… that demonstrate another RT instability stabilization mechanism at high pressure, namely, …
This high pressure stabilization mechanism is predicted to increase with pressure, provided …

… At sub-megabar shock pressure, planar jets manifesting the development of the
Richtmyer-Meshkov-type instability in a non-accelerated target are observed. As the shock pressure …

… with the magnetically drj veri Rayleigh-Taylor instabilities … design to achieve multi-megabar
pressures. Also important is … effects due to Rayleigh-Taylor instabilities on the liner surface …

… We have found that for the megabar pressures involved in these experiments, the solid
pusher may retain elastoplastic properties that are beneficial for the stabilization of the shortest …

… pressure partially or totally drives the slab, the instability is known as the magneto-Rayleigh-Taylor
(MRT) instability, … Actually, to our knowledge, the MRT instability in such a context has …

… We present a design to measure the strength of a metal at very high pressures using the
Rayleigh–Taylor instability. The target consists of a metal foil behind a tamper and an ablator, …

… the growth of the Rayleigh-Taylor instability in solid materials’,‘, where growth occurs through
plastic flow. In order to study this effect at megabar pressures, we have shocked metal foils …

… been performed under high pressure due to a difficulty of … instability of iron–silicon (Fe–Si)
alloy under high pressure and temperature and to estimate the growth rate of the RT instability…

… The labels across the top of the figure mark the pressure at the inner core boundary (ICB)
of Earth and the pressure range at super-Earth core conditions, respectively. The lower right …

… sure pulse in addition to the magnetic pressure. The ultimate degree of liner compression
(before the collision), R,/r, - 10, limits the amplitude of the Rayleigh–Taylor instability. The …