On the Interaction of the Electromagnetic Field with Heat Conducting Deformable Insulators.

摘要: The differential equations and boundary conditions describing the behavior of a finitely deformable, polarizable magnetizable heat conducting electrically semiconducting continuum in interaction with electromagnetic field are derived by means systematic application laws physics to well−defined macroscopic model. model consists five suitably defined interpenetrating continua. relative displacement bound electronic respect lattice produces electrical polarization, conduction results from motion charged free hole fluids. Since partial pressures taken act fluids, semiconduction arise, which have not appeared previously. resulting rather cumbersome system is reduced that for quasistatic electric static homogeneous magnetic field. In absence conduction, n−type semiconductor, nonlinear e...