SCIENTIFIC ABSTRACT ZHUZE, V.P. - ZHVAKINA, L.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065110002-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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ACCESSION NRi AP3003.311 V61 3/016~0
AUTH'O'RS% Zhuz ?h
TITLEt Hall ef ')'Ln nickkell Id&
f ect
SOURGEt
j no, 69 1963 1756-1759::
Fizika tverdogo 5
TOPIC, TAM Hall effecto Ni 0';conductivity, currentp,cdx-iier,,~~~)le,;mobii~i'
y
a
1, Li, crystal, polycrystaDine: miapgnetic fields dif fu;siont mean, fiee"p th
ABSTRAM The authors studied this phenomen6n.because oUcion'tradictory con-~;,,
clusions of other investigators concerning t~e,mechanlsm of conduction in.NiOe~
0 were prepared at the Institut kris allogrI AN SS6R'
Single crystals of M t
(Institute of Crystfflography,,hpademy of Sciences USSR).' ~~Samples! for: meastme-
am
ment were cut frco-these by a magnetostrictiVe cutters Polycrystalline s
of Li Ni 0 vdthvariout.values of x, were prepared froi~! analytical-gradT-~";
x I
NiCo an~ Li'CO The electrical conductivity and the Hall~effect were measured
3
';nt, and the Hall affect was determined In'a stead
with direct r4W r Y maqnetli~.
field at strengths up to 30 000 oersteds. The electrical conductivity was, found
I to;increase and thet Hall effect decrease,with'rise in temperature in both NO
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11119011 19UHU. 11ILZIll Eli RIF
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29718
3/169,t6l/000/008/034/053
AP06/A1O1
I-so 0 (/Of
AUTHORS: Dolgillov, Sh. Sh., Yeroshenko, Ye. G., Zhuzgo~ L, N., Pushkov :N.,'V.
TITLE: Investigation of the magnetic lunar field
PERICDICALt Referativnyy zhurnal, Goofizika, no. .8, 1961j, ~'122 abstract 8080.~
(."Geotuagnotizm 1. aeronomiya", i961, v. 1, no.,,'1 21-2�)
TEXTi Infonnation is given on,experimentil problems and data-about.the
lunar field, obtaitied during the fLight of the second Soviet space rocket.: An
analysis was made of the sensitivity threshold of the measuring, insixaments: from VY
data of measurements in the weak terrestrial magnetic field at 45 --&I thous~and kr.
distance from the Earth's center. The noise level in the:I'lunar',orbit space was'
analyzed, and measurements were made directly near the Moon down to 55 km.distarxe
from its surface. As a result no indications of a noticeable lunirmagnetio
field were detected. It was estimated that the dipole magnstic:~moiment of the
Moon can be only less than 1/10,000 of the magnetic moment of the. Earth.
The author6l summary
(Abstracter's notat Complete translation]
-Card.1/1

42154
S/PO3/62/062/CIOI/0d2f/019
J~
I023/~223
ATUHMS I)olglnov,S-,h.Sh,, Yeroshenko,Ye 0 Zh
uzgov AL. 14. i. and
Pushkov,N.V.
Tr, LE Magnetic measurements of an automatic interplan~itary
station to Venus
FMIODICAL: Geomagnetizm i Aeronornlya, ~*2, np.1, :1962, SB-10
TEXT: A three-componont magnatometer to measure the mlllgneti~
flold nepr Venus and a Plagnetic varlometer to in 'easure the fifilld
during tho vo-yage were Irstalled on the axitovatle interplanet,ary,
station (tJS) to Venus, The threshold sensitivity of the v6lilo-
50r 9 ~ Data from the' variomete'r
meter was 2y, tho range - 0 to 7
were obtained on February 12 and , 1961. The magnetograms ~:for',
Februnry 3.2 (distance from Earth:- 165000-1750OOkm) are given : V.-
together with data from the Moscow observatory 550), The
variations of 'the two magnetograms were approximately the same.
Data of February 17 (distance from:Earth: lo9xlO6km, duration of~
Card 1/2

0 W-
S/203/62/002/001/002/019
I023/I223-~
Mlagnetic measurements...
measurements: 22 min.) show almost constant values'. Du ring the:
same period variatlons on Eprth were quite big: M-26.r On,,
Pet-fuary 17, 196-1, the'AIS was in the corpuscular stream
(assumption based on *data frorn a particle trap)$ k1he magnetic
field of the ztream vrns less than 9~f in the,diraction of the' axis
of the transducer. From data or the neutron component of eosmic
rays it can be deduced that the field of the stream.was weak also
on E%rth. Goomagnetic d1sturbancos can be ex~lalned by. a direct
interaction of the corpuactilar stream, Ytith the geomagnetle fields
There are 3 figures.
ASSOCIATION: Institut zemnogo magnetizma, ionosfery i
rosprostranenlya radiovoltAN SSSR (Institute of
Terrestrial Magnetism,: Ionospherie, and. Aad io waved
?ropagation, AS USSR)
SUBMITTED: Deaember 6, 1961
Card 2/2

ItH1 -Wl 117"i 171N" till I
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AUTHOR4 D,)lginov, Sh. Sh., Zhuzgov, L. N., Pushkov, N. V.,, Tyurmi nTfi',L0.
Fryazinov, I. V.
T=: Some results of measuring the constant magnetic:lfield of. the; 4rth:,
witli the third artificial sputnik of the Earth above the tfjrritory'~'.-
of the USSR
PERIODICAL: Geomagnetizm i aeronomiyaj, V. 2, n6. 6, 1962,'1061 107~
rMTt The author presents some results of me
!asuii~g! the, constant magnetic~;!)
fie1d of the Earth with the help of the third Soviet sputnik:above thet'elrritory.- i1
of the USSR from Fay to June 1958. A brief description is given of tale metro-
logical properties of the used equipment and of the method of eliminatirg maF,-
netic board noises from the sputnik.magnetograms. It was determined that'the
deviation may be represented by three harmonies whose'6ean amplitude valuleli"
equal U M 92 1,500, Uom - 500 and U = 200 7 . A compa~rison !of the measure&
3m
values of the geomagnetio field intensities with the values oUthis inte4sitk
permitted to establish their agreement within the li'its-of'O.1'- 1% ab' e a
m DY
Card 1/2
..... ......
41~

!A I II
S W4~0
1203162100210C~l
Some resultis of measuring the... A1601A101
ono Y.;
major part of the USSR territory,:'including the Siberlaii world magnetic:
The conclus!~on is illustrated by a limited number of typical ma etogramb:ob-'
gn
tained on the segments of the trajectories traversing.the whole territorr of'
the USSR, .5.1ie material yielded,by the magnetic investigations with the third
Soviet sputnik peLmdts to fully determine the possibilities of , carrying* out spe-~,.,
cial magnetic experiments. 1) The main harmonies of th:0 Gaussian series canf'be
determined with a precision of 0.1%. 2) With the help of a long-lasting' sputnik_.
the real existence of the exterior sources of the magnetLe field has to be found ~.'l
out, not taking into consideration the theoretical value's of the field, computed
from the ground data
3) Replar work should be done on the 'secular variatio,n
of the geomagnetic field. 4) In order to obtain highly accurate' data, the re-'
ts for the complex of auxiliary equipment should be d'tervmined. There L:
quiremen
are 12.figures and 1 table.
dniya ra( ovio n-
ASSOCIATIONs Institut zemnogo magnetizma, ionosfery i.rAsprostran 11 1
AN SSSR (Institute of-Terrestrial Magnetism, Ion6sphere and 11adio
Wa4e Propagation, AS USSR)
SUBMMM: July 10, 10,62
Card Z/2

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L 02976-67
ACC NRI - AP661857 SOURCE CODE: UR/OO20/66/17O/OOPO57 0577
AUTHOR: Dolginov, Sh. Sh.; Yeroshenko,'Ye. G.; Zhuzgov, L. N.~.Fushkov,
V
(T f
ORG: Institute of Terrestria1Magnetism, Ionosphere, and:Radiowave Pr9P_4LgA~jqq,_-.~2
iences.S.9SR (Institut Zemnogo magnetizma, io
AcadeEL of I. noaferyl rasprostraneniYa
radiovoln. Akade~mnaYSSSR)
TITLE: Measlarement of the magnetic field.in the vicinity of tlie~moon by the, Litnh-10
artificial satellite
SOURCE.* AN SSSR-Doklady, v. 170, no. 3-1966
III 9,574~577t
TOPIC TAGS: :magnetic field, lunar orbit, lunar satellite,l) 1CV*Vr?M: "VA0C0A1MA*VrA
M196WeTIC. f7&.0
ABSTRACT: The magnetic field intensity in the vicinity of thepm
oon was measured,by
a three-component magnetometer%%arried on Luna-10.- The*magnetometer measurement
range and its threshold of sensitivity in each direction~vere 50,y-(l y q' lO.S1Oe)
and 1 y, respectively. During the.lunar orbital flight the satellite rotated
around a given axis. The magnetic field compone .nts parallel (Til Yand per Ipendicular
(T.L) to this axis were measured. The absolute and relative errors:in measuring the'
resultant magnetic field vere!estimated to be 110 y and t5 y, respectively. During'
the observation period (3 April to 4 may 1966), the total magnetic field and its
components fluctuated in the following ranges:T - 23_40~y, TO = 1B.-38'y, and
TJL 12-16 y. A correlation was established between variations in T and To
ard 1/2 UDC: 538.7

ACC. NR- A1170C,7600
SOURCC CODE: UR/0293/66/004/006/0880JO899
AUTHOR: Dolglnovt Sh. Sh.; Yoroshonko,'' Ye. Q.
-ORG: none
Ott
TITLE: InvDstigation 'of the magfibtlc field frbm the satellito "Luna-1
-SOURCE:. Ko:;-,a1chcsk1ye Issleddvanlya, v. 4, rto.:,61 19Wil 880-899
TOT51C TAGS: lunar satellito, mag'notlc flold, solar wind Luna.10
lunnr satoll.l.to
SUB COM, 22,03$20
ABSTRACT.,
change of U-a Index of magnetic activ 4 .
ity at tho'oarth's surface The
rror of the absolute scalar value of tho field is ostimitod a t +10 -
Comparison of the measured field values in the region of~tlho perican%.er
and apocenter and evaluation of possible distortions of the field by the
solar wind Indicate that the moon does not have a. fiel of a dipole
d
nature. The authors discuss the proble-a of whether, the obsorv~d field
can be idont!.fiod with the iniorplanota_-7 '-fiold of solar do-
Somed or. trt~ppad by a.'moon having Xinite conductivity and porleabUity.
1 Comparison of measurements in periods of t-ho full and new 'moons fails to
indicate -a direct axtent of the 'earth Is magnetic field on, the nighttino
side to distazcW 60 R,%-.
Uiis is a report on observations of the magnatiefield of rGg~tlar
.structure in -the neig;iborhood of the noo+ n itoso intensity: durin- 4the
'he
time ot obs6rvationa varied in"tho range,24-410 in agreement u*lth
[Card 1/2 UDCt~ 629.195.3:523'.
62 V. 317,444.

GRINGAM, K.I.; DOLGIROV, Sh.Sh.; BWXKM, V.V.; ISROSHERKO., Ye. Go ;

L 23291-65
q96
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'1 11 PI :;I 'I 1 -11! wijq 1.1.!I. fm".
T
IJ VY
Lnuz 0 V4. -.rlu aLSI.Y. ka~~! P..A~',
TITLE*. C04parison -of a mu t aneous meisuteinentq t.1
177
with i the Earth a magn4tosphere:recorded by thd E G~~tcw-j 11j'e.
t
fluk i
',SOURCE: V va vo f iiike kosmAcheigk6ito scow'
0
_!tj2XqKMMk nfetentai - .
0 P on er;,ai
Isslitdovaniya-kosmicheiskog ---rostrahstiv~i (Space re sear chYi-it~ k
05 lzil-vo Nauka, 1965, 336-341
TOPICJAGS. space environment, ionospherie:physicO, 6 1 dk~ro~IAAIOLi ~y i ion dekisity
earth magn4tic. field/Elektron :2 sdtellitei
ABSTRACT: Measurements of chargeo-pirtic~q flux and 6ighkic f ield at 116f~jit. 0
R. (R,:garth's 'radius) were' made, bi E1ekt=a-.1itNe,bte Otrl:tcle. tra used 44~18
Acapable of recording positive ion f lux with ion energy ~ in exc4aa of ~he
Idifference of the satellite with respect 6 its environment amd electron, f1ttil4i
al ly ~1-4` ri4a .-ap
electron eri orgy in excess of'100- av,. The-;V ~th ~dlrth6g6~
-h !of erg
apab e t 16 fiald Aq
gne.~
A
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MATSKIN, L.A.; KOVALISHKO, K.I.; BABUX07, Y.G.; XONSTAWTINOV, IT.H.;
PONORAREV, G.V.,- FAWC111KOV, G.H.; PELENICHKO, L.G.; SHAKARDIIJ,
V.M.; ff"OT, A.A.; BRILLIANT, S.G.; SIWVCMK, V.Ya.; SOSHCE33-
X0, Ye.M.,- AL3KSANDROV,:A.M BUNCRUK, V.A.- KRUPHNIK, P.I.;
MAYEVSKIY, V.Ya.; 7ELSHIN, X.V.; GAK, Kh.A.; . POTAPOV, G.M.;
KARDASH, I.M.; STEXURO, S. I.; KAPLAN, S.A.;. MILIVANOV, T. 1.
YERMONKO, N Ta.; ZRUZH,.A DA.; USTI1107, h.A.; GIRKIN, G.M.;
VOLCIBUYEV, F:P. I.L., nnuchnnnd.: DESLILTT, H.G.
vedushchly red.; GEMIADITEVA, I.H., teklm.red.
[Combating losses of petroleum and petroleum produOtG; materials.
of the All-Union Conference on Means of Codbatind: Losses of
Petroleum and Patroleum.Products] Bor'ba a poter'inmi nefti i
nefteproduktov: po materialam Vassoinsnogo sovesh.-haniia po bor'be
a poteriami nefti i nefteproduktov. Leningrad, Gos.nauchno-takhn
izd-vo neft. i -Orno-toplivnoi lit-ry. 1959. 157 p. (KIRA 13:.2)
1. Nauchno-tekhnicheskoye obahcheatvo neftpnoy i gazovoy pro-
myshlonnosti.
(Petroleum industry)

JUITHOR: Chetvertak, A.N., Engineer SOV/ 100-58--5-10/15
Zhuzha, S.M., Engineer.
TITLE: Machine.for Small Angles#:- (Mashina, dlya u6lkov melko
99
profilya.)
PERIODICAL: Mekhanizatsiya Stroitel'stva, 1958, Ur 59:pp,29-30's
A13STRACT: The authors of this article~designed':and made a special ,
machine for straightening out angles.:of small profile
in the workshops of the Yuzhelektroraontuh Trust in ~
i Zaporozhlye.The advantage of this machine'is its simpli-
cit'a since it could be nade in every machine shop.
The-working system.of the machine isAllustratted in~
Figure 2. It is powered: by a dynamo's of Mil with a
speed of 1,450 rotations per minute.l,'The:i4dividual
working parts are described in detail. The weakness
of this machine lies in the difficulty of a4justment
to accommodate larger angles. There'are.three figures;
Card 1/1 1. Machine tools--Design

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AVDEYEVA, Ye.V.; ZHUZHIKOV, D.P.; ZOLOTAREV, Ye.Kh.;.SAGITULLIN, g.S.

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ABSTRACTs Although the subject mentioned in the title would-be of
great practical value, it has so far not,;been4nvP8tigat6d.
The particles in suspensiD 'move freely in th~ liquid, w:
n
a Pondensed'
the movement of partioles':s~greatly.i aired:An
r, 6ich suggeemp ;q7e.m
suspension at the filte te:~that14 ay
possibly be a difference between the filtration,of.a condensed
suspension and that-.Pof anon-dondefised-I In order to clarify
this problem, the author investigated the filtration of.1c'on-'
densed aqueous suspensions of the hydroxides oflaluninumi
chromium, copper, and iron, as well as of calcium carbonate
i and talc,~- The experiments were carried oat by~means of a vacuum
filter with transparent sides. It was shown that in the sepat-.
ration of condensed suspensions by filtrationithe liquid does
not flow through between the solid parti6les.,Experiments on
the dependence of the amount of the filtrate obtained on the
Card 1/2 filtration time in the case of a uondenseid chromium hydroxide

SOV/
250) 64-59-1-161~41
AUTHOR: Zhuzhikov, V. A.
TITLE: Selact!ng thfu Operating Cycie."ces--TvaPorat&~. ~(O vybore prodol-
zhitellnosti raboty vyparnogo apparata)
PERIODICAL: Xhimichoskaya omyshlonno V, 1959, 1-72
Pr s Nr 1, Pi) 7
-ABSTRACT: Methods applied for determining tba o; ~ratir igcycl.a or'~ lieri-~--l L-
cally working filters-(R'efs 1t 2) can'~be a'plied,in anal
i P . . 09YV
to evaporators taking into accoubt the periodic cleaning of'
the heating surface from-deponits. On:~the basis of this
analogy, equations for the evaporatipA taking into aado~r-~t
the changing thermal resistivity,of1the deposit
are derived in tbe..pres6nt case. Suba6quentl'
.Y,icomput4tions
rmining the,evaporation t ilith r ference tol:thei
for date ime~'w e
maximum efficiency of the evaporator~&;re made -ait an exariple
of computation in order to ascertain:the economy of the
whole plant. On account of a graphic~repres6ntation (Fig)~
it is found that also in~the caae of less frequent cleanizig
neglecting the conditions of maximum efficiency - the' average
rate of heat transfer only suffers - slow decrease,
,of which ar
Card 1/1 There are 1 figura and 8 references, 5, e S:o~iet'.

ACC NRI
AF6041203- sdmeE CODE, vRA314/66/650 )31.
~31
AUTHOR: ZhuzhJJcov, V. A. (Doctor of technical: sciences)
......................
ORGi. none
TITIE: Methods for determining the specific resistance'of filter cakes
SOURCE: Ehimicheskoye i neftyanoye mashinostroyeniye, no# 3"A9669 29-31
TOPIC TAGS: filtration, specific resistance
iv
ABSTRACT: The article starts with a tabular listing of results g in previously
ptplished literature for a variety of substances being f 11tered. InIthese articless
md0surements were made in two ways (dotal-Is of methods not given)t A-with a constant
t~ f the filter ?ake; B--with increasing thickness of the filter cake. A
. _4ckness o
.6,44ond table lists the viations recorded in the value of the specific reaistance1a
t'S I
filt ing of aluml t I
Ln; chromium, iront and copper hydroxlAos, vilthmeasurome2:t,)
:r
tk ethods. The ota are treated by statistical theory.' Based on the calc
lilts, a f1pre shoW the dependence of the deviation of the value of the specific
I'sistance on the pressure drop through the cake. It was found that,the tendency of.
the cakes toward further densification during additional filttation is loss, the Urger
the pressure drop at which they were originally formed If the consideration is
limited to a range of pressure drops of 4000-8000 kg7mA tho specific r.asistance.of the
Card uDco :66.o67.1%620..O:

ki~ jh6. Aj 1W; 251
Jzdi6rieteniya' proWshlenny7er dbri~ztsy, tovarnyrl a
SOURCE
i.7
TOPIC~TAGS: -';caproIac*tam nitration
-is'
meth6d
Cdeack
ABSTRACT: ---A~'Aiithoj! Certificate,: Ifas
que
Frca for. cj~I6hexane_.b*y'lIqui4~-phasq nitriatio
prolactw( i! nito 0 1
gen I -reduction-of-'the nitrocyclohexane.on metallic .C r nA HM
and liquid auzonia, To reduce processing; titiej,- the: -Wbultiii ivae6r.;
cyclohexane-(501!150 atm)~plus 25~-a--' 45% nitric acid in al,! -0.~ I
the reactor atitlet, the reaction mixture.ta rapidly coolea to 25j_.~,
lowering the pressrue the nitrocyclobexane is then-separatel~frcq:lthi
ventional. methods and reduced~ witbin 40 45-,4n- at 180: - 200 i W,
.4ure which is gradually lncreased~fzrom 80.- 85C A6 115 10~q v ~~I t6
which is suba equ6ntly converted to H--~caprolaqtaa by convei0ional lla~ltl
a constant temperature of - 200 251W the re! actor, walls &Vthelnle,
Card 1/2 UDC:; 547j"It5*07

j;
-:.L-:23582
ACC NR&~

with a cold 11 quid circulated:-ftom the point'- of t,~e: ou~l~i ~6t-. t6 ~h6t 1"Sation; iti
' trite 74!~;,
to the point of admission of the
r-old.mixturool !:A,

SM CODE: OT/i
AE,.DATEo 23JU154/

z_ wi
T~ ~id

11,

I; JI;
LT

7 7-.

.. .. . .....
94-3-11/26
AUTHORSI:~_Zhvachkin, D.I., Boberchuk, V.B., Gordenkov, Yu.A.,,.
Levenson, L.10, Kiss, T.N., Rogachev, K.I.'
TITIR: A High-output Device for Gauging Holes by bleans of a
Sphere (Vysokoproizvoditellnoye Drisposobleniye dlya
kalibrovki otverstiya. sharikom)
PERIODICAL: Promyshlennaya Energetika, 1958,-Vol.13, Dio-3,~P- 19
(USSR).
ABSTRACT: This is a suggestion that received fifth premiumlin arl
All-Union competition for the economy of electric power.
Mitnufacttre of the bushing for the pressure~device of a.~
spinning machine entails particularly accurate machining of
the internal diameter. The authors developed a method of:
gauging this diameter by means of stee JL ballsand introducerd
it at the Tashkent,Textile Machinery Works (Tashtekstillmash).
7de device includes a jig to hold the bushing and a pifeum6tic
cylinder which pushes the ball through the hole; the ball
then returns to the initial position. The device can be~
used to calibrate 5 000 bushesper shift with considerable
economy of electricity.
9here is 1 figure..
AVAILIBIE: Library of Congress
Card 1/1

I - 4~ M
Z-- I or 7 1 T i I
J
-Aithori: j:Arektyeva,
,
_
~,Seientifi nferenco In: ilnyud..
a c0 V
7

'AN SSSR#: er*i,'.aqo5 93, +~',95,~: Sep~.-!
S
~4t A15~

--i -tAUM6
and- o438a1wk(?8rap (It no
V, ~Jiftjd
geppl
reprdse'ftted were'-th6 Lith4aftiali ldida'my of Sdfilnc the Ge
Institute of the Soviet Academy of joiences, the Institu,te or Oce=~
ography of the Soviet Academy of Sciences. the Direotoratte of the
Hydrowteoro logic& 1 Service of latvia. the Cheir of ClinisiWlogy of' tb!t
7ilnyus State Oniversity and the Kaunas Folytechni(sal Imstitute. The
Conference lasted from the 10th to t lie 13th of May. 19 I~Jj.

Submittedt.
J:

M.
S/112/59/0()0/014/071/0P!'
A052/ 001
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1959, No. 14, pp. 244-
245, 30278
AWHOR: Zhvakin. Yu. I,
TIMS Measurement of Magnetic Permeability of Ferrites on Radio-Frequencies
PERIODICAL: Tr. Taganrogsk. radiotekhn. in-ta, 1957, 3, No.~2, pp. 59-65
TEIT: A method of measuring magnetic permeability ahdAhe tangent of angle;
of ferrites in the 100 kc-20 MA band.is.described., The measurements are carried
out by means of a transformer the pftmary winding of which is a toroidal coil
wound on a core of -a high-quality dielectric and-the so conda ry winding is a':
coaxial brass.sooket with the,investigated.toroidal sample of ferrite inserted in,
its field.. The parameters of ferrite are dete,mined from the parameters of the
transformer measured with a "(~'-meter under the following operational conditions:
an open secondary winding, a closed secondary.winding without the fe 'rritesample
and a closed aecondary winding with the ferrite sample, The,calculation relations
and the results of measurements are given. Ye.,B. Z.
Translator's rote: This is the full translation of the original Russian abstract.~
Card 1/1

ul.90-ib- EWTM AT
ACC NRt ~AP60:~.3932 SOURCE CODE: UR/0207/66/000/002/0119/012f
AUTHOR- Zhyapiya, 1. A. (Sukhumi); Kutherov, R. Ya. (SukhWni);' _!!ken ;1az L.~ E.
(Sukhumi4-.'
ORG: none
TITLE: Stability of a nonhamogeneous electron beam
SOURCE: Zhurral prikladnoy mekhaniki i takhnicheskoy fiziki, no.:2, 1966, IP-12i
TOPIC TAGS,. t1ectron beam, plasma instability, perturbation
rRACT-.
ABS' The authors consider development of perturbation in a nonhcoogeneous per,-
odic election beam to determine whether bility in a 33mited spacet'is an
plas0i;sts
absolute or a convective process. Theoretical expressions~are derived for the pertur-
bations in the electron ba~.m in terms of the density, velocity, charge and mass of the
electrons j ion density and potential. The ci iterlon for determining whether the per-
turbation will increase or decrease is discussed. it Is shown that the Incremenvin
perturbation is proportional to the square of the amplitude for weak disturbances&
Orig. art. has: 15 formulas.
SUB CODr 201 SUBM DATE: 25reb65/ ORIG REF: 003? OTH REF: 005
L
Card

a