In this thesis we have a preliminary study on the evaporated-cooling intercooler, which possesses several strong points of energy saving, environment protecting and work condition improving.
本文对蒸发冷却式中冷器进行了初步的研究，该技术具有节能、环保、改善工作条件的多重优点。
Methods of control are presented for both the intercooler and reheat functions.
介绍了关于中间冷却器功能和再加热功能的控制方法。
The work of developing the test-system of intercooler′s performance will be introduced in this paper.
主要介绍中冷器性能测试系统的开发工作。
The intercooler cools the refrigerant flowing between the two compression stages as well as provides the reheat function.
中间冷却器冷却在两个压缩级之间流动的制冷 剂并提供再加热功能。
The argon arc welding process after replacement of intercooler cooling section was presented. The welding feature and weldability were analyzed.
介绍了中冷器抽换散热单节的氩弧焊接工艺，分析了中冷器抽换散热单节的焊接特点以及焊接性。
This article introduces the characteristics of the heat pipe and heat-pipe heat-exchanger, and the author designed a heat-pipe intercooler for experiment.
介绍热管及热管换热器的特点，设计了试验用热管中冷器。
The characteristics of diesel engine intercooler rubber tubes are introduced, and the performances of silicone rubber and EPDM rubber are compared in the paper.
介绍了汽车柴油发动机中冷器出气胶管的特点，比较了硅橡胶与三元乙丙橡胶的性能特征。
The modification of a compressor intercooler was conducted by replacing the straight tubes of a shell tube heat exchanger with a new type of stainless steel corrugated tubes.
采用新型不锈钢波纹管代替壳管式换热器中的直管，对压缩机中间冷却器进行了改造，并进行了实际运行测试和比较分析。
In order to improve its performance, research was done on a new type of intercooler which applies evaporate_cooling technology to the intercooler and lowers air temperature by water evaporation.
针对这一情况，提出了一种新型中冷器技术，就是将普遍采用的蒸发冷却技术应用到中冷器上，利用水蒸发吸收空气热量，从而实现空气温度的降低。
In order to improve its performance, research was done on a new type of intercooler which applies evaporate_cooling technology to the intercooler and lowers air temperature by water evaporation.
针对这一情况，提出了一种新型中冷器技术，就是将普遍采用的蒸发冷却技术应用到中冷器上，利用水蒸发吸收空气热量，从而实现空气温度的降低。
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