SCIENTIFIC ABSTRACT KARCHAGINA, YE.V. - KARCHEVSKIY, V.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000720630011-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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27787
s/188/61/000/005/003/006
B1117/B102
AUTHOR: Karchagina, Ye. V.
TITLE: Temperature dependence of the fast component of magnetic
viscosity of Ni-Zn ferrites
PERIODICAL: Moskovi4* Universitet. Vestnik. Seriya III: Fizika,
4stronomiya, no. 5, 1961, 59-64
TEXT: The dependence of the fast component of magnetic viscosity of
Ni-Zn ferrites on temperature and magnetic field strength was investigated
by an impulse method. Six specimens containing 16 mole% NiO, 34 mole% ZnO,
and 50 mole% Fe 203 were produced and sintered for 4 hr at 12000C
specimen no. 1), 12500C (no. 2), 12700C (no, 3), 13200C (no. 4), 13500C
no. 5), and 14000C (no. 6).. For all specimens, magnetization curves,
~
hysteresis loops, and magnetic viscosity as a function of the magnetic
L
field strength were plotted in the temperature range from 780K to the
Curie point, which is between 330 and 3700K for all specimens. A
differential susceptibility curve was constructed. A device described by
Card 1/3

27787
S/1188/61/000/005/003/006
Temperature dependence of the B117/B102
R. V. Telesnin and Ye. F. Kuritsyna (Ref. 1: Izv, AN SSSR, ser.
No. 3t 3529 1959) was used for the investigation. The magnetic viscosity
of specimens 1, 2, and 6 vas found nearly constant between 78 and 3~OOK,
and vanished near the Curie point, where other magnetic properties vanish,
too. The magnetic viscosity maximum, however, was different for different
specimens. In specimens nos- 3 49 and 5P the maximum magnetic viscosity
T is a monotonic function of 10~/T 0. Considering only the value of
magnetic viscosity, the optimum sintering temperatures are 1200, 1275,
1300, and 1350OC- An attempt was made to determine the magnetic viscosity
factor for all specimens. It was dependent both on temperature and
magnetic field strength. The relative viscosity T/Xd as a function of To
drops with a rise of temperature. Tmax grows with decreasing temperature
whereas the viscosity maximum is shifted toward higher fields, After the
initial rejection and the subsequent drop of the electromotive force, all
specimens show a second maximum at 780X, which appears at certain values
of the magnetizing field. With increasing field strength it appears
earlier, and its amplitude grows until both maxima unite. Behind the
second maximum the ele3tromotive force curve drops almost exponentially,
Card 2/3

27787
3/185161
Temperature dependence of the ... B! 1 7/B1 02
The existence of two maxima indicates two kinds of viscosity. The first
maximum is obviously due to electron diffusion. The second maximum is
evidently related to irreversible viscosity fluctuations. Them- are
particularly distinct in specimens with a heterogeneous structure due to
thermal treatment: At a low sintering temperature, it is an incomplete
ferritization, and at high temperature, it is a precipitation of magnetite.
1. A. Leanev is mentioned. There are 6 figures and 5 Soviet references.
ASSOCIATION: Kafedra obshchey dlya fizikov (Gena~al :-'bysi,-s Department
for Physicists)
SUBMITTED: December 23. 1960
Cara 3/3

r);'.' t!.e
Oyd

112-57-7-14860
Translation from: R(.-ferativnyy xhurnal, Elektrotekhnika, 1957, Nr 7, p 154 (USSR)
AUTHOR: Yashcheritsyn, P. I., and Karchan, Ya. S.
TITLE: Some Problems of Automation of Control in the Process of Grinding
(Nekotoryye voprosy avtomatizatsii kontrolya v protsesse shlifovaniya)
PERIODICAL: Sb.: Mashinostroitel' Belorussii, Minsk, 1956, Nr 1(2), pp 135-144
ABSTRACT: Bibliographic entry.
-r.-
Card 111

YASHCFU,'RITZYN, P.I., kand.tekbn.nauk; KARCHAN, Ta.S., inzli.
OMOIO~~~
Automation of the production line of certain metal-cutting
equipment. Mash.Bal. no.4:122-131 '57. (141Pji 11;9)
(Metal cutting) (Autonatic control)

V4 f,
A /t/ 5,
25(5) PHASE I BOOK EXPLOITATION SOV/2785
Nauchno-tekhnicheskoye obshchestvo mashinostroitellnoy promyshlennosti.
Belorusskoye respublikanskoye pravleniye
-Pixti sovershenstvovaniy-a tekhnologicheskikh protsessov na Uinskan
podshipnikovom zavode (Improving Technological Processes at the
Minsk Bearing Plant) Minsk, Gos. izd-vo BSSR, 1958. 226 p.
2,000 copies printed.
Eds.: M. Baranovskiy and F. Kashtanov; Tech. Ed.: N. Stepanova.
PURPOSE: This collection of articles is intended for industrial Snd
mechanical engineers.
COVERAGE: The collection of articles reviews the attainments of the Minsk State
Bearing Plant since its entry into production during the Fifth Five-Year
Plan and a description is given of the methods adopted by the plant'to raise the
technological levels of production throug4introduction of new machinery and
modern"production processes and through the modernization of existing equipment.
The role of Party work in the"struggle" for technological progress is also re-
viewed. The introduction mentions'the achievements of the following technical
car4 1/3

Improving Technological Processes (coat.) SOV/2785
personnel: P.A. Kovalenko, assistant director of the tooling shop; engineers
V.A. Feygin, A.A. Malakhovskiy, and A.F. Segodnik; designer M.Ye. Makhanek; and
technologists Ye.S. Artyukhovskaya and A.A. Desyatkovaya. There are no references.
TABLE OF CONTENTS*-
Introduction
3
Yashcheritsyn, P.I.(Candidate of Technical Sciences, Director of the Plant).
Basic Ways of Improving'the Producticn Technology of Roller Bearings .6
Mukhlya I.Ya. (Secretary of the Party Bureau of the Minsk State
Bearing Plant. The Plant Party Organization in the Struggle for Technical
Progress 71
Karchan, Ya.S. (Chief Engineer). Improvement of Technological Processes 84
Yashcheritsyn, P.I. (Candidate of Technical Sciences), and U.S. Karchan.
(Enginee~)~-' Autmation and Mechanizatio~ of Techn6logical Processes 112
biellnik, S.L. (Director of the the Labor and Wage Section), Scme Problems
Card 2/3

J:AR-CFAUSKAS, S. A.: ',~aater ACxic Sci (diss) -- "Iffiv~dual. tr-plunert in plan-
tations of first-0-roun forostus". Minsk, ll?~P. 1t-5 p-~ (Min -~Ilc Tjss-T",
- - - 1 4 (~p r, jTr 5, 1090
Beloriss Forest!7T 7ijx!lneering Inst, in S. M. K-rov), I ~,O c - I -a (nl - I I
ll),;)

LkRCHAVA, A.I., doteent
ft wwwa-dm-ne#~- ~--
Organizational and methodical problems In a study of general
morbidity of the population. Sov.zdrav. 14 no-5:~-O '55
(MLRA 8:12)
linfirektor nauchno-metodicheskogo byuro sanitarnoy statistiki
M sters-bva zdravookbrananiya Grusinskoy SSR.
(VITAL STATISTICS
morbidity of population, organiz. & methods of Wyly)

KARCHAVAq AJ.t ds)tsent (TbUisi)
1----;
~ ., 7-1 ~ai-eal a*nd-sanitary statistics in the Georgian Republic. Sav.
zdrav, 19 no,10925-31 160, (MIRA 14:1)
(GMMIA-PUBLIC HEALTIH-STATISTICS)

ACC NR. 166
SOMICI )DII, VIV00,56 '0)0/ooG'I(;Ij,)/j:
AUTHOR: Karchavr., T. A. ; Sanikidze, D, G.
ORG: Institute of Cybernetics, Academy of Sciences GeorgiLin SSB (InsiitLIt
kibernetiki Ak-adeniii nauk Gruzinskov SSW
TITLE- Heat conductivity of thin dielectric and ferrodielectric fiIII)s and threads
SOURCE: Zfi eksper f teor fiz, v. 50, no. 6, 1966, 1682-1684
TOPJC TAGS- heat conductivity, dielectric material, spin wave, phonon scattering,i
I I
low temperature effect, ferrodielectric material
ABSTRYNCT: The co~Jficicnt of heaL co
-nduct;vi[v hus been calculatcd for thin
dielectric ali(i fillils cincl flire,-Ids -tt Jow AvIllen the
"ree path o~ the -phonons and spin Y-ia-,,-es is much lonr--er flian usual. It has been shov'~-I
t
that for thin films, gliding phonons and spin N,.,,iv(-,s are the main faclors in heai
conduchvit 7. In the case of thin tiireads, the (;1iding phonons and spin -%,,a,.,es serv,-
1!2

ACC NR: AP6020226
y as corrective -lements. Differcrit mechani.,,,ins of phonon and ;pin-waive
onI
scatterintf have beell, illvestigated, The authors th.,1n], R, N. Giurzhi for
ject and T. M. Lifshitz. for disciissions of the results. 01-i-, art, !)~;S:
the sub
7 forniulas. [ 11,~ INT
se I oil authors' abstract]
SUB CODE: 20, 111' SUBM DATE: 29JanGG"' ORIG REY: 002/ OTI-I EI.F: 003/
c.,cl 2/ 2

URCIMSKIY, LS.,vrach-stomatolog (Kirovorrad)
Toothache. Zdorov'e 5 no.2:26-27 F 159. (MIRA 12:2)
OENTISTRY) (TEETH--CARE AD HYGIM)

KARCM',M.'3KIY, I.S.
Third E:irovgrad P~rovince Gonference of Stomatologists and Dentists.
Stomatologila 38 no.5:83 S-0 159. (MIRA 13:3)
(KIROVGFUD PROVINCE-STOMATOLOGY)

KARCHEMSKIT, I.S.
Alveolar pains. Stomatologila 38 no.6:59-62 N-D 159.
(MIRA 13:4)
1. 1z Kiravogradek-oy oblastnoy stamatologicheakoy polikliniki.
--DIMSRS)

nRclflmKiyl I.S. --- --
Replantation of two teeth. Stomatologiia 39 no.6:69 N-D 160.
(1'1:',HA 15:1)
1. 1z Kirovogradskoy oblastnoy stomatologicheskoy polik2iniki.
(TEM-THAUSPIANTATION)

XARCHINSKIY, MON., dotsent.
1=4, - - .
Platform technique of waking reinforced biaxially prestressed
concrete panels. Stroi.prom.32 no.11:26-29 N '54. (HLRL 7:11)
(Reinforced concrete) (Concrete, Prestressed)

-'a'on of 'he ~,-c
n of
Ical. Fro~ert_`.e.", of 7~ C j 1.
.1 _. - C o i i c r,-: c!
7.1irecidor.1-3." sscrtat~_Ion_- 'for _1~_-7rees im
,:-a! in:-, t d 1,11 ".i Crs o f 2, u ca.
L_ Ou ca
5 i- -z~ Concre-v Cnstr!!ct
nforc-er!
For Dearee of C-ndidate in Technicnl Sciences

K&RCHFMSKIY,H.Yu.,doteeut.
F,'~ ~
Investigation of bent reinforced concrete slabs previuusly bent
in two directions. Bet. i zhel.-bet. no.7:241-245 0 155-
(Concrete slabs) (XLRA 9:1)

KAM W I
1~1-1!0101 kBnd.teMin.nauk-, KORSMVICH, A., red.;
DANILKINI!-Yil ".re ".MAKINIS, A., tekhn. red.
[Reinforced concrete slabs prestressed in two directions] Zhelezo-
betonnye plity, predvariiel'to napriazhennye v dvukh napravleniiakh.
Kiev, Gos.12d-vo, lit-ry po stroit. i arkhit. USSR, 1958. 120 p.
(Concrete slabs) (HIRA 12:3)

KARCHEMSKIY, M.Yu.;kand.tekhn.nauk; SICHEVOY, A.I., inzh.
Preparing prestressed floors with wire-mesh reinforcement
in Dnepropetrovsk. Bet. i zhel.-bet. no.4:175-177 Ap 161.
MRA 14:6)
(Prestressed concrete)

KOCMWASKIYJ M.Yu., kand. takhn. nauk
Testing a-reinforced concrete floor above ground level with
compressed air.-Bet. i zhel.-bet. 9 no.3:142-143 Mr 163.-
(MIRA 1694)
(Phors, Concrete-Te sting)
(Umpressed air)

KARCHEM, A.K., SHIUN, A.N.
Statistical report
Report to be submitted for the International Conference on Coal Mines
(Rapid advance of workings in) Liagep Belgium, 30 sept-4 Oct 63

Bulgaria/military B-553
E,ij PodPolkov'nik/Med Serv; and Lyuben
W-S!E.-GeOr
Dinitrov are the authors of an article entitled "Newly
Developed Bulgarian Medicines." (Voenno Meditsinsko
., Sofia, May 61, PP 92
RLIO -95)
2-4
(1)

Bulgaria/Military B-564
.MRME4-G-., Podpolkovnik, Med Ser; and Lyuben Dimitrov
are the authors of an article discussing the new medicines
"Likuden", an antibiotic used for mycosis; "Aminosin," used
to seften cicatrices; and "Redergam," used for angina
pectoris and hypertonia. (Voenno Meditsinako Delo -Sofi&,-
mar 61.. pp 94-96)
24
(1)

~,EWT(1)/ET(;/EPF(n)-2/MM(ra)/EPA(w)-2 IJP(c) AT
1ACCESSION'NRi APS020720 Vn/00,57/65/035/009/lj72/1377 67
AMOM' KorAilov, Yeo.
A Kovpikt 0.F,,'_Faynberg# Ya. B&; Karchenkal I.Fa
T1TM' t Mechnnism, of plasma to.rmation during development Pf beam instability
SOURCE: Zhurnal tekhnicheskoy gizi.ki, v#, 35 noo 8 1965 01 1372-1377
1TOPIC TAGS: plasma Instability, plasma heating, plasma beam interaction, plasma
oscillation, electron beam, magnetic field, air, hydrogen, argon
1ABSTRACT: The authors have Investigated the production of plasma by a 3-5 mm din-
~meter 10-50 mA beam of 2-5 keV electrons traversing the 40 cm length of a 10 cm
1diameter glass tube containing air., argon, orhydrDgen at different pressures in
the presence of a 0-2 kOe longitudinal magnetic f ield. The plasma delisity was
Efetermined with Langmuir probes, wi-Vi a 10 Wic/sec interferometer, and by the
Idetuning of a 3 Mc/sec resonant cavity# Oscillations excited in the plasma were
!received with a dipole antenna outside the chamber tuid were investigated with a
jspectraj. analyzer and with resonance wavemeters. At pressures below a critical
value the plasma density was close to the beam density and oscillations near the
Larmor frequency were observeds When the pressure was Increased through the critl-
1/2
i Card

L 2488-66
ACCESSION NR: AP5020720
Cal value the plasma density, increased by two or throb oM,.ers of magnitude (ioniza-
tions of 10% were achieved- in argon) and oscillations were observed near-the
Lnngnmir frequoncy, which at the plastue densities reached was higher titan the
Larmor frequency. The pla.sma d onsity pulsat ed over-a range of 50% at a frequolloy
between 10 and 100 kc/geo. In the region of instability (which is ascribed to the
Cereakov effect), the blectron, be.am. lost nearly.all its energy to the plasma. 'The
authors believe that their results-. together, wit-It! those of L.D.Smullin and AV.D.
Getty (Phys. Rev. Letters 9, 1, 3 1962; J*.Appl. Phys.1- 34, No. 12, 1963) indi-
cate that with a beam of highek power there can be obtained highly ionized hot
plasmas, heated by the kinetic energy of the beam. Orig, art, has: 8 figures.
ASSOCIATIONS none
BUEUMMI. 260ot64 ENUL: 00 BUD CODES ME
NR REF SM 004 OMR: 005
2/2
Card.
...... . ...

Kk~cilLv,
IlSewerare and the purification stk:tion in the nining villat.-c of Cherno."
I !ELIC'ijTSII., Sofiia, Bulgaria, Vol. 4, 1.1o. 1,
Month,', list of E'AST EUEGFEiiI; AGC~~jSIQ'1-15 (EF.AI), -1-C, Vol. 8, "'To. 7, JuIy 1~)111-j, Unclas

KARCHEV, V. Ya.
7xperience With Prevention of Angines and Catarrhs of the Upper Respiratory
Tracts," Voyenno-Med. Zhur., No. 11, P. 76, 1955.

SMIRNOVA, aspirantka; K "RHEVA, V.L.
Conparative analysis of efficiency in the production of nonwoven
materialivand fabrics. Takat. prom, 25 no.10154-55 0 165,
(MIRA 18:10)
1. Leningradskiy institut tekatillnoy i legkoy prorWshlennoati
Imani Kirova (for Smirnova). 2. Starshiy inzh. laborator-ii
fabriki Ameni Nogina (for Karcheva).

OWHRSUYAt A. I.
-I -
Studying,the priAciples of agriaultural produotion in the eighth
grade 6f mmal schools. PoUtekh. obuoh, no'6:28-30 Jo 158,
(MIRA- 3.1s6)
1. NovosiollskrFs oredWaya shkDla Damenskog:MYOUR MOSkOVfkDy
oblasti,*
(Agriculture-Study and teaching)

Category: Poland/General Division. Congresses. Meetiness. Z;,id,:i-ences.
Abs Jour: Referat Zh.-Biol., No 6, 25 March, 1957, P1346
Author :_I~~e ~,
Inst not given
Title A Confcrence of the Institute of Microbiology, Academy of
Sciences USSR and the All-Union Institute of Hydrolyzing W
and Sulfite-Alcohol Industry on the Problem of Fodder Yfr-'
Orig Pub: Przem. spc.zywczy, 19~6, 10, No 3, 135-136
Abstract: No abstract.
Card : 1/1 -3-
KARCOVSKAYA, L. V.
Actinomycosis of the transverse colon. Khirurgiia 37 no.3:2J+-
26 Mr 161, WRA 14:3)
1. 1z kafedry obshchey khirurgii (zav. - prof. M.M. Levin)
pediatricheskogo i sanitarno-gigiyenicheskopo fakulitetov Khar-
kovskogo meditsinskogo instituta na baze khirargicheskogo otde-
leniya 27-y klinioheskoy bollnitsy (glavnyy vrach A.G. Chipizben]co).
(ACTINOMYCOSIS) (COLON (ANATMY)-DISEASES)

KARCIW,SF,AYA, M. D.
PA 63A9T50
USSI/ftacine Bacteria, Typhoid Group Jaw 49
Mealcine 13seteriology
"Liei4oh of Time That Intestinal Bacilli Can Exist
)M,-. M. D.'Karchevskaya, Gor'kiy Oblast last
of Aoq~ioi and Mic robiol, pp
"Gie: I Bar," No 1
-Gives results'ot.,tests conducted to determi -ne the
length of-time typhojd~, paratyphoid~--B, Gartnerls,-
anA. Ylexnerls bsimiXli can survive- in milk. Deter-'
nineXtbat pa.ratyphoid B bacillus be.66 longest life
SPan NP to -5 14W at 940.'anA: PH 5 05) - Flexner's
bacillus has shortest life span (15 min at 250 and
63/49TW

KARCRVSKAYA, V. K.
"Erysipelatous Infections in Wild Animals." Sub 30 Jan 47, Moscow
Zooveterinary Inst
Dissertations presented for degrees in science and engineering in
Moscow in 1947.
SO: Sum.No- 457, 18 Apr 55

KARCHRVSKAYA, V,,K., kandidat vaterinarnykh nauk.
1--l-, .1--- ------ ::..-,. ".Z. -, - -
Problem of detecting necrobacillosis in living animale. Veterinariia
32 no.1:34-36 Ja 055. (MIMA 34-36)
J.Laborstoriya po izuchaniyu bolesney dikikh zhivotnykh Moskovskogs
zesparka.
(NECROSIS--])IAGNDSIS)

KARGHKVSKAYA, V.K., kand. veterinarnykh nauk.
-
Wild animals as pDasible carriers of Infection. Sbor. trud. Mosk.
zoop. no.1:134-140 156. (MIRA 10:11)
(Communicable diseases) (Veterinary medicineY

'4 8 6-1-fi~_ ~/S KAr4, v/ ff
KARCHEVSKAYA, V.K., kand. vat. nauk; TARkSOT, V.V.
r___ - Diili'n_ie~ction by dry heat using the electric energy. Sbor. trud.
Moak. zoop. n0.1:150-155 '56. (MIFLA 10:11)
(Heat as a disinfectant)
(Zoological gardens--Disinfection)
(Blectric apparatus and appliances)

A A
USSR Diseases of Farm Animals.
Bacteria and Fungi.
Diseases Caused by R
Abs Jour: Ref Zhur-Biol., No 8, 1958, 35822.
Author : Ivanov, M. M., Z~a
: State Scientific Control Institute for Veter-
inary Preparations.
Title : Concerning the Problem of Intra-Vitam Diagnosis
of Paratyphoid in Domestic and Wild knimals.
Orig Pub: Tr. Gos. Nauchno-kontrolln. in-ta po vetprepa-
ratam, 1956, 6, 282-287.
Abstract: It was demonstrated that the method of aggluti-
nation of stool cultures as developed by Berngof
,~B`ernhof ? is a valuable addition to the gen-
.17
erally adopted bacteriological methodology for
intra-vitam diagnosis of paratyphoid and dysen-
Card 1/2 11

,-MCHBVSKATA, V-r-o kand, vet. nauk.
Bry-sipalas in vild animle. Sbor. at. Mosk. zoop. no.2:98-107 158.
(MIRA 11:12)
(Irysipalas) (Communicable diseaeee in 4mimala)

UROMMSTATA, T.Y.
Study of the possibility of obtaining a neogalente preparation
from bolladouna leaves by means of adsorption. Apt.delo 9 no.2:
30-34 Hr-Ap 160. WRA 13:6)
1. Iz Laboratorii fizioheskoy khimii (zav. - prof. N.A. Yigu-
rovskiv).

HARCHEVSKAYA , MT.
Hydrolysis of atropine during its adsorption on carbon in a
solution. Sbor. nauch. trud. TSANII 6:99-102 164.
O-tIRA 19: 11
1. Liboratoriya tekhnologii lekarstvennvkh form i galeno-"kh
preparatov (ruk-ovoditell - kand. farm. nauk 0.1. Belova~
TSentrallnogo aptechnogo nauchnD-iSS1edOVaLeI'SkOI7O

KARCREVSKIY, A.F.
Sorption capacity of tissues from rabbits subjected to irradiation
and blood loss. Radiobiologiia 4 no.4:637-638 164.
(MIRA 17:111)
1. KharIkovskiy meditsitskiy institut.

24(3) S civil 56 - 3-2-~,41'3
AUTHORS: Karchevokiy, A. I. , Artjushkov, Ye. V., K-Lkoin, L. 1.
TITLE: The Isotoi)ic Shift of the CurieFodiAinthp-Hydride and Douteride,
of Uranium (Izotopicheskiy sdviv tocliki Kyuri V t-idride _4
deyteride urana)
13ERIODICAL: Zhurnel eksterimentallnoy i teoreticheskoy fi,,iki, 1,)5'),
Vol 36, Nr 2, PP 636-637 0jSSR)
ABSTRACT: The detection of the ferromagnotism of uraniu!~i li~,Irida and
uranium deuteride (Refs 1, 2, 3) made it possible to investi-
t~L,te the isotopic shift of the Curie (Kyuri) temperature.
One of these pos--ibilities is Given by the fact that the
distance between the uranium ions is different in the
2 above-mentioned compounds. There are f3everal methods which
permit a sufficiently precise determination of the C,,irie
temDerature in ferromagnetics. The authors of the present
paper investigated the temperature dej~endence of the remanent
magnetization of samples of uranium hydride and uranium deu-
teride in order to obtain preliminary results concernin-
the shift of the Curie point. The remanent magnetization of
Card 1/3 the samnles was measured by an astatic majnetometer. The

SOV/56-36-2-54/63
The Isotopic Shif t of the Curif Poiattatbe Hydride and Deuteride of TTr a n ill m
authors prepared more than 20 samples of' uranium hydride and
uranium deuteride. For any investigated sample, a difference
was observed between the Curie temi-eratures of urnnium
hydride and uranium deuteride. This shift practical'.,,, does
not depend on thedegree of purity of the ori;,-inal uranium
and it is, therefore, not caused by chemical im-purities.
Typical curves for the temperature dependence for the remanent
magnetization are shown in a figure. According to this figure,
the difference of the Curie temperatures of uranium Ilydride
and deuteride amounts to 4 0, and the mean error amounts to
0.50. The shift A 0 of the Curie temperature therefore is
equal to 6 - a =AE)= +(4-0 -+ 0-5)0X. The absolute
UH 3 T7D3
value of the Curie temperature cannot be found according to
the method described in this paper. The Curie point deduced
by extrapolation from the temperature depi.,ndence of the remanent
magnetization of a given sample practically does not depend
on external influences. The authors suggest investigating
the absolute value of the Curie temperature of uranium hydride
and uranium deuteride, and they thank Academician I. K. Kikoin
Card 2/3 for sugl-,esting the problem discussed in this paper and for his

SOV/56-56-2-54/67,
The Isotopic Shift of the Curie Pointiathe IIT~rdride and Deuteride of Uranium
help. There are 1 figure and 4 referenceg, 2 of which ara
Soviet.
SUBMITTED: November 18, 11058
1 Card 3/3

24(3), 24(s) SO'.V56-36-2-55/63
AUTHOR Karchevskiy, A. I.
TITLE: The Magnetocaloric Effect in Hydride and Deuteride of Ur--niim.
(Magnetokeloricheskiy effekt v gidride i deyteride urana)
PERIODICAL: Zhurnal eksT)erimentallnoy i teoreticheskoir fizi-ki, 1959,
Vol 36, Nr 2, pp 638-639 (ITSSR)
ABSTRACT: By the methods applied in an otherjuper by the author, oni,
the difference of the Curie (Kyuri) temperatures of uraniiin
hydride and uranium deuteride could be determined; the ab-
solute value of the Curie temperatures could be determined
only rather inaccurately. The investigation of the tempera-
ture deDendence of the magnetocaloric effect is one of the
most reliable methods for the determination of the Curie
temperature. This method ic- based on the fact that the tem-
perature of a body is changed by an adiabatic variation of
its maGnetization:
dT d11. J denotes the i,,)aj-sneti-
zation of the body, T - the temperature, C khe si)ecific
1-1
heat, H - the magnetic field strength. Since in ferroraa,,,netic
Ciird 1/3 bodies (dJ/dT),, has its maximum in the Curie -point, the

SOV/r,:6-36-2-55/63
The Magnetocaloric Effect in Hydride and Deuteride of ITranium
variation of the temperature at the Curie point has a sharp
maximum and the Curie temperature, therefore, can be determinea
accurately. Since uranium hydride and uranium deuteride are
available only as fine powders, a method was developed for
the measuring the magnetocaloric effect of such powders, The
results of these measurements well agree %ith the results of
other authors for the same substances in monolithic form. A
diagram gives the curves for the temperature dependence of
the magnetocaloric effect in a magnetic field of 17000 oersted.
The maxima of these curves correspond to the following ferro-
magnetic Curie temperatures; t) UH 3 ~ 182.20K and
G UD 3 = 178.40K. According to the above-mentioned curves,
urani um hydride and uranium deuteride have not only different
CDrj.e temperatures, but also different values of the magneto-
caloric effect. A. G. Orlov, a student of the T-Joskovskiy
inzhenerno-fizicheskiy institut (11oscov En,,ineering-Physics
Institute) took partin the preliminary investigations of
Card 2/3 the magnetocaloric effect. The author thanks the supervisor of

"I, OV/56 - 36- 1---5 5/65
The Magnatocaloric Effect in Hydride and Deuteride of Uranium
the present paper, Academician I. K. Kikoin, for his constant
interest and for his useful advice. There are 1 figure and
6 references, 3 of which are Soviet.
SUBMITTED: November 18, 1958
Card 3/3

1 5
KARCHEVSKIY, A. I., CaWPhy-Math Sel -- "Magnetic and 6lec- r, -
tric properties of certain ferromagnetic compounds-=o*mCeAk-i_-4_l'; ~-
non-ferromagnetic components." Mos, 1961. (Mos Eng%-Phy's
Inst) (KL, 8-61, 226)
w,- . .~Ilf I ! . ,
- 20 -

300?
S/046/61/025/01, 11 /01, 8/031
B104/B102
AUTHORS: Karchevskiy, A. I., and Buryaki Ye, M.
TITLE: Intensity of magnetization and ma.-netocaloric effec-, in
uranium hydride and uranium deuteride
PERIODICAL: Akademiya nauk SSSR, Izvestiya. Seriya fizicheskaya,, Y. 25,
no. 11, 1961, 1387 - 1388
TEXT: The results of a study of the magnetization of UH 3 and UD 3 at 4.2
and 77.40K in magnetic fields of up to 23 koe are presented- The tempera-
ture dependence of magnetization was examined near the Cui' ne point of these
compeunds along with the magnetocaloric effect over a wide range of magne.-
tic field strengths. The paramagnetic susceptibility of both compounds
was measured in -the temperature range of 230 - 5000K. In fields of up to
23 kilooersteds the intensity of ma- etization of UH at 4.2 and 77.40K was
On 3
by 6~c higher than. that of 13D The temperature dependence of the magnetic
3' 0
susceptibility of both compounds cannot be described by the Aell-known
c /(T-T is indicated
Curie-1,11eiss formula. The relation 'tmole ~ mole 0
Card 1/2

29694
S/18 61/003/010/020/1036,
B 104XB1 08
AUTHORt Karahevskiyt As 1.
TITLEs Eleatrocalorio effect in polycrystalline barium titanate
PERIODICALt Fizika tverdogo telat v. 3, no. 10, 1961, 3092 - 3099
TEM The reversible temperature change in the case of adiabatic
polarization (electrooalorio effect) was studied with polycrystalline
BaTiO speoimens in external electric fields of up to 7.5 kv/cm at temper-
3 0
atures, of from -80 to +135 C. The experimental device is shown in Fig.l.
A peak of the eleotrocaloric effect was observed at 1180C. The position
of this maximum was stable in fields from 1-5 to 7-5 kv/cm. The dielectric
constant & of the specimens u was determined as a function of tempera-
,278d
ture. At a temperature of 0 0, E(T) showed a maximum which shifted
linearly with E (+0-4*10-3 - C ). In the case of a second-order phase
vi-cm
change, the position of the maximum of the electrocaloric effect does not
depend on E. The conversion of BaTiO 3 at 1180 C is therefore identical
Card 1 X12-

29~94
S/18 61/003/010/020/036
Electrocaloric offect in... B104XBloB
with a aecond-order phase change. These results are discussed and com-
pared with those of other scientists (Refs. 10 - 14). P. P. Kobeko and
Is V, Kurchatov (Ze. Phys., 66, 192, 1930) and L. D. Landau (ZhETP,,I, 19,
1937) ar~ mentiored. The Ba-TiO3 specimens were prepared in the laboratory
of B. M. Vul. The author thanks V. P. Konstantinova and I.V.Sillverstrova
for discussions, N. Ya. Anisimov for preparation of specimensp and the
laboratory assistant A. S. Nikishin for help in the evaluation of experi-
mental data. There are 5 figures and 14 references: 8 Soviet and 6 non-
Soviet. The five most recent references to English-language publications
reaa as followst Ref. 101 H. H. Wieder. J. Appl. Phys., no. 30, no. 7,
1010t 1959; Ref. 11: A. P. Devonshire. Phil. Mad., AO, 1040, 1949;
Ref. 12% A. F. Devonshire. Advance in Phys., 3, 851 1954; Ref. 13:
W. J. Merz, Phys. Rev,t 2-1, 513, 1958; Ref. 14, W. J. Merz, Phys. Rev.,
26, 1221, 1949-'
SUBMITTEDt May 19, 1961 VY
Card 2/5

21356
1-11 ILI III S/126/61/oll/oo4/003/023
E032/E314
AUTHORS: Karchevskiy, A.I. and Nikolayev, V.I.
TITLE: Hall Effect in the Metamagnetic Alloy MnAu2
PERIODICAL: Fizika metallov i metallovedeniye, 1961, Vol. 11,
No. 4, pp. 519 - 524
TEXT: Since the experimental data reported by various
authors (Meyer, Taglang et al - Refs. 2-5) on the magnetic
properties of MnAu are not in complete agreement, the present
authors have inves?igated the Hall effect, the paramagnetic
suseeptibility,magnetisation and the maguetocaloric effectin MhAu2.
The MnAu2 alloy was prepared from 99.99% pure Au and electrolytic-
ally pure Mn, taken in the stoichiometric ratio. The alloy
was prepared using the method described by Meyer and Taglang
(Ref. 2). The Hall effect was measured on rectaxigular specimens
placed in an argon atmosphere in magnetic fields up to
36 000 Oe. The paramagnetic susceptibility was measured by
the Gouy method and the mAgnetisation was determined by the
ballistic method. No correction was made for the demagnetisation
Card 1/5

21356
Hall Effect ....
S/126/61/011/004/003/023
B032/E314
effect. The magnetocaloric effect was measured by the usual
method, i.e. the thermocouple for measuring the temperature
was placed in a small hole in the specimen, ensuring reliable
thermal contact between the thermocouple joint and the
specimen. The results obtained for the Hall effect are
illustrated in Figs. 1 and 2, which give the isothermalsbelow
and above the Neel point, respectively. Fig. 3 illustrates
the Hall effect at room temperature for three different
specimens. The paxamagnetic susceptibility was found to obey
the Curie-Weiss law
x = C/T P
in the temperature region +290 to 500 0C, where
C = 7.2 x 10-3 Et4U/g and ap = 178 OC, which is in good
agreem,ent with the data of Ref. 2. Finally, Fig. 4 shows
the magnetisation (EMU/g) as a function of the field
Card 2/5

21356
S/126/6i/oil/004/003/023
Hall Effect E032/E334
(Curve a is taken from Ref. 2; Curve represents the
results of Kussmann and Raub - Ref. 4; Curve B represents
the results of Klitzing and Gielessen Ref. 4 and
CurvefL represents the present results). The magnetocaloric
effect was measured in the range 9 0000 to 36 000 Oe, at
temperatures between +20 and -140 C. The ferromagnetic Curie
point, as determined from-the magnetocaloric effect maximum
in large fields, was found to be 100 + 1 0C. The temperature
dependence of the magnetocaloric effect was found to be
entirely analogous to that found by Meyer and Taglang (Ref. 2),
and indicates that the alloy is antiferromagnetic in weak
fields. Thus, the dependence of the Hall effect on the
external magnetic field in the metamagnetic alloy MnAu 2 below
the Neel point suggests that the Hall eff6dt in metamagnetics
shows the same regularities as in ordinary ferromagnetics.
Acknowledgments to Academician I.K. Kikoin for attention and
discussions, to V.I. Kutaytsev for assistance with the
preparation of the alloy specimens and to A.S. Nikishin for
assistance in the experiments.
Card 3/5

21356
s/126/61/011/004/003/023
Hall Effect E032/E314
There are 4 figures and 6 references: 1 Soviet and
5 non-Soviet.
SUBMITTED. July 11, 1960
Card 4/5

30451
S/126/61/012/003/oo6/021
E032/E314
AUTHORS: Karchevskiy, A.I. and Nikolayev, V.I.
TITLE: On the Hall effect in the metamagnetic alloy Mniku 2
PERIODICAL: Fizika metallov i metallovedeniye, 1961, Vol. 12,
No. 3, pp. 372 - 375
TEXT: Recent interest in the properties of MnAu 2 is due
to its metamagnetic behaviour: in a sufficiently strong
magnetic field the alloy experiences a transition from the
antiferromagnetic to the ferromagnetic state. Previous work
by the present authors (Ref. 1 - M1, 1961, 11, 519) shows that
in a wide range of temperatures and magnetic fields the Hall
e.m.f. in metamagnetics may- be represented by
eH = R0H + R II
where R0 is the classical Hall constant,
R is the ferromagnetic Hall constant,
Card I

30451
S/126/6i/ol2/003/006/021
On the Hall effect .... E032/r~Oi4
I is the magnetisation, and
H the true magnetic field in the specimen.
The Hall e.m.f. e H is referred to unit current densitv and
unit distance between the fiall electrodes. However,
I.G. Fakidov and V.N. Novo,(;rudskiy (Ref. 4 - nim, 1960, 10, 158)
have reported that when the alloy DInAu2 goes over into tile
ferromagnetic state the slope of the e H(1) curve changes by a
factor of 3. On this basis the authors of Ref. It Conclude
that the Hall effect in antiferromagnetic and ferromagnetic
states is of different origin. The present authors, on the
other hand, now point out that this conclusion is erroneous
since the bend in the e H(I) curve is due to the fact: that the
Hall e.m.f. of MnAu 2 consists of two components, only one of
which is proportional to the magnetisation (C-f- Eq. 1).
Fig. I shours the magnetisation ow (cgs/g) of Hall specimer's
as a function of the magnetic field HII k0e). These curves are
corrected for the demagnetising factor. The two MnAu specimens
2
Card

30h5l
S/126/6i/oi2/003/006/021
On the Hall effect .... E032/E314
(I and 2 in Fig. 1) were described in detail in Ref. 1. In spite
of the care with which the alloy was prepared, the two specimens
differed from each other. Fig. 2 shows the experimental curves
of the Hall e.m.f. (Vcm/A) at room temperature as a function of
the magnetic field H IcOe These curves are again corrected
for the demagnetisation factor. Finally, Fig. 3 shoiTs the
classic-al component of the Hall effect as a function of the
magnetic field for the two specimens. In order to show the
applicability of Eq. (1), it is sufficient to establish that 11 0
and R I are constants for the given material and depend on
the temperature only. The coefficient R I can be determined fro-m
RI eextrap /I extrap
Where e extrap and I extrap are found by extrapolating
the e H(11) and I(H) curves from the region of the paraprocess
Card

30451
S/l26/6l/0l2/Oo3/oo6/o2i
On the Hall effect E032/E314
to H ~ 0 , 14owever, it must be emphasised that the
corresponding curves must be plotted as a function of the true
field in the specimen, The values of R I for specimens I alvi
were found to be - 19 x 10- .10 and -15-5 X 10-10Vg/A gauss cm 2
Using these values of RI -1 one can exclude the second component
of Eq. (1) and determine the classical component of the HaM
effect. A plot of A el, ~ 1_1 - R II as a function of the field
H was found to give a straight line passing through the origin.
This fact leads the present author to the conclusion thar the
mechanism responsible for the Hall effect in both the ferro-
magnetic and antiferromagnetic states of MnAu 2 is the same.
Ackno,aledgments are expressed to Acader-,iician I.K. KiRoin and
Yu.M~ Kagan for disc~.issions. (Abstracters note - this is an
abridged translation.3 There are 3 figures and 11 references:
3 Soviet-bloc and I non-Soviet-bloc. The English-language
reference quoted is: Ref. 2 - E.M. Pugh - Phys, iaev., 1930, 36.
1503.
SUBMITTED, January io, 1961
Card 4/13'
, I

Y,ARGHEVSKIYI A.I.; BUIRYAK, Ye.bl.
I-Lagnetization Intensity and the magnetocaloric effect in
uranium hydrido and douteride. Izv. All SSSR. Ser. fiz. 25
no.11:1387-1388 N 161. (MIRA 14:11)
(Uranium hydride-1.14agnetic properties)

26692
S/056/61/041/005/007/038
B109/B102
UAl 0~'3: Babichev, A. P. , Karchovo'~iy, -urui,ilin, 'iu.
jol-ollskiy, V.
'21TLE Formation of a current channel thrvii~-h a g~is Oischar,,-o in a
weak magnetic field
PER10DICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiz---ki, v, 41,
no. 501), 1961, 1378 - 1381
TEXT: The configuration of a toroidal power discharge in a weak magnetic
field experimentally studied under three conditions; (a) constant magnetic
flux in the liner cross section, N constant, and (c) variable longi-.udinal
field at the discharge periphery. The experimental data may be inteilxvted
by a stationary forceless discharge model. Experimental setup: The liner
had a diameter of 160 mm. In one series of experiments it was of aluminum
which secures a constant magnetic flux in the liner cross section. In
another, it was of steel, providing a constant magnetic field strength at
the discharge periphery. The steel liner was placed in a coil which could
generate a variable magnetic fieldin the plasma. Operating data: Current
in the aluminum (steel) liner 50 ka (35 ka), voltage Lit the beginning of
Card 1/4

26692
'~/056/61/0411'005/007/038
Formation of a current channel ... B109/B102
discharge 1.1 kv, length of the first half-wave 6004Gsec, magnetic field
at the beginning of discharge up to 1000 oersteds, head cf the hydrogen
filling between M1 and 0.001 mm Hg, plasma conductivity at the axis
6 -1o14 (8 .1013) OGSE, The exact field distribution may be seen in Fig.!.
For a closer inv'estigation of the discharge character, an alternating
magnetic field with variable amplitude and phase was produced with fouifbld
discharge frequency by means of an auxiliary coil (of, D. P. Ivanov, V, D.
Kirillov, DAN SSSR, 1-~ii 793, 196o). The measuring results are shown in
Fig. 2. The field strength HZ (0) at the liner axis and the longitudinal
field H Z(r0) at the periphery under-e~rent a cophasal variation until the
moment t 1, At this moment, the longitudinal and azimuthal components of
the magnetic field at the edge of the liner had the same amount. Due to
the poor conductivity of plasma, the diffusion time of the magnetic field
was relatively short.. The observed formation of a current channel which
somehow resembles the pinch effect may therefore be described by a
stationary forceless discharge model. This holds good for both a constant
and a variable external magnetic field. The v-Alues calculated with the
Card 2/4

26692
S/056/61/041/005/007/07kB
Formation of a current channel ... B109/B102
aid of this model are shown in Fig. 1 as solid and in Fig. 2 as broke
lines. Theory and experiments are in good agreement. 1. K. Kikoin, B.'S.
Kadomtsev, and V. 1). Lihafranov are thanked for discussions. There are
2 figures and 7 references: 6 Soviet and 1 non-Soviet. The reference tn
the English-language publication reads as follows: D. J. Lees, M. G.
Rusbridge. Conference Report, Uppsala, IV A, p. 955, 1959.
SUBMITTED: May 17, 1961
Fig. 1. Course of the longitudinal (H ) and azimuthal (H components of
U z If)
the magnetic field strength. (a) thick-walled aluminum liner, (~) non-
magndtic-steel liner. Solid curves - forceless discharge model, broken
lines - parama,-netic model. Legend: (1) outer wall of the liner.
Fig. 2. Oscillograms of the discharge current J 2 and of the longitudinal
field 11z(0) in the middle of the liner with a variable magnetic field
(r 0 -liner radius) superimposed.
Card 3/4

KARCHUSKIr. M. (Moskva)
I.- ------
Semiconductor counters of radioactive radiatioz. Prizoda 50 nol;
96-97 Ja 161* (MIM .14: .1)
(Scintillation counters) (Semiconductors)
"I"

-~4bjb
S/05 62/042/002/011/05'/
B1 02YB1 38
0
AUTHORS: Karchevskiy, A. I.$ Buryak$ Ye. M.
TITLE: Magnetic properties of the P-modification of uranium hydride
and deuteride
PER10DICAL: Zhurnal eksperimentallnoy i teoreticheakoy fiziki, v- 42j,
no. 2, 1962, 375-382
TEXT: Magnetization, paramagnetic susceptibility and magnetocaloric
effects of P-UH 3 and P-UD 3 (cubi a lattice with a - 6-632 ~ and 6.625
resp.) were studied by the usual methods at low temperatures (4.2-210'Y).
The susceptibility measurements were also carried out in the range VK
200-5000K. The molar magnetization of UH 3 was found to be only 60,fa higher
than that of UD 3P independi~nt of external magnetic field. The results of
W. B. Henry (Phys. Rev. 109, 1976, 1956). The Curie points determined fron
the temperature dependence of the spontaneous magnetization were 1810K for
UH3 and 177-50K for UD 3; from the maximum of the magnetocaloric effect
Card 113

S/056/62/042/002/011/055
Magnetic properties of the ... B102/B138
0 0
182.0 K was obtained for UH and 178-4 K for UD The magnetocalorio
3 3'
effect at the Curie point in UH is 1-4 � 0-15 times higher than in-UD
3 3*
The molar magnetic susceptibilit is given by
~mol ' Cmol/(T - 9 p~ + Xo, which is valid for both UH3 and UD3
with C (UH,) =C (UD,) 0,624;
X, (PH,) = + 40. 10-1; ZO (UDB) - + 43 - 10-5 (3).
IB,(UH3)=176.1'K; 9,(UD,)=175,2'K.
The results of the measurements are in agreement with calorimetric on'?B.
From the reaults obtained the following conclusions are drawn: The shift
of the Curie point du *e to the substitution of 11 by D is +3-5.� 0-50K. The
difference in the magnetocaloric effects at Curie point may be explained
as follows: (a) (ad/aT)II is higher for UH 3 than for UDp due to the
temperature dependence of the spontaneouB magnetization of these compounds,
and (b) the specific heat of UD 3 exceeds that of UR 3' The difference in
the magnetization ratio, d(UH 3)/C(UD5 1.06 at low temperatures 'and
Card 2/3

S/056/62/042/002/011/055;
Magnetic properties of the ... B102/B138
aa(UH3)/Cf8(UD 3) = 1.17 at the Curie points, shows that the temj.-~erature
dependen2e of spontaneous magnetization is different, for the two compounds.
The magnetic moments only differ in the ferromagnetic, not in T-1110
paramagnetic,temperature range. The paramagnetic Curie points, 0 D; are
almost equals Academician I. K. Kikoin is thanked for discussions., B. N.
Samoylov for advice and laboratory assistants A. S. NiUshina and V. D~
Yakovlev for help. There are 6 figures and 10 references: 4 Soviet and VK
6 non-So7iet. The four most recent references to English-language
publications read as follows: W. E. Henry. Phys. Rev. IM 10/76.~ 1958;
H. E. Flotow et al. J. Am. Chem. Soc. 81) 3529) 1959; Abraham et al.
J. Am. Chem. Soo. 82, lo64, 196o. S. T7-Lin, A. R. Kaufman. Phys, Rev.
,02, 640, 1956.
SUM,11ITTED; Au&-ist 10..1961
Card 3/31

BABIGHEV, A.P.; KAMHEVSKIY, A.I.; MROMKIN, Yu.A.
Helical instability of a toroidal
-field. Zhur. eksp. i teor. fiz.
(Electric discharges)
discharge in a variable magnetic
43 no.3:881-885 162. (MIRA 15:10)
(Magnetic fields)

BABICIIEV, A.P.; ~~CMSKIY, A.I.; MUROMIN, Yu.A.
Some characteristics of a toroidal discharge. Zhur. t--kh. fiz.
33 rio.11:114.00-1403 N 163. (MIRA 16:12)

S/05 63/044/002/064/065
B1 85%102
AUTHORS: Nikolayev, V. I., Shcherbina, Yu. I., Karchevskiy, A. 1.
I
TITLE: The 1,eossbauer effect in the compound FeSn 2
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 44,
no. 2, 19063, 775-777
TT;'X': The antiferromagnetic compound FeSn2 is one of the most interesting
objects to be investigated by the Mssbauer method, since both th-e
isotopes Pe57 and Sn 119 are viell suited for studying nuclear -,,-ra *,,-
absorption. The authors mea;iured the absorption of 14-4-'~:ev 7-Q"lapta
57 9;.
(Source Co V 2.70 days halflif-~) and 23.8-kev y-quanta ~source Sn
250 days halflife) by a 28 mg/cm 2 thick layer of FeSn deposited on a
2
Be disc. The intensity of the radiation passed throu.-h'the absorber was
measured with a NaI(Tl) crystal connected with a singlb-channel pulse-
height analyzer. The Fe57 absorption spectrum of the 14.4-kev quanta
contained six well resolved peaks, th~ distance of the-6utermost ones
Card 1/2

C: /0 5 "
0/ 0/07044/002/064/0055
The ,76ssbauer effect ir, the -3185/3102
corresponding to the source velocity vihich was (3.9�0.1)mm/sec. From
L,
the data so obtained the magnetic field acting on the Fe nucleus in
Fes-I was calculated to equal 121t4 koe. A' T~T,
V ~6el (T Ne -:I. 3,300K) the
2 'e1 -
'o
spectrum consists of a sin.-Ile line whose width was (06-711.DY'at 9b C and
r1
(2 -7_+1 .0)-' at 16060C, zherei denotes the true line width. The
Sn 119 absorDtion SDectrum for 23.8 y-rays bas, at- room teMDerature, an
asYmmetrical doublet structure uhich degenerates at T )T N6el to a single
"Line. The line splitting is assumed to be due to a magnetic lattice
field. The fact that the 23.8-kev y-ray absorption cross section in
FeSn2 is equal to that in SnO 2 is attributed to the particular role
played by the optical branches of the lattice vibrations in the
1.,'8ssbauer effect. There are 2 figures.
PRESENTED: November 17, 1962
Card 2/2

NIKOLkYET, V.I.; KARCHEVSKIY, A.I.; TSINOYET, V.G.; VASIL -- 7171FV, B.V.
Magnetostriction of the metainagnetic alloy HnAu 2* Zhur. eksp.
i teor. fiz. 45 no.3%480-485 S 163. (~MIA 16-10)
(Manganese.wGold alloys--Magnetic properties)

2/M qL..~ I.RLc" 'LAI----
I_hl -UR/0056/-66/0'
17-AP6007267
ACC N RCE CODE:
r)r)/nr)2/0107iO3l4
AUMOR: Karchevski.y A.J.
ORG: none
TITLE.: Acceleration -and capture,of electrons by a magnetic trap during electric
breakdown
SOURCE: Zhurnal eksparimental* iteoreticheskoy fiziki, v. 50, no. 2, 1966, 307-314;
TOPIPTAGS: Imagnetic trap, electron trappingmagnetic trapping, plasma compression,
plasma injection
Li 4 Ytt,
~ABSTRACT: Experiments on the.injection an*d compression of plasmoids in magnetic
mirror traps were carried. out... During a strong magnetic compression (in-ftial -inten-
qity of magnetic field, Hoz - 50-100 oe;-final amplitude of magnetic field,
12-151koe) of a comparatively~rarefied plasmd (n z2 x 1012 cm-3)-x-rays
eO
WTH anlenergy of about 10 keiv,wera emitted from the.magnetic mirror. In special
experiments the-magneticcompression, of plasma was realized only after a longitudinal
(flowing~along,theforee Iffies of..the magnetic,field) current with an amplitude up to
10 ka was tr .ansmitted-through the Iplasm-ai in I such-cases, at a weak magnetic compres-
sion (H 1000-2000 oe H 5-10 koe), the hard x-radiation (W -- 40 kev) was
of. I max
.emitted rom the magn6tic~mirror during the time.in which the pulsed magnetic field
(-300 sec) was maintained. Such emission is completely absent at small coeffiel6nis
L CqF4 l12

ACC NR~ AP603.3411
~AUTIIOR;
SOURCE C6DE. U`R/0057/66/036/010/17~5/i778
Babichev,A.P.; KarchovskiyA.I.; bluromkin,Yu.A.; 1sakov,j.hj.
ORG: none
TITLE: Characteristics of a toroidal discharge at low plasma density
SOURCE: Zhurnal tekhnicheskoy fiziki, ve 36, no.10, 1966, 1775-1778
TOPIC TAGS: hydrogen plasma, plasma stability, plasma density, x-ray emission,
weak magnetic field
ABSTRACT: The authors have in~estigatcd hydrogen plasmas in the aluminum toroidal
chamber of the "Bota" installation. The plasmas were excited in hydrogen at frorm
0.001 to 0.01 mm lig by discharge through a pulse transformer of a 0.007 F capacitor
bank charged to up to 2 kV and were stabilized with a 0.1 to 1.0 kOe longitudinal
magnetic field. The plasma density was measured with a double electric probe and a
2 mm wavelength microwave interferometer. When the chamber was well outgassed before!
the discharge, the plasma density was high (up to 5 x 10 cm-
13 3) only during the
early stage of the discharge and decreased by a factor of from 5 to 20 after 200 or
300 microsec. During the decrease of the plasma density the discharge current de-
creased in a stepwise manner, and the current breaks were accompanied by simultaneous
.emission of hard (about 50 keV) x-rays from all parts of the chamber. The electr
field in the plasma at this stage was approximately equal to the critical value for
Card 1/2 UDC: 533.9

ACC NRi AP6033411
continuous acceleration of electrons. The experimental data do not pormit any
definite conclusions to be drawn concerning the mechanism responsible for the ob-
served behavior of the plasmas. The authors thank Academician I.K.Kikoin for his
interest in the work, and V.V.Vasil'tsov and Yo.F.Gorbunova for their participation
in the experimental work. Orig. art. has: 2 figures.
24Aug65 ORIG. FM-. 004 OTH REF: 004

V:
I I - I I I...I
Va-.)or rressure c)v(',Y- lLquid ammv!n'wa
V- "S. 1 cheb. 7av. ; khjm. 1 tekh~
..--"edra ~eklnolc~-i necr.-aniche.91-All,

KARCHEVSKIT G.A
- Owm"WIM.
Expeditionary "Pod2ergA::" -~Iant. Podzem.gar.ugl. no.2:,96-83 '57.
(MLItA 10: 7)
1. Vaesoyunyy nauchno-issiedovatellekty inatitut Pcdrempgaz.
(Coal gasification, Underground) (Research. Induntrial)

K&WHEVSKIY, I. S.
Cleaning the heating surface of evaporators. Sakh.prom.
34 no-3:28-31 Mr I'M. (MIR& 13:6)
66
1. Sakharnyy zavod imeni Kalinina.
(Sugar manufacture) (Evaporating appliances)

MNYAKOV, N.V.; KMHBVSKIY. H.H.; NIKOLISKIY. A.N.; PROKHOROV, V.P.
Cl~ydraulic engineering for land improvement on the Tatar collective
farms] Vodno-maliorativnoe stroitelletvo v kolkhotakh Tatarii.
Kazan', Tatgosizdat, 1952. 126 p. (KLRA 9:8)
(Tatar A.S.S.R.-Wdraulic engineering)

KARCREVSKIY, N.
AWMWIZO. ~W,
Initiative from the lower levels is needed. Mias. ind. SSSR
27 no.4:46-47 '56. OSRA 9:10)
1. Barnaullskik ptiteekombinat.
(Meat industry--Accounting)

KARCHKVSKIY. N..H. (Tukums, Latviyakoy SSR)
t".,
Double-]~b-bunia- Snow on the Barguzin Range. Priroda 45 no.12,112-113
D 156. (KM 10:2)
(Petunia)

A/
. w ) ..'- , /" -,7,;,*-.- '; /; -
"'(' h ; \ -' h ~- t - , , '/ i I /'~(
KARCEVSKIS, N.
Epiphyllum truncatim Haw.
P. 21. (PADOI-OU LXIVIJAS KOLCHOZENIEKS) (Rip, Latvia) Vol. 10, no. 1, Jan. 1953
SO: Monthly Index of East European Accession (EEAI) LC Vol. 7, No. 5, 1958

KARCHj3VSKIY, Nikodim Nik3Aimovich; BOGDANOVSKAYA, M. I., red.; SAMSONOV,
V.H., red.izd-va; SALAZKOV, N.P., tekhn.red.
(Ornamental greenhouse plants; Latvian work practices] Dekora-
tivnye oranzhereinye kmlltury; opyt Latvii. Moskva, Izd-vo M-va
kom=m.khoz.RSFSR, 1959. 149 p, (MIRA 13:6)
(Latvia--Plants, Ornamental) (Greenhouse plants)

BAYKONMOV, O.A.; BELYAYEV, A.I.; BOGOMOLOV, V.I.; VANYUKOV, V.A.; GAZARYAN,L.K.;
GLEN, T.F.; GORYAYEV, H.I.; XARCHRV$-K-I-Y-,-V.A.; KLUSHIN. D.N., KUNAY39V,
D.A.; LZMEV, B.N.; LISOVSKIY-,16-.I.; LOSKUTOV, F.M,; MITROFANOV, S.I.;
MOLCHANOV, A.A.; MOSKVITIB, I.N.; OL'KHOV, M.P.; OSIPOVA, T.B.;
PLAKSIN, I.N.; PONOMARIV. V.D.; RUMYANTSEV, N.V.; SOKOLISKIY, D.V.;
SOKOLOV, N.A.; SPASSKIY, A.G.; STRIGIN, I.A.; SUSHKOV, K.V.;
SHAMAZAROV, A.K.; YASYUKICVICH, S.M.
Khosrov Kurginovich Avetisian, obituary,. TSvet.met.27 no.3:66-68
MY-Je 1.54. (MIRA 10:10)
(Avetisian, Khosrov Kurginovich, 1900-1954)

M'C /I z! v ~ I,- f Y) Y,,j .
GRANOVSKIT,.B.L.; DITRY, N.P.; ZUBAREV, V.I.: XARCHKVSKIY, V.A.: KWSHIN, D.N.;
MAKOVSKIY, G.M.; MIRONOV, A.A.; OLIKHOV'--'N..-;-P~ANOVICH, B.V.;
USHAKOV, K.I.; SHAKHHAZAROV, A.K.
Electric sinelting for matte in copper metallurgy; a reply to
L.M.Gazarian. TSvet.met. 28 no.1:33-41 Ja-F 155. (MIRA 10:10)
(Copper--Electrometallurgy) (Gazarian, L.M.)

BEREGOVSKIT, V.Ye.; VASIIENKO, M.I.; VELIER, R.L.: VERBLOVSKIY, A.M.;
VERNER, B.F.; VOYRALOVSKAYA, Ye.N.; VOLISKIY, A.N.-, G-LAZEDVSKIY, A.A.;
GRAITOVSKIY, B.L.; GREYVER, N.S.; GUDIMA, N.V., D0140POLOVA, V.I.;
-XAARGIRaME . KlY V A - KOVACHRVA, Ye.B.; KMYAVTM, P.S.; LEBEDLIV, A.Y.;
~lisovs , . .; LIKHNITSKAYA, Z.P.; MATVEYEV, N.I.; MELINITSKIY, A.N.;
MIRONOV, A.A.; MIKHMVA, A.A.; MURACH, N.N.; OK01, A.B.; OLIKHOV,N.P.;
OSIPOVA, T.B.; PAVLOV, V.P.; ROTINYAK, A,L.; SAZHIN, N.P.; SEVRYUKOV,N.F.,
SIDOROV, P.M.; SOBOLI, S.I.; MUTTS, V.L.; TSEYNXR, V.N.-,
SHAKHNAZAROY, A.K.; SHEYN, Ya.P.-, SBY"W'YEV, S.D.; SHTRMAN , B.P..;
SHISHKIN, N.N.-, SHLOPOV, A.P.
Georgii Ivanovich Blinov. TSvet.met. 28 no.6:62 N-D 155.
(MIRA 10:11)
(Blinov, Georgii Ivanovich, 1911-1955)

AKIMOVA, X.I.; BAZMWOV, M.F.; BAKUALOV, G.T.; BEZKWBMO, F.P.; BERMAN,S.I.;
BOGDANOV, Ye.S.; BODYAKO, M.N.; BOYKO, B.B.; VINOGRADOV, S.V.;
GAGEN-TORN, K.V.; GOX, T.P.; GOREV, K.V.; GRADUSOV, P.I.; GUSHCHINA,T.H.;
TDOL'YANOV, A.K.; YESIKOV, M.P.; ZDZYARSKIY, A.V.; ZAKHAROV, M.V.;
ZAKHAROVA, M.I.;_
KOMAROV, A.M.; KDRZHENKO, O.T.;
LATM , V.I.; MALITSEV, M.V.; MILLER, L.Ye.; MILOVANOV, I.I.;
MIRONOV, S.S.; NIKONOROVA, N.A.; OLIKHOV, N.P.: OSIPOVA, T.V.;
OSOKIN' N.Ye.; PERLIN, I.L.; PLAKSIN, I.N.: I!ROKCF'YEV, A.D.;
RUMYANTS.Iff, M.V.; SEVERIENKO, V.P.; S=IN, P.I.; SMIRYAGIN, A.P.;
SPASSKIY, A.G.; TITOV, P.S.; TURKOVSKAYA, A.V.; SHAMAZAROV, A.K.;
SHPICHninsKiT, Ye.S.; TURKSHTOVICH, N.A.; YUSHKOV, A.V.;
YANUSHIKVICH, L.V.
Sergei Ivanovich Gubkin. TSvet.met. 28 no.6:6o-61 N-D 155. (MIRA 10:11)
(Gubkin, Sergei Ivanovich, 1898-1955)

';7
C //z~ 6/s
GORDDN, igariy Mikhaylovich; ALAWRAWV, Ivan Aleksandroirich; PETSAKHDV,
Ira
I.L., kandidat tekhnichookikh nauk,- retBenzixt; LIBCWSKIT, V.A.,
inzheneri retesizent; KATSKOVSKIT, R.S., inshener, reteezzent;
redaktor; ARKRANGELIS
KAYA, M.S., redaktor;
I ,-_ T
YKFi'H'OVA, A.P., tekhnicheskly redaktor.
[Gas purification by bag filters in nonferrous metallurgy] Gan"ahi-
atka rukavaymi filltrami v toyetnei metallurgit. Hoskya, Goo. nauchno-
takhn.izd-vo lit-ry po cbersol i tevetaoi metallurgii, 1956. 204 p.
(Muhl 9: 6)
(Filters and filtr&tion)(Dast--Ramoval)(lionforrouti metal industries)

K&WHEVSXIY V.A,
-
Use of oxygen in nonferrous metallurgy# TSvet.met. 29 no.5:14
my 156. (WRA 9:8)
(Nonferrous metal industries) (Oxygen)

AZOS, S.; ARHFIYF.V, A.; ARTAMONOV, I.; BABINA, I.; BXWOVSKIY, V.; BLOZHED,V,,,-
BRAV3HW, A.; BYKHOVSKIY, Yu.; VINOGRADOVA, M.; GAIANKINL, Ye.;
GILIIMXRSH. F.; GLOBA, To; GRNYM, No; GORDON, G.; GULIDIN, I.;
GULYATWA, Ye.; GUSHCHIU, I,; DAMOVSKCAYA, Te.; DMSKAU, Go;
DERKAGREVI, Do; IEVDOKIMOVA, A.; YAGUNOV, V.; ZABBLYSHINSKIY, I.;
ZAYDM3RG, B.; AZMOSHNIKOV, I.; ITKINA. So; X44q --
WS:KI~Tj' V.,
KWSHIK, Do; KNINOV, Ye.; KUZNITSOVA, Go; KURSUMV, I.;
LUMNIK, M.; LIMEROVICH, Go; LISOVSKIY, Do; LOSKTTOV, F.;
KALRT*SKIY. Yu.; MASLYANITSKIY, I.; MAYANTS, A.; MILIM, L.;
MITROFANOV, So; MIMUYIOV, A.; MYAKINMMOV, I.; NIKITINA, I.;
NOVIN, R.; OGI%XV, Do; OLIKHOV, No; OSIPOVA, To; OSTRONOV, M.;
PAKHOMOVA, Go; ' X , So; PIAKSIN, I.; PLETMWA, No; POPOV, V.;
PRESS. Yu.; PROKOFIMA, Ye.; PUCHKOV, So; REMOVA, F.; RUMYAlvTSjlV,H.;
SAKHAROV, I.; SCBOLI, So; SPIVAKOV, Ya.; STRIGIN, I.; SPIRIDONOVAJ.;
TIMKO, Ya.; TITOT, So; TROITSXIY, A.; TOLOKONNIKOV, K.~ TROFIM07A, A.;
FEDORM, V.; CHIZHIKOV, Do; SHRYN, la.; YUMANOV, D.
Roman Iazarevich Veller; an obituary. TSvet. met. 31 no-5:78-79
WRA 11:6)
(Veller, Roman Lazarevich, 1897-1958)

D
r'OV/136-59-2-6/24
'AUTHOR: Karchevskiy, V.A~
- -------------------
TITIE: Some Further Possibilities for the Complex Utilisation
of Paw Materials"in Non-Ferrous Metallurgy (Nekotoryye
rezervy kompleksnogo ispollzovaniya syrIya v
tsvetnoy metallurgii)
PSRIODlCAL:Tsvetnyye Idetally, 1959, Nr 22, pp 24-2? (USSR)
ABSTRACT: In recent years-much work has been done on the
improvement of the recovery o-C valuable metals for
raw materials. Work on this has been carried out by
the Gintsvetmet~ Giredmet, V141ITsvetinet Institutes,
the Institut Metallurgii i Obcgashchemiya AN Kaz SSR
(Institute of Metallurgy and Beneficiation of the
AS Kaz SSR) and works rosearch laboratorieo. This wot,1L
has shown that the main part of the rare metals goes
into ,)rocess dust and shaft --furna (.~e slags. Based on
this, experimental and industrial plant for the complex
utilization of dusts and slags ana- being designed by
the Giprotsvetmet, KazgJprotsvetmet and the
Kavgiprotsvetmet organizations. SlaS-treatment sublimates
will be roasted and subjected to neutral leaching to
Card 1/3 remove most of the zinc and cadmium; the rest, together