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図書

図書
J.M. Ziman
出版情報: Cambridge [Cambridgeshire] ; New York : Cambridge University Press, 1979  xiii, 525 p. ; 24 cm
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2.

図書

図書
J.M.Ziman [著] ; 山下次郎, 長谷川彰訳
出版情報: 東京 : 丸善, 1976.1  xi, 416p ; 22cm
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3.

図書

図書
ザイマン [等] 著 ; 間瀬正一, 堂山昌男, 遠藤裕久訳
出版情報: 東京 : 丸善, 1973.7  xv, 422p ; 22cm
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4.

図書

図書
by J.M. Ziman
出版情報: Cambridge : Cambridge University Press, 1979, c1972  xiii, 435 p. ; 23 cm
所蔵情報: loading…
目次情報: 続きを見る
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:
5.

図書

図書
by J.M. Ziman
出版情報: Cambridge : Cambridge University Press, 1972  xiii, 435 p. ; 24 cm
所蔵情報: loading…
目次情報: 続きを見る
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 structure / 1:
Lattice waves / 2:
Electron states / 3:
Static properties of solids / 4:
Electron-electron interaction / 5:
Dynamics of electrons / 6:
Transport properties / 7:
Optical properties / 8:
The fermi surface / 9:
Periodic Structures / Chapter 1.:
Translational symmetry / 1.1:
Periodic functions / 1.2:
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