Electrical Conductivity I / Elektrische Leitungsphänomene I

The electronic structure of solids.- I. The periodic potential problem: General properties.- II. The periodic potential problem: Methods and results.- III. The self-consistent field.- IV. One-electron theory of properties of solids.- V. Impurity atoms and alloys.- VI. Crystalline binding energy, correlation and elastic properties.- VII. Configuration interaction and the covalent bond.- VIII. Magnetic properties of solids.- Metallic conductivity, experimental part.- I. General remarks on the conductivity of metals.- II. Methods of measurement of electrical resistance.- III. The conductivity of pure metals at normal temperatures.- IV. Temperature dependence of the conductivity of pure metals.- V. Magneto resistance effects.- VI. The effect of pressure on the resistivity.- VII. Influence of lattice defects on the resistance.- VIII. Resistivity of alloys.- Theory of electrical and thermal conductivity in metals.- I. The properties of conduction electrons in metals.- II. Statistical theory; the steady state equation.- III. Wave mechanics of the scattering of electrons.- IV. The conductivity of impure metals and alloys.- V. Thermal and electric conduction in the presence of a temperature gradient.- VI. Conduction at low temperatures.- VII. Conduction in the presence of a magnetic field.- VIII. The anomalous skin effect.- General References.- Photoconductivity.- I. Introduction.- II. Modern theories of photoconduction in crystals.- III. Photoconductivity in monatomic solids.- IV. Photoconductivity in binary compounds.- V. Photoconductivity in organic systems.- VI. A note on the photodielectric effect in solids.- VII. Some experimental techniques in photoconduction measurements.- Sachverzeichnis (Deutsch-Englisch).- Subject Index (English-German).