Thermophysical Properties of the Reacting Mixture SF6 and Cu in the Range 3000 to 50000 K and 0.1 to 2MPa Part 2: Thermodynamic properties

journal article - other

English

The present contributions is continuation of Part 1: Equilibrium Composition. Formulae for calculation of thermodynamic properties of gaseous system in the ideal state are presented. All thermodynamic properties, including differential quotients, are determined by molar mass, specific enthalpy and entropy, frozen and equilibrium specific heat capacity at constant pressure, isobaric coefficient of thermal expansion and isothermal coefficient of compressibility. The values of this properties plotted in dependence on temperature and pressure for a system of products of the reaction SF6+bCu are shown in figures and tables for b=0,1,5 in the considered range of temperatures a pressures. The results of computation are compared with those of other authors.

thermodynamic properties, gaseous system in the ideal state, reacting mixture SF6 and Cu, high-voltage circuit breakers

thermodynamic properties, gaseous system in the ideal state, reacting mixture SF6 and Cu, high-voltage circuit breakers

COUFAL, O.

1. 6. 1992

0001-7043

Acta Technica ČSAV

37(1992)

3

Czech Republic

371

397

27