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New Developments in Semiconductor Physics

Proceedings of the International Summer School Held in Szeged, Hungary, July 1 – 6, 1979

  • Conference proceedings
  • © 1980

Overview

Editors:
  1. Ferenc Beleznay
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  2. György Ferenczi
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  3. János Giber
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Part of the book series: Lecture Notes in Physics (LNP, volume 122)

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Table of contents (16 papers)

  1. Front Matter

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  2. Low temperature photo- and magneto-transport involving impurity-phonon resonances in semiconductors

    • R. A. Stradling
    Pages 1-28

  3. Optically detected magnetic resonance studies of semiconductors

    • B. C. Cavenett
    Pages 29-49

  4. Deep level spectroscopy in semicounductors by optical excitation

    • H. G. Grimmeiss
    Pages 50-68

  5. Depleted layer spectroscopy

    • A. Mircea, D. Pons, S. Makram-Ebeid
    Pages 69-96

  6. Luminescence of chromium in gallium arsenide

    • Claude M. Penchina
    Pages 97-106

  7. Analysis of defect states by transient capacitance methods in proton bombarded gallium arsenide at 300 K and 77 K

    • A. Nouailhat, G. Guillot, G. Vincent, M. Baldy, A. Chantre
    Pages 107-115

  8. Properties of an extended defect in GaAs.62P.38

    • George Ferenczi
    Pages 116-122

  9. Large defect-lattice relaxation phenomena in solids

    • Jerzy M. Langer
    Pages 123-149

  10. Temperature dependent decay of a metastable state of systems with large impurity-lattice relaxation (CdF2 : In)

    • U. Ogonowska
    Pages 150-154

  11. Electron-phonon interaction: Polaron transport

    • J. T. Devreese
    Pages 155-175

  12. Stress dependence of quantum limit hall effect and transverse magnetoresistance in n-InSb

    • E. J. Fantner
    Pages 176-188

  13. Photoluminescence in amorphous semiconductors

    • I. Kósa Somogyi, M. Koós, V. A. Vassilyev
    Pages 189-214

  14. Man-made semiconductor superlattices

    • G. A. Sai-Halasz
    Pages 215-225

  15. The localized states of interfaces and their physical models

    • J. Giber
    Pages 226-252

  16. Cyclic cluster model (CCM) in the CNDO approximation for deep levels in covalent solids

    • P. Deák
    Pages 253-262

  17. Is there a minimum linewidth in integrated circuits?

    • J. Torkel Wollmark
    Pages 263-276

  18. Back Matter

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