"... I would recommend the purchase of this tome by university science libraries ..." The Radioscientist, 1994

• Scalar potential formulations for magnetic field problems, I.R. Ciric; inhomogeneous waves and Maxwell's equations, P. Cornille; calculation of the effective electromagnetic properties of granular materials, C.A. Grimes; atomic theory and radiative transfer, on the basis of nonlinear, classical electrodynamics, D.M. Grimes; drifting ions, J.E Jones; the Maxwell-Dirac isomorphism, H.H. Sallhofer; the gauge invariance, radiation and toroid order parameters in electromagnetic theory, V.M. Dubovik and S.V. Shabanov; electromagnetic phenomena not explained by Maxwell's equations, T.W. Barrett; transverse electromagnetic waves with E II B, H.A. Zaghloul and H.A Buckmaster; universal boundary conditions and Cauchy data for the electromagnetic, M. Idemen; and others.

"... I would recommend the purchase of this tome by university science libraries ..." The Radioscientist, 1994

• Scalar potential formulations for magnetic field problems, I.R. Ciric; inhomogeneous waves and Maxwell's equations, P. Cornille; calculation of the effective electromagnetic properties of granular materials, C.A. Grimes; atomic theory and radiative transfer, on the basis of nonlinear, classical electrodynamics, D.M. Grimes; drifting ions, J.E Jones; the Maxwell-Dirac isomorphism, H.H. Sallhofer; the gauge invariance, radiation and toroid order parameters in electromagnetic theory, V.M. Dubovik and S.V. Shabanov; electromagnetic phenomena not explained by Maxwell's equations, T.W. Barrett; transverse electromagnetic waves with E II B, H.A. Zaghloul and H.A Buckmaster; universal boundary conditions and Cauchy data for the electromagnetic, M. Idemen; and others.