找到平衡常数，随温度的变化关系。
To find how the equilibrium constant changes with temperature.
得到了相平衡常数和化学平衡。
让我们再想想，平衡常数从哪来？
So let's think again, where does the equilibrium constant come from?
也可以得到平衡常数，在这里。
And there's an equilibrium constant that'll say where that should be.
所以我们这样定义平衡常数。
另外还有一个平衡常数，也经常用到。
我们为什么不能，直接计算平衡常数？
Why can't we just calculate equilibrium constants based on what we've seen so far.
一些人利用这里的方程，取代平衡常数。
And some people use that equation here instead of equilibrium constant.
更多的反应物，所以平衡常数K会下降。
得到正确的平衡常数。
这最好用平衡常数的形式来表示。
This is best expressed in the form of an equilibrium constant.
然后就得到，平衡常数，随温度变化的关系式。
And then you have an analytic expression for the change in the equilibrium constant with temperature.
测定了煤对锗的吸附平衡常数。
The adsorption equilibrium constant of germanium in lignite was determined.
这给出平衡常数。
现在平衡常数,对温度的依赖关系已经非常情绪。
We have how the equilibrium constant depends on temperature in a way which is very clear.
对于平衡常数。
下次我们会讨论平衡常数对温度,和压强的依赖关系。
Next time we'll talk about the temperature dependence and the pressure dependence of equilibrium constants.
本文提出了一种计算缔合平衡常数的方法。
A method for the calculation of association constants is proposed.
在这点上，我们加一个下标表示平衡，并把它叫做平衡常数。
And at that point, we replace Q with to equilibrium, and we call that the equilibrium constant.
由拟合结果可得到一些参数值，如吸附平衡常数等。
Some parameters can be obtained from the fitting results, such as adsorption equilibrium constants of additives.
这就是说，我们可以计,算普通化学反应的平衡常数,从第一原理。
So what it means is, we can calculate equilibrium constants for ordinary chemical reactions just from first principles.
内圈迭代采用校正克拉珀龙饱和蒸汽压方程计算平衡常数。
In the internal iteration, author used the adjusted Clausius-Clapeyron satur-vapor pressure equation to calculate the equilibrium coefficient.
本文依据热力学原理，重新审议了理想气体的化学平衡常数。
According to thermodynamic principle, this thesis reconsiders the equilibrium constant of ideal gas reaction.
所以如果我们把平衡常数写作，摩尔分数的函数，我们需要知道摩尔分数。
So if we're going to be writing our equilibrium constant in terms of mole fractions, we're going to need mole fractions.
文中还对单参数模型和五参数模型求取的吸附平衡常数作了比较。
Here the comparison between the adsorption equilibrium constants obtained with single parameter model and five parameter model has also been made.
讨论经验平衡常数K与标准平衡常数K的导出、区别及其内在联系。
This article discusses the presentation, differentiation and internal connection of the experienced equipoise constant K and standard equipoise constant K.
由于平衡常数已知，可以估算出反应中可以得到的预期产品的最大产量。
With the equilibrium constant known, the expected maximum attainable yield of the products of reaction can be estimated.
又一次对于这个稍微复杂一点的问题，正向速率和逆向速率的比，和平衡常数相关。
So again, for this slightly more complicated problem, the ratio of the forward and backward rates are related to the equilibrium constant.
给出了各个反应的平衡常数，苯酚的理论转化率以及甲酚异构体的平衡组成。
The chemical-equalibrium constants of the reactions were given and the theoretical conversion of phenol and the equalibrium composition of cresols Were calculated.
给出了各个反应的平衡常数，苯酚的理论转化率以及甲酚异构体的平衡组成。
The chemical-equalibrium constants of the reactions were given and the theoretical conversion of phenol and the equalibrium composition of cresols Were calculated.
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