This paper calculates the temperature of inlet air, and analyzes precedence of gas turbine inlet air-cooling by water spray evaporative cooling in Xinjiang area.
对进气空气的温度进行分析计算，并通过计算的结果分析在我国新疆地区燃气轮机采用喷雾蒸发冷却方式冷却进气空气的优越性。
The dramatic side swoop that doubles as a much-needed engine cooling air inlet.
引人注目的侧边波浪线，同时还是必不可少的引擎冷却进气口。
The objective is to evaluate various methods of cooling the inlet air. The comparison of technology & economy between them was also given.
介绍和讨论了燃气轮机进气冷却的各种方法，并对各种冷却方法进行了技术经济比较。
The large central air inlet further optimizes cooling of engine and front brakes.
东风油罐车中央大空气进口进一步优化发动机冷却和前刹车。
It is an adiabatic, humidification, and cooling process for gas turbine inlet air by water spray evaporative cooling.
对燃气轮机的进气采用喷雾蒸发冷却的方式降温是一个绝热加湿冷却过程。
The results show that when the velocity of cooling air and the width of inlet-cirque are changed, the effects on wall cooling and high temperature region of drying-tower must be considered.
分析了冷却风速度大小、进口圆环宽度对干燥塔内干燥介质温度场的影响。 模拟结果表明：在确定冷却风速度大小和进口圆环宽度时，应考虑它们对塔壁的冷却效果及对干燥塔内高温区域的影响。
The performance and cost-effectiveness of different inlet air cooling systems is compared and analyzed, which have been installed on machine units in Beijing, Harbin, Shanghai and Guangzhou.
不同的进气冷却系统的性能和成本效益进行比较和分析，在北京，哈尔滨，上海，广州已安装在机组。
The results show that all kinds of inlet air cooling technology for gas-turbine may improve its output and efficiency, but it is necessary to combine with the concrete conditions to select the...
结果表明，不论采用何种进气冷却技术都可以有效地提高燃气轮机的出力和效率，但对于不同地区、不同运行条件的燃气轮机，应根据实际条件选择进气冷却方式。
The results show that when the velocity of cooling air and the width of inlet-cirque are changed, the effects on wall cooling and high temperature region of drying-tower must be considered.
分析了冷却风速度大小、进口圆环宽度对干燥塔内干燥介质温度场的影响。模拟结果表明：在确定冷却风速度大小和进口圆环宽度时，应考虑它们对塔壁的冷却效果及对干燥塔内高温区域的影响。
The results show that when the velocity of cooling air and the width of inlet-cirque are changed, the effects on wall cooling and high temperature region of drying-tower must be considered.
分析了冷却风速度大小、进口圆环宽度对干燥塔内干燥介质温度场的影响。模拟结果表明：在确定冷却风速度大小和进口圆环宽度时，应考虑它们对塔壁的冷却效果及对干燥塔内高温区域的影响。
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