3-d problem 三维问题
3 d dirichlet problem 三维dirichlet问题
3-D Dirichlet problem 三维Dirichlet问题
3-d harmonic problem 三维调和问题
3-D diffraction problem 三维绕射问题
3 d elastic contact problem 三维弹性接触问题
Streamline simulation method was used to solve the saturation equation by decoupling the full 3-d problem into multiple 1-d problems along streamline.
采用流线方法将求解饱和度的三维问题转化为一维问题求解。
d1 2 3 And we can do that just going along, 3 d 1, 2 3, and the problem comes when we get to chromium here, which is instead of what we would expect, 4s23d4 we might expect to see 4 s 2, 3 d 4.
我们能做的就是继续,问题出现了,当我们来到铬元素时,它不是我们预期的那样,我们可能预期。
I don't care how you do it on exams or on problem sets, but you do need to be aware that the 3 d once filled is lower in energy than the 4 s, and the reason you need to be aware of that is if you're asked for the electron configuration now of the titanium ion.
我不关心你们在考试或者,问题集中如何做它,但是你们的确需要知道3d一旦被填充,它的能量是小于4s的,你们需要知道这个的原因,是如果你现在被要求,写出钛离子的电子构型。
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