Principles of the theory of solids

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Principles of the theory of solids / by J.M. Ziman

版:: 2nd ed
資料種別:: 図書
出版情報:: Cambridge : Cambridge University Press, 1979, c1972
形態:: xiii, 435 p. ; 23 cm
著者名:: Ziman, J. M. (John M.), 1925- <DA00183738>
ISBN:: 9780521297332 [0521297338] (: pbk)
書誌ID:: BA27254149

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Principles of the theory of solids. 2nd ed
by J.M. Ziman , Cambridge University Press , 1972

書誌詳細

注記:

"First paperback edition 1979"--T.p. verso
Bibliography: p. 415-423
Includes index

主題:

Solid state physics

言語:

英語

目次情報:

Periodic Structures / Chapter 1.：

Translational symmetry / 1.1：

Periodic functions / 1.2：

Properties of the reciprocal lattice / 1.3：

Bloch's theorem / 1.4：

Reduction to a Brillouin zone / 1.5：

Boundary conditions: counting states / 1.6：

Lattice Waves / Chapter 2.：

Lattice dynamics / 2.1：

Properties of lattice waves / 2.2：

Lattice sums / 2.3：

Lattice specific heat / 2.4：

Lattice spectrum / 2.5：

Diffraction by an ideal crystal / 2.6：

Diffraction by crystal with lattice vibrations / 2.7：

Phonons / 2.8：

The Debye--Waller factor / 2.9：

Anharmonicity and thermal expansion / 2.10：

Phonon--phonon interactio / 2.11：

Vibrations of imperfect lattices / 2.12：

Electron States / Chapter 3.：

Free electrons / 3.1：

Diffraction of valence electrons / 3.2：

The nearly-free-electron model / 3.3：

The tight-binding method / 3.4：

Cellular methods / 3.5：

Orthogonalized plane waves / 3.6：

Augmented plane waves / 3.7：

The Green function method / 3.8：

Model pseudo-potentials / 3.9：

Resonance bands / 3.10：

Crystal symmetry and spin-orbit interaction / 3.11：

Static Properties of Solids / Chapter 4.：

Types of solid: band picture / 4.1：

Types of solid: bond picture / 4.2：

Cohesion / 4.3：

Rigid band model and density of states / 4.4：

Fermi statistics of electrons / 4.5：

Statistics of carriers in a semiconductor / 4.6：

Electronic specific heat / 4.7：

Electron--Electron Interaction / Chapter 5.：

Perturbation formulation / 5.1：

Static screening / 5.2：

Screened impurities and neutral pseudo-atoms / 5.3：

The singularity in the screening: Kohn effect / 5.4：

The Friedel sum rule / 5.5：

Dielectric constant of a semiconductor / 5.6：

Plasma oscillations / 5.7：

Quasi-particles and cohesive energy / 5.8：

The Mott transition / 5.9：

Dynamics of Electrons / Chapter 6.：

General principles / 6.1：

Wannier functions / 6.2：

Equations of motion in the Wannier representation / 6.3：

The equivalent Hamiltonian: impurity levels / 6.4：

Quasi-classical dynamics / 6.5：

The mass tensor: electrons and holes / 6.6：

Excitons / 6.7：

Zener breakdown: tunnelling / 6.8：

Electrons at a surface / 6.9：

Scattering of electrons by impurities / 6.10：

Adiabatic principle / 6.11：

Renormalization of velocity of sound / 6.12：

The electron--phonon interaction / 6.13：

Deformation potentials / 6.14：

Transport Properties / Chapter 7.：

The Boltzmann equation / 7.1：

Electrical conductivity / 7.2：

Calculation of relaxation time / 7.3：

Impurity scattering / 7.4：

'Ideal' resistance / 7.5：

Carrier mobility / 7.6：

General transport coefficients / 7.7：

Thermal conductivity / 7.8：

Thermo-electric effects / 7.9：

Lattice conduction / 7.10：

Phonon drag / 7.11：

The Hall effect / 7.12：

The two-band model magneto-resistance / 7.13：

Optical Properties / Chapter 8.：

Macroscopic theory / 8.1：

Dispersion and absorption / 8.2：

Optical modes in ionic crystals / 8.3：

Photon--phonon transitions / 8.4：

Interband transitions / 8.5：

Interaction with conduction electrons / 8.6：

The anomalous skin effect / 8.7：

Ultrasonic attenuation / 8.8：

The Fermi Surface / Chapter 9.：

High magnetic fields / 9.1：

Cyclotron resonance / 9.2：

High-field magneto-resistance / 9.3：

Open orbits / 9.4：

Magneto-acoustic oscillations / 9.5：

Quantization of orbits / 9.6：

The de Haas--van Alphen effect / 9.7：

Magneto-optical absorption / 9.8：

Magnetic breakdown / 9.9：

Magnetism / Chapter 10.：

Orbital magnetic susceptibility / 10.1：

Spin paramagnetism / 10.2：

The Curie--Weiss Law and ferromagnetism / 10.3：

Exchange interaction / 10.4：

Band ferromagnetism / 10.5：

Magnetic impurities / 10.6：

Antiferromagnetism / 10.7：

The Ising model / 10.8：

Combinatorial method / 10.9：

Exact solutions of the Ising problem / 10.10：

Spin waves / 10.11：

The antiferromagnetic ground state / 10.12：

Superconductivity / Chapter 11.：

The attraction between electrons / 11.1：

Cooper pairs / 11.2：

The superconducting ground state / 11.3：

Quasi-particles and the energy gap / 11.4：

Temperature dependence of the energy gap / 11.5：

Persistent currents / 11.6：

The London equation / 11.7：

The coherence length / 11.8：

Off-diagonal long range order / 11.9：

Superconducting junctions / 11.10：

Type II material / 11.11：

Bibliography

Index

Periodic Structures / Chapter 1.：

Translational symmetry / 1.1：

Periodic functions / 1.2：

Properties of the reciprocal lattice / 1.3：

Bloch's theorem / 1.4：

Reduction to a Brillouin zone / 1.5：

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