本文就环境压力和温度对燃油液滴蒸发速率的影响进行了分析研究。
The influence of ambient pressure and temperature on the evaporation rates of fuel drops is examined analytically.
环境温度和液体的汽化潜热对液滴的蒸发速率有着重要的影响。
The environmental temperature and evaporation heat of liquid influence evaporation rate of liquid droplets significantly.
对比了不同环境温度及空气湿度下蒸发器的结霜速率，并分析了蒸发器结霜对系统性能的影响。
The evaporator frosting influence the system performance under a range of ambient temperatures and humidities which affecting the frost formation degree.
因此，在预测液体的蒸发速率时，必须考虑太阳辐射或周围热辐射源对液体表面温度的影响。
The surface temperature of liquid is not only related with the solar radiation and wind speed, …
因此，在预测液体的蒸发速率时，必须考虑太阳辐射或周围热辐射源对液体表面温度的影响。
The surface temperature of liquid is not only related with the solar radiation and wind speed, …
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