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1·Air and other non-condensable gases in the steam system will cause a lot of problems.

空气及其它不凝性气体在蒸汽系统中会引起很多问题。

2·Introduces the harm of non-condensable gases (such as air, etc.) in refrigeration systems.

介绍了不凝性气体(如空气)在制冷系统中的危害。

3·Condensable gas exhibits some unusual behavior in polymer membrane compared with permanent gas.

与永久性气体相比，可凝性气体在聚合物膜中表现出一些“非常规”渗透行为。

4·Under the help of the traits of condensable and inflatable for air room, the flux pulse in pipeline can be minished.

借助空气室气体可压缩和膨胀的特点，可以减小管路中流量脉动。

5·As a condensable gas, the water vapor permeates through membranes become more complicated than non-condensable gases.

水蒸气作为一种可凝聚性气体，导致它在高分子膜中的渗透行为比其它非凝聚性气体复杂。

6·Use automatic exhaust valve Spirax Sarco steam system to exclude air and other non-condensable gases, while not leaking steam.

使用斯派莎克的自动排气阀可排除蒸汽系统中的空气及其它不凝性气体，同时不会泄漏蒸汽。

7·At least a portion of the fullerenes in the condensable gases can be condensed and collected after separation of the condensable gases.

在分离可冷凝气体之后，冷凝并收集可冷凝气体中的至少一部分富勒烯。

8·The Effects of the content of the non-condensable gas and the condensing pressure on the overall condensation heat transfer was tested.

通过对水平管束管间冷凝换热特性的试验研究 ，探讨并分析了冷却水流量以及不凝气体质量分数对管束冷凝换热的影响规律和机理 。

9·These manifolds are connected to the vacuum system through air take-off lines in order to remove the non-condensable gases from the condenser.

这些集管通过空气管线与抽真空系统相连，以便从空冷凝汽器内抽走不可冷凝的气体。

10·Propylene recovery at a rate above 85% from the non-condensable gas released from polypropylene plant was carried out with membrane separation technique.

应用膜分离技术，回收聚丙烯装置排空不凝气中的丙烯，回收率在85%以上。