DIELECTRICS AND WAVES

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Ouvrage 0-89006-803-8 : DIELECTRICS AND WAVES
A treatise intended for physicists, chemists, and electrical engineers, originally published in 1954 (New York: Wiley). The title reflects the dominant part played by waves in dielectrics, whether electromagnetic waves, probability waves of quantum mechanics, or the elastic waves of crystal lattices. The volume is divided into two major parts: macroscopic approach and molecular approach. Five appendices provide additional related information.
Table of Contents Complex Permittivity and Permeability Polarization and Magnetization Coulomb and Dipole Fields Space-Charge Fields Correlations between Electric and Magnetic Phenomena Maxwell's Field Equations Electromagnetic Waves in Unbounded Space Dimensions and Units Description of Dielectrics by Various Sets of Parameters Forces
Field Energy and Radiation Polarized Radiation Dipole Radiation
Boundary Conditions Fresnel's Equations Reflection and Refraction of Plane Waves by Loss-Free Dielectrics Standing Waves
Measurement of Dielectrics by Standing Waves; Interference Optics Skin Effect
Reflection and Refraction by Media with Loss Guided Waves
Electromagnetic Fields in Wave Guides Measurement of Dielectrics in Shorted Wave Guides Short-Circuited Guides and Cavity Resonators Treatment of Field Phenomena by Equivalent Circuits Representation of Dielectrics by Lumped Circuit Equivalents Molecular Mechanisms of Polarization The Clausius-Mosotti-Lorentz-Lorenz Equation Electronic Polarization Anomalous Dispersion and Resonance Absorption Various Aspects of Electromagnetic Radiation Bohr's Quantum Theory Wave Mechanics
The Structure of Atoms Atoms in Electric Fields; Stark Effect Atoms in Magnetic Fields; Zeeman Effect The Energy Level Diagram of Atoms Atoms in Electromagnetic Fields; the Dispersion Formula of Quantum Mechanics The Formation of Molecules Wave Functions of Molecules and the Concept of Quantum-Mechanical Resonance Bond Energies and Dipole Moments of Diatomic Molecules Static Dielectric Constants and Dipole Moments of Polar Gases Polyatomic Molecules Vibration and Rotation Electronic, Atomic, and Orientation Polarization of Gas Molecules The Bandwidth of Spectral Lines Microwave Spectroscopy Pressure Broadening and Debye's Relaxation Equation The Mosotti Catastrophe and the Local Field Formation and Structure of Liquids and Solids Various Models for the Discussion of Orientation Polarization in Liquids and Solids Piezoelectricity
Dipole Moments, Piezoelectricity and Crystal Structure Ferroelectricity
Paramagnetism and Ferromagnetism Ferromagnetic Metals and Semiconductors Interfacial and Space-Charge Polarization Conduction and Breakdown A. Problems and Illustrative Examples B. Elements of Vector Analysis C. Values of Physical Constants D. Table of Symbols E. Reference List of Books and Summarizing Articles Index

Auteur : VON HIPPEL
Editeur : ARTECH HOUSE
Nombre de pages : 300
Date de publication : 11 1994

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