11th Internationale Conference High Magnetic Fields in the Physic of Semiconductors: August 8 - 12, 1994, Francis Bitter National Magnet Laboratory,Massachusetts Institute of Technology
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1995
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| Physical Description: | XXXII, 765 S. Ill., graph. Darst. |
| ISBN: | 9810221819 |
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| 111 | 2 | |a International Conference on High Magnetic Fields in the Physics of Semiconductors |n 11 |d 1994 |c Cambridge, Mass. |j Verfasser |0 (DE-588)5168122-5 |4 aut | |
| 245 | 1 | 0 | |a 11th Internationale Conference High Magnetic Fields in the Physic of Semiconductors |b August 8 - 12, 1994, Francis Bitter National Magnet Laboratory,Massachusetts Institute of Technology |c ed. Donald Heiman |
| 246 | 1 | 3 | |a High magnetic fields in the physics of semiconductors |
| 264 | 1 | |a Singapore |b World Scientific |c 1995 | |
| 300 | |a XXXII, 765 S. |b Ill., graph. Darst. | ||
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| 650 | 4 | |a Magnetic fields |x Industrial applications |v Congresses | |
| 650 | 4 | |a Semiconductors |v Congresses | |
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| adam_text | IMAGE 1
11 TH INTERNATIONAL CONFERENCE
HIGH MAGNETIC FIELDS IN THE
PHYSICS OF SEMICONDUCTORS
AUGUST 8-12, 1994
FRANCIS BITTER NATIONAL MAGNET LABORATORY MASSACHUSETTS INSTITUTE OF
TECHNOLOGY
EDITOR
DONALD HEIMAN
FRANCIS BITTER NATIONAL MAGNET LABORATORY MASSACHUSETTS INSTITUTE OF
TECHNOLOGY CAMBRIDGE, MASSACHUSETTS, USA
UNIVERSLT/TCDFBLIOTHEK HANNCVER
(JNFORMAT)ONSBIDLIOTR-IH , WORLD SCIENTIFIC ------- J
IMAGE 2
CONTENTS
PREFACE V
COMMITTEES VII
LIST OF SECTIONS
I. COMPOSITE FERMIONS
A. EXPERIMENT 1
B. THEORY 50
II. COUPLEDLAYERS 78
III. EDGE EFFECTS
A. EXPERIMENT 114
B. THEORY 150
IV. LOCALIZATION
A. METAL/INSULATOR TRANSITION 188
B. COULOMB GAP 224
C. SCALING 236
V. QUANTUMHALL EFFECTS 272
VI. MAGNETO-OPTICS A. QUANTUM HALL REGIME 300
B. VISIBLE AND NEAR-VISIBLE REGION 324
C. INFRARED REGION 366
I). D AND X 394
VII. ELECTRON SOLID 416
VIII. NANOSTRUCTURES
A. QUUNTUM DOTS 456
B. QUANTUM WIRES 496
IX. TUNNELING 544
X. DELTA-DOPED LAYERS 588
XL SI-OE 612
XII. MAGNETIC SEMICONDUCTORS 638
XIII. 3D SYSTEMS
686
XIV. ORGANIC CONDUCTORS 714
XV. EXPERIMENTALMETHODS 750
AUTHOR INDEX 759
IX
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LIST OF PAPERS
I. COMPOSITE FERMIONS
A. EXPERIMENT
1. GEOMETRICAL RESONANCE OF COMPOSITE FERMIONS IN ANTI-DOT SUPERLATTICE
1
W. KANG, H.L. STORMER, L.N. PFEIFFER, K.W. BALDWIN & K.W. WEST (AT&T
BELL LABS)
2. EXPERIMENTAL DEMONSTRATION OF A FERMI SURFACE AT ONE-HALF FILLING
FACTOR 8 R.L. WILLETT (AT&T BELL LABS)
1. SHUBNIKOV-DE HAAS MASS AND DINGLE TEMPERATURE OF COMPOSITE FERMIONS
16
R.R. DU, A.S. YEH, H.L. STORMER, D.C. TSUI, L.N. PFEIFFER & K.W. WEST
(PRINCETON UNIVERSITY)
4. THE QUANTUM HALL EFFECT OFCOMPOSITE FERMIONS 20
D.R. LEADLEY, R.J. NICHOLAS, P.J. GEE, J. SINGLETON, J.J. HARRIS & C.T.
FOXON (UNIVERSITY OXFORD)
5. HOLE-FLUX COMPOSITE PARTICLES AROUND THE HALF-FILLED LANDAU LEVEL 24
H.C. MANOHARAN, M. SHAYEGAN & S.J. KLEPPER (PRINCETON UNIVERSITY)
6. TEMPERATURE AND CURRENT DEPENDENT MAGNETOTRANSPORT
INLOW MAGNETIC FIELDS AND AROUND FILLING FACTORONE HALF 28
E. CHOW, R.G.CLARK, Y. LI, H.P. WEI, C.T. FOXON & JJ. HARRIS (INDIANA
UNIVERSITY)
7. A STUDY OF THE HIERARCHY OF THE FQHE BY TIME-RESOLVED LUMINESCENCE
OR COMPOSITE FERMION EFFECTIVE MASS FROM LUMINESCENCE MEASUREMENTS 30
I.V. KUKUSHKIN, R.J. I1AUG, K. VON KLITZING, K. PLOOG &
K. EBERL(MAX-PLANCK-INSLITUT, STUTTGART)
8. RADIATIVE RECOMBINATION FROM COMPOSITE FERMIONS 34
A.J. TURBERFIELD, I.N. HARRIS, H.D.M. DA VIES, J.F. RYAN,
C.T. FOXON & J.J.HARRIS (UNIVERSITY OXFORD)
9. THE QUANTUM-LIMIT THERMOPOWER IN 2D ELECTRON SYSTEMS 38
11. ZEITLER, B. TIEKE, S.J.A. WIEGERS, J.C. MAAN, R. FLETCHER,
V.L. FAL KO, C.T. FOXON & J.J. HARRIS (NIJMEGEN HIGH FIELD MAGNET LAB)
10. THERMOPOWER OF A DILUTE 2D HOLE SYSTEM AT HALF-FILLED LANDAU LEVELS
46 AND IN THE REENTRANT INSULATING PHASE X. YING, V. BAYOT, M.B. SANTOS
& M. SHAYEGAN (PRINCETON UNIVERSITY)
XT
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XII
B. THEORY
1. COMPOSITE FERMIONS 50
J.K. JAIN (SUNY, STONY BROOK)
2. COMPOSITE-FERMION ANALYSIS OF THE FERROMAGNETIC SPIN WAVE IN THE
FRACTIONAL QUANTUM HALL SYSTEM 58
H. AOKI & T. NAKAJIMA (ISSP TOKYO)
3. SHARP AND SMOOTH BOUNDARIES AND EDGE STATES OF COMPOSITE FERMION
SYSTEMS 62 L. BREY (UNIVERITY AUTONOMA DE MADRID)
4. THE STRUCTURE OF FRACTIONAL EDGE STATES: A COMPOSITE FERMION APPROACH
66 D.B. CHKLOVSKH (MIT)
5.
ELECTROMAGNETIC RESPONSE OF THE FRACTIONAL QUANTIZED HALL STATE 70
S.H. SIMON, B.I. HALPERIN & S. HE (HARVARD UNIVERSITY)
6. CHARGE DENSITY OF FRACTIONAL CHARGED QUASIPARTICLES IN DIE COMPOSITE
FERMION PICTURE 74
X.M. CHEN, X. XIA & J.J. QUINN (UNIVERSITY TENNESSEE)
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XIII
II. COUPLED LAYERS
1. NEW PHYSICS IN DOUBLE-LAYER2D ELECTRON SYSTEMS 78
J.P. EISENSTEIN (AT&T BELL LABS)
2. SPONTANEOUS INTERLAYER COHERENCE IN DOUBLE-LAYER QUANTUM HALL SYSTEMS
86
K. MOON, H. MORI, K. YANG, S.M. GIRVIN, A.H. MACDONALD, L. ZHENG, D.
YOSHJOKA & S. C. ZHANG {INDIANA UNIVERSITY)
3. THE UNQUANTIZED QUANTUM HALL EFFECT IN COULOMB DRAG 94
E. SHIMSHONI& S. SONDHI (UNIVERSITY DLINOIS)
4. CORRELATED QUANTUM HALL EFFECT IN BILAYER ELECTRON SYSTEMS 98
T.S. LAY, Y.W. SUEN, H.C. MANOHARAN, X. YING, M.B. SANTOS & M. SHAYEGAN
(PRINCETON UNIVERSITY)
5. LONGITUDINAL MAGNETORESISTANCE OF SUPERLATTICES 102
B. LAIKHTMAN& D. MENASHE (HEBREW UNIVERSITY)
6. MAGNETIC-FIELD-INDUCED MINIGAP IN DOUBLE QUANTUM WELLS 106
J.A. SIMMONS, N.E. HARFF, S.K, LYO & J.F. KLEM (SANDIA NATIONAL LABS)
7. MAGNETOTRANSPORT AND ELECTRIC SUBBAND STUDIES OFIN0 52A10 4GAS
/INXGAJ.XAS ASYMMETRIC COUPLED QUANTUM WELLS 110
T.W. KIM, M. JUNG, T.H. PARK, J.W. CHO, K. YOO, K.-H. YOO, G. IHM &
S.J.LEE (KWANGWOON UNIVERSITY)
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III. EDGE STATES
A. EXPERIMENT
1. THE BREAKDOWN OFTHE QUANTUM HALL EFFECT AS A PROBE OF CURRENT
DISTRIBUTION 114
U. MEIRAV, N.Q. BALABAN & H. SHTRIKMAN (WEIZMANN INSTITUTE)
2. ELECTRO-OPTIC IMAGING OF ELECTRIC FIELDS IN TWO-DIMENSIONAL ELECTRON
SYSTEMS 122 R. KNOTT, W. DIETSCHE, K. VON KLITZING, K. EBERL& K. PLOOG
(MAX-PLANCK-INSTITUT, STUTTGART)
3. MAGNETIC FIELD SYMMETRY PROPERTIES OF THE CAPACITANCE TENSOR OF A
TWO-DIMENSIONAL ELECTRON SYSTEM 130
W. CHEN, T.P. SMITH III, M. BUTTIKER & M. SHAYEGAN (IBM WATSON)
4. PHONON EMISSION FROM THE CONTACT REGIONS OF A MAGNETICALLY QUANTIZED
TWO-DIMENSIONAL ELECTRON GAS 138
Z. XIN, F.F. OUALI, LJ. CHALLIS, A.F. JEZEERSKI & M. HENINI
(UNIVERSITY OF NOTTINGHAM)
5. EVALUATION OFEDGE CHANNEL WIDTH THROUGH TEMPERATURE DEPENDENT
CAPACITANCE MINIMA IN QUANTUM HALL REGIME 142
K. OTO, S. TAKAOKA, H. KURIMOTO & K. MURASE (OSAKA UNIVERSITY)
6. DUAL ORDINARY- AND QUANTUM-HALL EFFECTS 146
R.G. MANI, K. VON KLITZING & K. PLOOG (MAXPLANCK INSTITUT, STUTTGART)
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XV
B. THEORY
1. BULK VERSUS EDGE STATES IN QUANTUM HALL REGIME 150
T.ANDO(ISSP TOKYO)
2. THE EFFECT OF MAGNETIC FIELD ON THE EDGE PLASMONS OF TWO-DIMENSIONAL
ELECTRON GAS SYSTEMS 160
X. XIA, X.M.CHEN & J.J. QUINN (UNIVERSITY TENNESSEE)
3. TWO-CHANNEL RESONANT TUNNELING BETWEEN EDGE STATES IN A QUANTUM HALL
SAMPLE 164
M.E. RAIKH & T.V. SHAHBAZYAN (UNIVERSITY UTAH)
4. MAGNETIC DOMAINS IN SPIN-POLARIZED EDGE CHANNELS 168
L. RUKELS & G.E.W. BAUER (DELFT UNIVERSITY TECHNOLOGY)
5. THE INFLUENCE OF EXCHANGE ON EDGE STATES IN THE INTEGER QUANTUM HALL
EFFECTREGIME 172
T.H. STOOF & G.E.W. BAUER (DELFT UNIVERSITY TECHNOLOGY)
6. ELECTROSTATICS OFINTER-LANDAU-LEVEL DIODES 176
A.V. KHAETSKJI, V.I. FAL KO & G.E.W. BAUER (DELFT UNIVERSITY TECH)
7. CURRENT-INDUCED POTENTIAL AND CHARGE DISTRIBUTION
IN ATWO-DIMENSIONAL ELECTRON SYSTEM IN A MAGNETIC FIELD 180
H.NIELSEN (NIELS BOHR INSTITUTE)
8. THE NONLOCAL BREAKDOWN OF THE QUANTUM HALL EFFECT 184
M.V.BUDANTSEV, G.M. GUSEV, Z.D. KVON & A.G. POGOSOV (RUSSIAN ACAD
SCIENCES, SIBERIA)
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XVI
IV. LOCALIZATION
A. METAL/INSULATOR TRANSITION
1. TRANSITION FROM QUANTUM HALL METAL TO INSULATOR INDUCED BY
FLOATING-UP OF EXTENDED-STATE BANDS IN SI-MOSFETS 188
T. OKAMOTO, Y. SHINOHARA, S. KAWAJI & A. YAGI (GAKUSHUIN UNIVERSITY)
2. TRANSFORMATION OF THE QUE INTO THE QUANTUM OSCILLATIONS OF THE2D
METAL TO INSULATOR CRITICAL BOUNDARY 192
V.M. PUDALOV & M. D LORIO (NATIONAL RESEARCH COUNCIL CANADA)
3. MAGNETIC-FIELD-INDUCED METAL-INSULATOR-TRANSITION IN
GAAS/ALGAASQUANTUM WELLS AND SUPERLATTICES 196
W. HILBER, M. HELM, W. HAUKE, F.M. PEETERS, K. ALAVI & R.N. PATHAK
(UNIVERSITY LINZ)
4. TEMPERATURE-DRIVEN TRANSITIONS FROM INSULATING BEHAVIOR AT V=L 200
W. MASON, S.V. KRAVCHENKO, J.E. FURNEAUX, J.M. CAULFJELD, J. SINGLETON &
V.M. PUDALOV (UNIVERSITY OKLAHOMA)
5. HALL INSULATOR IN SILICON INVERSION LAYERS IN THE HIGH-FIELD EXTREME
QUANTUM LIMIT 204 S.V. KRAVCHENKO, J.E. FURNEAUX & V.M. PUDALOV
(UNIVERSITY OKLAHOMA)
6. MAGNETOTRANSPORT IN SEMIMETALLIC AND SEMICONDUCTING INAS/GA[.XINXSB
HETEROSTRUCTURES 208
K.S.H. DALTON, D.M. SYMONS, M. VAN DER BURGT,M. LAKRIMI, R.J. NICHOLAS,
N.J. MASON& P.J. WALKER (UNIVERSITY OXFORD)
7. LOCALIZATION AND AN INCREASE OF THE EFFICIENCY OF IMPACT IONIZATION
IN SEMI-INSULATING GAAS NEAR THE ULTRA-QUANTUM LIMIT REGIME 212
J. LUSAKOWSKI, S. HUANT & M. GRYNBERG (UNIVERSITYWARSAW)
8. ELECTRIC-FIELD-DEPENDENT PARTICLE DYNAMICS AND CONDITIONS FOR THE
INTEGER QUANTUM HALL EFFECT 216
J. REISS (CNRS, CRTBT)
9. ELECTRONIC PROPERTIES OF TYPE-H PBTE/PBS SUPERLATTICES 220
F.F. SIZOV, J.V. GUMENJUK-SICHEVSKAYA, V.V. TETYORKIN & V.V. ZABUDSKY
(INSTITUTE SEMICONDUCTOR PHYSICS, UKRAINE)
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XVII
B. COULOMB GAP
1. COULOMB GAP IN TWO-DIMENSIONAL ELECTRON SYSTEM IN A STRONG MAGNETIC
FIELD 224 A.L. EFROS & F.G. PIKUS (UNIVERSITY UTAH)
2.
SCREENING OFTHE COULOMB GAP IN TWO-DIMENSIONAL VARIABLE-RANGE HOPPING
228 X.L. HU, Y. CARMI, A.J. DAHM& H.W. JIANG (CASE WESTERN RESERVE
UNIVERSITY)
3. INTERACTIONS AND DISORDER IN THE INTEGER QUANTUM HALL EFFECT 232
S.R.E. YANG (NRC CANADA)
C. SCALING
1. MICROWAVE FREQUENCY SCALING IN DIE INTEGER QUANTUM HALL EFFECT 236
L.W. ENGEL, D. SHAHAR, C. KURDAK & D.C. TSUI (PRINCETON UNIVERSITY)
2. UNIVERSALITY AND CORRECTIONS TO SCALING IN THE INTEGER QUANTUM HALL
EFFECT 244 B.HUCKESTEIN (MAX-PLANCK, HEIDELBERG)
3. LOCALIZATION IN ASPIN-DEGENERATE LANDAU LEVEL IN THE SEMICLASSICAL
LIMIT 248 D.K.K. LEE & J.T. CHALKER (MIT)
4. TEMPERATURE DEPENDENCE OF QUANTUM HALL PLATEAUX WIDTH FOR LOW- AND
HIGH-MOBILITY HETEROJUNCTIONS 252
P.J. GEE, D.R. LEADLEY, S.O. HILL, J. SINGLETON, R.J. NICHOLAS,
J.J.HARRIS & C.T. FOXON (UNIVERSITY OXFORD)
5. MICROWAVE CONDUCTIVITY OF THE IQHE-TO-HALL INSULATOR TRANSITION 256
D. SHAHAR,L.W. ENGEL & D.C. TSUI (PRINCETON UNIVERSITY)
6. ELECTRONIC STATES AND LEVEL STATISTICS IN 2D ELECTRONS IN STRONG
MAGNETIC FIELDS 260 Y. ONO (TOHO UNIVERSITY)
7. RESONANT SCATTERING BY IMPURITIES AND UNIVERSAL LOCALIZATION SCALING
IN THE INTEGER QHE 268
S.A. GURVITZ (WEIZMANN INSTITUTE)
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V. QUANTUM HALL EFFECTS
1. UNIVERSAL PREFACTOR OF THE ACTIVATED CONDUCTIVITY IN THE QUANTUM HALL
EFFECT 272 D.G. POLYAKOV & B.I. SHKLOVSKH (UNIVERSITY MINNESOTA)
2. PHONON ABSORPTION AT THE MAGNETOROTONMINIMUM IN THE FRACTIONAL
QUANTUM HALL EFFECT 276
J. DIGBY, C.J. MELLOR, R.H. EYLES, A.J. KENT, K.A. BENEDICT,
L.J. CHALLIS, M. HENINI, C.T. FOXON & J.J. HARRIS
(UNIVERSITY NOTTINGHAM)
3. MAGNETIZATION MEASUREMENTS ON TWO-DIMENSIONAL ELECTRON SYSTEMS
IN THE MAGNETIC QUANTUM LIMIT 280
C.L. JONES, A. USHER, M. ELLIOTT, W.G. HERRENDEN- HARKER, A. POTTS, R.A.
SHEPHERD, G.A.C. JONES, D.A. RITCHIE, E. H. LINFIELD, M. GRMSHAW, T.S.
CHENG & C.T. FOXON
(UNIVERSITY EXETER)
4. INELASTIC SCATTERING AND TEMPERATURE-DEPENDENT BROADENING OF
PXX-PEAKS IN THEIQHE 284 T. BRANDES, L. SCHWEITZER & B. KRAMER
(INSTITUT THEORETICAL PHYSICS, HAMBURG)
5. SUBMILLIMETER PHOTOCONDUCTIVITY IN MAGNETICALLY QUANTIZED 2D ELECTRON
GAS 288
S.D. SUCHALKIN, Y.B. VASILYEV, Y.L. JVANOV, S.V. F/ANOV,
P.S. KOP EV, I.G. SAVEL EV & T. OHYAMA (IOFFE INSTITUTE, ST. PETERSBURG)
6. COMMENSURABILITY AND DHVA OSCILLATIONS OF EXCHANGE ENERGY
OF A MODULATED 2DEG
292
N.J.M.HORING, G. FIORENZA & H.L. CUI (STEVENS INSTITUTE TECHNOLOGY)
7. QUANTUMMAGNETIC FIELD OSCILLATIONS IN GAAS SUPERLATTICE CORRELATION
ENERGY 296
G, FIORENZA & N.J.M. HORING (IBM CORP)
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VI. MAGNETO-OPTICS
XIX
A. QUANTUM HALL REGIME
1. WAVE VECTOR-INDUCED COLLECTIVE EXCITATIONS IN THE QUANTUM HALL REGIME
300
L.L. SOHN, A. PINCZUK, B.S. DENNIS, L.N. PFEIFFER, K.W. WEST & L.BREY
(AT&T BELL LABS)
2. MAGNETO-PHOTOLUMINESCENCE OFTHE 2D HOLE SYSTEM IN P-TYPE GAAS 304
A.G. DAVES, E.E. MITCHELL, R.G. CLARK, P.E. SIMMONDS. D.A. RITCHIE, MY.
SIMMONS, M. PEPPER & G.A C. JONES
(UNIVERSITY NEW SOUTH WALES)
3. THEORY OFEXCITON EMISSION FROM FQHE STATES
308
V.M. APALKOV& E.I. RASHBA (UNIVERSITY UTAH)
4. EXCITON SPECTRA UNDER THEFQHE REGIME:
FROM A CONTINUUM TO MULTIPLE BRANCHES
312
E.I. RASHBA & V.M. APALKOV (UNIVERSITY UTAH)
5. CHARGE AND SPIN EXCITATION GAP IN TILTED MAGNETIC FIELD
316
L.B. LIAO, D. HEIMAN, A. PINCZUK, L.N. PFEIFFER, K. WEST& A.H. MACDONALD
(MIT NATIONAL MAGNETLAB)
6. EXCITON SCATTERING AND LOCALIZATION EFFECTS ON THE LUMINESCENCE
IN THE INTEGER QUANTUM HALL REGIME
320
F. PLENTZ, D. HEIMAN, A. PINCZUK, L.N. PFEIFFER & K.W. WEST
(MIT NATIONAL MAGNET LAB)
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XX
B. VISIBLE AND NEAR-VISIBLEREGION
1. STUDY OF T-X CROSS-OVER IN GAAS/ALAS SHORT PERIOD SUPERLATTICES
BY SIMULTANEOUS APPLICATIONOFHIGH PRESSURE AND PULSED HIGH MAGNETIC
FIELDS 324 N. MIURA, H. KUNIMATSU, K. UCHIDA, S. SASAKI & T. YAGI (ISSP
TOKYO)
2. EVIDENCE FOR THE EXCITON CONDENSATION IN COUPLED QUANTUM WELLS
AT HIGH MAGNETIC FIELDS
328
L.V. BUTOV, A. ZRENNER, G. ABSTREITER, G. BOHM & G. WEIMANN (SCHOTTKY
INSTITUTE, MUNCHEN)
3. MAGNETICFIELD DEPENDENT PHOTOLUMINESCENCE STUDIES
OF INGAAS/GAAS STRAINED SINGLEQUANTUM WELLS 332
E.D. JONES, L.R. DAWSON, J.F. KLEM, S.K. LYO, X.C. LIU & D. HEIMAN
(SANDIA NATIONAL LABS)
4. COHERENTOPTICAL SPECTROSCOPY IN HIGH MAGNETIC FIELDS
336
I. BAR-JOSEPH, S. BAR-AD & Y. LEVINSON
(WEIZMANN INSTITUTE, REHOVOT)
5. HIGH CARRIER DENSITY PHENOMENA IN MAGNETO-OPTICAL SPECTRA OF 2D
SEMICONDUCTOR STRUCTURES 342 M. POTEMSKI (GRENOBLE HIGH MAGNETIC FIELD
LAB)
6. MAGNETO-RAMAN SCATTERING BY OPTIC AND ACOUSTIC PHONONS IN QUANTUM
WELLS 350
T. RUF, A. CROS, J. SPITZER, G. GOLDONI & M. CARDONA
(MAX-PLANCK-INSTITUT, STUTTGART)
7. MAGNETIC TUNING OFSPATIALLY INDIRECT INTERBAND TRANSITIONS
IN PARABOLIC AND RECTANGULAR QUANTUM WELLS
354
M. FORKEL,H.HEITZER, J. EHRLICH,U. PENNER, G.H.DOHLER, G. MACKH, W.
OSSAU, K.L. CAMPMAN& A.C. GOSSARD (UNIVERSITY ERLANGEN-NTLRNBERG)
8. EXCITON RECOMBINATION DYNAMICS IN WIDE PARABOLICQUANTUM WELLS
IN STRONG MAGNETIC FIELDS
358
H. OKAMURA, D. HEIMAN, M. SUNDARAM & A.C. GOSSARD
(NORTHEASTERN UNIVERSITY)
9. TRANSFER OFEXCITONS BETWEEN COUPLED CDTE QUANTUM WELLS
TUNED BY AN EXTERNAL HIGH MAGNETIC FIELD
362
S. HAACKE, I. LAWRENCE, H. MARIETTE, P. PEYLA,
W.W. RUHLE& M. ZIGONE (GRENOBLEHIGHMAGNETIC FIELD LAB)
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C. INFRARED REGION
XXI
1. ELECTRONIC LIFETIMES OFEXCITED LANDAU LEVELS IN GAAS/ALGAAS
HETEROMRUCTURES 366 W. HEISS, B. MURDIN. C.J.G.M. LANGERAK, G.M.H.
KNIFPELS, I. MARAN, K. UNTERRAINER, E. GORNIK, C.R. PIDGEON, N.J.
HOVENTER, W.T. WENCKEBACH& G. WEIMANN
(TECHNISCHE UNIVERSITY WIEN)
2. TILTED FIELD CYCLOTRON RESONANCE IN MEGAGAUSS FIELDS USING THE
SEMIMETALLTC SUPERLATTICE SYSTEM INAS/GASB 370
R.J. NICHOLAS, Y.SHIMAMOTO, Y. IMANAKA, N. MIURA, N.J. MASON & P.J.
WALKER (UNIVERSITY OXFORD)
3. SHALLOW DONORS IN QUANTUMWELLS IN STRONG MAGNETIC FIELDS 374
W. WIDMANN, T. DARNHOFER & U.ROSSLER (UNIVERSITY REGENSBURG)
4. FAR-IR SPECTROSCOPY OFINAS/ALXGA,_XSB TYPE-II QUANTUM WELLS:
ELECTRON-HOLE INTERACTION IN HIGH MAGNETIC FIELDS 378
J. KONO, B.D. MCCOMBE, J.-P. CHENG, I. LO & W.C.MJTCHEL
(SUNY BUFFALO)
5. THE INFLUENCE OF LIGHT ON THE CONFINEMENT POTENTIAL
IN GAAS/GAALAS HETEROJUNCTIONS 382
G.M, SUMMERS, J.G. MICHELS, D.M. SYMONS, RJ. NICHOLAS, C.T. FOXON &
J.J.HARRIS (UNIVERSITY OXFORD)
6. MILLIMETREWAVE INDUCED MAGNETIC FIELD PINNING
IN A HIGH-MOBILITY LOW-DENSITY TWO-DIMENSIONAL ELECTRON GAS 386
G.M, SUNDARAM, I. KULAC, R. MEISELS, F. KUCHAR, C.T. FOXON & J.J. HARRIS
(MONRANUNIVERSITAT LEOBEN)
7 ANOMALIES IN THE CYCLOTRON RESONANCE IN INAS-ALSB QUANTUM WELLS 390
Y.B. VASJLYEV, H. KOBORI, T. OHYAMA, S.D. SUCHALKIN,
S.V. TVANOV, P.S. KOP EV & B.Y. MELTSER (OSAKA UNIVERSITY)
IMAGE 14
XXII
D. D-ANDX-
1.
HIGH MAGNETIC FIELD PROPERTIES OF THE NEGATIVELY-CHARGED EXCITON (X~) IN
MODULATION-DOPED QUANTUM WELLS 394
R.T. COX, K. KHENG, K. SAMINADAYAR, T. BARON & S. TATARENKO
(CEA/CEN-GRENOBLE)
2. RESONANT POLARON COUPLING OFD~ CENTERS IN QUANTUM WELLS 402
S. HUANT & B. ETIENNE (GRENOBLE HIGH MAGNETIC FIELD LAB)
3. RESONANT POLARON EFFECTS ON D CENTERS IN GAAS/ALGAAS
MULTIPLE-QUANTUM-WELL STRUCTURES 406
J.-P. CHENG, B.D. MCCOMBE& W. SCHAFF (MIT NATIONAL MAGNET LAB)
4. MAGNETO-OPTICS OF IMPURITY TRANSITIONS IN QUANTUM WELLS: TEMPERATURE
EFFECTS AND EVOLUTION FROM D~ CENTERS TO LOCALIZED MAGNCTOPLASMONS 410
A.B. DZYUBENKO, A.Y. SIVACHENKO, Y.E. LOZOVIK & A.L. YABLONSKII (RUSSIAN
ACADEMY OFSCIENCES)
IMAGE 15
VII. ELECTRON SOLID XXIII
1. PHOTOLUMINESCENCE FROM THE WIGNER CRYSTAL 416
H. FERTIG (UNIVERSITY KENTUCKY)
2. ELECTRON LIQUID-SOLID PHASE BOUNDARY AT FINITE DENSITY AND FIELD IN
HETEROSTRUCTURES 424
R. PRICE (UNIVERSITY MARYLAND)
3. LIQUID AND SOLID PHASES IN THE DILUTE 2D ELECTRON SYSTEM 432
V.M. PUDALOV (RUSSIAN ACADEMY OFSCIENCE, MOSCOW)
4. INTER-ELECTRON COULOMB INTERACTION AND DISORDER IN THE ACTIVATED
TRANSPORT IN MAGNETIC-FIELD-INDUCED INSULATING PHASE IN 2D SYSTEMS 440
A. FUKANO, S. KAWAJI, J. WAKABAYASHI, K. HTRAKAWA, H. SAKAKI, T. GOTO,
Y. KOIKE & T. FUKASE
(GAKUSHUIN UNIVERSITY, TOKYO)
5. A MOLECULAR DYNAMICS STUDY OFORIENTATIONAL ORDER AND DEPINNING
IN A MODEL OF THE DISORDERED ELECTRON SOLID 444
M.-C. CHA& H.A. FERTIG (UNIVERSITY KENTUCKY)
6. CORRELATED INTERSTITIALS AND THE HALL EFFECT IN THE WIGNER CRYSTAL
448
L. ZHENG & H.A. FERTIG (UNIVERSITY KENTUCKY)
7. TRANSPORT AND PHOTOLUMINESCENCE STUDIES OF 2D HOLE SYSTEMS IN THE
EXTREME QUANTUMLIMIT 452 P.J. RODGERS, B.L. GALLAGHER, M. HENINI, Y.
PONOMAREV,
A. USHER& G. HILL (UNIVERSITY NOTTINGHAM)
IMAGE 16
XXIV
VIII. NANOSTRUCTURES
A. QUANTUM DOTS
1. SINGLE-ELECTRON TUNNELING IN QUANTUM DOT SYSTEMS 456
R.J. HAUG (MAX-PLANCK-INSTITUT, STUTTGART)
2. EDGE PROPERTIES OFQUANTUM DOTS IN THE FRACTIONAL QUANTUM HALL REGIME
464 M.D. JOHNSON (UNIVERSITY CENTRAL FLORIDA)
3. STUDY OF A COULOMB ISLAND IN STRONG MAGNETIC FIELDS 472
O. KLEIN, C.DE C. CHAMON, D. TANG, D.M. ABUSCH-MAGDER, U. MEIRAV, X.-G.
WEN, M.A. KASTNER & S.J. WIND (MIT)
4. MAGNETIC FIELD-INDUCED LOCALIZATION IN A 2D ARRAY OF QUANTUM DOTS 476
G.M. GUSEV, U. GENNSER, X. KLEBER, D.K. MAUDE, J.-C. PORTAL, D.I.
LUBYSHEV, Y.V. NASTAUSHEV & P. BASMAJI
(UNIVERSITY SAO PAULO)
5. MAGNETOTRANSPORT OF ELECTRONS IN ARRAYS OF ANTIDOTS
IMPOSED UPON SI/SI0 7GE0 3 HETEROSTRUCTURES 480
D. TOBBEN, M. HOLZMANN, S. KUHN, H. LORENZ,
G. ABSTREITER, J.P. KOTTHAUS & F. SCHAFFLER (SCHOTTKY INSTITUT, MUNCHEN)
6. MAGNETIZATION AND HEAT CAPACITY OFTWO ELECTRONS IN 3D QUANTUM DOTS
484 J.H. OH, K.J. CHANG, G. IHM, S.J. LEE & T.W. KIM
(KOREA ADVANCED INSTITUTE, KOREA)
7. THE DIAMAGNETIC SHIFT OF EXCITONS IN STRAIN-CONFINED QUANTUM WIRES
AND DOTS 488 T.H. GFROERER, M.D. STURGE, K. KASH, J.A. YATER, A.S.PLAUT,
P.S.D. LIN, L.T. FLOREZ, J.P. HARBISON, S.R. DAS & L. LEBRUN
(DARTMOUTH UNIVERSITY)
8. MANY BODY EFFECTS ON TUNNELING THROUGH QUANTUM DOTS:
TUNNELING RATES AND ADDITION SPECTRA 492
L. MARTIN-MORENO, J.J. PALACIOS, J.H. OAKNIN, C. TEJEDOR,
G. CHIAPPE & E.LOUIS (UNIVERSITY AUT6NOMA DE MADRID)
IMAGE 17
XXV
B. QUANTUM WIRES
1. EFFECT OF A MAGNETIC FIELD ON THE OPTICAL SPECTRA OFDOPED QUANTUM
WIRES 496 C. TEJEDOR, F.J.RODRIGUEZ & M.R.S. TAVARES
(UNIVERSITY AUT6NOMA DE MADRID)
2. FIR-TRANSMISSION AND -PHOTOCONDUCTIVITY STUDIES OF SHALLOW ETCHED
QUANTUM WIRES 504
CM. ENGELHARDT, R. STRENZ, M. ASCHAUER, G. BOHM, G. WEIMANN, V. ROSSKOPF
& E. GORNIK (SCHOTTKY INSTITUT, MIINCHEN)
3. RESISTANCE OF A LONG WIRE IN THE QUANTUM HALL REGIME 508
M.M. FOGLER & B.I. SHKLOVSKII (UNIVERSITYMINNESOTA)
4. HIGH EXCITATION MAGNETOLUMINESCENCE STUDY OF HI-V QUANTUM WIRES 512
M.BAYER, A. FORCHEL, T. REINECKE & P. KMPP (UNIVERSITY WURZBURG)
5. THE BALLISTIC TRANSPORT IN CROSSED ELECTRIC AND MAGNETIC FIELDS 516
T. NAKANISHI, T.OHTSUKI & M.SAITOH (OSAKA UNIVERSITY)
6. ENERGY-MOMENTUM RELATION FOR MAGNETOPOLARONS
IN QUASI-ONE-DIMENSIONAL QUANTUM-WELL WIRES
520
L. WENDLER, R. KUGLER & R. HAUPT (MARTIN-LUTHER-UNIVERSITY, HALLE)
7. AHARONOV-BOHM EFFECT IN A RING WITH FINITE WIDTH IN THE TUNNELING
REGIME 524
W.-C. TAN & J.C. JNKSON (UNIVERSITY EXETER)
8. OPTICAL SINGULARITIES IN QUANTUMWIRES IN HIGH MAGNETIC FIELDS 528
J.M. CALLEJA, A.R. GONI, A. PINCZUK, B.S. DENNIS, J.S. WEINER,
L.N. PFEIFFER, K.W. WEST (UNIVERSITY AUTONOMA DEMADRID)
9. SECOND-HARMONIC GENERATION AT HIGH MAGNETIC FIELDS
IN QUASIBALLISTIC GAAS/ALGAAS QUANTUM WIRE 532
J. WR6BEL, F.KUCHAR, G. GRABECKI, T. DJETL, K. ISMAIL,
K.Y. LEE,R. LOSCH& W.SCHLAPP (POLISH ACADEMY SCIENCES)
10. MESOSCOPIC PHOTOVOLTAIC EFFECT IN QUANTUM WIRES AND SMALL RINGS
IN STRONG MAGNETIC FIELDS
536
A.A.BYKOV, G.M. GUSEV, Z.D. KVON, E.B. OL SHANETSKTJ. &
S.P. MOSHENKO (RUSSIAN ACADEMY SCIENCES, SIBERIA)
11. MAGNETORESISTANCE OFQUANTUM WIRES FOR SELF-CONSISTENT
IONIZED IMPURITY SCATTERING
540
M.SUHRKE, A. MENSCHIG, S.Y. NIKITIN & H. SCHWEIZER
(UNIVERSITY REGENSBURG)
IMAGE 18
XXVI
IX. TUNNELING
1. HIGH MAGNETIC FIELD STUDIES OF NEW PHENOMENA IN RESONANT TUNNELING
544 L. EAVES, T.M. FROMHOLD, J. WANG, P.H. BETON, N. MORI, T.J. FOSTER,
H. BUHMANN, F.W. SHEARD, P.C. MAIN & M. HENINI (UNIVERSITY NOTTINGHAM)
2. HIGH-FIELD MAGNETOTUNNELING SPECTROSCOPY OF VALENCE BAND DISPERSION
IN STRAINED SIGE QUANTUM WELLS 554
A. ZASLAVSKY, T.P. SMITH IN, D.A. GRUTZMACHER, S.Y. LIN & T.O. SEDGWICK
(BROWN UNIVERSITY)
3. MAGNETOTRANSPORT IN TRIPLE BARRIER RESONANT TUNNELING DIODES 562
M.R. DESHPANDE, M.A. REED, L.D. MACKS, S.A. BROWN, R.P.STARRETT, R.G.
CLARK, C.L. FERNANDO & W.R. FRENSLEY (YALE UNIVERSITY)
4. EQUILIBRIUM TUNNELING SPECTROSCOPY OF IMPURITY STATES IN DOUBLE
BARRIERRESONANT TUNNELING STRUCTURES 566
L. GHENIM, J.C. PORTAL, D.L. SIVCO, A.Y. CHO & G. HILL (CNRS)
5. TRANSITION FROM LATERALLY CONFINED STATES TO LANDAU LEVELS IN A ID
RESONANT TUNNELLING DIODE 570
J. WANG, P.H. BETON, N. MORI, L.EAVES, P.C. MAIN,
TJ. FOSTER & M. HENINI (UNIVERSITY NOTTINGHAM)
6. THE TRANSITION TO CHAOS IN A QUANTUMWELL
SUBJECTED TO A STRONG TILTED MAGNETIC FIELD 574
J. MIAO, T.M. FROMHOLD, F.W. SHEARD, G. EDWARDS &
L. EAVES (UNIVERSITY NOTTINGHAM)
7. QUENCHING OF BALLISTIC TRANSPORT IN A RESONANT-TUNNELING HOT-ELECTRON
TRANSISTOR AT TRANSVERSE HIGH MAGNETIC FIELD 578
T. STRUTZ, T, TAKAMASU, N. MIURA, K. DVIAMURA & L. EAVES (ISSP TOKYO)
8. EFFECT OF ELECTRON-PHOTON COUPLING ON THE MAGNETOTUNNELING CURRENT
THROUGH A SEMICONDUCTOR HETEROSTRUCTURE 582
J. 1NARREA SC G. PLATERO (UNIVERSITY AUTDNOMA DE MADRID)
IMAGE 19
X. DELTA-DOPED LAYERS
XXVII
1 HIGH-FIELD MAGNETOTRANSPORT IN A GAG 8IN0 2AS QUANTUM WELL WITH A
PARALLEL SI 6-LAYER 588
M VAN DER BURGT, V.C. KARAVOLAS, F M. PEETERS, J SINGLETON, R J
NICHOLAS, F.HERLACH, J J HARRIS, M VANHOVE& G. BORGHS (UNIVERSITY
OXFORD) 2 HIGH-FIELD MAGNETOTRANSPORT IN SI 6-DOPED GAAS LAYERS 592
R BOGAERTS.P.M KOENRAAD, A F.W VAN DE STADT, H. LEOPOLD, L VAN BOCKSTAL,
F. HERLACH& J H WOLTER (KATHOHEKEUNIVERSITY LEUVEN)
3. MAGNETIC FREEZE-OUT INDUCED TRANSITION FROM THREE- TO TWO-DIMENSIONAL
MAGNETOTRANSPORT IN SI 5-DOPED INSB LAYERS GROWN ON GAAS 596
R.BOGAERTS, A. DE KEYSER, L. VAN BOCKSTAL, F. HERLACH, V C. KARAVOLAS,
F.M. PEETERS & G. BORGHS (KATHOLIEKE UNIVERSITY LEUVEN)
4 QUANTUM TRANSPORT OF 6-DOPED GAAS STRUCTURES 600
G. ZHENG, Y. WEI, S. GUO, D.TANG, Z PENG & Y. ZHANG
(SHANGHAI INSTITUTE OF TECHNICAL PHYSICS)
5. QUANTUM MOBILITIES AS A FUNCTION OF THE SUPERLATTICE PERIOD
IN SI ATOMIC-LAYER-DOPED GAAS
604
A.B. HENRIQUES, V. BINDILATTI & N.F. OLIVEIRA JR.
(UNIVERSITY SAO PAULO)
6. ELECTRON MOBILITY IN SI DELTA-DOPED GAAS
608
P.M. KOENRAAD, A.F.W. VANDE STADT, J.M. SHI, G.Q. HAI,
N. STUDART, P. VANSANT, F.M. PEETERS, J.T. DEVREESE,
J.A.A.J. PERENBOOM& J.H. WOLTER (EINDHOVEN UNIVERSITY TECHNOLOGY)
IMAGE 20
XI. SI-GE
1. QUANTUM OSCILLATIONS IN THE CYCLOTRON PHONON EMISSION FROM A HEATED
TWO-DIMENSIONAL ELECTRON GAS 612
J. COOPER, L.J. CHALLIS, F.F. OUALI & C.J. MELLOR
(UNIVERSITY NOTTINGHAM)
2. PHOTOLUMINESCENCE FROM A SIGE /STRAINED-SI/ SIGE QUANTUM WELL IN A
HIGH MAGNETIC FIELD 616
U. GENNSER, F. COPPINGER, M.POTEMSKI, D.K. NAYAK & J.C. PORTAL
(CNRS-SNCI)
3. SI-SIGE 2DE&HS TRANSPORT IN PULSED HIGH MAGNETIC FIELDS 620
F.F.FANG, R.B. DUNFORD, R.G. CLARK, R. NEWBURY, R.P. STARRETT, V.A.
STADNIK, A.V. SKOUGAREVSKY,
R.H. MCKENZIE, J.O. CHU, K.E. ISMAIL & B.S. MEYERSON (IBM WATSON)
4. QUANTUM RESONANCES OF HOLES IN STRAINED GE/SIXGEJ_X QUANTUM WELLS 624
M. MERKLER, R. WINKLER, T. DARNHOFER& U. ROSSLER (UNIVERSITY REGENSBURG)
5. QUANTUM EFFECT OFHIGH DC MAGNETIC FIELDS ON HOT-ELECTRON SCATTERING
BY ACOUSTIC PHONONS IN N-TYPE GERMANIUM 628
C.C. WU & C.J. LIN (NATIONAL CHIAO TUNG UNIVERSITY)
6. THE INFLUENCE OF THE SECOND CONFINEMENT SUBBAND ON THE QHE
IN P-GE/GE, XSIX MULTI-QUANTUM WELLS 632
Y.G. ARAPOV, N.A. GORODILOV, V.N. NEVEROV, M.V. YAKUNIN, A.L. CHERNOV,
O.A, KUZNETSOV, L.K. ORLOV & R.A. RUBTSOVA (RUSSIANACAD SCIENCES,
EKATERINBURG)
7. THE NOVEL STATE OF A TWO-DIMENSIONAL ELECTRON GAS
NEAR SILICON SURFACE IN HIGH MAGNETIC FIELDS 636
G.M.GUSEV, Z.D. KVON, V.T. DOLGOPOLOV & A.A. SHASHKIN (INSTITUTE OF
SEMICONDUCTOR PHYSICS, NOVOSIBIRSK)
IMAGE 21
XXIX
XII. MAGNETICSEMICONDUCTORS
1. INTERFACE CHARACTERIZATION BY ZEEMAN EFFECT IN STRUCTURES WITH
SEMIMAGNETIC SEMICONDUCTORS 638 J.A. GAJ, J. CIBERT, G. FEUILLET, W.
GRIESHABER, G.KARCZEWSKI, P. KOSSACKI, Y. MERLE D AUBIGNE, N.T. KHOI, A.
WASIEKI & T. WOJTOWICZ (WARSAW UNIVERSITY)2. MAGNETIC POLARONS IN
SEMIMAGNETIC QUANTUM WELLS AND SUPERLATTICES 646 D.R. YAKOVLEV
(WIIRZBURG UNIVERSITY)3. MAGNETIC FIELD TUNABLE CARRIER CONFINEMENT IN
ZNSE/(ZNFE)SE QUANTUM WELLS 654T. SCHMIEDEL, W.Y. YU, A. PETROU, H.
ABAD, B.T. JONKER & J. WARNOCK (FSU NATIONAL HIGH MAGNETIC FIELD LAB)4.
MAGNETIC ACCEPTOR COMPLEX IN MN-DOPED GAAS 658X.C. LIU, D. HEIMAN, J.
HAO & K.C. HSIEH (MIT NATIONAL MAGNET LAB)5. MAGNETO-OPTICAL STUDY OF
CDTE/CD^MNJE MULTIPLEQUANTUM WELLSIN THE MEGA-GAUSS FIELD RANGE 662S.
KURODA, K. KOJFMA, K. KOBAYASHI, K. UCHJDA,N. MIURA & K.TAKITA
(UNIVERSITY TSUKUBA)6. MAGNETIZATION STUDIES OF EUTE/PBTE SUPERLATTICES
IN HIGH MAGNETIC FIELDS 666J.J. CHEN, M.S.DRESSELHAUS, E.J. MCNIFF,
G.DRESSELHAUS,G.SPRDMGHOLZ & G. BAUER (MIT)7. TIME-RESOLVED
PHOTOLUMINESCENCE FROM DILUTED MAGNETIC SEMICONDUCTORQUANTUM WELLS IN
HIGH MAGNETIC FIELDS 670M. DAHL, W. GEBAUER, R. PREDIGER & A. WAAG
(UNIVERSITY WIIRZBURG)8. MAGNETO-RESONANCES IN EPITAXIAL HG(FE)SE LAYERS
674O.PORTUGALL,M.BARCZEWSKI, S. LUTHER, N. PUHLMANN, M. VON ORTENBERG,
R. SCHONFELD, T. WEDMER, D. SCHIKORA & N. MIURA (HUMBOLDT-UNIVERSITY
BERLIN)9. INVESTIGATION OF SPIN-LATTICE RELAXATION IN DILUTED MAGNETIC
SEMICONDUCTORSIN HIGH MAGNETIC FIELDS 678A.M. WITOWSKI, W. BARDYSZEWSKI,
C. KUTTER, M. POTEMSKI,P. WYDER, B. WITKOWSKA, A.MYCIELSKI & (WARSAW
UNIVERSITY)10. TRANSITION METAL IMPURITIES AND BAND OFFSETS: ZNI-JMN^SE
682V.R. GALAKHOV, T.P.SURKOVA, E.Z. KURMAEV, V.I. SOKOLOV,C. ZUBRAGEL,
M. NEUMANN & Y.N. JVANOV (URAL RUSSIAN ACADEMY OF OF SCIENCES)
IMAGE 22
XXX
XIII. 3D SYSTEMS
1 QUANTUM ASPECTS OF LANDAU EMISSION BY MAGNETOELECTNC PHOTOEFFECT OF
INSB AT HIGH MAGNETIC FIELDS 686
T MORIMOTO, M CHIBA, S UEDA, G KIDO &T HAMAMOTO (KYOTO UNIVERSITY)
2 RESONANT MAGNETO-POLARONS M INP 690
F IIKAWA, T RUF& M CARDONA (MAX PLANCK INSTITUT, STUTTGART)
3 FAR-INFRARED MAGNETO-SPECTRAOFP-INP UNDER ULTRA-HIGH MAGNETIC FIELDS
694 H YOKOI.N MIURA, S TAKEYAMA&M OSJNSKI (ISSP TOKYO) 4 IRREDUCIBLE
SPHERICAL TENSOR FORMULATION OF MAGNETO-OPTICAL TRANSITIONS IN THE
EXTENDED PIDGEON AND BROWN MODEL 698
G FAVROT (MIT)
5 THE WAVE-FUNCTION MIXTURE OFSUBBAND ELECTRON LANDAU LEVELS IN HGCDTE
702 J CHU, R SIZMANN, K LIU &F KOCH (SHANGHAI INST TECHNICAL PHYSICS)
6 QUANTUM OSCILLATIONS IN THE HALL EFFECT OFTHM SC, XERXAS EPITAXIAL
LAYERSBUNED IN GAAS 706
R BOGAERTS.A DE KEYSER, F. HERLACH, F M PEETERS, F DEROSA, C J
PALMSTR0M, D. BREHMER& S J ALLEN, JR (KATHOLIEKE UNIVERSITY LEUVEN)
7 ANISOTROPIC ELECTRON-PHONON INTERACTION OBSERVED IN THE MAGNETOPHONON
RESONANCE OF BLACK PHOSPHORUS 710
T STRUTZ.N MIURA, Y AKAHAMA&G KIDO (ISSP TOKYO)
IMAGE 23
XXXI
ORGANICCONDUCTORS
OSCILLATORY MAGNETOTRANSPORT EFFECTS DUE TO FERMI SURFACE GEOMETRICAL
RESONANCE 714 Y.IYE (ISSP TOKYO)
FERMI SURFACE STRUCTURE IN THE LOW-DIMENSIONAL ORGANIC CONDUCTORS
(BEDT-TTF)2X 722
S.J. KLEPPER, J.S. BROOKS, G.J. ATHAS, C. CAMPOS, S. VALFELLS, P.
SANDHU,M. TOKUMOTO, N. KINOSHITA, T. KJNOSHTTA, Y. TANAKA, H. ANZAI, J.
VAN BENTUM, J.A.A.J. PERENBOOM, D.HEIMAN, X. LIU & U. GENNSER (MTT
NATIONAL MAGNET LAB)
FERMIOLOGY AND FIELD-INDUCED PHASE TRANSITIONS OF LOW-DIMENSIONAL
ORGANIC CONDUCTORS IN HIGH MAGNETIC FIELDS 726
C.C. AGOSTA, C.H. MD3LKE, S.A. IVANOV, D.A. HOWE, F.M. MORGAN, M.
TOKUMOTO, N. KINOSHITA & H.ANZAI (CLARK UNIVERSITY)
MILLIMETER WAVE PHOTOCONDUCTIVITY IN THE MAGNETIC-FIELD-INDUCED
INSULATOR PHASE OF KISH GRAPHITE 730
T. TAKAMASU & N. MIURA (ISSP TOKYO)
SUPPRESSION OFDENSITY-WAVE BY THE MAGNETIC BREAKDOWN: A POSSIBLE
MECHANISM FOR HIGH-MAGNETIC-FIELD PHASE TRANSITION IN THE
QUASI-TWO-DIMENSIONAL ORGANIC CONDUCTORS A-(BEDT- TTF)2MHG(SCN)4 734 T.
OSADA, S. KAGOSHJMA& N. MIURA (ISSP TOKYO)
A STUDY OFTHE RAPID OSCILLATIONS OF (TMTSF)2C104 IN DIFFERENT REGIONS OF
THE H-T PHASE DIAGRAM 738
C.C. AGOSTA, D.A. HOWE, M.A. ANITA, S.A. IVANOV, C.H. MIELKE & F.M.
MORGAN (CLARK UNIVERSITY)
MAGNETIC-FIELD-INDUCED ELECTRONIC PHASE TRANSITION IN NEUTRON-IRRADIATED
GRAPHITE 742 Y. YAGUCHT, Y. IYE, T. TAKAMASU, N. MIURA& T. IWATA
(ISSP TOKYO)
INFRARED MAGNETOSPECTROSCOPY IN GRAPHITE UNDER PULSED ULTRAHIGH MAGNETIC
FIELDS 746 Y. SHIMAMOTO, H. NOJIRI & N. MIURA (ISSP TOKYO)
IMAGE 24
XXXII
XV. EXPERIMENTALMETHODS
1. MEASURING QUANTUM HALL RESISTORS IN PULSED MAGNETIC FIELDS 750
M. VAN DER BURGT, F.M. PEETERS, J. SINGLETON, RJ.NICHOLAS, F. HERLACH,
J.J.HARRIS & C.T. FOXON (UNIVERSITY OXFORD)
2. INSTRUMENTATION FOR SEMICONDUCTOR PHYSICS RESEARCH
AT THE AUSTRALIAN NATIONAL PULSED MAGNET LABORATORY 754
R.G. CLARK, R. NEWBURY, R.P. STARRET, L.D. MACKS, A.V. SKOUGAREVSKY &
A.G. DA VIES (UNIVERSITYNEW SOUTH WALES)
|
| any_adam_object | 1 |
| author_corporate | International Conference on High Magnetic Fields in the Physics of Semiconductors Cambridge, Mass |
| author_corporate_role | aut |
| author_facet | International Conference on High Magnetic Fields in the Physics of Semiconductors Cambridge, Mass |
| author_sort | International Conference on High Magnetic Fields in the Physics of Semiconductors Cambridge, Mass |
| building | Verbundindex |
| bvnumber | BV017081626 |
| callnumber-first | Q - Science |
| callnumber-label | QC610 |
| callnumber-raw | QC610.9 |
| callnumber-search | QC610.9 |
| callnumber-sort | QC 3610.9 |
| callnumber-subject | QC - Physics |
| ctrlnum | (OCoLC)34513912 (DE-599)BVBBV017081626 |
| dewey-full | 537.6/22 |
| dewey-hundreds | 500 - Natural sciences and mathematics |
| dewey-ones | 537 - Electricity and electronics |
| dewey-raw | 537.6/22 |
| dewey-search | 537.6/22 |
| dewey-sort | 3537.6 222 |
| dewey-tens | 530 - Physics |
| discipline | Physik |
| format | Conference Proceeding Book |
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| genre | (DE-588)1071861417 Konferenzschrift 1994 Cambridge Mass. gnd-content |
| genre_facet | Konferenzschrift 1994 Cambridge Mass. |
| id | DE-604.BV017081626 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T19:13:34Z |
| institution | BVB |
| institution_GND | (DE-588)5168122-5 |
| isbn | 9810221819 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-010305423 |
| oclc_num | 34513912 |
| open_access_boolean | |
| owner | DE-355 DE-BY-UBR |
| owner_facet | DE-355 DE-BY-UBR |
| physical | XXXII, 765 S. Ill., graph. Darst. |
| publishDate | 1995 |
| publishDateSearch | 1995 |
| publishDateSort | 1995 |
| publisher | World Scientific |
| record_format | marc |
| spelling | International Conference on High Magnetic Fields in the Physics of Semiconductors 11 1994 Cambridge, Mass. Verfasser (DE-588)5168122-5 aut 11th Internationale Conference High Magnetic Fields in the Physic of Semiconductors August 8 - 12, 1994, Francis Bitter National Magnet Laboratory,Massachusetts Institute of Technology ed. Donald Heiman High magnetic fields in the physics of semiconductors Singapore World Scientific 1995 XXXII, 765 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Magnetic fields Industrial applications Congresses Semiconductors Congresses Halbleiterphysik (DE-588)4113829-6 gnd rswk-swf Hochmagnetfeld (DE-588)4160168-3 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1994 Cambridge Mass. gnd-content Hochmagnetfeld (DE-588)4160168-3 s Halbleiterphysik (DE-588)4113829-6 s DE-604 Heiman, Donald Sonstige oth GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=010305423&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | 11th Internationale Conference High Magnetic Fields in the Physic of Semiconductors August 8 - 12, 1994, Francis Bitter National Magnet Laboratory,Massachusetts Institute of Technology Magnetic fields Industrial applications Congresses Semiconductors Congresses Halbleiterphysik (DE-588)4113829-6 gnd Hochmagnetfeld (DE-588)4160168-3 gnd |
| subject_GND | (DE-588)4113829-6 (DE-588)4160168-3 (DE-588)1071861417 |
| title | 11th Internationale Conference High Magnetic Fields in the Physic of Semiconductors August 8 - 12, 1994, Francis Bitter National Magnet Laboratory,Massachusetts Institute of Technology |
| title_alt | High magnetic fields in the physics of semiconductors |
| title_auth | 11th Internationale Conference High Magnetic Fields in the Physic of Semiconductors August 8 - 12, 1994, Francis Bitter National Magnet Laboratory,Massachusetts Institute of Technology |
| title_exact_search | 11th Internationale Conference High Magnetic Fields in the Physic of Semiconductors August 8 - 12, 1994, Francis Bitter National Magnet Laboratory,Massachusetts Institute of Technology |
| title_full | 11th Internationale Conference High Magnetic Fields in the Physic of Semiconductors August 8 - 12, 1994, Francis Bitter National Magnet Laboratory,Massachusetts Institute of Technology ed. Donald Heiman |
| title_fullStr | 11th Internationale Conference High Magnetic Fields in the Physic of Semiconductors August 8 - 12, 1994, Francis Bitter National Magnet Laboratory,Massachusetts Institute of Technology ed. Donald Heiman |
| title_full_unstemmed | 11th Internationale Conference High Magnetic Fields in the Physic of Semiconductors August 8 - 12, 1994, Francis Bitter National Magnet Laboratory,Massachusetts Institute of Technology ed. Donald Heiman |
| title_short | 11th Internationale Conference High Magnetic Fields in the Physic of Semiconductors |
| title_sort | 11th internationale conference high magnetic fields in the physic of semiconductors august 8 12 1994 francis bitter national magnet laboratory massachusetts institute of technology |
| title_sub | August 8 - 12, 1994, Francis Bitter National Magnet Laboratory,Massachusetts Institute of Technology |
| topic | Magnetic fields Industrial applications Congresses Semiconductors Congresses Halbleiterphysik (DE-588)4113829-6 gnd Hochmagnetfeld (DE-588)4160168-3 gnd |
| topic_facet | Magnetic fields Industrial applications Congresses Semiconductors Congresses Halbleiterphysik Hochmagnetfeld Konferenzschrift 1994 Cambridge Mass. |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=010305423&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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