A diversity of spin Hall effects in metallic systems is known to rely on Mott skew scattering. In this work its high-temperature counterpart, phonon skew scattering, which is expected to be of foremost experimental relevance, is investigated. In particular, the phonon skew scattering spin Hall conductivity is found to be practically T independent for temperatures above the Debye temperature T_{...

The thermodynamics of electrolyte solutions has been investigated by many scientists throughout the last century. While several theories have been presented, the most popular models for the electrostatic interactions are based on the Debye− Hückel and mean spherical approximation (MSA) theories. In this paper we investigate the differences between the Debye− Hückel and the MSA theories, and com...

les diagrammes debye - scherrer mettent tres nettement en evidence l'iso morphisme etroit qui existe entre les sulfates et les fluoroberillates • la consideration des structures-s-comparees de quelques sulfates et fluoro - .'i.ii_ berillates peut nous apporter une explication de ces deux phenomenes qui sont attri, buables aux liaisons hydrogene f ---- h - 0 plus fortes que celle des s...

We present details for a method to compute the broken phase sphaleron rate (rate of hot baryon number violation below the electroweak phase transition) nonperturbatively, using a combination of multicanonical and real time lattice techniques. The calculation includes the “dynamical prefactor,” which accounts for prompt recrossings of the sphaleron barrier. The prefactor depends on the hard ther...

The dynamics of floating two-dimensional {2D) monolayers of Xe, Kr, Ar, and Ne are explored over a range of lattice spacings and temperature using the self-consistent phonon theory. Phonon dispersion curves and the zero-point energy are calculated and appropriate Debye temperatures and rms vibrational amplitudes (u2) estimated at T =0 K. The results show that floating monolayers of Ar and Xe re...