… Taylor instability problem is simulated with a multiple-relaxation-time discrete Boltzmann model
with a gravity term. Viscosity, heat conductivity… both viscosity and heat conduction show a …

… -Helmhotz instability are all common hydrodynamic instabilities. Rayleigh-Taylor instability
… RichtmyerMeshkov instability refers to the instability when a shock wave passes through the …

… Owing to the temperature dependence of heat conductivity, the typical length scale of
temperature variation increases strongly across the conduction region from da in the cold material …

… To illustrate possible consequences of the instabilities facilitated by thermal conductivity, we
consider two examples: The first relates to supernovae and the second relates to laboratory …

… the instability of a smooth Rayleigh-Taylor steady-state solution to compressible viscous flows
without heat conductivity … problem for compressible viscous flows without heat conductivity. …

… nonlinear Rayleigh–Taylor instability with double interfaces. The benchmark of an one
dimensional heat conductivity is used to test the accuracy of the thermal conductivity simulation. …

… -intensity heat conduction effect on turbulence induced by the ablative Rayleigh–Taylor
instability | … conduction effect on turbulence induced by the ablative Rayleigh–Taylor instability …

… of laser ablative Rayleigh-Taylor RT instability with preheating is … Simulations of the ablative
RT instability in this paper are in two-… In our simulation, the electron thermal conductivity is …

… In one case (a), the selfgenerated magnetic field is not included in the electron heat
conductivity. In the other case (b), it is included in the conductivity using Braginskii’s formula. The …

… For the film boiling, a fairly stable layer of vapor lies underneath the heavier liquid contrary
to the criterion of Rayleigh-Taylor instability. Although, our result shows the instability will still …