Ebook: Surface Properties of Semiconductors and Dynamics of Ionic Crystals

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Content:
Front Matter....Pages i-vii
Front Matter....Pages 1-2
Electron Processes on the Surface of a Semiconductor....Pages 2-13
Investigation Methods....Pages 13-34
Experimental Results....Pages 34-50
Discussion....Pages 51-61
Conclusions....Pages 62-63
Back Matter....Pages 63-66
Front Matter....Pages 67-67
Review of Work on the Theory of Electromagnetic Wave Absorption by Ideal and Nonideal Crystal Lattices....Pages 68-71
The Hamiltonian and the Equations of Motion. Expression of the Complex Polarizability in Terms of Retarded Green’s Functions....Pages 71-80
The Quantum Theory of Infrared Absorption and Dispersion in an Ideal Ionic Lattice....Pages 81-93
Absorption of Microwaves in an Ionic Crystal Lattice Containing Charged Defects....Pages 93-113
Conclusions....Pages 114-115
Back Matter....Pages 115-133
Introduction....Pages 135-142
Experimental Method....Pages 142-148
The Spectrum of Normal Modes of Vibration in Crystals of Perovskite Type....Pages 148-153
Experimental Results and Their Interpretation....Pages 153-166
Vibrational Spectra of Some Crystals Having Near-Perovskite Structure....Pages 166-169
Derivation of the Dispersion Relation and Some Microscopic Properties of BaTiO3 ....Pages 169-178
Conclusions....Pages 178-180
Back Matter....Pages 180-183

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Content:
Front Matter....Pages i-vii
Front Matter....Pages 1-2
Electron Processes on the Surface of a Semiconductor....Pages 2-13
Investigation Methods....Pages 13-34
Experimental Results....Pages 34-50
Discussion....Pages 51-61
Conclusions....Pages 62-63
Back Matter....Pages 63-66
Front Matter....Pages 67-67
Review of Work on the Theory of Electromagnetic Wave Absorption by Ideal and Nonideal Crystal Lattices....Pages 68-71
The Hamiltonian and the Equations of Motion. Expression of the Complex Polarizability in Terms of Retarded Green’s Functions....Pages 71-80
The Quantum Theory of Infrared Absorption and Dispersion in an Ideal Ionic Lattice....Pages 81-93
Absorption of Microwaves in an Ionic Crystal Lattice Containing Charged Defects....Pages 93-113
Conclusions....Pages 114-115
Back Matter....Pages 115-133
Introduction....Pages 135-142
Experimental Method....Pages 142-148
The Spectrum of Normal Modes of Vibration in Crystals of Perovskite Type....Pages 148-153
Experimental Results and Their Interpretation....Pages 153-166
Vibrational Spectra of Some Crystals Having Near-Perovskite Structure....Pages 166-169
Derivation of the Dispersion Relation and Some Microscopic Properties of BaTiO3 ....Pages 169-178
Conclusions....Pages 178-180
Back Matter....Pages 180-183
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