… The two-dimensional Rayleigh–Taylor instability problem is simulated with a multiple-relaxation-time
discrete Boltzmann model with a gravity term. Viscosity, heat conductivity, and …

… 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 …

… for various heat conductivities. The SNOEF increases with increasing heat conductivity at
an early stage, but it first increases and then decreases with increasing heat conductivity later. …

… We first perform a linear stability analysis similar to that used to derive the Rayleigh–Taylor
instability … We will now discuss the differences between the large conductivity (isothermal, fast …

… Rayleigh–Taylor instability in a compressible medium is not necessarily stabilized by
thermal conductivity… effect for in situ measurements of thermal conductivity in high-energy-density …

… 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. …

… Rayleigh-Taylor steady-state solution to compressible viscous flows without heat conductivity
in … effect in the linearized problem for compressible viscous flows without heat conductivity. …

… We consider the classical Rayleigh-Taylor instability configuration of a denser fluid (2)
above a … Zhang, Viscosity, heat conductivity, and Prandtl number effects in the Rayleigh–Taylor …

… growth rate of laser ablative Rayleigh-Taylor RT instability with … variation of the electron
thermal conductivity at low temperatures, … In our simulation, the electron thermal conductivity is …

… , we have the well-known Rayleigh-Taylor instability [2,3]. The effects of surface tension,
viscosity, and magnetic field on the Rayleigh-Taylor instability have been well documented in …