1) evaporation by flow gas
流动气体蒸发
2) Boil off gas
蒸发气体
1.
The recondensation process is generally adopted to deal with the boil off gas (BOG) in LNG receiving terminals currently.
目前液化天然气(LNG)接收站终端普遍采用再冷凝工艺来处理蒸发气体(BOG)。
3) boil-off gas
蒸发气体
1.
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) flow evaporation
流动蒸发
1.
To investigate the effects of micro-fin geometries and operating conditions on flow evaporation and condensation performance in micro-fin tubes, tests were conducted in micro-fin tubes having different micro-fin geometries.
为了研究微肋管结构尺寸及工况等对管内流动蒸发及冷凝性能的影响,对3根管外径为9。
2.
To investigate the effects of micro-fin geometry and operating conditions on flow evaporation performance of micro-fin tubes, tests were conducted on four micro-fin tubes having different micro-fin geometries and one smooth tube having 9.
为了研究微肋管结构尺寸及工况等对管内流动蒸发性能的影响 ,对 4种微肋管和 1根 9 5 2mm光管进行了实验 ,4根微肋管中管外径为 9 5 2mm和 7mm的各 2根 ,所用工质为R2 2 。
5) volume of vapor
蒸发气体积
6) gas evaporation method
气体蒸发法
1.
The analysis of experimental results for the chemical composition property on ultefine particles produced with binary alloy by gas evaporation method;
气体蒸发法制备二元合金超细微粒组份特性的实验结果分析
补充资料：惰性气体蒸发原位加压制备纳米固体装置
惰性气体蒸发原位加压制备纳米固体装置
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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