Thermophysical properties and thermodynamic functions of alloy AMg4-doped lanthanum
The temperature dependence of the heat capacity of the alloy AMg4 with lanthanumin in the mode of "cooling" are studied. The obtained mathematical model describes the dependence of the heat capacity, heat transfer coefficient, thermodynamic functions AMg4 alloy, doped with lanthanum, temperature and composition. It is shown that with increasing content of lanthanum and temperature specific heat capacity, heat transfer coefficient, enthalpy and entropy increase, the Gibbs energy decreases.