Status of equation of state for Aluminum in the light of beam-target interaction experiments at KALIF

The present paper contains an investigation of the hydrodynamics of thin Aluminum foil accelerated by light-ion beams at KALIF using B
θ
-diode. The peak power density in these experiments was 0.15 ± 0.05 TW /cm
²
. In an earlier paper we have analysed the experimental data using an analytical equation of state. In the present paper we show that the state of these accelerated foils is sensitive to the equation of state data and use data based on more profound models. We combine EOS models designed for shock wave modelling describing melting, vaporisation and experimental data on compression and unloading of porous matter with those developed for strongly ionised material based on the model of chemical equilibrium.