SCIENTIFIC ABSTRACT AMIRKHANOV, K.I. - AMIRKHANOV, K.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101230004-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 36
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ON i
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AID- Nr 960-21 '-,-7~14W
QUANTUM OSCILLATIONS OF MAGNE77C RESISTANCE OF n.-InSb IN STRONG
PU~SED mAGNunc FiELDS
A R. 1. BaShjrovj and Yu. E, Zakiyev. IN': Almdemiya nauk
40# no. 6, S~l Fob 19$3,r 1279-1282.
S/iD20/631148)'0061007/023
100 koe have been uved to deteimine the deped_..
Pulsed magnetic fields of up to 4
dence of the longitudinal and trairisveroe magnetic resiattuace of InSb.single-
crystal samples of varying puriiy on external ma&etic fields tn the 20 to 779K
range, and to investigate the Shabnikov- de Haas effect iri Btn)ng magnetic fields.
Results were obtained by direct ~opcillographic recordinkr,and are shown to agree
R,,
(within the range of experimentO i~rors), with theory ani, with results obtained
-by other methods. 1, IS Shown that with I/H. whero H IS the external
previously
p~
magnetic field, ma~gnetic resisfitnce undergoes quaniperiodic q)SCillaionS- which
dj
disappeAr with,large -magnetic 11,1oldo, . SpUtting of the LjL:a,dau levels is taken into
account. Small de-viations of We res*ulto'from theory, which persint even after spin
a(
effects are accoureted for. are explained an being due poesibly, to the nonpitrabolic
n
Ju
ature of the lab conduc zone IBBI
Card ;1.1

AMIRKHANCYV, Kh.I., akadem1k; KERIMOV, A.M.
Heat capacity at constant water and water vapor.volwms in single-
phase and two-phase regiona adjacent to the boundary curve including
the critical point; Dokl, AN SSSR 151 no.5:106Z~-1067 Ag 163.
(MLRA 16:9)
1. AN AzerbSSR (far Amirkhanov).
(Calorimstry)

AMIRKHANOV, Kb.I., akademik; KERIMOV, I.M.
.._~
Heat cepacitY Ov of water and water vapor at superaritica3.
state parameters. T)ok2.. AN SSSR 153 no.3:J591-584 N 163.
(MIRA 17:1)
1. D-agestanskiy filial AN SSSR. 2. AN AzerSSR (for Amirkhanov).

ACCESSION NRs AP4043389 5/0181/64/006/008/2534/2535
AUTHORS: Amirkhanov, Kh. lo Bashirov, R. X.; Ismailov, Z. A.
TITLE: Resistance of p-InSb in strong magnetic field
SOURCE: Fizika tverdogo tela, v. 6, no. 8. 196-4. 2534-2535
TOPIC TAGS.- galvanomagnetic property, indium antiVnonide, transport
property, valence band, carrier scattering
AVITRACT: Although little attention has been paid heretofore to
.ie magnetoresistance )f p-type indium antimonide in strong magnetic;
fields, this problem is of -,-.nterest both foL the theory of transport
phenomena and for the determination of the energy structure of the
valence band and the mechanism of hole scattering. The authors in-
vestigated-the resistan'ce of several single-crystal p-InSb samples
in transverse and long.itudin&.1. pulsed magnetic field up to 400 kOe
at temperatures 20 and 77K. The resistances of the samples were
C..rd 1/3

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17120-62 -ii,
YJPW
ACCEMON NX, APS000646
AUTHOIL Amirklumov,a HOY, Z,' Ai
a L;
nTLE, MagneWresistance~)f-i~~-.WA-~strong-nu ~e
----------
'4k 164 _35
URC
z
-TAGS-Andiu -an Ur cond=
r
PIC In th"WIder'hi etpi 116toacejImp'
tivity
c6mductivity.- -mixed conduouvii,~, Glngle-,cryalal, galvanomiVApt.111D effect
ABSTRACT. T16 is a continwition of an oa'r1jer invesU of
gatJ,,on (FTT v. 6, 2534, *1964)
the mag~etoreslstance of p-1n8b in a strang r~agneUc field lh the extrinsic conductivity
region. ib-OrTk ent article* dilacribee-the-results of memiretments in the of
10 --regious
mixed and'iotrinalc conductivity. ~ The ~M#A*urementa were made In pulsed magnotic UoPw
up to 3DO kOe, using single cryalalo of Iniiium-vaitimony alla.y. The variation of the
voltage on potential probes w1ul measured with au cocillascope aig a function of the UM9_
notic field. It Is shown that thO uAlmrimental results agrao qualitatively with the claord-
cal theory of plvanomagnetic ~pbewmenl for semiconduefors with oarriers of both
1/2
Cord
1P,

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tba ~01 ior.1t, some alkanes,
f;rg,-tika i-I (MMA 17t6)
Laj~,~- ~. v %~ -, ~ f, .. IRI AN 6eS I:

ACCUMCM MRI AAWSWT SIOW16VO001OW0067A
1, (Madomicion) I lerimy; A. No (QuAidat;e of pbrdeq.
ATITHDFAs Asir"
or# Do G* (Engineer; Woertatora); Vikhmit- Do I*
mathematicA "finceeYj AUlAk.
(Rngj or)
TITM Investigation of leochorlo speolflo heat of se"ral alkemse In the two-
phue region.
SOURGEs Teploonergetikap no* It# 19649 67-49
TOPIC TAGSs &lkanes,, leochoria speoific heat$, alkane speoific heat, n octans,, n
bexan$# n heptano
!ABSTRAGT: The resUts of direat moasurements of ck, of three alkanes (u-boxanes
n-hoptane an4 n-octane) in the two-phase region mamwed in the adiabatic calorim-
star described by Amirkhanov (Xho L Amirkhanov wd A* Ho lerlwy uToploonergatika"
No. 60 1962) aro prosentodo Grapho of tho f dUowing are, ahownt a- OV (two-phaso)
for n-outano (COU18) m a fumtion of teVeratura (200-3090) for difforent apeoLlla

AccEssioN NR: AW25427
volumes (2-8 cm~/gm)j, b- cv(two-phase) as a fur-2tion of v for differext T (dame
rwige as before); o- ov (two-phase) for COAJcj'~6 Md ISH:LB as a fmiction Of
T/To (T,., - Teritic&); d- ov (two-phase) as a function of specrIfia volume (0-70
!cm%n) for the three alkanesi a- bov - ov (two-phase) - of tipeolfio volu me for
!the three alkanes. It was found that al]. three alkanes ntidiod the equabion
Lo 0 witidn, 0#2 % of a spooifio volume. of ',r.S cml/gu. 03AS.
1 + 0.2062 (To - T)004
:art. hass 6 grophe and 9 equationso
AS=IATIONs Dagestanakly ANSSM (Daghestoa BrA00h Of IWM ANSM)
DMACQi 20AIA-04-'. EML, 00,
jSUBKETrEDe 00
HD MW SOV A 005
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TOPIC TAGS: Shu,bnikov _'d, lialae~~.4. ect 1D c 1~ic!~splitting f a c,t o r V,
~"Laudau
V
spin,splitti t~ el siplitting
ABSTRACT.:. Tlfs-Anfluev of ~,;spt a litt",D4 of thia:~ Landau - levitl on:'thi,-
A p
L a
-as--.e -ant JA q~was~, wj
Shubni ov-iak:-. a
-20-~` 36~ ko~ no Ap I tqU64M
.-UP,
nl, rt
a 0~1) Well,
Ilk
4K.
of- indium antloon 4e:4wecl,meus-.wtt-h-the' 'aid
U "-~44 04L46 4A
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AMI4pg~qV,,A.I.; BASHIROV, R.I.; ISMAILOV, Z.A.
Magnetoresistance of p-InSb in a strong magr,,n,-.,,,3 field. Fiz. tver.
tela 6 no.12,.3524-3528 D 164 (MIRA 18:2)
1. Institut fiziki Dagestanskogo filiala AN SS";R., Makhachkala.

Mt
61
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AM 0v "K I
TITLE, - tv data on - tliC Shubb k
At
SOU9CE.
Diurnal eksperimentil
2,;~ 1465
Prilouh6fii~e v. ~no.
JD'
'UR/0386/6
i 1"
'Vr_7
qrOV R 1:
V-' V
d~ 4,~ jff,~St in I
fizikil.
i:teorst ches a
'-'17 -2 1
t 4'z
Oi:'
Pis Ima ~y red
"i-4Vft^n4 fig i
~5
s V; transverse magnetic f lolej
ar. samicunductor cry 01
AWRAC ZA V 0 v '~ and--.the
T-.1 ;~Ah~"Interac'tlvn splitting on the i ancau lc e-
experimohtall~ti InOb and InAi -at
ifi- tlaid "-ibfi,01-6i 401i has zlao.~_.~- eii-Atudied,,at 4.20K."' ''if W
pt,
-1 :.,--! - I 1 1-1 j 4 :'
every up jintl now - beefi;pbss'' ble to observe spi'ii 1,s~lliting of Lafidaji
levals wit Y 14 - The `autho~ii managed Ao do this by - fncrc~,6 6 1~g ihe measurement sen-o
I ' crypi j The
homogenaptiali w ng e ithens 01'' transverae
m
-Wrves-, or-ma he mag*nei-ic !;ie- h I -~~f Jt
g vtrisistan~ a-. nave eir*8'_
a ow~ n 7-
tilhe Encb)sures' go-sobivide- vab~es .-the- magnetic -fields H'~i' -~uhd - H which- rre_*-~'
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. v . . - I ~ , ." -: .
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Thermodyncric properties of water and water rtpor. Tl~ploenf-.rgetlka
12 no.3;56-59 Mr 165. (MI-71A IQ,.6)
I.. Pagestansk~y fll--al 10.4

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L 65265
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ACCEI~SION R'.': ARS014408
06,

L 01291-66 IJP(c), JD
1ACC*ESSIOH MR": APS021'7'3'e UR/03B6/65/002/002/0100/
IALTTHOR: A-airichanov, Kho I.;'1Bash!,,irov* R. 1.
1TITLE, Effect of spin on loiigitudinal magnetoresistance In indium antimonide at
14.20K
ISOURCE- Zhurn *al eksperimentallnoy I teoreticheskoy fitiki Pi31ma v rodaiktsiyu.
Pril.ozheniye, v. 2, no. 2, 195S, 100-102
TOPIC TAGS: magnetoresistance~, indium compound, antimonidia
ABSTRACT: Experimental evidence is given for tM effect o:F spin on quantum oscilla-'~
1
Itions of longi- tudinal magnetorasistance In specimens of indium antimonide at 4.20K.
lResults of measurements of for thiree specimens tire given in fig. I of th4
I
iEnclosure. Curves for longitudinal and transverse magnetoresistance of specimen No
3 are given in fig. 2 of the Bnclosum. These data confirm the theory of longitudi,
nal magnetoresistance developed by A4 L. Efros (F7T, 79 15015 1965). Drig. art,
~has: 2 figures.
ASSOCIATION: Institut fitAl bagest6tiskogo,filWa Mademll nauk S5SRj Makhachkali
COrd 1/4

L 01291-66
ACCESSION NRl;' APS021730
(institute of,physlaii b
SUBMITTED., 04JunBS ENCLi -0.2 SUB-CODEi EM
NO R9F SOVI 004 OTHER! 007,
Card

P-/
I
a--

P-'-a.q.'qmNOv) Kh.l..; !o':AGQ,!S'DOV; Ya.B.
'A*~ermal conductivity of indium wnt-"'Monide in. the So2id and liquid
states, Fiz. tvar. tela 7 no.2:637--640 F 165.
(MIRA 18:8)
1. Dagestajiskiy filial ~Jl SS,';R, Mahhachlmla.

A P
d W V
lie. Ma,,
jr
71
71
ijj;,
00
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. . . . . . 77~~
L7 7=1
IF

L 05616-67 ZW'f (1) IJKC)
COD_E_:___ -66100810071
ACC NR AP666-'JL8f
A17ZHOR: I.; Bashiroy, F. I.
-W :,Z-Z
ORG: Ir , u.f B C ranch AN SSSR Makhachkals. (Institut fiziki
ph i s D estan M
Dagesta: Aogx, f"Mals. AN SSSR)
TITTZ: "af'.Wenee of spin on quantum oscillations of galvanomagnotic coefficients in
n-InSb
SOURCE- Fizika tverdogo telay ve 8. no- 7, 19661 2189-2-196
TOPIC TAGS: indium compound, antimonide, galveziomagnetic effect, qu=tum oscillation.,
ma,gnetorer I ;ar,,e, Hall constant, spin phonon interaction
ABSTRACT: nis is a cor dimation of earlier exper:bi-iental stucUes of ALalvanomagnctic_
-0hqRq_m_e_!24_ ", n-InSb, ard is devoted to a measurement of the longitudinal and trins-
vIerse magr.,ut-oresistancei'l and of the Hell effect in degenerate single-crystal samples
of r X , (electron deus't . from 103-6 to 1-3 x 3018 CITC3) - Some of ;',he results of _F
jis i;Av lished lZhETr,, Pistma v reWcLsiyu v. l.. no.
ti -stiga.11.1on have u3aeady been pub I I
2v 17, -t965; *v, 2., WO; 3965) - 7he measurementc, -were made at 70, 20., and ~. 2K in
pulsed magne.;ic fieldi; up to 300 kOe, at two opposite directions of the current and
of the magne.1c field, by directly recordbig tbe: measured phenomenork as a function of
the magnetic-fidld intensity. The tests disclose the theoretically predicted spin
splitting of the second oscillation maximim of the magnetoresistance, and the vagnetid.
fields at which thea-3 oplittings are observed are determined. The Influence of the
Lcard 2/2

f-ACC-k-RI AP6024487
temperature and of the electron density on the position of the spin-splitting oscilla-
tion m~Aima is also investigated. At 77K., when the correction for incomplete degener-
acy can be theoretically made, the results yield a quantitative experimental confirma-
tioa of the theory of the zeroth spin maximum in a transverse Mgnetic field.. The
Hall constant'vms found to oscillate little at 4.2 and 20.K,, but extrema were observed
in the longitudinal ma(metic resistance at 77K. It is proposed that these extrem
are the result of the LIUMCIently large number of ttansitions with spin flip between
the zero Landau sublevols as 66 rellult of the scattering of electrons by phonons,
Orig. art. has: 7 figuresp 6 fanoulas) anci 1 talole.
SUB CME: 2D/
sum DATE: 14D#-,L,65/ onG xsF: ooB/ am ool
Card

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L 2l22546,--;fix0%i~AffP-"` A44
lic 068/00 0
~.'~'ACC.Mv AP60038;-j,
AUTHOR-.: Ami#4MO~', i kh'-~ 4j
ORG: Institute C~, r-- iA9lr^i'*-
V., m *k&a*bkr-lA (Institut
Dagestanskogo Alf W
t ~i~ ,ilk (i ilv~-
d liq,4id states
TTM 3 ThOrWa tr '0"
do
~SOURCE: FizW 2.,V,
F~4
0
0 4792
or
oyj semicoAduct maic
4
*- 0 ~, - ~A
TOPIC TAGS
0- tes-pers Fure depen&ince
electric ConaL
MAt t
On' was th440c~Aplari of the
TRACT: Thf,
ABS
order on itt 4,~ -P&A
tbermal cond-;~--,i_:~ ty 4r j ;AW
4t -A method undo;~ i,.
-44tionary: t
The tbervica ira~j
-Cum. Aix kL'
4 argon!
atmon*lere.
19.6 x 10,0'.. q F, es" Of iNith imerier don"!
?N vq a
.,ned'M-rooa
.W ap ;&:f.+A ckyt,%4
lisbed r*oW.k,,i Ix v . with Vic pub-`-,
verisinre
-41riti.ad to.'be the first information cb tw~
.ti gb te4*j*l~ 'U
t hi

L 21225-66
i ACC NR: APCO03821
-at. mechanism (electronic and phonon) of tberma:L'conductivity in elicca-ry,
afferL
64--tors. A jump in the thexmal conductivity by a factirr of tvo is observIsed
x Imh and a
jump in the electric conductivity by a :DLetor of 5.4. Further
the liquid state in accompanied Iry an increwse in the electric conductiv-
~f-,; and tL,,.Taal conductivity. The latter reaches a maxbom at '165K. The electric i~
continues to rise vith increasing temperal;irrm- ar ~ Is connected Vith. I
ivity
-vetQ:.Untion of the, bvAs betwieo the elements of tbi~ dw pound. It
and in the,
i,'v ed that gallium witimonide is a semiconductor in the iaoliC state
-,1t% rpgion., end "uau metallic properties. in the liquid state. The variation of
Utp --,'-ort-runse order ftrinS valting Influences 4-11 thit Ow
i ponents of the therml
lcouductivity* Orige art. has: 2 ;igures 4M. 14 brmubt,,
I(M. 14 MWI "~,01
2Cj/ DAM 0/
2j,
4'r.
A ,-.4 1~7

--OLIRCE Cl-,M I;R/0191'66/008/010/310513106
f
fit Bashlrov, R T.
ORG: Inst-itut' oZ o~ tl-e Irat4estaa Section, AN SSSR, Makhachkala (Institut
f
TITLE: HagrLetophono:i oscillations of thermal in n -7
T, Aa in a longitudinal magne
tic field
SOURCE: Fizihn tvcrdogo tela, v. 8, no. 10, 1966, 3105-3106
TOPIC TAGS: indium compound, magnetic ef f ect, plio:,~cn, thermoe).4 ." ~rl.z 1;,~
-.)eriments perfor-ne' oi: putsed magnetic fields of up to
ii that magnetophono-n resonance cccurs in longitudinal
magnetothermal ervf. The curves of the magneLothermal eirf as a iunction of the magne-
tic field intensity at 280% show marked oscillations. Less pronounced oscillations
are detectable at 240 and 310*K. It follows frt.m the analys's of the curves that the
minimum of thermal emf tit 72 Koe is due to the magnetaph,x-ion resonance and that it
occurs at the electron transitions between the K = 0 and N - I bands. At more in-
tense magnetic fields, opin-imignetophonon oucillationu w(we registered which occurred
at electron transitions with spin reversal. Orig. art. Wta: 1 figure.
SUB CODE: 20/ SUBM DATE: 23Apr66/ ORIG REF: 004/ OVI n-r- 002/
ATID PRESS: 5X02.

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