[en] The principles of relativistic quantum kinetic theory are outlined. The transport equation,
which the relativistic Wigner distribution function should satisfy, is explicitly given for …

The general entropy balance equation for a rotating system containing a mixture of (charged
and uncharged) components is calculated and the influence of centrifugal force and …

The results of the relativistic thermodynamics of irreversible processes in an isotropic mixture
of an arbitrary number of chemical components are reformulated, so far as heat conduction …

The influence of linear dependencies between the fluxes or between the forces occurring in
the expression for the entropy production on the phenomenological coefficients and the …

The linear equations between the elements of the viscous pressure tensor and the rates of
deformation are investigated for the case of an isotropic fluid in an external magnetic field or …

The thermodynamical theory of irreversible processes is applied to thermocouples and
thermocells, and a general expression for the thermopotential is derived. In the derivations …

The relativistic thermodynamics of irreversible processes is developed for systems which
are polarizable and magnetizable. It is assumed that the medium is isotropic as far as …

A statistical mechanical derivation of the expressions for both pressure and ponderomotive
force in a dielectric is given in terms of averages over microscopic quantities. The existence …

The influence of electric and magnetic fields on the spin orientation (polarization) of electrons
in a beam is calculated according to the Pauli spin theory and the Dirac theory. For the …

A symmetric energy-momentum tensor for the macroscopic electromagnetic field in media
which are isotropic as far as polarization and magnetization are concerned is derived from the …