The new cycle, employing non-azeotropic mixture refrigerant, can provide different evaporation temperatures under an evaporation pressure.
新型自复叠制冷循环使用非共沸混合工质，可以在相同的蒸发压力下提供不同的蒸发温度。
The experimental investigation on the relations between near-azeotropic mixture refrigerant quantity and refrigerator performance and operating parameters are presented.
研究了近共沸混合制冷剂充灌量与冰箱性能及运行参数间的关系。
The paper proposes a new power cycle using ammonia water mixture which can produce power and refrigerant.
根据混合工质的这一特点，设计了以氨-水混合物作为工质电冷联合生产的新型热力循环。
Test shows that the proportion of refrigerant mixture is the key, and optimization can be judged in control of key temperature.
试验表明混合制冷剂的配比是自动复叠制冷系统关键问题，通过控制关键点的温度可以判断混合制冷剂的最佳配比。
The purpose is to boil off the liquid refrigerant from the oil by heating and agitating the mixture of oil and refrigerant in the oil sump.
其目的是通过加热和搅动油箱中的油和制冷剂的混合物，而使液体制冷剂从所述油中蒸发掉。
By a combination of theoretical analysis and performance testing, it is shown that refrigerant mixture R407C is a drop-in substitute for R22 in inverter heat pump air-conditioners.
通过理论分析及空调器整机性能试验， 说明混合工质R407C是变频冷暖空调器中R22 的灌注式替代工质。
The Auto Cascade Refrigeration Cycle (ACR) requires only one compressor with the non-azeotropic refrigerant mixture (NARM), which is very popular for its particular excellence.
自行复叠制冷循环采用非共沸混合工质作为制冷剂，而且只采用一台压缩机，正是这些独特的优点使其受到了广泛的关注。
In this paper, the basic properties of thermal physics of mixed refrigerant are firstly studied in terms of theory and the essential features of heat pump using mixture are also analyzed.
本文首先针对混合工质的基本热物理性质进行了基础理论研究，分析了对于混合工质热泵的基本特性。
Automotive air-conditioning compressor is rich in oil, and its performance is changed obviously by the thermo-physical properties of refrigerant-oil mixture, which is different from pure refrigerant.
汽车空调压缩机中含油量高，油与制冷剂互溶后所形成的混合物的热物理性质不同于纯制冷剂，将引起压缩机性能明显变化。
Automotive air-conditioning compressor is rich in oil, and its performance is changed obviously by the thermo-physical properties of refrigerant-oil mixture, which is different from pure refrigerant.
汽车空调压缩机中含油量高，油与制冷剂互溶后所形成的混合物的热物理性质不同于纯制冷剂，将引起压缩机性能明显变化。
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