Semiconductor luminescence has been a rapidly expanding field over the last fifty years. Work on various types of luminescence radiation has been taking place but this is the first book that reviews the whole subject of semiconductor luminescence in one coherent volume.
Semiconductor luminescence has been a rapidly expanding field over the last fifty years. Work on various types of luminescence radiation has been taking place but this is the first book that reviews the whole subject of semiconductor luminescence in one coherent volume.
Ivan Pelant was Head of the Department of Chemical Physics at Charles University in Prague from 1990-1993. He has been Researcher at the Institute of Physics at the Academy of Sciences of the Czech Republic, v.v.i., Prague from 1994 until present and was appointed as Professor of Quantum Optics and Optoelectronics, Charles University in Prague in 2002. Jan Valenta has been Associate Professor at the Department of Chemical Physics, Faculty of Mathematics and Physics, Charles University in Prague since 2004.
Inhaltsangabe
1: Introduction 2: Experimental techniques of luminescence spectroscopy 3: Kinetic description of luminescence processes 4: Phonons and their participation in optical phenomena 5: Channels of radiative recombination in semiconductors 6: Nonradiative recombination 7: Luminescence of excitons 8: Highly excited semiconductors 9: Luminescence of disordered semiconductors 10: Stimulated emission 11: Electroluminescence 12: Electronic structure and luminescence of low-dimensional semiconductors 13: Effects of high excitation in low-dimensional structures 14: Stimulated emission and lasing in low-dimensional structures 15: Silicon nanophotonics 16: Photonic structures 17: Spectroscopy of single semiconductor nanocrystals
1: Introduction 2: Experimental techniques of luminescence spectroscopy 3: Kinetic description of luminescence processes 4: Phonons and their participation in optical phenomena 5: Channels of radiative recombination in semiconductors 6: Nonradiative recombination 7: Luminescence of excitons 8: Highly excited semiconductors 9: Luminescence of disordered semiconductors 10: Stimulated emission 11: Electroluminescence 12: Electronic structure and luminescence of low-dimensional semiconductors 13: Effects of high excitation in low-dimensional structures 14: Stimulated emission and lasing in low-dimensional structures 15: Silicon nanophotonics 16: Photonic structures 17: Spectroscopy of single semiconductor nanocrystals
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