Physical properties of bismuth
CONTENTS Introduction 1 I. Space Lattice 2 II. Doubling of the Period 2 III. Electron Energy Spectrum 4 1. Expansion Near Extremum 4 2. Two-band Model 4 3. Deformation Theory 6 IV. Electron Spectrum in a Constant Magnetic Field 8 1. Classical Limit 8 2. Two-band Model and Extremum of Band 9 3. Quasiclassical Quantization 9 V. Specific Heat 10 VI. Magnetic Susceptibility 10 VII. Quantum Oscillations of the Susceptibility and of Other Thermodynamic and Kinetic Quantities 11 VIII. Electric Conductivity 14 1. Static Conductivity in a Constant Magnetic Field 14 2. Conductivity in the Absence of Constant Magnetic Field 14 3. Cyclotron Resonance 15 4. Magnetoplasma Waves 17 5. Optical Properties in the Infrared Region 19 IX. Measurement of the Fermi Momenta in Experiments with Ultrasound and by Determining the Cutoff of the Cyclotron Resonance 20 X. Tunnel Effect 20 XI. Phonon Spectrum 20 XII. Cited Literature 20
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