Article

Short Communications
2017. V. 55. № 1. P. 150–153
Obidov Z.R.
Thermophysical properties and thermodynamic functions of the beryllium, magnesium, and praseodymium alloyed $\rm Zn$–$55\rm Al$ alloy
Annotation
The dependency of beryllium, magnesium, and praseodymium additives on the temperature dependencies of the $\rm Zn$–$55\rm Al$ alloy thermophysical properties and thermodynamic functions is investigated. With the increase of the alloying additive, the values of the studied properties increase with the temperature increase whereas those of the Gibbs energy decrease.
Article reference:
Obidov Z.R. Thermophysical properties and thermodynamic functions of the beryllium, magnesium, and praseodymium alloyed $\rm Zn$–$55\rm Al$ alloy, High Temp., 2017. V. 55. № 1. P. 150