The T-matrix method is one of the most powerful and widely used theoretical techniques for
the computation of electromagnetic scattering by single and composite particles, discrete …

This book is written with several audiences in mind. For those unacquainted with theoretical
acoustics, the first chapter goes into some detail about the physics of vibrations, beginning …

Employing a conserved‐flux concept, the T‐matrix equations describing boundary‐value
problems of potential theory and electromagnetic scattering are obtained without recourse to …

Established theoretical techniques for inferring the constitution of more-than-one-
dimensional bodies probed by linear scalar (or singly polarized vector) wave motion are …

The scattering of waves from periodic surfaces is studied. We give a general review of this
problem and compare three analytical methods for a conducting sinusoidal surface in detail …

It is attempted to provide a defintive statement of the theoretical bases and the
computationally useful manifestations of integral equation formulations of field problems …

Invoking the optical extinction theorem (extended boundary condition) the conventional
singular integral equation (for the density of reradiating sources existing in the surface of a …

The acoustic scattering from elastic targets has been studied extensively in the last three
decades. For separable geometries, such as spheres and infinite cylinders, formally exact …

The Rayleigh hypothesis in the theory of scattering by a cylindrical obstacle of arbitrary cross
section is investigated analytically. The hypothesis asserts that outside and on the obstacle …

We present a method for numerical wave propagation in a heterogeneous medium. The
medium is defined in terms of an extended scatterer or target which is surrounded by many …