Citation:
D. S. Chung, K. Y. Christina Lee, and E. Mazur. 1990. “Spectral asymmetry in the light scattered from a nonequilibrium liquid interface.” Phys. Lett. A, 145, Pp. 348–352. Publisher's Version
Abstract:
An asymmetry of the two capillary wave peaks in the light scattered from a water surface subject to a temperature gradient parallel to the surface has been observed using a Fourier transform heterodyne technique. The sign and order of magnitude of the effect agree with linear fluctuating hydrodynamic theory.See also: Ultrafast dynamics in solids