1) condensation deterioration
冷凝恶化
1.
According to condensation characteristics and mec hanics inside the heat pipe, condensation deterioration is analysed and discusse d in this paper.
根据热力学第一定律导出了包括界面切应力、传质及蒸汽速度影响在内的热管冷凝模型 ,根据热管内的冷凝特性及机理 ,讨论并分析了冷凝恶化 ,当液膜出口处的界面速度等于或小于零时 ,冷凝段发生冷凝恶化 ,这时冷凝传热急剧减弱 ,同时 ,在蒸发段极易产生局部干涸和壁温飞升 。
2) vaporization-condensation
气雾化冷凝
1.
Microcrystalline magnesium containing Co (Mg(Co)) has been prepared by an arc vaporization-condensation method.
以气雾化冷凝技术制备了含Co的微晶镁粉Mg(Co)。
3) enhanced condenser tube
强化冷凝管
1.
In this paper, according to the special requirements of the submarine air-conditioning water-chiller unit, the discussion and choice of the enhanced condenser tube have been made, and the experimental study of the heat transfer performance has been conducted.
根据潜用空调冷水机组用强化冷凝管的特殊要求,对强化冷凝传热管进行了讨论选择,并对其传热 性能进行了实验研究,最后对潜用空调冷水机组冷凝器的传热性能进行了实验研究与分析。
4) carbonate dioxide condensate
二氧化碳冷凝液
1.
By improving startups and shutdowns method and adding a stripper, the process gas condensate and carbonate dioxide condensate from purification section of ammonia plant are properly treated, thus ensuring the environmental protection recovery, recycling usage and energy economizing.
通过改进开停车方法和增加1套汽提塔设备来处理合成氨装置净化工段的工艺冷凝液和二氧化碳冷凝液,确保环保回收,循环使用,达到节能效果。
5) CO 2 condensation
二氧化碳冷凝
1.
It focuses on some key technologies in the course of designing and manufacturing cryogenic liquid transfer lines using CO 2 condensation,such as vacuum requirements,purity of CO 2,hydrogen discharge capacity.
文章摘录了国内外有关各种低温液体输送管研究发展概况的文献 ;重点论述了真空多层绝热采用二氧化碳冷凝的低温液体输送管设计和制造中的一些关键技术 ,如真空度要求 ,二氧化碳纯度、氢放气量 ;最后介绍了此类低温液体输送管的制造工艺。
6) condensation heat transfer enhancement
强化冷凝传热
1.
Advances in liquid-solid-interfacial-energy-difference effect and condensation heat transfer enhancement;
综述了固液界面能差效应强化冷凝传热的新机制及其对纯蒸气及含不凝气的蒸气冷凝传热过程影响的理论和实验研究进展。
补充资料：恶化
恶化
deterioration
病情变化向不利于机体方面发展转化的过程。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条