得到的吸附等温线分为三个不同区域:低压区等温线对压力轴呈凹形,高压区呈凸形,中间部分近似为直线。
The isotherm was devided into three different sections, at low pressure it is concave, at high pressure it is convex and the middle section it is nearly linear.
由于沸石微孔扩张,脱附等温线与原先的吸附等温线有所不同。
As a result of the expansion of micropore in zeolites, the desorption isotherm is different from the adsorption isotherm.
利用改变模拟柴油起始浓度的方法,测定喹啉和吲哚在改性硅胶上吸附的吸附等温线,研究吸附等温线的类型和吸附热力学。
Draw adsorption isotherms of quinoline and indole absorb on modified silica gel by changing the initial concentration and study the type of adsorption isotherms and thermodynamics.
So there's going to be a line that's going to connect the initial point to the final point, and that line mathematically is not going to be the same as this one here.
连接绝热过程,初末态的曲线的方程,和等温线的方程,也不会相同。
That's the isotherm here.
等温线的方程了。
If you want to write a function that describes this line here, it's pressure as a function of volume related to each other with this constant.
如果要写出描述这条等温线的方程,它的压强和体积,就通过常数C相联系起来。
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