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The model for high frequency electrodynamics in anisotropic type-IIsuperconductors in the vortex state is studied considering arbitraryorientations between the applied field, the applied current and the anisotropyaxis. An anisotropic treatment is provided for the vortex dynamics, taking intoaccount all the phenomena relevant at high frequency, which include flux flow,pinning and creep. The coupling between vortex motion and high frequencycurrents is included, providing an entirely tensor model of the electromagneticresponse to high frequency fields. Examples of data analysis of angularmeasurements are presented, showing how to derive the angular dependence of thematerial properties from the measured anisotropic response. Finally, theexpression of the measured angle-dependent surface impedance in the largelyused thin film geometry is computed.

Theory of measurements of electrodynamic properties in anisotropic superconductors in tilted magnetic fields. Part II: high frequency regimes