这是我提到的肺，用于写电子构型，并以正确的顺序得到轨道能量。
Here's the pneumonic I mentioned for writing the electron configuration and getting those orbital energies in the right order.
理论优化表明，三个吡啶甲酸分子都具有平面的平衡构型。
Theoretical optimizations show that the equilibrium geometries of the three picolinic acid molecules are planar.
或许我不应该盖住，把这些构型。
我们设想的是分子，或聚合物构型。
And what we're envisioning is molecular or polymer configurations.
所以构型u在这种情况下就是。
配分函数是什么,这些构型的？
so what's our molecular partition function for this configurational degree of freedom?
那么μ，构型的化学势，就是。
So mu, the chemical potential for these configurations, dA/dN is just dA/dN. With T and V constant.
于是等于简并度，乘以构型的能量。
So you can write this as the degeneracy of the configuration, times the energy of the configuration.
所以那是一点点关于，电子构型的入门。
So that's a little bit of an introduction into electron configuration.
但结果是构型，变为零。
这是B2的价电子构型。
没有其他的构型能量。
在构型配分函数中。
但那是一个实际了解什么是，电子构型的思路。
But that's an idea of what it actually means to talk about electron configuration.
对异构型分布数据源的统一访问
0广泛合作和架构型数据库的结合。
"The combination of Web 2.0 mass collaboration with structured databases".
考虑聚合物的构型。
所以我只写构型的。
现在我们有我们的大，我们的正则构型配分函数。
Q And now we have our capital Q, our canonical configurational partition function.
让我们来画氢原子的，电子构型，分子，氢分子。
So let's draw the electron configuration of hydrogen, the molecule, molecular hydrogen.
这就是电子构型。
解放开发员从而快速的为新程序构型。
Liberate your developers to rapidly prototype new applications.
我们看到处理有简单模型，不同构型的聚合物的。
That is we looked at what would be a simple model for a polymer with different configurations available to it.
所以但是看起来你们在，做电子构型方面都是专家了。
But it looks like you guys are all experts here on doing these electron configurations.
再考虑整个系统，它也可以分解成，平动和构型部分。
And then when you look at the system, the system partition function can also be separated into a translation and the configuration for the system.
那么构型。
我们所创建的实现较架构型模型更易理解和使用。
The implementation we created is much simpler to understand and use than the architectural model might imply.
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。
Just like you can't put any more configurational energy into the system than to be in this state.
使用sql函数提供异构型分布数据的统一视图。
Using SQL Functions to provide a unified view of distributed heterogeneous data.
首先我们知道了电子构型，我们可以从，能量最低处开始填。
First we can do that by knowing the electron configuration, we can write it out just by going up the table here, up the energy levels.
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