SCIENTIFIC ABSTRACT SHOL, O.A. - SHOLOKHOV, N.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549820017-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I f, (.~ Y)z: llF,,'OGTYF1f, YuJI. ; YIJIIATOV, F,V.
Investigating en undejIgroundt b!illdozer-loader at the
Dzhezkazgan Mine. Trudy Inst, gor. dela AN Kazakh.
SSR 13:91~-114 164~ (MIRA 17-7)

GFORG-TYEV, Y-a,'~'.; SHOLI, 9~ A.; "DIPATOV, 1,.V.
Effect of power supply 3.11stams of a section on, t~-e zr)ef-ation.
of self-propelled eatLi-ment. Trudy Inst. gor. dela All Kazakh,
SSR 13 ~ 115-119 16~. , (,,URA 17-7)

SHOLIP V.A., student IV kursa
Structure of the sternal sections of ribs; rib cartilage. Trudy
AZVI 9:352-357 156. (MIRA 15:4)
1. Iz kafedry normallnoy angtomii (Zav. kafedroy - akademik,
zasluzhennyy deyate.13 nauki KazSSR, doktor prof. B.A.Dombrovskiy)
Alma-Atinskogo zooveteri-n-arnogo instituta.
(Ribs)

Country : USSR S
Category: Hunan and Morphology (Nor-Lvil and lInthological).
Skeleton.
Abs Jour: RZhBiol., No 2, 1959, No 7601-
Author : Sholl, v."..
Inst : c,~l -Vote rina* Institute
Title : On the Stiucture of Steknal Parts of Ribs (Costo.1
Cartilages).
Or.Lc, Pub: Tr 11,Li_-,'.tinsh zoovet. in-ta, 1956, .9, 3c,:2-357
I.bStract: Sternal p3rts cf ribs of three adult 'torses, one I-iourse
eLibryo (6-7 Lioath), three adult spoci..,.i~nis of long horn
cattle, onu czlf a6ed 1-19 month, two cow Qr.2)ryos 5-7 no.,
one 5-6 i.iontii old goat and three doLs aGQd 3-4 years
were studicd -,.i:%croscopically in saw cuts and from the
surface. Coas:.&rable _-ae-group and sDccics --wise mor-
Card 1/2
Country USSR Mer, ogy (Nornal 7"'a I--tI_Olo6'ca1)'
Category: Hu,-=n and _n pbol
Skeleton.
:,bs Jour: RZhBic)l*. No 2, 1959, No 7601
pboloGical aif -fe rent iati ons in thc: rib structure of
E.D. DavYdOva
compared 2113,.Ols were discovered
Card 212
S
S-36

-SHOL I V 4.
(
~f~
A case of coenurosis in swine. Trudy Inst. zool. AN Kazakh. SSR
14:189-190 t60. (MIRA 13:19)
(Kustamay District--Tapevorms)
(Parasites--Swine)

PRYADKO, E.l..; TFTFRIN, V.I.; SHOLI, V.A.
Helminth infestation of marals according to their age and the
season of the year. Izv. AU Kazakh. SSR. Ser. lbiol. nauk 3 no-4:
57-64 Jl-Ag 165. 1 (MIRA 18:11)
1 C,

ACC,-NR: AP6004831 CA)
I
AUTHORt
SOURCE CODE:
L7R/0404/65/000/004/0057/0064
Pryadko, E.-I.; Teterin, Y. I.,; Shol I A.
ORG: none
ITLE: Helmintb infestation of reindeer by age and season
SOURCE.-. AN KazSSR. Izvestiya. Seriya biologicbeskikb nauk, no*
1965v 57-64
TOPIC TAGS: experiment animal, animal parasite, parasitology..
veterinary medicine, preventive medicine
ABSTRACT: The dynamics of belninth infestation in naral and spotted
deer was studied for more than a.year in 2 deer sovkbozes in Kazakhstan*
Infestation was investigated by taking 50 fecal samples from each age
group for determination of eggs and larvae and by histologic study after
dissection of 209 marals I month to 20 years of age and 10 spotted
reindeer 1-13 year old. Eleven parasite genera were discovered, some
represented by several species. The animals were found Infested from
6-8 months of age and throughout life. Trichuris and Moniezia
predominated to one -year of age, Oesopbegostomum, Ostertagies. and
Elapbostrongylus predominated In one and 2-year olds, and Dicroooelium
predominated in adults* Cystiaercus tenuicolliag Dictyocaulus, Bicaulus
Card 1/2 UDC: 576.'895.1

L 23972-66
ACC -NRI AP6004831
and Setaria were frequent from 2 years on, and Acantbospiculum was found
normally after the first year. Seasonal variations occurred for all
parasites except for Dicrocoelium and Cysticercus. Tricbocepbalus is
the most dangerous helminth for all young animals, Oesopbagostomum,
Dictyocaulus and Elapbostrongylus are also dangerous for young marals,
and Dictyocaulus, Bicaulus and Setaria are dangerous for adults.
Prophylactic treatment is recommended when the animals are taken to
enclosures (November) followed by a second treatment before pasture
time (April), or during the winter. Oesopbagostomum treatment is
required only during pasture. To prevent infestation of young maralsi
early weaning is recommended to shorten their time in pasture with the-
mother and groups can be taken once a.montb to new pastures where no
marals have fed for at least one summer season. Orig.-art. has-
1 table.
SUB CODE: o6/ SUBM DATE:

SHOKAIUV, IT.; SHOIAKOV, Sh.
Some vroblems in ensiliiw feed in Kazakhstan. Vest.
AN Kazalt.SSR 16 no.61.8-13 Je 160. (MIRA 13:7)
(Kazakhstan--Ensilage)

--- I --. .
FQTOTSKIV- , Mikfiail Viadimirovich; MARGULIS, A.Ya., dots., retsenzent;
SHOIASfElt., NAIII., dota., retsenz~nt;MAKAROVJ.P.., dots.,
T.K,, retsenzent (bloginsk); NIKITINA,
D,11, red.
I [What is being studied in a mathematical analysis course]
Chto izuchaetsia v kurse matematicheskogo analiza. Moskva,
Prosve-sho'henie 0 P.
.. 1965, 8' (MIRA 18:8)

SHOLASTER, N.N. (Yelets).
Some problems of teaching trigonometry in secondary schools.
0
Mat.v shkole no.2:15-27 Mr-Ap '54. (MLRA 7:3)
(Trigonometry--Stv-dy and teaching)

SHDLASTER. N.N.- -CXaomna)
Developing visual estimation and three-dimensional imagination of
pupils in the 6th grade. Mat. v shkole no.5:35-38 S-0 160.
(MMA 13: 10)
(Geometr7--study-and teaching)

SHOLICHEV, T.; SARMTSEV* L.
Improving the Fronichev training apparatus. Kryl. rod. 11
no.12:16 D 1609 (MMI -U.-3)
(Parachuting)

SOV/130-58-6-4/20
AUTHORS: Levin, L.Ya., Yakubtsiner, n.01., Sholeninov, V.L~'- and
Grigor'yevykh, G.F. - -----------
TITLE: Use of Pyrite Cinders in the Production of High-basicity
Flu-xed Siilater (Pxiz,enerdye piritnyk-h oCarkov v -proizvodstve
oflyuso-,-,a-o--o a6loDerata T,,ovyshennoy osnovnosti)
PERIODICAL: i~(~tallurg, 1Q,58, i4r 6, pp 10 (USSR).
ABSTRACT: A 31-iorta-e af concentrates at the Cherejovets '. Tietall-
Lw; -
urgical liVorks led to the use from the end of 19'6 of pyrite
cinder. I-JertLoning this, the authors go on to describe the
development of sintering methods enabling a high proportion of
this material to be used in the production of sinter with a
basi3itj range of 1 - 1.2. The sinter plant at the -v.,orks has
three 75 M 2 machines and sinters a relatively high SiO 2 Mi-x
(Table 1). The pyrite cinders available from the Dorogomilovsk
and Shchellkovsk Works contain 0.3-0.45o Ou and 0.35-0.45F,/o Zn7
the sul-ohur content of both varying widely. Because of the
paucity of -,published d-sta and lack, of experience in the USSR,
on the sinterin- of lr~'yr te cinders, experiments were first
0.1
carried out on a i m sinter box ~Fi~3ure 2-) with the parti-
ci-oation of P.T. Krasavina, A.S. Bulatni,,o-w-and A.G. Zelltser.
U-~-rd 1/3

SOV/130-58-6-4/20
Use of Pyrite Cinders in the Production of High-basicity Fluxed
Sinter
Coke and limestone were 3-0 mm, cinders, concentrates and
flue-dust were screened through a 5 mm screen and returns
viere 12-0 mm. The results showed (Figure 3) that with a mix
containing 10-3(ylo cinders accurate control of carbon (to 4.5
and 3.5-4.0% in the box and on the full scale, respectively),
was obtained. A further series of tests were made with mixes
containing 33% cinder showing sinter sulphur increasing with
increasing CaO-content, but this effect could be minimizad by
raising the carbon content of the mix. Sinterin,,,-- speed
increased as the basicity was raised to 0.8 but was unaffected
by further increases. With increasing returns, Irom 25 to
ci~
35Vo sintering rate, permeabilit a sinter strength increased
and sulphur decreased ~Figure 55 nd
. Tests v.,ith 0-40?16 cinders in
the ore Dart ot the mix showed that a satisfactory sinter Was
obtained with 20-25/'a cinder without appreciable siowin7 of
sintering. Bed depths of 200, 225, 250 and 2?5 mm were
tested ~Figure 7) with 255G cinders and a basicity of 1.2:
maximal sulDhur was obtained with the shallowest bed, the
best de-sul-phuriz,:Ltion beinG obtained uith intermediate bed
Card2/3 depths. Sinter strength vas hi--hest with a bed denth of

SOV/130-58-6-4/20
C 4 1 y F-
use of Pyrite Cinders in the Production of Hic,~,'_,-_-basi luxed
Sinter
225 mm, while sintering speed decreased vh-en the depth
exceeded 250 mm. The authors' conclusion is that 2~0 m_m,
is the optimal bed depth. Results of full-scale experiments
~Figure 8) at the Cherepovets" Works on the whole confirmed
the box exDeriments. The main conditions for maximal de-
sulphurizaliot2 durin- sintering were found to be: bed-depth
24Q-250 i~irj instead of 275, carbon content z)f the mix 4.5
4.8 instead of 3-5-W16 (vith 20-25c,6 cinders); Good permeability,
secured by 30-3YIo returns and an artificial hearth lager.
The lower iron ccntent of the sinter rith cinders was found
to have -no effect on the coke rate (?00 kS/t pig) or the
coefficient of utilisation of useful volurne (6.73). There
are 8 figures and 2 tables.
ASSOCIATIOD: Chere-oovetskiy metallurgicheskiy zavod (Cherepovets'~
Metallurgical Works) and Leningradskiy politekhnich%esl~,iy
institut (Leningrad Polytechnical Institute)
Card 3/3 1. Sintering furnaces - Equipment 2. Pyrites - Applications
3. SinterinZ furnaces - Operation

TREKALO, S.K.; YAKUBTSINKR, N.M., AtIDRONOV, V.N.; GRIGORIYEYM, G.F.;
KAYLOT, V.D.; SHUR, A.B.; v rabote prinimali uchastiye:
YEVORMITSKIY, Ye.V.; SHOLENINT,-Y-K-~- VITOVSKIY, V.M.;
GRINBERG, D.L.; GUTMAN, 'r- ~.fe., YEGOROV, N.D.
Op e n... hearth furnace operations with classified sinter. Stall
20 no. 12:1063-1070 D f6o. (MIRA 13:12)
1. TSentrallnyy nauchno-isaledovatellski3r institut chernoy
metallurgii i Cherepovetskiy metallyrgirsheskiy zavod.
(Blast furnaces) (Sintering)

BOGOPOLISKIT, S.N.; GOLOUSHIN, N.S.; GRIGORIYEVTKH, G.F.; LEVIN, L.Ya.;
SP1IRNOV, Tu.P.; TKACHEV, V.Y.; CHISTIAKOV, V.I.; SHOLENINOV, V.M.;
SHUR, A.B.; LOVETSKIY, L.V. .' ..............
Partial replacement of coke breeze in the sinter charge by peat
coke. Stall 23 no.9-781-785 S 163. (MIRA 16:10)

TK.'..C,Hl,"V, V.11. , inzh. SFOjZjLLT"(;-,.,y Tl-, 11.
L.Ya.; (,RIC
KONSTAN, Tl,!()V,
V. N. J, 7A,
ZAKII'POV
Y y U ~ G A R
v. ;SMIRNUv
lip F SH!,~JIAIUW
IYEVSKIYy 11.1vi.;
prodi:c4mg, a high-basici"J
D.,jeloping the technO109-7 Of~
.. 1) a
Open-hearth s-inter. Sual no.8:683-6F6 165. F
'herepovetskiy inetallurgif-hoi3ki.y zavod (for Tk-clhev,
1. C
sholeminov

T0114ACIIEV, A.I.; BOLOTOVA, V.M.,- DEDOV, A.A.; LASHCHENKOVA., A.N.;
SHOLENINOVA, T.P,,; GARITOVSKIY, K.V., red. izd-va; VINOGRADOVA,
N.F.., tekhn. red.
[Classification key of higher plants of the Komi A.S.S.R.] Oprede-
litely vysshikh rastenii Komi ASSX, iUrskva, Izd-vo Akad. nauk
SSSR, 1962. 356 p. (MIRA 15:7)
(Komi A.S.S.R..--Botaity-Classification)

GOLOUSHIN, N.S., kand. tekhn. nauk; CHISIYAKOV, V.I.; KULIKOV, V.P.;
KISINA., A.M.; LOVETSKIY, L.V.; SMIPNOV, Yu.P.;
SHOIENINOV, V.M.
Use of peat semicoke and coke in metallurgy. Trudy VNIITP
no.18:238-246 161. (MIRA 17:1)
1. Leningradskiy politekhnicheskiy institut im. Ka2inina
(for all except Sholeninov. 2. Cherepovetskiy metallurgi- I
cheskiy zavod (for Sholeninov).

YAKUBTSIMEF, N.M.; SIMIRNOV, Yu.P.; SHOLENINOV, V.M.
Optimum coarseness of the components of a sintering charge during
the sintering of fine-grained concentrates. Trudy LPI no.225:
168-177 164. (MRA 17:9)

jjI0~GLN~E,A._,, arkh.
Acoustics in concert halls. Nauka i tekh m-ladezh 14 no-5:F-10
My ~ 62.

I'MIZIBLEY1 M.Ye.; SHOLIN, A.F.--
Electrochemical hydrogenation of allyl, alcohol. Dokl. AN SSSR
141 no.l+:897-899 D 161. (MIRA 14:11)
1. Kishinevskiy gosudarstvennyy universitet. Predstavleno
akademikom A.A. Balandinym.
.(Allyl alcohol) (Hydrogenation)
(Electrochemisp7)

To 1979q-61 EWP (n /FW (m) /RD,9 AF"r AS n RM 1JT)
ell ~[0062/63700 /006/1031/1035
ACCESSION NR: AP300228 0
AUTHOR: Patrikeyev, V. V.; Sholin, A. F.; Nikiforova, I. A.
TITLE: Specific formulation of silica g s and the method of separation of complex
organic mixtures
SOURCE: AN SSSR. Izv. Otdeleniye khimicheskikh nauk , no. 6, 1963, 1031-1035
TOPIC TAGS: specific silica gel preparation, methylestosteron separation from
ehtylestosteron
ABSTRACT: The method of preparation of specific silica gels by means of introduc-
ing formulating material into the gel shows possibilities of preparation of such
adsorbents,'\including adsorbents~for the substances insoluble in water solutions.
The -specifi8ity of these gels was proved by the fact that they separate not only
the different compounds from. each other, but also their isomers. A general method
for separating the previously inseparable substances from the complex mixtures by
means of preparation of specific silica gels directly from the existing industrial
silica gels has been presented. A met1hod is found for the separation of complex
alkaloid mixtures from the groups of substituted hormones. Orig. art. has: 1
table.
Associatlo.- Inst.. of Organic Chemistry, Academy of Sciences, SSSR
Card M!
--------------------------------------------

MANZHELFEY M.Ye. (Kishinev); sHOLIN, A.F. (Kishinev)
Electrolytic reduction of unsaturated compounds on the platinized
platinum cathode. Part 2: Electroly-tic reduction of allyl alcohol.
Zhur.fiz.ki-din. 37 no.8-.W5-1831 Ag 163. NERA 16:9)
1. Kishinevskiy gosudarstyannyy universitet.
(Allyl alcohol) (Reduction, Electrolytic)
(Electrodes, Platinum)

[VtLANDIII, A.A.; SLOVOKHOTOVA, T.A.; SHOLIN, A.F.; UGOLITSEVA, L.A.
,.1
Hydrogenolysis of ethane in a flow system on nickel catalysts.
Kin. i kat. o no.1:115-120 Ja-F 165. (14IRA 18:6)
1. Moskovskiy gosudarstvennyy universitet.

SLOVOKHOTOVA, T.A.; BALANDIN, A.A.; PETROV, E.S.; SHOLIN, A.F.
Catalytic hydrogenolysis of ethane and cyclohexane on Ni-Kieselguhr
catalys-ts. Izv. AN SSSR. Ser. khin,. no.5:785-792 165. (KIRA 18:5)
1. 14oskvoskiy gosudarstvennyy universitet im. Lomonosova.

L 1357-66
ACCESSION MR: APS024365 UR/0286/65/000/015/0033i'0'033.,
534.321.9:543.41
624
AUTHOR: Patrik2yev, V. V.; Sholin, A. r.
TITIX. A method for visual observation of ultrasonic fields. C
lass 12,
No. 173239
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 15, 1965, 33
TOPIC TAGS: tiltrasoffic field, ultrasonic radiatien
ABSTRACT: This Author's Certificate introduces a method for visual observation of
ultrasonic fields with subsequent analysis by the shadow method. To.fix and pre
serve the patterns of complex ultrasonic fields, a quick-setting gel is exposed on
which a surface relief is formed which can be observed not-only*during the ultra-
sonic' exposure, but after its conclusion.
ASSOCIATION: none
SUBMITTED: 16May6l ENCL: 00 SUB CODEi. GP
NO REF SOVt -000 OTHER: 000.
com 1/1

1'31829
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ACCMSIOff #H! AP50043T3
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tron density

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3/3

AUT11ORSt
TITLEt
PERIODICAL:
42705
S/020/62/147/002/011/021
B164AM2
Kudrin, L. P., Sholin
The asymmetry of the hydrogen spectral lines in plasma
Akademiya nauk SSSR. Doklady, v; 147, no. 2, 1962, 342-345
TEXT: The asymmetries of the contours of the H and H lines ob'served
. . 0 6
in hydrogen plasma when the density of the charged particles is
Nl-~l 10 16 cm-3 are a function of density. They manifest themselves in the
intensity being shifted toward the short-wave xegion, in a shift of the
intensity maximum relatively to the line center, and in a variation of
the interval between the maxima. Hence the density of the charged
particles can be determined by comparing the contours found experimentally
with the values calculated from a theory which explains these asymmetries.
The author makes detailed calculations for the hydrogen atom allowing for
'the electrostatic field of the neighboring ion. Besides the dipole term
which is obtained from the symmetric splitting of the lines by the linear
Card 1/3

S/020/62/147/002/011/021
The asymmetry of the hydrogen ... B164/B102
Stark effect, the quadrupole contribut.~.,-)n ta the interaction energy between
the atom and the ion is duly considered. The wave functions of the
Schroedinger equation in parabolic coordi.-sites are given for this case in
first approximation. They lead to general expressions for the energy
splitting, intensity and probability for position of the Stark com-
ponents. The numerical values for some transitions are given in a table.
For the HP line, the theoretical and experimental values obtained for the
intensity variation in the maximum and for the shift of t4e maximum
relative to the line center agree fairly well for F = jolb- jol8cm-3.
Whilst the calculated distances apart of the maxima as a function of N
agree with experiments, it is unlikely that useful values could be obtained
for the line width, owing to the rough assumptions that have to be made for
the electric field of the ions, and since the line broadening due to
electron impact is neglected. In order to improve the theory here
presented, which includes no statement on the line center, the influence
of the electrons should be considered. There are 2 tables.
PRESENTED: June 14, 1962, by M. A. Leontovich
Card 2/3

.B/02 62/147/002/011/021
-Tho asymmetry of the hydrogen .., B!64YZ102
SUBMITTEDi June 5, 1962
Card 3/3

S HOLM, G. V. Y KUDRIN, A. - P. ,
- - -----
"Nev Methods of Plasma Diagnostics from Spectroscopic Data, "
report presented at the 6th Intl. Conf. on Ionization Phenomena in Gases,
Paris, France 8-13 Jul 63

L 98b5-63 EW(1)/FW(L- 7 `33D FZ-jj/1
j-)/)Rn-5/ESN .-2-- /A,,1,/&,D-3/A jLJ
-Fo abl gp G)
P B~ - -
ACCESNOPNW! AP 7~ 3/0051/63/014/005/06C(7/0611
AUTHOR. -K-adrin, L. P.; Sho in, G..V.
-------------
TITLE: Shift of He Il spectrum lines in dense plasma
SOURCE: Optika i spektroskopiya, v. 14, no. 5, 1963, 607-611
TOPIC TAGS: plasma, plasma densities, spectral lines, He II, H
ABSTRACT: Usually plasm densities are determined from the width of selected
spectral lines. A new method for measuring plasma densities was proposed by the
authors (Doklady AN SSSR, 147, 352, ig6p-). This method is based on the noticeable
asymmetry of some hydrogen lines in dense plasma, connected with inhomogeneity of
the electric field acting on the atoms. The asymmetry is due to quadrupole
interaction of the plasma electrons with the emitting atoms. The some thing is
rue of He Il and other one-electron bound states in plasma. Anotherpossible
way of determining plasma density is provided by the shift of spectrum lines.,'
Blue shift of the W66 Angstrom line of He II was discovered by Berg, Ali, Linke,
and Greim. (Phys. Rev., 125, 199, 1962). This shift can be explained with the aid
Card 1/2

L 98h5-63
ACCESSIov im: AP30005TI
of the electrzon impact theory proposed by Baranger (Phys. Rev., 111, 481, 1958).-
The authors' calculations, based.on the assumption that the location of the line
peak is determined mainly by the central Stark component and employing some of
Baranger's eVations, lead to line shift values as a function of the pl-s-ma
density in good agreement with the experimental results of Berg et al, thereby
substantiating Baranger's impact theory. Nevertheless, the authors feel that
de-termInation of plasma.densIties from the eusymmetry of hydrogen lines should be
more reliable. Orig. art. has: 8 equations and 2 tables.
ASSOCIATION: none,
SUENITTED: 17JU169 DAM AcQt 12jun6i FNCL:' 00
SUB CODE: PH NE REF SOV: 002 OTHER: 005
Card 2/2

ACCESSION NR: AP4009105 S/0056/63/045YO06/1850/,',.857
'AUTHOR: Zagorodnikov, S. P.;,Smolkin, G. Ye.; Sholin,, G. V1.
TITLE:,Spectroseopic investigation of a turbulently heated plasma
SOURCE-."~,Zhurnal eksper. i teoret. fiziki, v. 45, no. 6, 1963,
1850-18b7
TOPIC TAGS: plasma heating, plasma turbulence beating, high density
plasma, high temperature plasma, plasma spectrum, plasma spectros-
copic investigation, wave penetration, electron beating rate,, elec-
tron temperature, electron temperature distribution, emission line
intensity, impurity effect
ABSTRACT: A spectroscopic investigation is reported of turbulence
beating of a helium plasma with a relatively high electron density,
for the purpose of using turbulence heating to obtain and
investigate bigb-temperature plasmas. An image converter was
used to obtain a time-resolved spectrum of the heated plasma,
so as to trace the dynamic behavior of the spectral lines in
each phase of a single
Clard

f
ACCESSION NR: AP4009105
discharge. Tests were made to determine the penetration of the wave
into the plasma, the electron beating rate, and the radial distri-
bution of the electron temperature in the discharge tube. All these
characteristics were determined from the radial distribution of the
emission intensity of the Individual spectral lines. An estimated
Te z 100 eV was obtained for the electron temperature in a plasma of
density ne = 2 x 1013 cm-3. The impurity content, which plays an
important role in the beat balance of a plasma with hot electrons,
was found not.to exceed 1 per,cent of the primary component under
typical experimental conditions. "In conclusion, we thank Ye. K.
Zavoyskiy under whose initiative and constant attention the work was
performed. We are also grateful to L. I. Rudakov for continuous in--
terest in the work and useful discusBionsj M. V. Babykin for help in
constructing the experimental-'apparatus) and P. I. Blinov for help
with the microwave measuremerits.11 Orig..art. bass 6 figures and l-,
formula&
Card 2/# 1)

U40192i6 S/0056/64/046/002/0511/c,;7,-~.0
I~aoy*kin, M. V.; Gavrin, P. P.; Zavoyakiy, Ye. K.; Ruda-
Skoryupin, V. A.; Sholin,,_q..V,
N~;~ *:-esults on the turbulent heating of plasma
:2;aurnal eksper. i teor. fiz., v. 46, no. 2, 1964,, 511-53C
TAGS: plasma, plasma heating, turbulent plasma, heating, pl-zsr,.a
heating, plasma ion heating, collisionless plasma heat4n,',,
con'L-.nement, plasma confinement time, electron confinement
-on confinement time
__.~_iACT: This is a continuation of earlier work by the same authors
-n 4. LO
urbulent plasma heating in a ra idly alternating magnetic field
Ya6erny*y sintezy Appendix 111,.1992; ZhETF, v. 43, pp. 411, 15.47,
ment
1976, 1962). The present paper reports the results of expe i 4-s
;;fzn a net netup, the paramet&rs of which have made possible (ly
:,apild collisionless heating of the plasma electrons to 1.5 keV by a
strong hydrodynamic wave propagating in the plasma transversely
Car-`

AP4019216
0
LI
magnetic field; (2) investigations of the confinement of
__'as,a in a magnetic trap;'(3) observations of the c6llision-1--ss
of which accompanies the turbulent heating of the
".-criL. u.-.der certain conditions. electron te-mperature was de-
)P, the absorption of the elec-Gron 'oremsatrahlung
in
L.;n from the ratio;of the rates of decay of various s 'prectur--l
'AneS, and fro-m readings of a probe. The plasma concentratJon
by optical means. The noise produced.:in the plaamia.
'-on Cyclotron oscillatiyps and ~o magnetic so-und resonance.
--) V/ I
_-_sma tlecvron pressure of 10-L cO (a-pproximately 20% of tht.
'e--, pressure, was obtained in the concentraticn
znatlng m~rjznetia field
--an"'a from i012 to lol3/cm3. Confinement times were-130,gsee for
60-eV ions and-,60 Asee for 590-eV electrons'. No strong instabil-
.Lties were observed during the time of pla8ma confinement in the trap.
I-on cyclotron waves and natural oscillations of the plasma column wer,~.
zord

ION NR. AP4019216
e
.observed. A theor tical mechanism is aroposed for this electron
'hea~:-:Ing and is found to agree qualit-atavely with experimental results.
art. has: 17 figures ahd 10 formulas,
ii'MON: None
13Aug63 DATE ACQ: 27Mar64 ENCL: I
JB CODE: PH' 'NO RZF SOV: -008- OTHER: 302
ccrd 3/4

L 16io8-65
ACCESSION NR: AP5000319
65 -tu u ;7se up-,Vas~.~~,-
6arlier- stiidi of-- rb ldht-,_heatihga. -.1The.--~exp'er
by the au-thors--elsewhere.-. TP -v-.----45-'
similar to that describ
1850, .1963), except that aJarger discharge.chamber (6 cm in dia-~~.
meter) was used, and the.high frequency.resonant 'Circuit was an
artificial line which r6duced a -trapezoidal - maqr,.et3*.C' lse in -the
P
YU,
discharge chamber. The plasma density ranged.frcm -10- to 01-4
-3
cm . Many of the procedures.were the same as in the earlier
study. A compression shock wave was.-observed, ti-aveling:from the
periphery towards the axis of the discharge tube.with a~velocity
close to Alfven velocity. The shock wave had-a-sharply,delineat(~d-,-,.,~-.
front in which an intense dissipative process is,developed with'a
jump in the electron temperatur'e f iom -0.1 eV ahead of the front
'dth of:-the
to several hundred eV behind.the frdnt~ The time W3.
-in-
Lront did not exceed (3--4) x 0 sec. At-least a 2- -~,fold
crease in the steepness of the compression.wave was observed, with I
a minimum time width -2 x 10-8-sec. The propagation of a raref 4c
tion wave in the collision freeplasma was not accompanied by for-
Card .2

47
rF -

Ja
:31

!L 9228-66 EWT(l)/hMT(m)/h-TQA-PF(n -2 (M
Art- NK: AT5-o26103 jDAiw/AT SOURCECODE: UR/0,7&/65/002/005/0238/02.41
qb:
AMOR: K ~�rod~nikov, ~S_ P_; Rudakov, L. I.; Smolkinp G. Ye.; 8holin G. 'V.
ORG: none
TITLE: Investigation of the structure of -the front of a strong magnetic-sound wa~O
in a rarefied plasma
SOURCE: Zhurnal eksperimental'noy i teoreticheskoy fiziki. Pis'ma v redaktslyu.
Prilozheniye, v. 2, no- 5., 196% 238-241, and insert, side A,, . 238 and 239
-- ~etveen p
TOPIC TAGS: plasma wave propagationy rarefied plasma, helium lasmaj magnetobydro-
dynamics, ADMD!~ wave
.7.?' ki 4'5 1
ABSTRACT: The article is devoted to an experimental investigation of the structure
of the front of a strong magnetic-sound wave propagating in a rarefied plasma trans-
verse to a magnetic field. The experiments were carried out under the conditions de-
scribed in an earlier paper by the authors (ZhETF v. 4Tj, MT, 1964). The wave was
excited by a trapezoidal pulsed magnetic field H, produced on the boundary of a
cylindrical plasma column (diameter 6 cm and length 30 cm) in a constant magnetic
field No. The pulse growth time was r0 - 5.5 x 10-8 sec. The plasm density nop
ahead of the wave front ranged from -0.5 x 1012 to -6 x 101-3 cili-3. The magnetic Mach
number p varied in the range -1-3--4.2. The following results were obtained.. Non-
linear twisting of the wave front in the plasma was observed for all the indicated
values of g. The profile of the magnetic field in the plasma was in good agreement
Card

L 9228-66
ACC NRt AP50261o3
with the profile calculated by J. H. Adlam and J. E. Allen (Pros. Pbys. Soc. (London)
v. 75, 64o, 196o) within the accuracy of the cylindrical effect. The width of the
transition region coincides, with -50% accuracy (taking nonstationarity into account),
with the width calculated by Adlam and Allen. Oscillograms of the magnetic-probe
signals show that the front of the magnetic field, which increases linearly on the
plasma boundary., changes inside the plasma into an exponentially growing front with a
gradually increasing slope. The absorption of the wave energy on the front increases
with increasing no. At the same time., electrons with energy larger than 50 ev ap-
peared behind the wave front. The energy transfer from the wave to the plasm elec-
trons is attributed either to instability or ionization collisions of the electrons
on the wave front. . 4uthors are gratefullo Ye. K. Zavoyski,&oI~ interest in the work
and to A. A. Vederi6~"d Ye. P. VelikhWIbi -valuable discussions. Orig. art. has:
3 figures and 2 formulas.

/EI'C(m)-6
L 25676-66 ENTIIIZETC (f )/EPF (n)-2/EYIG(m) IJP(c) WWZAT
ACC Mt bdi~59 SOURCE CODE: UR/3136/65/000/909/0001/0008
AUTHOR: orodnUov, S. P.; Rudakov, L. I.; Smolkin. G. Ye... Sholin, G* Va
ORG: none
TIM: Investigation of the structure of a strong magaetos~L wave front in
rarefied plasma
SOURCE: Moscov. Institut atomnoy energii. Doklady, 10-909, 3.965- issledovardye
struktury fronts. sillnoy magnitno-zvukovoy volny v razrezhennoy plazme, 1-8
TOPIC TAGS: plasma magnetic field, sound wave, magnetic field,, rarefied plasm
constant magnetic field, plasma wave
ABSTRACT: This is a continuation of previous experiments reported by the authors in,
ref . 4 (zhEw, 47, 1717, 1964). The experiments were inspired by the work of J. H.
Adlam and J. E. Allen (Froc. Phys. Soc. London, 75, 640, 1960), where a mim rical.
solution was found for the problem of the unsteady motion of a magnetic piston along
rarefied plasma, based on two concrete forimilas on the change of the magnetic field
in time at the boundary of plasma:
Hn(tn) 1 + tn
and
Hn(tn) 1 +,A[1 exp (-oCt.)j (2)
Card 1/2

L 25676-66
ACC NRt AT6001559
The profile of the magnetic field of plasma was found for certain values of tn' When
CC= I and 1. The experiments were conducted under conditions similar to those
reported by the authors in ref. 4. The wave was excited by a trapezoidal impulse of
the magnetic field 1r, developed at the boundary of a cylindriul plasm column with
a diameter of 6 em and length of 30 cm.,-Xithin the constant magnetic field Hoe 'The
period of the impulse was 'to 5.5 x 10-0 see. The plasma density no preceding the
wave front varied between -0.5 x 1012 and -6 x lo'3 cm-3. The magnetic Mach mmber
varied between 1-3 and 4.2. For all values of p there was observed a process of
nonlinear rotation in the plasm as compared with the front given in formilas (1) or
(2). No abnormal growth in the vidth of the front was observed in the 24p