Ebook: Wave Scattering Theory: A Series Approach Based on the Fourier Transformation

The book provides a unified technique of Fourier transform to solve the wave scattering, diffraction, penetration, and radiation problems where the technique of separation of variables is applicable. The book discusses wave scattering from waveguide discontinuities, various apertures, and coupling structures, often encountered in electromagnetic, electrostatic, magnetostatic, and acoustic problems. A system of simultaneous equations for the modal coefficients is formulated and the rapidly-convergent series solutions amenable to numerical computation are presented. The series solutions find practical applications in the design of microwave/acoustic transmission lines, waveguide filters, antennas, and electromagnetic interference/compatibilty-related problems.

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The book provides a unified technique of Fourier transform to solve the wave scattering, diffraction, penetration, and radiation problems where the technique of separation of variables is applicable. The book discusses wave scattering from waveguide discontinuities, various apertures, and coupling structures, often encountered in electromagnetic, electrostatic, magnetostatic, and acoustic problems. A system of simultaneous equations for the modal coefficients is formulated and the rapidly-convergent series solutions amenable to numerical computation are presented. The series solutions find practical applications in the design of microwave/acoustic transmission lines, waveguide filters, antennas, and electromagnetic interference/compatibilty-related problems.

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The book provides a unified technique of Fourier transform to solve the wave scattering, diffraction, penetration, and radiation problems where the technique of separation of variables is applicable. The book discusses wave scattering from waveguide discontinuities, various apertures, and coupling structures, often encountered in electromagnetic, electrostatic, magnetostatic, and acoustic problems. A system of simultaneous equations for the modal coefficients is formulated and the rapidly-convergent series solutions amenable to numerical computation are presented. The series solutions find practical applications in the design of microwave/acoustic transmission lines, waveguide filters, antennas, and electromagnetic interference/compatibilty-related problems.
Content:
Front Matter....Pages I-XII
Rectangular Grooves in a Plane....Pages 1-33
Flanged Parallel-Plate Waveguide Array....Pages 35-55
Slits in a Plane....Pages 57-86
Waveguides and Couplers....Pages 87-119
Junctions in Parallel-Plate/Rectangular Waveguide....Pages 121-148
Rectangular Apertures in a Plane....Pages 149-172
Circular Apertures in a Plane....Pages 173-197
Annular Aperture in a Plane....Pages 199-217
Circumferential Apertures on a Circular Cylinder....Pages 219-238
Back Matter....Pages 239-244

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The book provides a unified technique of Fourier transform to solve the wave scattering, diffraction, penetration, and radiation problems where the technique of separation of variables is applicable. The book discusses wave scattering from waveguide discontinuities, various apertures, and coupling structures, often encountered in electromagnetic, electrostatic, magnetostatic, and acoustic problems. A system of simultaneous equations for the modal coefficients is formulated and the rapidly-convergent series solutions amenable to numerical computation are presented. The series solutions find practical applications in the design of microwave/acoustic transmission lines, waveguide filters, antennas, and electromagnetic interference/compatibilty-related problems.
Content:
Front Matter....Pages I-XII
Rectangular Grooves in a Plane....Pages 1-33
Flanged Parallel-Plate Waveguide Array....Pages 35-55
Slits in a Plane....Pages 57-86
Waveguides and Couplers....Pages 87-119
Junctions in Parallel-Plate/Rectangular Waveguide....Pages 121-148
Rectangular Apertures in a Plane....Pages 149-172
Circular Apertures in a Plane....Pages 173-197
Annular Aperture in a Plane....Pages 199-217
Circumferential Apertures on a Circular Cylinder....Pages 219-238
Back Matter....Pages 239-244
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