Titlebook: Electromagnetic and Optical Pulse Propagation; Volume 1: Spectral R Kurt E. Oughstun Book 2019Latest edition Springer Nature Switzerland AG

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鈍劍

Microscopic Electromagnetics,, quantitatively correct predictions may also be obtained. Even though quantum theory justifies the assumption of these additional forces and shows them to be of electrical origin, the Lorentz theory is incapable of arriving at this fundamental level of understanding.

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Amenable

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Microscopic Potentials and Radiation,ors that comprise the electromagnetic field to each other as well as to their charge and current sources. Their solution is often facilitated by the introduction of auxiliary fields known as potentials. These potentials have their origin in the two homogeneous equations ??.?=?0 and ?×.?=??∥1∕.∥..∕.

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Macroscopic Electromagnetics,at produce microscopic electric and magnetic fields. The microscopic equations of electromagnetics given in Eqs. (2.33)–(2.36) together with the Lorentz force relation given in Eq. (2.21) describe the detailed classical behavior of the charged particles and fields, as presented in Chaps. 2 and 3. Th

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annexation

Plane Wave Reflection and Refraction, interface separating two different material media. As this problem can become rather complicated for a general pulsed wave field incident upon the surface . of a dispersive body immersed in a dispersive medium, it is best to consider first the much simpler case of a time-harmonic (monochromatic) pl