Multiple Scattering: Interaction of Time-Harmonic Waves with N Obstacles Book

1	Introduction	1
2	Addition theorems in two dimensions	29
3	Addition theorems in three dimensions	62
4	Methods based on separation of variables	122
5	Integral equation methods, I : basic theory and applications	152
6	Integral equation methods, II : further results and applications	179
7	Null-field and T-matrix methods	242
8	Approximations	284
App. A	Legendre functions	323
App. B	Integrating a product of three spherical harmonics; Gaunt coefficients	325
App. C	Rotation matrices	329
App. D	One-dimensional finite-part integrals	333
App. E	Proof of Theorem 5.4	339
App. F	Two-dimensional finite-part integrals	343
App. G	Maue's formula	350
App. H	Volume potentials	351
App. I	Boundary integral equations for G[superscript E]	355