论文标题
通过波函数在坐标表示中直接确定电离的完全微分横截面
Direct determination of the fully differential cross section of the ionization by the wave function in the coordinate representation
论文作者
论文摘要
本文的重点是表明，在质子和抗氢原子的抗抗树脂碰撞期间，完全差异的横截面直接由坐标表示中的波函数表达。波函数从冲击参数表示转换为动量传递表示。在这种情况下，计算出的波函数以一定的弹丸角度对应。该波函数模块的平方表示显示了电离电子的角度分布如何随时间变化。从图像中直接可见电离电子流。此外，通过波函数对完全差异电离横截面的直接分化与传统方法（这是传统方法）确定的有效时间一致。
This paper is focused on showing that the fully differential cross section of ionization during a collision of a proton and an antiproton with a hydrogen atom is directly expressed by the wave function in the coordinate representation. Wave function is converted from impact parameter representation to momentum transfer representation. In this case, the calculated wave function corresponds at a certain projectile angle of scattering. The square representation of this wave function module shows how the angular distribution of ionized electrons varies over time. The ionized electron's flow is directly visible from the image. In addition, the direct differentiation of the fully differential ionization cross section by the wave function is shown to be consistent with the effective time determined by the ionization amplitude, which is the traditional method.
