此中l称为角量子数(angular quantum number),可以取n个差别值这搭的轨道角动量是指电子至涉及原子核的运动,其实不是指电子在原子核外按确定的轨道作圆周运动
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angular momentum quantum number [物] 角量子数 ; 角动量量子数
spin angular momentum quantum number 自旋角动量量子数
orbital angular momentum quantum number 轨道角动量量子数
total angular momentum quantum number 总角动量矩数
angular r quantum number 角量子数 ; 角动量量子数
angular r momentum quantum number 角量子数
number angular momentum quantum 角量子数
angular-momentum quantum number 角量子数
obit angular momentum quantum number 轨道角动量量子数
It is pointed out that the relation has something to do with the principal quantum number and the angular quantum number, but nothing to do with the nuclear electronic number and reduced mass.
发现此关系式与主量子数和角量子数有关,而与核电荷数以及折合质量无关。
The cranking term breaks the time reversal symmetry, and the projection of the single particle angular momentum on the intrinsic symmetric axis is no longer a good quantum number.
推转项的引入破坏了时间反演对称性,单粒子角动量在内禀对称轴上的投影量子数已不再是好量子数。
And the first is l, and l is angular momentum quantum number, and it's called that because it dictates the angular momentum that our electron has in our atom.
第一个就是l,l是,角动量量子数,叫它这个名字,是因为它表明,原子中,电子的角动量是多少。
The other main difference that we're really going to get to today is that in multi-electron atoms, orbital energies depend not just on the shell, which is what we saw before, not just on the value of n, but also on the angular momentum quantum l number. So they also depend on the sub-shell or l.
我们今天要讨论的,另一个很重要的区别就是,在多电子原子中,轨道能力不仅仅依赖于,我们以前看到的外层,不仅仅依赖于n的值,而是与角动量量子数也有关系,所以它们也依赖于亚外层或者。
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