... atmospheric water vapor 大气水蒸汽 atmospheric vapor deposition 使用气相蒸镀法 Atmospheric Vapor Compensation 空气和蒸汽补偿技术 ...
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尽管氧化钙有卓越的耐火特性，却很少使用到，因为和大气水蒸汽容易发生水合作用。
Calcium oxide although having excellent refractory properties is rarely used because of hydration by atmospheric water vapour.
大气层里水蒸汽产生的温室效应最强烈，但千百万年来一直保持着平衡。
Water vapour in the atmosphere produces the strongest greenhouse effect, but it has been in balance for millions of years.
这导致了其大气层里有更多的水蒸汽，进而，温度受失控的温室效应影响而更进一步的提高了。
This generated more water vapour in its atmosphere, further increasing the temperature in a runaway greenhouse effect.
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