对于平衡常数。
To get to the right equilibrium constant.
得到正确的平衡常数。
And that gives us the equilibrium constant.
这给出平衡常数。
So we define, then, equilibrium constant this way.
所以我们这样定义平衡常数。
Now, there's other equilibrium constant that is used a lot.
另外还有一个平衡常数，也经常用到。
To find how the equilibrium constant changes with temperature.
找到平衡常数，随温度的变化关系。
This is best expressed in the form of an equilibrium constant.
这最好用平衡常数的形式来表示。
So let's think again, where does the equilibrium constant come from?
让我们再想想，平衡常数从哪来？
And there's an equilibrium constant that'll say where that should be.
也可以得到平衡常数，在这里。
And some people use that equation here instead of equilibrium constant.
一些人利用这里的方程，取代平衡常数。
The adsorption equilibrium constant of germanium in lignite was determined.
测定了煤对锗的吸附平衡常数。
We have how the equilibrium constant depends on temperature in a way which is very clear.
现在平衡常数,对温度的依赖关系已经非常情绪。
And at that point, we replace Q with to equilibrium, and we call that the equilibrium constant.
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 then you have an analytic expression for the change in the equilibrium constant with temperature.
然后就得到，平衡常数，随温度变化的关系式。
This paper mainly deals with the problem of the dimension of equilibrium constant and numerial value.
讨论了平衡常数量纲和数值问题。
According to thermodynamic principle, this thesis reconsiders the equilibrium constant of ideal gas reaction.
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。
So if we're going to be writing our equilibrium constant in terms of mole fractions, we're going to need mole fractions.
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。
Methods The formation of the extracted complex and the equilibrium constant have been determined by the slope analysis.
方法用斜率法确定配合物组成及平衡常数。
With the equilibrium constant known, the expected maximum attainable yield of the products of reaction can be estimated.
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。
It is found that the adsorption equilibrium constant on the naked surface (K1) is larger than that on the adsorbed reductant (K2).
添加剂在基体上的吸附平衡常数(K1)大于已吸附了还原剂的表面上的吸附平衡常数(K2)。
So again, for this slightly more complicated problem, the ratio of the forward and backward rates are related to the equilibrium constant.
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。
Using the equilibrium constant method, the thermal and material balance calculation, and has set up the calculation model of straight Claus sulfur recovery process.
应用平衡常数法、物料衡算和热量衡算，建立了直流法克劳斯硫磺回收工艺的计算模型。
A mass of DMO in the transesterification course inhibited the disproportionation which has a small equilibrium constant. As a result, selectivity and yield of DPO were low.
酯交换反应中由于反应物dmo的大量存在阻碍了平衡常数较小的歧化反应的进行，使得dpo选择性和收率较低。
Adsorption equilibrium constant has thermodynamic properties. The integral adsorption heat can be acquired from the adsorption equilibrium constants at different temperatures.
吸附平衡常数具有热力学性质，从不同温度的吸附平衡常数可以得到积分吸附热。
It is introduced that the calculating principle and the math model of the equilibrium constant method for calculating the equilibrium distribution of species of water solution.
介绍了基于平衡常数法的水溶液平衡组分分布的计算原理及其数学模型。
The extraction of acetic acid by amines is a kind of chemical extraction. There are some connections between reaction equilibrium constant and distribution equilibrium constant.
胺类对乙酸的萃取为化学萃取，反应平衡常数与萃取平衡分配系数有一定联系。
This paper introduces how to seek the equilibrium constant of consecutive reaction by using the method of limiting value and by the determination of single component concentration.
介绍了利用求极值的方法，通过对反应体系中单组分平衡浓度的测定，求连串反应的平衡常数。
It's equilibrium constant is (equal to) the ratio of equilibrium constant of reaction between components and equilibrium constant of reaction between component and coexisting component.
其平衡常数等于组分间反应的平衡常数与组分和共存组分反应的平衡常数之比。
Some problems of heat transfer are studied in this paper, they are dew point, boiling point, density, equilibrium constant, thermophysical properties and heat transfer calculation method.
本文对涉及露点、泡点、密度、平衡常数、热物性参数以及传热计算等问题进行了探讨。
In view of dynamics and thermodynamics, it is between 200-300k that the reaction will have not only the larger spontaneous tendency and equilibrium constant but also higher reaction rate.
从热力学和动力学的综合角度考虑，该反应在200- 300k温度下进行为宜，如此，反应既有较大的自发趋势和平衡常数，又具有较快的反应速率。
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