Relaxation effects and slip at an oscillating solid surface in helium-3

The paper introduces a model which gives an intuitive understanding of the relaxation effects accompanying the transmission of transverse waves in the Fermi liquid phase of He3, and applies it to an investigation of the reduction, due to slip, in the efficiency of excitation of these waves at a solid surface. The calculation is complete only at frequencies low enough for any possible Kapitza enhancement to be neglected. (Auth.)