The D'yakov-Kontorovich stability criterion for spontaneous emission of acoustic waves
behind shock fronts is investigated for high-temperature carbon, aluminum, silicon, and …

We present the analytic form of the principal Hugoniot at all pressures. It is constructed by
interpolating smoothly between three pressure (P) regimes. Specifically,(i) the low-P regime …

The BADGER equation of state library was developed to enable inertial confinement fusion
plasma codes to more accurately model plasmas in the high-density, low-temperature …

A consistent computational scheme is proposed for calculating various thermophysical
properties under simultaneous high temperature and high pressure condition in conjunction …

A new design for targets employed in laser induced shock-compression experiments is
presented. Numerical simulations to optimize target parameters and to clarify shock …

The charge states of ions in dense plasmas fluctuate due to collisional ionization and
recombination. Here, we show how, by modifying the ion interaction potential, these …

The energy states of the bound electrons in high energy density systems (HEDS) are
significantly affected due to the electric field of the neighboring ions. Due to this effect bound …

The specific heat and Grüneisen parameter for 2D liquid dusty plasmas have been studied
using the concepts of cold/thermal pressure and energy. Based on molecular dynamics …

We present estimates of the critical properties, thermodynamic functions, and principal shock
Hugoniot of hot dense aluminum fluid as predicted from a chemical model for the equation …

We use a self-consistent model combining the Quotidian Equation Of State and a
nonrelativistic screened-hydrogenic model with ℓ-splitting to study the thermodynamic …