论文标题
在一维库仑奇异潜在障碍的量子隧道上
On the quantum tunneling of one dimensional coulomb singular potential barrier
论文作者
论文摘要
量子隧道在尽可能多地保留奇异性的时候将如何表现。我们发现，当入射颗粒能量接近零边界时，库仑sibgularity反映为零和一个之间的透射系数中的振荡。在相对较高的能量下，隧穿时会在常规电势中固有的座椅，并在渐近线中完全透明。
How quantum tunneling will behave when the singularity is preserved as much as possible is the main question of this paper. We get that the Coulomb sibgularity is reflected as infinitly accelerated oscillations in the transmission coefficient between zero and one when the incident particles energy approaches the zero boundary. At relatively high energies, the tunneling acqures the caracter inherent in regular potentials, and becomes completly transparent in the asymptote.
