假设A是，挥发性更强的组分。
So now I want to stick with a as the more volatile component.
现在哪个更容易挥发？A还是B ？
我们假定溶质完全不挥发。
所以如果A的挥发性更高，它的沸点更低。
So if a is the more volatile component, it has the lower boiling point.
所以在这种情况下，比如，A更容易挥发。
So in this situation, for example, a is the more volatile of the components.
因为水的挥发性不高。
这不会挥发，但会变得不再显眼。
仓库里有很多挥发性的化合物。
挥发后留下清洁和没有痕迹的表面。
中药挥发油主要来源于芳香类中药。
目的：分析菱壳粉末中挥发性成分。
Objective: To analyze the constituents of essential oil from the skin of water caltrop.
水是人体代谢和挥发的重要东西之一。
Water is the body metabolism and volatile one of the important things.
极低的挥发性提供良好的油气分离性。
The extremely low volatility provides the good oil gas separation property.
最后，凝结物风干后去除残留挥发物。
Finally, the coagulum is dried to remove residual volatiles.
你能不能让那个场景也溶解挥发掉呢？
Can you allow that picture of your mind to evaporate and dissolve?
方法：采用水蒸汽蒸馏法提取挥发油。
Method: The essential oil was extracted by steam distillation.
更不易挥发的物质，在气相中的，摩尔分数减小了。
You decrease the mole fraction of the less volatile material in the gas phase.
成分是挥发油，具有很强的保健功效。
对肉桂采用水蒸气回流法提取挥发油。
The essential oil was extracted from wild Cinnamon by steam distillation.
酒精暴露在空气中会挥发。
无火香薰挥发精油的使用环境怎样最佳？
这将使问题与挥发性走开。
目的：确定江香薷挥发油最佳提取工艺。
Objective: To make sure the best extraction technology of essential oil from Mosla chinensis Maxim.
在今生今世的梦里，寻找挥发着爱的气味。
In this present life dreams, looking for volatilizing the smell of love.
当它的使命完成之后就要挥发到空气中去。
It of the mission completes will vaporize to after to go to in the air.
研究了厚膜电阻浆料用有机载体的挥发特性。
The volatility of the organic carrier in thick film resistance paste was studied.
研究了厚膜电阻浆料用有机载体的挥发特性。
The volatility of the organic carrier in thick film resistance paste was studied.
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