Excitonic Processes in Condensed Matter: Proceedings of 2000 International Conference, Osaka, Japan, August 22-25, 2000Kikuo Cho |
Contents
PHOTOLUMINESCENCE OF BIEXCITON IN ZÃO EPITAXIAL THIN FILMS | 3611 |
OPTICAL RESPONSE OF A CONFINED EXCITON IN A SPHERE WITH | 3619 |
INTERBAND TWOPHOTON TRANSITION IN MOTT INSULATOR AS A | 3628 |
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absorption band absorption spectra adiabatic anatase bandgap biexciton binding energy calculated Chem constant coupling CuCl curve decay component decreases density DFWM doped effect electron electron-hole emission energy side excitation energy excitation intensity excitation spectra exciton exciton band exciton polariton exciton-phonon experimental F band Figure fluorescence free exciton function Hamiltonian hole increases interaction Japan laser lattice relaxation Lett lifetime light lowest luminescence luminescence band luminescence spectra matrix measured microcrystallite molecular molecules nanocrystals nonlinear nonlinear optical observed obtained optical Osaka oscillator strength parameters peak perylene phase transition photoexcitation photoluminescence photon energy Phys PIPT polariton polarization potential probe pump quantum dots quantum wires radiative Raman region resonance respectively sample Scientific Publishing Company self-trapped excitons shift shown in Fig shows solid spectroscopy spectrum Stokes shift structure temperature dependence thermal thin films time-resolved transition dipole moment wavelength width World Scientific Publishing