Transport Coefficients of a Magnetoplasma in an Alternating Electric Field

抄録

Transport coefficients of a magnetoplasma in the simultaneous presence of an alternating electric field and a temperature gradient are investigated. They are shown to be expressed in terms of the transport coefficients in a stationary electric field and to satisfy symmetry relations between the electron cyclotron frequency and the frequency of the electric field. As an example, these results are applied to the electrical conductivity and the transport coefficient between the heat flow and the electric field.