000/057008/045
AUMORS: Ostroumov. G A and Sojj,~,~. OZ3/E3'5
TITLE- Heat Transferllof a Horizontal Wire Heated by an
Alternating Current
PER10DICAL: Izvestiva vysshildi uchebnylih zavedeniv, Fizika
1960, Nr 3, pp 52 - 55 (USSR)
ABSTRACT: In an earlier paper (Ref 1) tire authors (lealt with
measuring the beat rplease of a wire in variour, fluids
in the case of periodic heating A Lomparison of the
obtained results with the calctilated heat trangfer
resulti,rig frcm molecular heat conductivity in an equiv-
alent solid body has revealed great differenres This
is attributed to the faLt that the re;;., experimental
conditions (the finite lengths of the wire soldered
onto massive terminals, tile limited volume of the
reservoir) differ considerably from the general assumption--;
made in literature, which were used for tile LalCUlation_-4
(cylindrical wire of infinite length, infLnite distance
from other bodies at a given temperature) Therefore.
the authors considered it advisable. to comparf- tile
Card 1/3 experI.Mentally determined treat transfer from a wire

8 2.1 L' 9
S/1T9/60/oOo/o3/oo8/o45
Heat Transfer of a Horizontal Wire Heat'eR 7 Current
placed in a liquid and a wire fused into a solid medi.um-
The test arrangement was the same cis that duscribed in
the earlier communication (Ref 111~ A platinum wire (,I
0.05 mm dia, ahout 10 itim length was brazed onto opper
leads of about 3 mm dia which weie placed intu an
aluminium reservoir filled with sulphur and heatod b- '', -a n
alternating current. The -eservcir was placed int( a
special thermostat. Sulphur was consi-dezeci as a suitable
medium due to its faVOUrable fusion temperature and also
because on soliclification there are no shrinhage ~avities-
The heating was effected by means of a modulated 50 :p,
current, whereby the modulation frequencv varied betweer,
0.05 and 30 cj,-~-. As a rc-sult a lie at i rig . lir rent wi tki a
large number of frequencies was obtained. The rez;ults
are plotted in graphs. Figures 1-4. It was found that t, lie
heat transfer during periodic heating of the cyltilrlf-r
has the following fealture.Q in a liqu.td medixiin not onl v
the reactive but also the activt- component of tile tic-at
flow increaseq with frequency 1 zi c ont ra ~ tt o 3 So I i d
medium., where the reactive component of tie livat trall:;rK"
Card2/3

82329
S/139/60/000/03/008/045
E07A/E~
Heat Transfer of a Horizontal Wire ea '09 by an Alternating Current
is almost proportional to the heating frequency in a
liquid niedium t1je reactive heat flow shows a dependence
on the frequency which can be expressed by a power
relation whereby the power is Iess than unity and more
than 0.5. Even in the described simple case, non-9teady
state convection proved very complex and requires further
investigation. There are 4 figures and 2 Soviet
references. t-K
ASSOCIATION: Permskiy gosuniversitet (PCM51i State University)
SUBMIT-TED: April 23, 1959
Card 3/3

OSTRCUROV. G.A.
Rate of settling of a suspension as a function of the
velocity at which the solution is moving. Koll zhur.
22 ao. 5 :f 11-614 &.0 160. (MIRA 13:10)
1. Permskiy universitet.
(Suspensions (Chemistry))
(Sedimentation and deposition)

cl 2"OL
7 "ic', R
7 1 TL Tii- !:-o I.', i1 t.; 1
1," ,1, , ~! 1 1 K
~7,
-EXT:
lt.t: :;7,fthod of vi,, !,)v lh(, -rrov v
of mo;L.,;urf,rent:;. It ic v-~puriiLil, pu i n to tu tho fit,,.
J1-$ 'Ili ILI. "it Leig t(~d V;il ue ,f th e :7, o? I~ ~;,j r i(. q ,I I-, n ty 1 -?1
.1 A b ~, t. ra c t u, r n 0 t 0 - C om ~ I e t (,- t ra n o I a t 1 ~ ti
Card 1/ 1

cr,
C.7, c
c e c
e L - C.
c c 3
s o o v u r
e v a s r r~
s 0 r. 1 c'-. t s

frO.7.
F, C: t~s "',Z) 0

OSTROUI-M. G.A.
Theory )f acoustic wind. Akust.z~.ur. 8 no.] lll~, ~,~ , ',- .
,.IL- .~; ':
1. Leningradaldy goaudarstvennyy universitet.
(sound Waves)

OSTROUMV. G. A.
Spherical radiator approximately oquivalent to a point exploal,-n
in the air. Akust. zhur. 8 no.2:204-209 162. OCFU ir,-~)
1. Leningradskii gosudarstvennyy univernitet.
(Shock waveB) (Exploolons)

I-MLINIKOV, N.P.; OSTROUMOV, G.A.; SHTEYNBEIL, A.A.
14ethod for stabil-tzing spark discharges in water. VeBt.IL'J
17 no.10:15'1-158 162. (:C-tA i5z5)
(Electric spark)

S1020162/1 47/004/0, 31027
B I 17/B186
AUTHORS: Mel'nikov, It'. P., Ostreumov, G. A., Shteynberg, A. A.
TITLE: Some nharactej~istics of the disruptive discharee i.,I
electrolytes
PFRIC)DICAL: Akademiya nauk SSSR. Doklady, v. 147, no. 4, 196.,
TF,/': As an addition To previous papern (Vestn. Leningradsk. ur.iv. n,,. 1,G,
157 (1,)62)), the behavior of several electrolyte solutions under hij~h
voltage was studied over a ivide range of concentration. Thi,; 6,,~navicr ~-s
shown not to aepend on the chemical composition of the electroijtt-s ~)ut --n'.y
on their conductivity. Graphic representations of the uehavier ef' ,',t?C-
trolytes with a conductivity of' 0 - 0.')2'10-4-0.74 ohm-1-Um
discharCe Cap in liquid of 0.25-20 mm were studied by
sectiona were distineuished, (1) Discharge is possible. A potuntial Jumi
is clearly recognizable; its height decreases as the conductivity of tr"?
electrolyte increases. Larger electrode spacing causes a gradual incre,sc
in the delay of voltage drop after disruption of the air eap. (11)
Aperiolic discharge: no disruption occurs. An increase in conductivity
Card 112

A
t
ACCESSION NR:IIAP3002725 S/0120/63/000100310085/0089
"THOR: Ostrou gy--n. A. Shteynberg, A. A,
77TLE. Method for measuring pulse amplitude
SOURCE: Frlborj~ I tekhnika eksperimenta, no. 3, 1.963, 85-89
TAGS.,
ise- parasitic emf distortion
TOPIC amplitude meisurements
toroidall coil, Induction compensation'.
"STRACT: A method for measuring pulse amplitudes is described, In which
effects of the magnetic field produced'on the probe leads of an,oscilloscope by
currents flowing'Ahrough the Investip-ted device are eliminated through com.
pensation of the IMuctance In the measured portion of the circuit by an equal
i mutual inductance.' During current.flow through the circuit (see Fig. I of
Enclosure) a maghetic field arises iAnU induces a parasitic e~nf in loop
ARCNBPA. Thibemf combines with and distorts the measured voltage drop
Card,l/.3

ACCESSION NE: AP3002725
across the device P. In toroidal -coil coimpenzating loop R an equal but
opposite emf in Induce4 and as a result the parasitic emf Is suppressed.A
suppreuxion method for parasitic hf oscillations, which. could distort the
display, Is also ptesented. Experiments iphowed that the Insertion of a 750-ohm,
resistor between the compensator and the cable will. deci~ease the circuit Q of
the measured network and damp the parasitic oscillations. A practical meas-
urement procedure; and test me!hod are also discussed. Orig. art. -has -
9 figures and I table.
ASSOCIAMON: Leningradskly gosvda'rstvennh universitet (Leningrad State
University)
SUBhUTTED: 03Jul62 DATE ACQ.- 12M63 ENCL: 01
SUB CODE: 00 NO REF SOV: 002 OTHER: 000
card 2 3

OSTROW.0vo
On the mechanism underlylnR cavitational destruction. Ak-ust.
zhur. 9 no.2:19F-204 163. (MIRA 16:4)
1. Leningradskly gosudare tvennyy universitet.
(Cavltation)

WLINIKOV, N,.P.; OSTRCUMOV, G.A.; STOYAK, M.Tu.
Development of an electr,Ic discharge In aqueous elentrolftes.
Dokl. AN SSSH 148 no.5:1057-1051) F 163. (MIRA 16:3)
1. Loningradskiy gosudarstvennyy universitet im. A.A.:?hdanova.
Predatavleno akademikom M.A.Leontovichem.
(Electric discharges)

ACCESSION KRi AP4035709
S/0057/64/034/005/%.1949/U'j51
AMOR: Mel'nikov, H. P. ; Ostroumov, G. A, ; S toy;ii(, 1J. Yu.
TITLE: Development of electric brp-ikdown in aqueous sodium chloride solutions
SOURCE: Zhurnal taklinichoskoy fiziki. v.34, no.5, 1964, 949-951
TOPIC TAGS: electric breakdown, sodium chloride
ABSTRACT: This paper reports a contiltuatinn )f earlier work on electric
in sodium chloride solutions (N.P.hlel 'nikov, G.A.0stroumov and A.A,Shteinovv,~.DAN
SSSR,147,4,1962; N.P.Mol'nikov, tnd i-he
12 to 13 kV discharges (normally, po,-,Itlvq, point to negative plane) took place b-
tween electrodes separated by 5 mm and iiamorsuti In the nolution. The discharges were
photographed at 2.5 x 10r') frames/sec with back Illumination provided by an auxillay
spark. Continuous time resolved photographs were also obtained of limited portion.,,
of the discharge. In low concentration solutions the discharge begins with the de-
volopment of dark branching filaments which propagate from the positive point elec-
trode with the velocity 1.2 x 105 cm/sec. When a filament reaches the negative plane
a luminous plasma discharge propagates backward along It with much greater velocity,
Carcil/2

ACCESSION NR- AP403570q
covering the 5 mn gap in a time much shorter than the 0.4 microsec between success-
ive photographs. The luminous discharge increases for a time in width and intensity.
A sequence of 24 photographs is reproduced showing this development. From the con-
tinous time scan photographs it can be seen that the luminous discharge fills its
expanding channel for 3 or 4 microsec, after which the Itiminous discharge begins to
contract, while the channel continues to expanid at a decreasing rate. In wore con-
rentrated solutions the initial filaments propagated somewhat more rapidl, and were
luminous. In very concentrated solutions the filaments were not formed and no plas-
m2 discharge between the metal electrodes occurred. In this case only a small regi(M
about the positive point electrode was luminous. This luminosity is ascribed to an
arc discharge within a bubble formed at the electrode by thermal effects. Orig.art.
has: 1 formula and 4 figures.
ASSOCIATION; Loningradgkly goeudaretvenny0y universitet in.A.A.Zhdanova (Leningrad
State University)
SUBMIT'ITI)i 25Apr63 DATE ACQi 20MayO4 E IC L: 00
SUB CODEI EM NR IIFF SOVi 002 IMIER: 000
Card 2/2

C.STRal4r, G A 11/5
743.2
Smzka dorozhnostroitelonykh mashin (lubrication of road .08
building machines, By) G. A. Ostrou v (and) 11. A. CIIEKAV-
TSEV. Wskva, Gostoptekhlzdat. 1953.
W p. Diagre., Tables.

OSTROUNOV, Jeorgiy Arkbdlyevich; ZILL&R, G.K. , red.; YmlisilEiILOVA, ().m. ,
vedushchiy red.; YK)OTOVA, I.G., tekhn.red.
Linstructions on the gathering of spent petroleum oils for
mechanics and shop supervisors] Pamiatka po sboru otrabotanziyv-n
neftlanykh masel; dlia mekhBnikov i nachal'nikov teekhov. Moskva.
Jos.nauchno-tekhn.izd-vo neft. i gorno-toplivnoi lit-ry. 1960.
24 p- (MiRA 13:6)
1. Tsesoyusnaya kontors regenerateii otrabotannykh amazochnyich
masel.
(Minaral oils)

25(5) PMM I BDOX EXPWITATION SOV/1359
Spravochnik uekhanika mashinostroitel Inoge tavoda vdvakh tomakh. t. 1: Organi-
?atsVa I konstnLktorskayn podgotovka remontuykh rabot (Handbook for Mechanics
Gf ftchinery )hnufacturtag Plants In Two Velumes. Volelt Organization and De-
elgD-Preparation for Plepair Work) Moscow'. MAshgiz, 1958. viii, 767 P.
44),000 copies printed.
Resp. Ed.: Noskin, R.A,; Cmadidate of Technical Sciences; Ed.: Gliner, B.M.,
&�,iw---er; Tech. Ed.: Sokolova, T.F., Eds. of &A, Borisov, Yu.S., Engineer..
A.P. Vladziyevskiy, Doctor of Technical Sciences, and R.A. Noskin, Candidate
cf Tl~chaical Sciences; Managing Ed. for Peference Literature (?4ashgiz):
Kry lov . V. 1. . Raginee r.
PURM: This handbook is intoended for personnel responsible for repair and
maintenaDce operations in machinery manufacturing plants.
COV79RAGE: 'nu, handbook contains information on the operation of tndustrial
equipment, organization of repair and maintenance. design -preparation for maint-
enoance work, modernizatiou of metal-cutting machine tools. and the economl-s
of maintenance. Mitntenance personnel of the following plants Participated in
the preparation of this handbook: 1,eningrad Plant imeni Kirov, Kharlkov Plant
card '/ 15

Han,fnock for Mechanics of Mo.,!hiruery (Cont. ) so V/ 13 5')
0~,r Trani3port. Mv hi rip ry I iro!ri I Killyuho)v.; Moncow Pljint I men I L I. kha-nev , Chi . ~-i -
~insk Tractor Plant, e1c. Contributions by the following are alt4o ar~tnvwl-f'dged:
vorkers of scientific research institutes (ENM, ToNIITMASH, NITI) and %-tuzps
(MVTU Went Bauman, Leningrad Polytechnical Institute , Moscow Institute fic-,
Engi-neering Physics, Moscow Industrial Engineering Institute); and worke--s iD
~-aglaeertng and planning institutes (V?rl b. NINTRANENASH. VPTI b MJN1.rYAZ)U,1ASH,
'USPI-8). There are no refemnces
TkBLE OF COWWM:
Ch L. U*Alftatton of Equipment
euersl operatiag .conditions (Kazah, M.I. Docent)
~r.crf:-'Ising the Curability of equipmeLt (Kazay., M I. , Dicerit)
RF~slc kinds of machine part wear
Initial breaking-in of machine parts
Wear of baoic machine parts and measures taken to increase their
resistance to wear 4
Operation of forging and pressing equipment (Ginzburg. Z.M.,E:ngineer) 11
Drop Lammers
Forgiag machLws
Crank presses, and she-ars 14
3--r-am-hydrau-L'Ic presses 1~4
Ca rd

Handbook foi Nechanios of Machinery (cont. ) SOV/1155()
Opera'k*lion of electric installations (Luklyanov, T P, Engineer/
Intrashop electric networks with voltages to 1000 v
Keetric motors
Electric fu..-mace installations
Mercury rectifiers
Installations for eLectric plating
Special featurea of calcu.Inting electric energy requiremento
from d-c, sources for electroplating
Axe welding unita
Resistance welding machinea
Lghttag installations
Grounding systems and the grounding aystem neutral
Electric meterG
Wbrication of equipment (03trollmov, G.A , Engineer)
Lubricants
Labricating ayatems, devices and tmplerv--uts
Chrice of lubricaxkta
Substitution of lahricanti
Organiztzig llub~-Icatioii ojwnLttons
'IL'
Card 3/15

H"dbocy. l'or o.' MrLcUnery (Cont ) 3OV/13.)g
Regeue.m.t--on o- i,.-Ad lubricating Oilc (Shr-shkin P. I., Engi-neer)
Premnratlou rf' Lcile equipm-it and parts (Borlsov,'Yu.s Engineer)
Stxjrlrtt~ IdIf, V-1d PV.1-t'3
Pro "'P -_ -, ' - ): ~ I
rrp." "Ir
Lji!' -.nj'_~u "or ricehanics (Borisov, Yu.S. Englneer)
Typieft! dt-scr_'i Cuti_ert Of EL Chief wchanic ill a ma"!hinery
04' ItUl.',eB ,f d 31)0p MeChaniC in a mchirlery
Ilyl d ( n c-, -1, LI'lop personnel in reference to
working equ~TJLVIV~ end i-,-sjx)rfjibU1.tif-s for ite technical condition
7~10,-ztl for wchl-ne tool- operators on trie technical
opem".ion (.!' nachine tooln said their oare
Qw,__ ' "i cat 1 or. qu-1 n:nr 1, t 8
Ch. IT, P-N-,vc-ntive Hatut-emance of Squipment
Pre trtivu sycLem (V1LWziyevskty, A.P, , Doctor of
Tecluil 3r1pn(-o:j ~- 'kkks, D. 1, , Enginer r; Yakobson, M. 0 Doctor
of
Card 4, i.'~

Handbook for Mechanics of Machinery (Cont.)
SCV/1359
Types of maintenance
Periodicity of maintenance and structurv of the maintenance cycle 126
Iabor input into maintenance operstione 129
Plaaning maintenance operations 130
Prepamtion for maintenance operations ~'Vladziyevskiy, A.P. , Doctor of
Technical Sciences; Vaks, D.I., Engineer; Yakobson, N.O... Doctor of
Technical Sciences) 130
Spare parts - 130
Development of technological processus for maintenance operations 132
Supplying tools and devIce3 132
Supplying materials --~ 2
Organizing maintenance operations (VIadziyevskiy, A.P. . Doctor of
Technical Sciences; Vaks, D. I. , Engineer; Yakobson, N. 0. , Doctor of
Technical Sciences) 132
Organizational methods for maintenance operations 132
Shop maintenance bases 153
Organization of maintenance crews 133
14easures for speeding maintenance opemtions and reducing the
downtime of equipment 134
Classification of defects 135
Procedure in transferring equipment for maintenance 13;
%intenance of precision machine tools 135
Card 5/13

Handbook for t4echanics of Machinery (Cant.) 90V/1359
MaintenaLce of equipment in automatized production processes and
pro4untion I-aws -5)
MDdernitation of equipment 06
Staff of the Chief Ylechenic's Section (recommended) (Vladziyevskiy, A.P.,
Doc+,ur of TL-chnical Sciences; Vaks, D.I., Engineer, Yakobson, M-0
Doctor of Technicai Sciences)
Bureau of preventive maiiitenance (BFPR)
Designing and engineering bumau 140
Planning and production bure~au 140
WaFr-s of maintenance workers (Borisov, Yu.S. , Engineer)
Standard piecework wages for w--chanics engaged In Mintenance
of equipment a 414
Calculating wages of w~,,rkers according to the quantity and quality
of output ---41
Differential wave payment 14'
RemulAration for work requiring different qualifications 14-1
WW-q for overtIme wcrk i4
Overtime work cannot be compensated by compensatory leave 14'.
flemitnemtion for work perforwd on legal holidays 14','
Work performed on t1ly veckly day off 1117
Rpmu-eration c,f riection leaders !4P.
Card 6/!3

Bandbook for Vlechanics of Machinery (Cont SOV/1359
Ch. III. Operation and Maintenance Standards 149
?*tal-~~utting machine tools (Vladziyevskiy, A.P , Doctor of Technical
Sciences; Vaks, D. I - , Engineer; Yakobson, M 0. . Doctor of Tech. Sciences) 149
Wood-vorking machine tools 204
Forging and pressing equipment 216
Founding equipment 228
Hoisting and transport equipment (cranes, electric lioiats,
monorail lorries) 241
11~ydraulic equipment 246
Electrical equipment (Luk'yanov, T.P., Enginr-~r) 249
Steam paver equipment (Zobin, V.S., Engineer) 258
Ventilating installations 265
labor content standards for equipment maintenance (Vladziyevskiy,
A.P., Doctor o-,' Tech. Sciences; Vaks, D.I., Engineer; Yakobson,
M.O., Doctor of Technical Sciences) 272
Stanaards for serv-icing between maintenance periods 274
Standard downtime of equipment 275
Standards for the expenditure of materials neceseLry for
equipment maintenance ?T5
Standards foi storing spare parts 299
Types of docil ntation based on the PPR (preventive maintenance)
system (recommended) 305
Card 7/13

Handbook for t4echanics of Machiiery (Cont. ) SOV/1359
Ch. rv. Yaintenance Bases (Plotkin, I.B., Ergineer) 318
Make-up of the cal ntcmance -engineering shop 318
Calculating basic proportions of maintenance bases 319
Determining the quantity of basic machine tools 322
Composition of the machine-tool stock 324
Iabor compositiou 326
Technological characteristics of buildings and hoisting-transport
equipment 326
Arrangement and calculation of areas 327
Workshop for optional equipment 328
Pipe repair shop 329
Ch. V. Designing Preparatory tc Maintenance Operations 331
Compilation and documentation of drawings for replAceable parts of
331
equipment (Shifrin, S.M., Engineer)
Extent of maintenance (Nr-.jkin, B.A. , Candidate of Technical Sciences) 362
Stand rds and specifications for basic machine parts and assemblies
(Sam-shik, N.H. , Engineer) 364
Numbering system for metal-cutting machine tools and their classification 364
Basic standards permitting the mting of machine parts 364
StandardJzation of allowances and fits 390
Basic standards for gear transmission ilements 395
BafliC standards for external markIng 0 machine tools and machines 397
Card 8/13

Handbook for Pecl-hanics of Wichinery (Cont.) SOV/1359
BIkU and roller bearings (Niberg, N.Ya.J Candidate of Technical Sciences) 402
Selection of a bearing of the same type anu size IL02
Selection of a bearing of a different type and size 42n
Pits for bearings mounted on shafts and between outer rings and
..ing
T-.,itallation and adjustment of bearings
Choice of packIng devices for bearing assemblies
Gear transmissions (Kedxinskly V.N. Engineer) 4112
Spur gears IjII2
Accepted symbols III;",
Basic information on meshing of spur gears 4115
Standard gearing hL Q
Geometrical calculation of spur gears h6c)
Correction of spur gears 4-,o
Identification of gearing elements of spur gear transmission 476
Measuring tooth thickness 482
Bevel gearn 486
Accepted symbols JdV
Basic information on meshing of bevel gears '7
TyT,es of bevel. gear3
Correctiou of bevel gears
Card 9/13

Handbook for Wchanics of MacUnery (Cont. SOV/1359
Geometrical calculation of bevel gears
Identification of gearing elaments of bevel gear transmission
Worm gears
AcceptA--d symbols
Shape of pr-)file and methods of machining vorms and worm gears
Geometrical calculation of worm gears
Correction of vorm gears
identification of elements of worm gear transmission
Spiral gears
lolprances for ?lemente of spur and vorm gear transmissions
-r gf-ar transmission
'pa
1~- vr-. I g
bear transmission
Woni gear ",ransmission
Belt (b-ives (Gloyzer. V.Ye-
Flat belt drivrs
V-b--lt drive
Belt joints
~ieas*ares for improving the
Instj%.Uation of belts
Care of belts
9&fety engineering
Card 10/15
Engineer)
function of belts

Handbook for Machanics of Machinery (cont.)
SOV/1359
Basic materials used in maintainirig and modernizi-ng equipment
(Morozova, Ye.M., Engineer; Spivak, E.D. . Candidate of 71echnical Sciences)
Steel L, 56
Cast steel ~56
Cast iron 566
Nonferrous metal alloy~3 570
Ch. VI. Modernization of Metal-cutting Machine Tbols (Kucher. A.M.,
Candidate of Tlechnical Sciences; Kucher, I.M. . Candidate of Tech-
nical Sciences) 57
Basic objectives of nxlernization 5-7
Increasing speed, power, eLnd rigidity of nacbtne tOO13 58 ~
Reduction of support time and automati~ation 591
Modernization of lathes and tur-ret lathes 6oi
Modernization of milling machines 615
Modernization of other types of machine tools 627
Drilling and boring machines 627
Vertical lathes 629
Planers 629
Shapers 63o
Card II/ 1~

Handbook for Mechanics of Machinery (Cont.
9DV/1359
Gear-cutttng machines 633
Grinding machines 6311
Hydraulic equipment and instruments used in modernizing machine tools
(Barsukov. A.A., Ehgineer) 638
Controlling and regulating hydraulic equipment 63,8
Manual, mi.,chanical and remote control of hyd:.-aulic equipment 631
ILvd.raulic panel control 633
Calculations for machine tools undergoing modernization
(Kaminskaya. V-V. Candidate of TL-chnical Sciences; Levina. Z.M.,
Engineer) 667
,eneral aspects 667
Calculations bawd on comparison 668
Checking calculatioas 669
Calculation eyaurple 717
Ch. VII. Safety Engineering and Industrial Hygiene '26
Safety engineering during repair work (Borisov, Yu-S., Engineer) 726
Organization of accident prevention in plants 726
Safety measure. directivea 729
Safety engineering in uperuting electrical installations
(Liklyanov, I.P. , Engineer) 740
Clasaification of shop space based on their conditions 741
Card 12/ 13