Titlebook: Electromagnetic Induction Phenomena; David Schieber Textbook 1986 Springer-Verlag Berlin Heidelberg 1986 Transmission.circuit.communicatio

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Principles of Magneto-Electric Interactions,tzgerald superpotential; whereas the first example is primarily of academic interest, the second has practical value because it outlines the applications of the superpotential to electromagnetic coils, in general, and to linear induction devices, in particular. Subsequent sections deal with unipolar

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,Electromagnetic Induction: Steady-State — Stationary Configurations,duction of well-known functions, so that analytic insight is gained with relative ease. Arbitrary decomposition of the field into “primary” and “secondary” components is resorted to in the calculation of induction and intensity variables. The third section deals with a problem involving linear geome

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,Electromagnetic Induction: Transient Phenomena — Stationary Configuration,. Although modeling is heavily resorted to, insight into the relevant processes underlying the field build-up is gained. Another section deals with the field switching in superconducting materials. Even though such a problem can be tackled only through quantum mechanics, a classical approach origina

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0172-5734 rned with phe­ nomena in which the propagation of electromagnetic waves is crucial. Includ­ ed are the designers of microwave circuits, of antennae and of many-wave­ length communication channels. The interests of the second group focus on dynamical processes associated with the evolution of field s

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Rolf Rettig,Friedrich Golter,Armin Bohnerdary” components is resorted to in the calculation of induction and intensity variables. The third section deals with a problem involving linear geometry. The practical device of so-called “internal generators” is applied and a solution is obtained by relatively straightforward means.