Abstract
Semi empirical equations of state for dielectric and plasma phases of liquid hydrogen were constructed. Dielectric phase was modeled as dissociating molecular—atomic mixture. This allowed to reproduce experimental results for single shock compressed hydrogen. Equilibrium line for plasma phase transition was built. For quasi isentropic compression according to the current model plasma phase transition occurs at the pressure 130 GPa. Model reproduces the experimental results for electrical conductivity of hydrogen under assumption that plasma phase clusters are formed in the dielectric phase of hydrogen.
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