本文在建筑物外墙内表面温度大于室内空气露点温度的条件下，对结露问题做了实质性的讨论。
This paper has substantially discussed on the dew condensation problem on condition that the inside surface temperature of exterior walls is larger than the indoor dewpoint temperature.
本文在建筑物外墙内表面温度大于室内空气露点温度的条件下，对结露问题做了实质性的讨论。
The dew condensation problems have been substantially discussed under the condition that the inside surface temperature of exterior wall is higher than that of the indoor dewpoint.
由于压缩过程影响空气的露点，压缩空气在管线中运行时温度会逐渐降低，所以压缩空气系统中总是有液体水存在。
Due to compression process influence the air dew point of compressed air in the pipeline, run it will gradually decrease temperature, so the compressed air system always have liquid water.
后冷却器出来的压缩空气在其出口温度下应该是水蒸气饱和的，且气流温度应该是压缩空气的压力凝露点。
After cooler out at the exit of compressed air temperature should be saturated steam, and air temperature should be pressure of compressed air condensation point.
倘若进入干燥器的压缩空气流量和压力超出设计范围，分离效果将下降，液态水就会通过分离器使干燥器出来的压缩空气压力凝露点升高。
If into the dryer compressed air flow and pressure beyond design range, separation effect will decline, liquid water would be through the separator make dryer out of compressed air pressure rise.
压缩空气离开冷冻式空气干燥器时的压力凝露点与换热器的效率、分离器或凝结过滤器的效率、以及适度的排水操作有关。
Compressed air from frozen type of dryer air pressure points and the efficiency of the heat exchanger cleansing, separator filter efficiency, or condensation and moderate drainage operation of the.
干燥器中压缩空气的水蒸气含量用压力凝露点表示，即在特定压力的空气管线系统内压缩空气不发生凝结的最低温度。
The compressed air drying of water vapor pressure points with any expressed as the air pressure in particular piping system of compressed air does not occur within the lowest temperature setting.
文章对烟气低温露点腐蚀的机理以及常压炉空气预热器耐低温露点腐蚀的改进措施做了介绍。
The corrosion mechanisms of low temperature dew point corrosion and improvements of atmospheric air pre-heater to resist low-temperature dew point corrosion were introduced.
在实际应用中，干式盘管的实际进水温度应高于临界进水温度，但低于室内空气的露点温度。
In practical application, inlet water temperature should be higher than critical inlet water temperature and be lower than dew-point temperature of indoor air.
但它通常只读出和控制空气的露点，而在工业、农业、冷藏和卫生学上重要的却是空气的相对湿度。
However, it only reads and controls the dew-point temperature of air instead of the relative humidity which is known to be more important in industry, agriculture, food storage and hygiene.
当二次空气的入口温度低于一次空气的露点温度时，一次空气的冷却有可能是一去湿过程。
When the entering temperature of the secondary air is lower than the dewpoint temperature of the primary air, there may be a dehumidifying cooling pro-cess in the primary air passages.
通过提高水温，使离子交换器外壁温度处于环境湿空气的露点温度以上，从而避免了离子交换器夏季结露现象的发生，减缓了设备的腐蚀速度。
This increase the waterside temperature and the wall temperature of the ion-exchangers up to dewing temperature of environment, thus prevent ion-exchangers from dewing and corrosion.
压缩机出来的压缩空气温度为150 ~ 3250f，压力凝露点为14700f，每立方英尺压缩空气含有69.014格令水。
The compressed air compressor out temperature of 150 ~ 3250 f, pressure point to 14700 f, cleansing per cubic feet compressed air contains 69.014 case make water.
压缩机出来的压缩空气温度为150 ~ 3250f，压力凝露点为14700f，每立方英尺压缩空气含有69.014格令水。
The compressed air compressor out temperature of 150 ~ 3250 f, pressure point to 14700 f, cleansing per cubic feet compressed air contains 69.014 case make water.
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