Solid state physics Advances in research and applications - David Turnbull (New York Academic Press, 1955)
v.1 Methods of the one-electron theory of solids; Qualitative analysis of the cohesion in metals; Quantum defect method; Theory of order-disorder transitions in alloys; Valence semiconductors, germanium, and silicon; Electron interaction in metals
v.12 Group theory and crystal field theory; Electrical conductivity of organic semiconductors; Hydrothermal crystal growth; Thermal conductivity of metals at low temperatures; Theory of anharmonic effects in crystals
v.14 Theory of magnetic exchange interactions; Spin-lattice relaxation of conduction electrons; Electron spin resonance spectroscopy in molecular solids; Molecular motion in solid state polymers
v.15 Changes in energy content, volume, and resistivity with temperature in simple solids and liquids; Dynamical theory of x-ray diffraction; Electron-phonon interaction; Elementary theory of the optical properties of solids; Spin temperature and nuclear relaxation in solids
v.16 Cohesion of ionic solids in the born model; Aggregate centers in alkali halide crystals; Physical properties and interrelationships of metallic semimetallic elements
v.17 Effects of high pressure on the electronics structure of solids; Ultrasonic effects in semiconductors; Quantum theory of galvanomagnetic effect at extremely strong magnetic fields