Conservative-dissipative interaction forces and heating caused by a fluctuation electromagnetic field: Two plates in a nonrelativistic relative motion

The heating rate and conservative-dissipative forces in a system of two parallel plates moving at a nonrelativistic velocity with respect to each other have been calculated in terms of the fluctuation electromagnetic electrodynamics for the first time. It has been demonstrated that the recently proposed relativistic theory of fluctuation electromagnetic interactions in the configuration under consideration offers fundamental disadvantages.