1.
Water vapor from the evaporative recovery process may be recondensed, and also reused.
蒸发回收过程产生的水蒸汽可再冷凝，也可再用。
2.
Influence of operational parameters on boil off gas recondensation process
液化天然气接收站再冷凝工艺优化研究
3.
Optimization of boil-off gas recondensation process in LNG receiving terminal
液化天然气接收站蒸发气体再冷凝工艺的优化
4.
Distillation Vaporization of a liquid and subsequent condensation of the resultant gas Back to liquid form.
蒸馏 :把一种物质先转变成蒸气,再冷凝成液体的过程。
5.
Research on Asphalt Pavement Cold In-place Recycling Technique
废旧沥青混凝土冷再生技术性能研究
6.
On the Cold In-place Recycling of Asphalt Concrete Pavement
浅谈沥青混凝土路面现场冷再生技术
7.
Discussion on a solution regeneration device using condensing heat recovery
利用冷凝热回收的除湿液再生装置研究
8.
Concrete Pavement Cold Recycling Technology Applicated in Transformation of Cement to Asphalt Concrete Pavement
混凝土路面冷再生技术在“白改黑”工程中的应用
9.
Asphalt Concrete Pavement Cold In-place Recycling Technique
沥青混凝土路面就地冷再生技术的探讨
10.
condenser air cooling
(空气冷却) 冷凝管
11.
Research on the Performance of Refrigeration System on the Impact of Evaporative Condenser with Solution Regeneration
溶液再生式蒸发冷凝器对制冷系统性能影响的研究
12.
accumulating condenser
聚积冷凝器;聚积冷凝器;聚集冷凝器;聚集冷凝器
13.
Extracting can also be done by partially freezing the salt solution.
加热蒸馏法是将盐水加热，使水分蒸发，然后再使蒸汽冷凝成水。
14.
When oil vapour condenses again, countless minute particle are formed, which are suspended in the air.
当油气再次冷凝时，会形成无以计数的悬浮在空气中的颗粒。
15.
The possibility of reliquification and water vapour condensation is analysed, and countermeasures are put forward.
分析了再液化或水分冷凝的可能性,提出了防范措施。
16.
APPLICATION OF CATALYTIC OXIDATION IN REUSE OF THE CONDENSATE WATER FROM ARENE PLANTS
催化氧化在芳烃厂工艺冷凝水再利用中的应用研究
17.
condenser steam, air-cooled
蒸汽、空气冷却冷凝器
18.
Restricted refrigerant flow through the condenser.
冷却剂流经冷凝器不畅。