摘要
The paper studies the cycle performance of the mixture alternatives of R22. The theoretical study indicates that R143a/R227ea and R125/R227ea improve the volumetric refrigeration capacity comparing to R143a/R227ea, R125/R227ea and R22/R142b. Because of these excellent fractional distillation, R143a/R227ea and R125/R227ea can be used in change concentration volume regulation system. Experimental data are compared to theoretical results. Good agreement is found for the cases studied.
The paper studies the cycle performance of the mixture alternatives of R22. The theoretical study indicates that R143a/R227ea and R125/R227ea improve the volumetric refrigeration capacity comparing to R143a/R227ea, R125/R227ea and R22/R142b. Because of these excellent fractional distillation, R143a/R227ea and R125/R227ea can be used in change concentration volume regulation system. Experimental data are compared to theoretical results. Good agreement is found for the cases studied.
出处
《工程热物理学报》
EI
CAS
CSCD
北大核心
1999年第4期397-400,共4页
Journal of Engineering Thermophysics
基金
国家自然科学基金!59876027
天津市青年科学基金!973704711
