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Resonance Raman scattering in semiconductors and semiconductor microstructures

J. Menéndez

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Abstract

Resonance Raman Scattering is a unique form of modulation spectroscopy that uses the material's phonons rather than externally supplied agents to modulate the electronic structure. We review the applications of this technique to semiconducting materials. Special emphasis is given to research on quantum well and superlattice systems, particularly to phonon localization effects and to analysis of resonant profiles.

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Resonance Raman Scattering is a unique form of modulation spectroscopy that uses the material's phonons rather than externally supplied agents to modulate the electronic structure. We review the applications of this technique to semiconducting materials. Special emphasis is given to research on quantum well and superlattice systems, particularly to phonon localization effects and to analysis of resonant profiles.

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Available abstract

Resonance Raman Scattering is a unique form of modulation spectroscopy that uses the material's phonons rather than externally supplied agents to modulate the electronic structure. We review the applications of this technique to semiconducting materials. Special emphasis is given to research on quantum well and superlattice systems, particularly to phonon localization effects and to analysis of resonant profiles.

Key concepts: Raman scattering, Phonon, Semiconductor, Superlattice, Raman spectroscopy, Materials science, Resonance (particle physics), Scattering

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