Quantum theory of solids | WorldCat.org (original) (raw)
Mathematical introduction
Acoustic phonons
Plasmons, optical phonons, and polarization waves
Magnons
Fermion fields and the Hartree-Fock approximation
Many-body techniques and the electron gas
Polarons and the electron-phonon interaction
Superconductivity
Block functions
general properties
Brillouin zones and crystal symmetry
Dynamics of electrons in a magnetic field: de Haas-van Alphen effect and cyclotron resonance
Magnetoresistance
Calculation of energy bands and Fermi surfaces
Semiconductor crystals: I. Energy bands, cyclotron resonance, and impurity states
Semiconductor crystals: II. Optical absorption and exciton
Electrodynamics of metals
Acoustic attenuation in metals
Theory of alloys
Correlation functions and neutron diffraction by crystals
Recoilless emission
Green's functions
application to solid state physics
Appendix: Perturbation theory and the electron gas