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arXiv math-ph/0602002math-phmath.MP
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径向薛定谔方程可解的势函数

Potentials for which the Radial Schrödinger Equation can be solved

Khosrow Chadan, Reido Kobayashi

摘要:

在以前的论文$^1$,提交给物理学杂志A-我们提出了一个无限类的潜力,径向薛定谔方程在零能量可以明确解决。对于其中一部分,角动量必须为零,但对于另一部分(也是无限大),可以有任何角动量。在本文中,我们研究了整个类的一个简单子类(也是无限的),其中薛定谔方程的解比一般情况下的解简单。这个子类是通过将另一种方法与前一篇论文的一般方法相结合而获得的。一旦实现了这一点,人们可以看到,人们实际上可以结合这两种方法在充分的一般性,并获得一个更大的类的潜力比类中发现的参考文献。$^1$我们在这里提到,我们的结果是明确的,当展出,人们可以检查在一个简单的方式,其有效性。

英文摘要:

In a previous paper$^1$, submitted to Journal of Physics A -- we presented an infinite class of potentials for which the radial Schrödinger equation at zero energy can be solved explicitely. For part of them, the angular momentum must be zero, but for the other part (also infinite), one can have any angular momentum. In the present paper, we study a simple subclass (also infinite) of the whole class for which the solution of the Schrödinger equation is simpler than in the general case. This subclass is obtained by combining another approach together with the general approach of the previous paper. Once this is achieved, one can then see that one can in fact combine the two approaches in full generality, and obtain a much larger class of potentials than the class found in ref. $^1$ We mention here that our results are explicit, and when exhibited, one can check in a straightforward manner their validity.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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