摘要
对双无非共沸工质喷射制冷循环做了可行性分析，利用PR方程对两种双元工质RC318／R123和RC318／R141b进行了热力循环计算，对双元工质RC318／R141b进行了喷冷循环实验，并与单元工质R141进行了对比.理论分析和实验数据表明，通过选择合适的双元工质，在喷冷系统中不但可以提高其制冷品质，亦能同时提高制冷循环的能效比.
In this paper,the feasibility of binary nonazeotropic mixtures used in a jet refrigeration cycle is analyzed.Using the PR equation of state,the thermodynamic calculations of binary mixtures RC318/R123 and RC318/R141b were completed. Then the experiments of RC318/R141b was conducted and compared with R141b. The results of the theoretical calculation and experiments indicate that an appropriate binary nonazeotropic mixture can not only improve the refrigeration quality of jet refrigeration,but also improve its performance coefficient in the same time.
出处
《天津大学学报》
EI
CAS
CSCD
1999年第5期543-546,共4页
Journal of Tianjin University(Science and Technology)
基金
国家自然科学基金!59576002
关键词
制冷品质
喷射制冷系统
制冷循环
双元工质
jet refrigreration binary non-azeotropic mixture evaporation in low temperature region refrigeration quality
