Theoretical Solid State Physics, Volume 1 |
Contents
The Separation of Electron and Lattice Properties | 14 |
Radiative Processes | 27 |
THE ELECTRONS IN THE CRYSTAL | 30 |
Copyright | |
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Common terms and phrases
according appear atomic functions basic domain behaviour binding energy Bloch functions Brillouin zone calculation coefficients conduction band conduction electrons constant coordinates corresponding cubic lattice d³r density depends determinant diamagnetism dipole effective mass eigenfunctions eigenvalues elementary cell emission energy bands energy gap energy spectrum energy values energy zones equilibrium exchange energy exciton expansion expression external field factor Fermi ferromagnetism Fourier free atoms free particles frequency grad Hamilton operator hand integral interaction ionic ions k₁ latter lattice particles limiting magnetic field many-electron problem matrix elements metals method momentum motion obtain order of magnitude orthogonal oscillations paramagnetism perturbation plane waves position potential energy quantum numbers quantum-mechanical quasi-free relation result Schrödinger equation Section single-electron approximation single-particle solid solution spin substituted surface susceptibility symmetry temperature term theory tight-binding approximation tion transition valence band vanishes Wannier functions wave vector whilst zero