Liquid Cu Rayleigh Taylor Experiments

The deviation of Rayleigh Taylor growth from the predicted classical (liquid) growth has been used to infer the strength of solid materials. Some of the most recent work has been done using laser platforms which achieve high pressures and high strain rates where the deviation from liquid growth is assumed to be correct. We will present experimental and simulation results comparing the growth of shock-melted, liquid Cu samples at similar time scales (10's of ns) and strain rates (\textgreater 10\textasciicircum 6/s) for recent experiments carried out at the Omega laser facility.