… in the Rayleigh-Taylor instability growth rate due to high pressure … at $1 Mbar peak pressures,
while maintaining the sample in … indicate that the high pressure, high strain rate conditions …

… we know that atmospheric pressure cannot support even a few … the Rayleigh-Taylor instability
in honor of Lord Rayleigh,5 who first described it mathematically in 1883, and Sir G. Taylor, …

… A common method of loading materials to high pressure is the use of shocks. Shock loading…
at high pressure and high density in the solid state. A way to load materials to high pressure …

… of a metal at very high pressures using the Rayleigh–Taylor instability. The target consists of
… /tamper interface, resulting in a high-pressure microindentation technique. We illustrate the …

… 5 allow us to study material response at pressures of 100–500 GPa and high strain rates,
10 6 –10 8 s− 1 . We found that the material strength in these-high pressure, high-strain rate …

… The high-pressure center develops in time and moves upward toward the low-pressure
surface. As the highpressure center attains higher levels and moves upward, it retards the …

… stabilizes the solid phase against RayleighTaylor instabilty (RTI) … has been revisited in recent
high pressure/high-strain rate laser … of the high-pressure hcp phase of iron by using a high-…

… We will also take into account a small nonuniformity in the applied pressure by writing p =
po(t) + ~p for the surface pressure. The perturbation ~p may be produced in the surrounding …

… to high density and temperature, that is, high pressure, to trigger fusion reactions. Ablative
pressure … To amplify this ablation pressure, a high-aspect-ratio shell is required. If a shell of in-…

… Rayleigh–Taylor instability provides a means of probing material strength at high pressure
and high … The unavoidable phase transition in iron at relatively low pressure induces …