THERMODYNAMIC PROPERTIES AND THE EQUATION OF STATE OF SILVER
A high-temperature equation of state (EoS) for silver with a face-centered cubic (fcc) lattice was estimated herein using measured data on thermodynamic behavior, thermal expansion, compressibility, and temperature-dependent bulk compression modulus. The totality of experimental data was optimized via the temperature-dependent Tait EoS over a pressure range of 0-4160 kbar. The temperature-dependent thermodynamic and thermophysical parameters were described by the expanded Einstein model. The resultant EoS can describe the entire set of experimental data within measurement errors of individual parameters.