http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
1 online resource (xiv, 429 pages) : illustrations
Front Cover; Solid State Physics, Volume 6; Copyright Page; Contents; Contributors to Volume 6; Preface; Contents of Previous Volumes; Articles Planned for Future Volumes; Chapter 1. Compression of Solids by Strong Shock Waves; I. Introduction; II. Basic Relations from Fluid Dynamics; III. Experimentation; IV. Equation of State; V.A Test of the Dugdale-MacDonald Formula; Chapter 2. Changes of State of Simple Solid and Liquid Metals; I. Introduction; II. Division of Thermal Energy, Entropy, and Volume in Vibrational and Structural Parts.
III. Structural Entropy and Structural Energy as Functions of the Structural VolumeIV. Relationship between Structural Energy and Entropy. Melting as Order-Disorder Transformation; V. Compressibility of Cubic Metals; VI. Connections between the Vibrational Lattice Expansion and the Pressure Parameter; VII. Change of Total Potential Energy with Change of Volume; VIII. On the Energy of Activation for Self-Diffusion; IX. Complications at the Melting of Metals with Structures Different from the Close-Packed Cubic One; Chapter 3. Electroluminescence; I. Introduction; II. Background Theory.
III. Basic Mechanisms of ElectroluminescenceIV. Electroluminescence of Zinc Sulfide; V. Electroluminescence of Other Materials; VI. Summary; Chapter 4. Macroscopic Symmetry and Properties of Crystals; I. Introduction; II. Physical Quantities and Properties; III. Crystal Symmetry and Classification; IV. First Rank Tensor Properties; V. Second Rank Tensor Properties; VI. Third Rank Tensor Properties; VII. Fourth Rank Tensor Properties; Chapter 5. Secondary Electron Emission; I. Introduction; II. Experimental Data on the Total Yield; III. Semiempirical Theory of Secondary Emission.
IV. Backscattering, Reflection, and Characteristic Energy Losses of PrimariesV. Theories of the Secondary Emission of Metals; VI. Miscellaneous Properties of Secondary Emission; Chapter 6. Optical Properties of Metals; I. Introduction; II. Electromagnetic Theory; III. Classical Attempts to Predict the Optical Constants; IV. The Internal Photoelectric Effect; V. The Anomalous Skin Effect; VI. Experimental Methods; VII. Experimental Results; Chapter 7. Theory of the Optical Properties of Imperfections in Nonmetals; I. Interaction of Electromagnetic Radiation with Matter.
II. Common Simplifications and ApproximationsIII. Specialization for Idealized Centers; IV. Special Topics.
editors, Frederick Seitz [and] David Turnbull.
Includes bibliographical references and index.