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Effects of Spatial Dispersion and Exciton Damping in Polariton
Some Aspects of Quasiparticle Interactions in Highly Excited
AlloyTrapped Electronic Excitations in IIVI Solid Solutions with
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absorption spectrum acceptor alexandrite angle binding energy bound exciton broadening calculated carriers CdS crystal CdSe CdSi-xSex circular polarization concentration corresponding Cr3+ ions curves decay decrease dependence detected donor doped effect electric field electron electron-hole emission band emission line emission spectrum energy transfer excitation rate exciton experimental F-centers Figure fluctuations free excitons frequency function heavy-hole hole illumination impurity increase inhomogeneous intensity interaction interface irradiated kinetics laser layer light luminescence spectra magnetic field maxima maximum measured mixed modes N.G. Romanov nonequilibrium nonradiative observed obtained ODMR P.G. Baranov paramagnetic parameters peak phonon photoconductivity photocurrent photoexcited Phys polariton position processes quantum radiative recombination region relaxation ruby samples semiconductors shift shown in Fig shows silicon sillenites solid solutions space charge spatial spin structure surface centers temperature theoretical thickness transitions triplet centers values vibronic wave vector ZnSei-xTex