Electron Transport with Arbitrarily Oriented Ellipsoidal Fermi Surfaces

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Abstract
General expressions for the kinetic coefficients of electron transport are obtained for the case of an ellipsoidal Fermi surface arbitrarily oriented with respect to the applied magnetic field, in terms of the coefficients derived for the case of spherical surfaces. The utility of the technique is illustrated by application to a particular case commonly occurring in the treatment of the semimetals.