Multiphonon scattering has been observed in ZnO by means of uv laser Raman studies.
Phonon-scattering shifts greater than 4000 cm− 1 are observed. Comparisons are made …

The resonance of the Raman scattering by E 2, A 1 T, E 1 L, and E 1 T phonons, and several
second-order features, has been studied for ZnO for photon energies between 1.6 and 3 eV …

The dispersion of the Raman cross sections of several phonon modes in CdS and ZnO
using a wide range of laser energies has been measured. The E 1 (LO) and multi-LO (2-LO …

We present a Raman scattering study of wurtzite ZnO over a temperature range from 80 to
750 K. Second-order Raman features are interpreted in the light of recent ab initio phonon …

The Raman spectra of the 2 H and 4 H structures of ZnS have been measured between
room temperature and 60 K, and compared with the spectra from zinc blende ZnS. The …

and results in an upper and lowerbranch which have mixed electromagnetic and
mechanical nature. The crystal excitations in this mixed region have been called polaritons …

The angle dependence of the phonon modes of a-plane (11 2 0) and c-plane (0001) faced
ZnO crystals in wurtzite structure was studied at room temperature by Raman spectroscopy …

The Raman spectrum of ZnTe has been investigated. The fundamental frequencies have
been found to be v̄ LO= 208.3±0.5 cm− 1 and v̄ TO= 177.5±0.5 cm− 1. The temperature …

The LO‐phonon—plasmon coupling in n‐ZnO single crystals is investigated by Raman
spectroscopy at room and liquid nitrogen temperatures. The energy shift and halfwidth …

First-order Raman scattering from BeO, ZnO, ZnS, and CdS, all having the wurtzite structure
(C 6 v), has been investigated. A discussion of the effects of the competition between the …