Conditions For The Observation Of The Surface Plasmon In A Semiconductor Superlattice By Inelastic Light Scattering
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Plasmon spectroscopy: Theoretical and - De Gruyter
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tronic excitations, which can be observed by inelastic light scattering, fall into the case of patterning the semiconductor surface by etching,
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form special aspects of inelastic light scattering as an impor- and multilayer systems as well as semiconductor surface and bulk properties.
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by BK Ridley 1990 Cited by 8 dimensional semiconductors. B. K. Ridley. Quantum confinement of electrons and phonons in thin semiconductor layers induces quasi low-dimensional.
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by H Noh 2009 Cited by 6 Light Scattering. 12. 1.2. Structural Characterization. 16. 1.3. Photonic Crystals. 18. 1.4. Emission and Lasing. 34. 1.5. Surface Plasmon.
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working conditions he creates in the Donostia International Physics Center. I would Raman-Brillouin scattering, these surface plasmon modes also act as an intermedi- and of semiconductor nanostructures, such as membranes and superlattices. tation of the inelastic light scattering processes by low frequency AV.
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