Dielectrics and waves
Author(s)
Bibliographic Information
Dielectrics and waves
（The Artech House microwave library）
Artech House, c1995
- : pbk
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Note
Originally published: New York : Wiley, c1954
Includes bibliographical references and index
Description and Table of Contents
Description
Reissued to commemorate the 40th anniversary of the original publication of "Dielectrics and Waves". A comprehensive coverage of a subject that crosses the fields of chemistry, physics and engineering and will be valuable to anyone with an interest in dielectric engineering.
Table of Contents
- Macroscopic approach
- complex permittivity and permaebility
- polarization and magnetization
- couloumb and dipole fields
- space-charge fields
- correlations between electric and magnetic phenomena
- Maxwell's field equations
- electromagnetic waves in unbounded space
- descriptions 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
- interference optics
- skin effect
- reflection and refraction by media with loss
- guided waves
- electromagnetic fields in waveguides
- measurement of dielectrics in shorted waveguides
- short-circuited guides and cavity resonators treatment of field phenomena by equivalent circuits
- representation of dielectrics by lumped circuit equivalents
- molecular approach-survey
- molecular mechanisms of polarization
- the Clausius-Mosotti-Lorens equation
- electronic polarization
- anomalous dispersion and resonance absorbtion
- electromagnetic radiation
- Bohr's quantum theory
- wave mechanics
- structure of atoms
- Stark effect
- Zeeman effect
- the energy level diagram of atoms
- dispersion formula of quantum mechanics
- the formulation of molucules
- 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
- band width of spectral lines
- microwave sperctroscopy
- pressure broadening and Debye's realization equation
- the Mosotti catastrophe and the local field
- formation and structure of liquids and solids
- 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.
by "Nielsen BookData"