TEMPERATURE-DEPENDENT INTERCHANGE ENERGY OF THE LIQUID ALLOY NA0.85CS0.15

Abstract Small-angle x-ray diffraction data on the liquid alloy Na0.85Cs0.15 at temperatures from 80 to 190°C are presented. The analysis will be given on the basis of the Flory model, introducing a temperature dependent interchange energy. This concept brings more consistency in the results of diffraction, calorimetric and EMF measurements.