One of its namesakes derived an equation that relates the entropy and the volume of transition for the phase diagram.
It can be directly derived from the Ehrenfest classification method of phase transitions. One of its namesakes derived an equation that relates the entropy and the volume of transition for the phase diagram. While the solid- liquid boundary is related by the molar enthalpy and the volume, this equation assumes an ideal gas and relates the molar enthalpy to the ideal gas constant and the temperature. FTP, identify this equation named after its two developers that explains the transition between the liquid and vapor states.
It can be directly derived from the Ehrenfest classification method of phase transitions.
{Clausius-Clapeyron} equation