Rendiconti della Scuola internazionale di fisica "Enrico Fermi."

Front Cover
North-Holland, 1993 - Nuclear physics - 473 pages

Contents

Introduction
1
Transport and optical properties in superlattices and quantum wells
9
Conclusion
20
a new weapon in todays experimental arsenal
27
Examples of results for some systems
31
Future avenues
35
Metalsemiconductor interfaces
39
External magnetic fields
41
105
322
W MOLENKAMP H VAN HOUTEN C W J BEENAKKER and C
365
Introduction
379
quantum devices
386
tunable discontinuities
392
Pattern transferadditive processing pag
403
Etching
404
Dryetching damage
406

Monolayer regime
53
Isovalent substitutions
62
Band offsets and linearresponse scheme
69
interface dipoles
76
Conclusions
83
Samples
93
Experimental techniques
96
Experimental results
98
A STELLA
105
G GUIZZETTI and A PIAGGI Optical properties of silicides
123
Excitons in semiconductors
131
Electrooptical applications
153
YONG CHEN
169
Excitons in quantum wells
188
Excitonpolariton states
190
Experiment
198
S BARONI P PAVONE P GIANNOZZI S DE GIRONCOLI and E MOLI
243
Densityfunctional perturbation theory
249
Line shape analysis
267
Conclusions
408
A BOSACCHI and S FRANCHI Molecularbeam epitaxy of advanced structures based on IIIV compounds 1 Introduction pag
411
Fundamentals of the MBE growth process
412
Technology of MBE
416
MBE growth fronts and interfaces
419
Epitaxial structures
421
Conclusions
428
CARDONA Problems in optical properties of semiconductors and their solutions 1 Introduction
435
Plasmons carrier effective masses
436
Symmetry effects
441
123
446
Phonons in bulk crystals and superlattices
447
Coupling mechanisms in Raman scattering by phonons
450
Surface excitations
456
Stress and strain effects
461
Impurities isotopic disorder
463
Widths and selfenergies of excitons
468
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