水蒸气分压力

得出循环COP值、制冷量与湿空气出口处工作溶液与空气的水蒸气分压力差随热空气温度、环境空气温度和相对湿度之间的关系。

The relationships of the cycle COP ( coefficient of performance ), amount of cooling and the steam pressure difference between in working solution and in wet air at the generator upside with the hot air temperature , the ambient air temperature and relative humidity were found .

实验结果表明：水蒸气分压力、冷却水流量和加湿热空气流量是影响水蒸气冷凝液量的主要因素，水蒸气的凝结率为40%～75%。

The result of tests indicate that vapor partial pressure , cooling water flow rate and humidified hot airflow rate are major influencing factors of vapor condensate flow rate . Vapor condensation rate is 40 % - 75 % .

该模型考虑了依赖于温度和氧气浓度的局部氧化反应，以及依赖于煤堆表面温度和水蒸气分压力的表面蒸发过程。

The unsteady-state model takes into account a local oxidation reaction which depends on temperature and the concentration of unreacted and reacted oxygen , as well as a surface evaporation which depends on temperature and the partial pressure of vapor in surface of pile and vapor in atmosphere .

从湿空气的物理参数关系理论出发，提出了使用精密气压计和干湿球温度计测算湿空气密度的快速简便方法，推导出了求解湿空气的相对湿度及饱和水蒸气分压力的数学模型。

This paper put forward a simple and quick calculation method for wet air by precision barometer and psychrometer according to the relation theory of physical parameters of wet air , and derived a mathematical model for calculating the relative humidity of wet air and partial pressure of saturated vapor .