The influence of magnetic-moment relaxation motion on second viscosity in superfluid solutions
Abstract
Description
The influence of He-3 nuclear magnetization relaxation on the second viscosity in quantum solutions subjected to an external oscillating magnetic field is studied. The cases of first-, second- and forth-sound waves are examined. The expressions for the second viscosity coefficients are derived and the conditions for the viscosity to be decreased are analyzed.
8 pages, 0 figures
8 pages, 0 figures