Effects of nonideality of classical plasma on the reaction: p + H(1s) → H(nlm) + p has been investigated by carrying out fully quantum mechanical calculations within the framework of a first‐order distorted wave method. Scattering amplitude is calculated conveniently by employing a simple, variationally determined wave function of hydrogen atom embedded in nonideal classical plasma. A detailed study is made on the changes in electron transfer cross sections due to the nonideality of plasma varying from 0 to 4 and the incident proton energy lying between 10 and 500 keV. It has been found that nonideality of plasma causes substantial change in capture cross section.

中文翻译：

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非理想经典等离子体中质子氢碰撞中的电子转移

经典等离子的非理想性对反应的影响：通过在一阶失真波方法的框架内进行完全量子力学计算，研究了p  +  H（1 s）→  H（nlm）+  p。通过使用简单的，可变确定的嵌入非理想经典等离子体中的氢原子的波动函数，可以方便地计算散射幅度。由于等离子体的非理想性在0到4之间变化并且入射质子能量在10到500 keV之间，因此对电子传输截面的变化进行了详细的研究。已经发现，等离子体的不理想导致捕获截面的实质性变化。