… This type of hydrodynamic instability is usually known as the Rayleigh–Taylor instability (RTI…
on this problem and Taylor 2 later demonstrated that such an instability can also occur in …

… 28, we show that for two superimposed microscopic Lennard–Jones fluids of equal depth, …
This dynamical effect is very similar to the Saffman–Taylor instability.For the high c system and …

… may be considered a special case of the RT instability, when the acceleration provided is …
where such instabilities play a central role. First, fundamental aspects of the instabilities are …

… In the above evolution equations, ea is a set of discrete microscopic velocities along
which we track the discrete distribution functions. The choice of the discrete velocities is …

… channel narrowed to a microscopic scale, but did not … –Taylor instability in hydrogen, the
ion skin depth, c/ω pi , is substantially smaller than in argon and the Rayleigh–Taylor instability …

… facility to study the Rayleigh–Taylor instabilities (RTIs) at the … by face-on radiography using
a microscope coupled with an x-… microscope we have developed is a Wolter-like microscope …

… counts of the deposited films in a scanning electron microscope (SEM). The EDS counts were
… were investigated in a scanning electron microscope (SEM) for various values of initial film …

… growth and mixing characteristics across the Rayleigh-Taylor (RT) layer … , microscopic
densities. In this case, the specific volume and density of the mixture are related to the microscopic …

… Next we examine the influence of the averaging length scale. … guaranteed from considerations
of microscopic physics. The … entrainment at these length scales produces average but not …

… to be generated by this microscopic shear instability, which are relevant for … Taylor instability
[27–29] despite the great disparity between scales (electronkinetic versus hydro-MHD scales…