Wave Scattering Theory

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"Wave Scattering Theory" by Hyo J. Eom is a astronomy book and space science reference focused on Cosmology. Best for students, researchers, and serious astronomy enthusiasts.

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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Best For: Advanced physics students and professionals working with wave phenomena in electromagnetism, acoustics, and related engineering fields.

Focus: Applying Fourier transform techniques to solve wave scattering, diffraction, penetration, and radiation problems using series solutions.

Covers: Wave scattering from waveguide discontinuities, apertures, coupling structures, and formulation of modal coefficient equations for numerical computation.

Why It Matters: Provides practical series solutions useful in designing microwave and acoustic transmission lines, waveguide filters, antennas, and addressing electromagnetic interference and compatibility issues.

"Wave Scattering Theory" by Hyo J. Eom is a astronomy book and space science reference focused on Cosmology. Best for students, researchers, and serious astronomy enthusiasts.

Topic: Cosmology

Author: Hyo J. Eom

Who this is for:

Astronomy students
Researchers and advanced hobbyists
Readers exploring space science topics

Why this book matters: It matters because it helps readers build a stronger understanding of astronomy concepts, observations, and scientific ideas related to space.

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.