Spectral theory and excitation of open structures
著者
書誌事項
Spectral theory and excitation of open structures
（IEE electromagnetic waves series, 42）
Institution of Electrical Engineers, c1996
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注記
Bibliography: p. 369-391
Includes index
内容説明・目次
内容説明
Open resonators, open waveguides and open diffraction gratings are used extensively in modern millimetre and submillimetre technology, spectroscopy and radio engineering. The physical principles of open electrodynamic structures are different from those of closed ones because of radiation loss, edges, multiconnected cross-sections and the need to take into account the behaviour of electromagnetic fields at infinity. The eigenoscillation and eigenwave spectra become complex, there are additional demands on the energy relations and the statements of spectral problems change.
In this book the physical processes in open electrodynamic structures are analysed using a specially constructed spectral theory. The basic concept is that physical processes are observed at real frequencies, and continuation to the complex domain is considered as a mathematical method. The data obtained at complex frequencies give essential information about 'real' solutions at real frequencies. The approach developed allows not only the egular but a variety of anomalous dispersion laws and effects to be investigated.
Written by two authorities in the field of mathematical modelling, the book should be of interest to all scientists and engineers concerned with modern methods of analytical solution of electromagnetic problems in open domains, as well as those studying theoretical electromagnetics.
目次
Part 1: Foundations of spectral theory
Chapter 1: Spectral theory and excitation of open resonators
Chapter 2: Excitation of oscillations: physical properties of openresonators
Chapter 3: Eigenwaves in open waveguides
Part 2: Eigenoscillations and excitation of open waveguide resonators
Chapter 4: Qualitative spectra characteristics of open waveguideresonators and the local expansion theorems
Chapter 5: Solution of spectral problems for open waveguideresonators
Chapter 6: Free oscillations and resonance excitation of openwaveguide resonators
Part 3: Spectral theory and excitation of diffraction gratings
Chapter 7: Diffraction by gratings in the complex frequencydomain
Chapter 8: Stationary resonance wave scattering by gratings
Chapter 9: Local excitation of diffraction gratings
Chapter 10: Intertype oscillations and waves of gratings and theMorse critical points
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