Table Of Content

Wave Motion 32 (2000) 387-388 www.clsevier.com/locate/wavemoti Author Index of Volume 32 Aberg, I., see Rikte, S., (32) (1) 25 Huo, Yi., see Dai, H.-H., (32) (2) 93 Amundsen, L., Ikelle, L.T., Martin, J., Multiple attenuation and P/S splitting of multicomponent OBC data at a hetero- Idemen, M., Confluent edge conditions for the electromag- geneous sea floor (32) (1) 67 netic wave at the edge of a wedge bounded by material sheets (32) (1) 37 Belibassakis, K.A., The Green's function of the mild-slope Ikelle, L.T., see Amundsen, L., (32) (1) 67 equation: The case of a monotonic bed profile (32) (4) 339 Brown, M.G., The Maslov integral representation of slowly varying dispersive wavetrains in inhomogeneous moving Kamvyssas, G., see Dassios, G., (32) (4) 319 media (32) (3) 247 Kazandjian, L., On the energy constraint and angular- spectrum representations (32) (4) 381 Kim, S., Wavefronts of linear elastic waves: local convexity Chapman, S.J., see Tew, R.H., (32) (4) 363 and modeling (32) (3) 203 Coulouvrat, F., Focusing of weak acoustic shock waves at a King, J.R., see Tew, R.H., (32) (4) 363 caustic cusp (32) (3) 233 Kleinman, R.E., see Pelekanos, G., (32) (1) 57 Dai, H.-H., Dai, S., Huo, Yi., Head-on collision between two Martin, J., see Amundsen, L., (32) (1) 67 solitary waves in a compressible Mooney-Rivlin elastic rod Martin, P.A., see DeSanto, J.A., (32) (4) 385 (32) (2) 93 Miles, J., A note on surface-wave scattering by a small plate Dai, S., see Dai, H.-H., (32) (2) 93 (32) (2) 153 Dassios, G., Hadjinicolaou, M. and Kamvyssas, G., The penetrable coated sphere embedded in a point source excita- tion field (32) (4) 319 Ockendon, J.R., see Tew, R.H., (32) (4) 363 DeSanto, J.A. and Martin, P.A., Corrigendum to "On angular- spectrum representations for scattering by infinite rough Pedersen, G., An optical theory for discrete media (32) (1) surfaces" [Wave Motion 24 (1996) 421-433] (32) (4) 385 79 Dommermuth, D., The initialization of nonlinear waves using Pelekanos, G., Kleinman, R.E., van den Berg, P.M., Inverse an adjustment scheme (32) (4) 307 scattering in elasticity—a modified gradient approach (32) Dominguez, J., see Saez, A., (32) (2) 113 (1) 57 Przezdziecki, S., Half-plane diffraction in a chiral medium Dravinski, M., Zheng, T., Numerical evaluation of three- (32) (2) 157 dimensional time-harmonic Green's functions for a noniso- tropic full-space (32) (2) 141 Rikte, S., Theory of inversion of dispersive bi-isotropic slab Hadjinicolaou, M. see Dassios, G., (32) (4) 319 parameters using TEM pulses (32) (1) 1 PII: S0165-2125(00)00056-1 388 Author Index of Volume 32 Rikte, S., Aberg, I., One-way wave operators for nonsta- B.J. and Zafarullah, I., Scalar wave diffraction by tangent tionary dielectrics (32) (1) 25 rays (32) (4) 363 Romeo, M., A wave splitting approach to thermoelastic Ting, T.C.T., A new modified Lekhnitskii formalism a /a Stroh pulses in anisotropic media (32) (4) 291 for steady-state waves in anisotropic elastic materials (32) (2) 125 Sjéberg, D., Simple wave solutions for the Maxwell equa- tions in bianisotropic, nonlinear media, with application to van den Berg, P.M., see Pelekanos, G., (32) (1) 57 oblique incidence (32) (3) 217 Smith, B.J. see Tew, R.H., (32) (4) 363 Saez, A., Dominguez, J., Far field dynamic Green's functions Willis, J.R., Obituary: Professor David George Crighton, for BEM in transversely isotropic solids (32) (2) 113 1942-2000 (32) (3) 201 Stolk, C.C., Microlocal analysis of a seismic linearized inverse problem (32) (3) 267 Zafarullah, I, see Tew, R.H., (4) 363 Tew, R.H., Chapman, S.J., King, J.R., Ockendon, J.R., Smith, Zheng, T., see Dravinski, M., (32) (2) 141