但是我们不知道这个亨利定律常数。
这主要是因为考虑了亨利定律。
在这种混合物中，亨利定律不再成立。
What happens for this particular mixture is that Henry's law is no longer valid.
我们再看一下亨利定律。
得到了亨利定律常数。
这就是亨利定律常数。
意味着亨利定律常数，比纯cs2的蒸汽压大。
Meaning that the Henry's law constant is greater than the vapor pressure of the pure CS2.
我经常把亨利定律和拉乌尔定律搞混。
它叫亨利定律常数。
而遵守亨利定律。
当物质是很少量浓度的时候，我们可以用亨利定律。
But something which in a very small concentration, then Henry's law is going to apply.
而亨利定律常数告诉我们相互作用的焓，是有利，还是不利。
And Henry's law constant is going to tell you whether or not that enthalpy of interaction is favorable or not favorable.
上节课我们学习了，理想溶液极限下，的亨利定律和拉乌尔定律。
So last time you learned about the ideal solution limits with Henry's law and Raoult's law.
我们最后要得到沸点的改变，等于常数，不要和亨利定律的常数混淆。
We're going to find that the change in the boiling point Kb is going to be some constant K sub b, which is not to be confused with Henry's law's constant.
这是一个,结合了拉乌尔定律，亨利定律和道尔顿定律的典型问题。
This is a pretty typical example of a problem that combines Raoult's law, Henry's law and Dalton's law together.
那意味着，如果我知道亨利定律常数，这里指对于CS2和丙酮的混合，它会有不同。
And what that means is, if I know this Henry's law constant, for CS2 mixed with acetone specifically, it would be different.
亨利定律，拉乌尔定律偏移，发生在溶液中的分子大，都碰到了不像它们自己的分子。
Henry's law, the deviation's from Raoult's law, are going to happen where the molecules in the solution mostly see molecules that are not like themselves.
化合物的性质深受温度的影响，亨利定律常数、蒸汽压和降解速率系数等都是温度的函数。
The properties, especially vapor pressures, Henry Law's Coefficients, transformation coefficients are profoundly affected by temperature, which are the function of temperature.
根据气体溶解定律(亨利定律)：任何气体在水中的溶解度与该气体在气、水界面上的分压力成正比。
According to the law (Henrry Lay) of gas dissolve: the solubility of any gas in water shall be direct ratio with partial pressure of the gas on interface of gas and water.
利用亨利定律预测了烃类气体在某一牌号聚乙烯中的溶解度，并由此计算了不同装置的净化氮气的用量。
The solubility of hydrocarbon gas in some brand of polyethylene is calculated by Henry 's law to give nitrogen flow from purging bin in PE plant of different scale.
亨利定律告诉我们的是关于溶质，而不是溶剂，在这里是溶质，so,the, CS 2, here, is, the, solute，量很少。
And Henry's law tells you that for the solute now, not the solvent, CS2 very small amount of it.
计算表明，该精馏过程汽相符合理想气体定律和亨利定律，液相为非理想溶液，采用NRTL或UNIQUA C物性方法时，乙醇与甲醇在精馏塔中无法进行有效分离。
It is investigated that the ideal gas law and the Henry law are suitable for the process. Ethanol can't be separated from methanol with the NRTL or UNIQUAC property method.
1952年，迈克尔五岁，四十岁的亨利放弃了在市区商业银行的工作，回到了初恋身边，这真是生活中亘古不变的定律啊！
In 1952, when Michael was five, the forty-year-old Henry Beard gave up his job at a merchant bank in the City and returned to his first love, which was the law.
1952年，迈克尔五岁，四十岁的亨利放弃了在市区商业银行的工作，回到了初恋身边，这真是生活中亘古不变的定律啊！
In 1952, when Michael was five, the forty-year-old Henry Beard gave up his job at a merchant bank in the City and returned to his first love, which was the law.
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