| 释义 |
con·fig·u·ra·tion·al 英kənfɪɡə'reɪʃnəl美kənfɪɡə'reɪʃnəl COCA¹⁵¹⁴⁵⁶BNC⁵⁶⁵¹⁴iWeb⁵⁹¹⁹¹
基本英英搭配记法例句
adj.外形的³⁴结构的;组合的³³;组态的³³
Adjective:
of or relating to or characterized by configurationconfigurational free energy构形自由能configurational randomness化 构形混乱度…configurational energy组态能量,配位能,构…configurational base unit化 构型基本单元…configurational family构型族configurational unit构型单元configurational partition function构形配分函数…
configuration-al…的⇒adj.外形的³⁴结构的;组合的³³;组态的³³ And that's just little q configurational to the Nth power.
就等于构型的小 q的 N次方。163
And the place to start is A, Helmholtz free energy, or configurational free energy.
从 A开始，亥姆霍兹自由能，或构型自由能。163
And I'll just write the result for u configurational.
我只写出构型 u的结果。163
Cv But the result is that Cv configurational goes to zero.
但结果是构型,变为零。163
Cv So Cv configurational.
那么构型。163
Cv So let me just right Cv configurational.
所以我只写构型的。163
N It's just u configurational over N.
它就是构型 u除以。163
Q And now we have our capital Q, our canonical configurational partition function.
现在我们有我们的大，我们的正则构型配分函数。163
So in other words, what it's saying is the configurational energy is zero, because everything is stuck in the ground state.
换句话说，它表示构型能量是零，因为所有分子都冻结在基态。163
There's no additional configurational energy.
没有其他的构型能量。163
And so if we want, we can also just write the average E, E little E, configurational.
如果我们愿意，我们也能写出平均能量，构型小。163
In addition, the configurational energies and pressures of the two phases at six temperatures were also given.
此外，还计算了六个温度下两相的构型能、压力和径向分布函数。 cnki
In the configurational partition function.
在构型配分函数中。163
Just like you can't put any more configurational energy into the system than to be in this state.
就像你不能在这个系统中,加进比这个能态更多的构型能量。163
NkT So u configurational, in that case, is just NkT.
所以构型 u在这种情况下就是。163
So, what I want to do is go back to this simple polymer configurational model that we introduced before.
那么，我想做的是回到,简单的聚合物构型模型,我们之前介绍过的。163
So everywhere where it says configurational, you can just write in vibrational.
所以所有写构型的地方，都可以写成振动。163
So now we can just write out the configurational partition function for the molecules and also the canonical partition function for the system.
那么现在我们就能写出,分子构型的配分函数,和系统的正则配分函数。163
So we'll start with our molecular partition function, q as always. So it's q configurational.
那么我们将从我们分子的配分函数开始，一如既往地，它是构型。163
Therefore, this structure maintains a consistent rigidity and there is virtually no fiber rod configurational change during the deburring process.
因此，这种结构能够保证去毛刺过程中纤维坚固不变形，保持研磨的一致性。 ezfini
You change the temperature and the configurational energy doesn't change.
你改变温度,但构型能量没有改变。163 |