โ Scribed by Ian Bailey
No coin nor oath required. For personal study only.
The complete system of field equations for a polarized medium with internal spin in interaction with an arbitrary set of fields is derived from a four-dimensional action integral. The general results are then specialized to the interaction with an Einstein-Maxwell field. The application to ideal spinning fluids is discussed.
๐ SIMILAR VOLUMES
Electrode polarization effects have long aggravated the efforts of low frequency analysis, particularly those investigations carried out on biological material or in highly conductive media. Beginning from elementary equations of electrostatics and hydrodynamics, a comprehensive model is devised to
The expressions obtained in the previous paper for electrode polarization are applied to a homogeneous planar electrode and a planar array of electrodes used in the generation of nonuniform fields. The effective far field experienced outside the double layer is computed for both electrodes, and samp