Calculation of thermodynamic properties and transport parameters of C6F12O

C 6 F 12 O has good insulating properties and the potential to be used as an medium in gas-insulated equipment. Previous researches show that thermodynamic transport parameters can reflect microscopic of plasma evaluate physical gas during discharge. In this paper, are calculated based on LTE conditions. According type particles participating reaction thermal parameters, number density particles, range 300–30000 K calculated. The results conductivity is higher than CO 2 N at lower temperatures, which consistent with most electronegative gases. distinct peaks 3500, 5500 16000 K, respectively. calculation provide a data basis for subsequent breakdown interruption characteristics, significant design development