Crystal-Field Effects on Thermoelectric Power and Resistivity for the Ce-Kondo System

Abstract

The thermoelectric power and the resistivity for the Ce-Kondo system are precisely calculated at low temperatures. The local Fermi liquid theory is extended to the case including the crystalline field in order to precisely evaluate the thermoelectric power with the aid of the Bethe Ansatz method. The characteristic properties caused by the crystal-field effects are investigated for the above quantities. The anisotropic properties are discussed briefly for the hexagonal and tetragonal fields.