Titlebook: Electrodynamics of Continua II; Fluids and Complex M A. C. Eringen,G. A. Maugin Book 1990 Springer-Verlag New York Inc. 1990 Maxwell.electr

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Theorie des Quantum Computings,f the body at time .. For the purely mechanical case, this field of study is known as viscoelasticity. For electromagnetically active materials, additional effects are brought into play. These are due to the electric fields and magnetic inductions that were present in the body prior to the present t

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https://doi.org/10.1007/978-3-476-05297-1ctions to slowly moving bodies and/or to bodies placed in a gravitational field of moderatestrength are relaxed. That is, first, a . framework must be envisaged, so as to encompass the case of motions at high veloscities (whose values, however, is bounded by the velocity of light in vacuum).

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Elastic Ferromagnets,Basic equations of electrodynamics of continuous media were developed in Chapter 3 and 5. Here we give a summary of these equations, with a supplementary discussion regarding their extensions to some more complex media, which will be elaborated in this volume.

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Magnetohydrodynamics,er, liquids and gases, which have so high an electrical conductivity that a quasi–static magnetic field model is appropriate for describing the electromagnetic contributions to the system. Magnetohydrodynamics finds practical use in many areas of engineering and pure science. Areas of applications a

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Electrohydrodynamics,al conductivity of such fluids may range from that of extremely good insulators (dielectrics) to that the electromagnetic part of the system is described by a quasi–static electric fields model: the dynamic currents are sosmall that the influence of the magnetic induction is negligible.

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