The influences of generation temperature, evaporation temperature, absorption temperature to the coefficient of performance, circular ratio and cooling capacity were also studied.
并讨论了循环的发生温度、蒸发温度、吸收温度对循环性能系数、循环倍率和制冷量的影响。
This paper describes the mechanism of water-spray flow and evaporation in high temperature gas under the condition of large liquid-gas ratio.
本文获得了液雾在过热蒸发状态下的液气两相能量方程，给合运动学方程、粒径分布及轨道模型，组成了描述液雾的完整数学方程组。
This paper describes the mechanism of water-spray flow and evaporation in high temperature gas under the condition of large liquid-gas ratio.
本文获得了液雾在过热蒸发状态下的液气两相能量方程，给合运动学方程、粒径分布及轨道模型，组成了描述液雾的完整数学方程组。
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