Includes bibliographical references and indexes.

Print version record.

Front Cover; Modulation Techniques; Copyright Page; Contents; List of Contributors; Preface; Contents of Previous Volumes; Chapter 1. Electroreflectance; I. Introduction; ll. Electroreflectance in Phenomenological Description; lll. Theoretical Concepts in Electroreflectance; IV. Experimental Methods in Electroreflectance; V. Experimental Results; VI. Analysis of Electroreflectance Spectra; VII. Addendum; Chapter 2. Modulated Interband Magnetooptics; I. Introduction; ll. Theory of Interband Transitions in a Magnetic Field; lll. Modulation Techniques; lV. Experimental Results.

Chapter 3. Electroabsorptionl. Introduction; ll. The Exciton in a Uniform Electric Field; lll. Experimental Results; IV. Summary; Appendix; Chapter 4. Thermal and Wavelength Modulation Spectroscopy; l. Introduction; ll. ExperimentalProcedures; lll. Phenomenological Basis; IV. Elementary Theory; V. The Electron-Phonon Interaction; VI. The Electron-Hole Interaction; VII. Experimental Results; VIII. Note Added in Proof; Chapter 5. Piezooptical Effects; I. Introduction; ll. Macroscopic Theory and Notation; lll. Strain Perturbation; IV. Electronic Interband and Intraband Transitions.

V. Electronic Impurity StatesVI. Lattice Vibrations; VII. Experimental Considerations; Chapter 6. Electric-Field Effects on the Dielectric Function of Semiconductors and Insulators; l. Introduction; ll. Interaction of Light with Matter; lll. Electric-Field Effects in the One-Electron Approximation; IV. Generalizations of the One-Electron Theory; V. Analysis of Electroreflectance; VI. Conclusion; Author Index; Subject Index.

SEMICONDUCTORS & amp; SEMIMETALS V9.

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