Abstract An extension of Hagen-Rubens relation beyond the far-infrared region is proposed
by taking into account inertial effects due to charge carriers. The influence of inertia is …

The skin effect is rediscussed from the point of view of extended irreversible
thermodynamics. Within that framework, the current density flowing in a good conductor is …

Inertial effects of charge carriers, on the resistive heating and magnetic diffusion, are
explored in good conductors. The influence of inertia is described by introducing a finite …

Inertial and diffusive effects on the propagation of hydromagnetic waves in plasmas of finite
conductivity are explored by assuming a finite relaxation time for the current density. The …

The dispersion relations of Alfvén waves propagating in a resistive plasma are explored by
assuming a finite relaxation time for the current density. It is shown that the proposed …

The conjugate effect of current relaxation and of current-vortex sheet formation on the
magnetorotational instability is explored in a conducting fluid. It is found that the relative …

We derive a thermophysical model for the infrared radiative response of common metals by
modifying a recently proposed model to account for the presence of thermally driven …

We propose a framework for modeling the temperature-dependent infrared optical and
radiative properties of metals exhibiting nonideal free-carrier dynamics. In order to do so, we …

A continuum model, based on a theory of electromagnetic media with microstructure, is
exploited to deal with rigid conductors endowed with polarization and magnetization …

Inertial effects on electric diffusion are explored in cylindrical conductors at the quasi-static
limit. Such effects are described by introducing a finite relaxation time for the current density …