Two-Electron Processes in Ionizing Collisions with H2 (Physics)

提出了研究双电子过程的方法， 电离加上氢分子的快速激发 弹丸，测试理论的阅读和福特。 三 测量建议：（1）横截面的激发 各种激发态，作为抛射体速度的函数， 电荷和作为核间轴方向的函数， 旨在了解更高的玻恩贡献和 非偶极相互作用的重要性。 (2)散射截面 电荷俘获加激发偶极允许和非偶极 允许的状态，以及电荷捕获加电离， 旨在说明快或慢连续体的重要性 （3）射出电子和激发电子之间的相关性 氢分子离子态在电离碰撞中形成。

It is proposed to study the two-electron process of ionization plus excitation of the hydrogen molecule by fast projectiles, testing the theory of Reading and Ford. Three measurements are proposed: (1) Cross sections for excitation of various excited states, as a function of projectile velocity and charge and as a function of orientation of the internuclear axis, intended to understand higher Born contributions and the importance of nondipole interactions. (2) Cross sections for charge capture plus excitation to dipole allowed and nondipole allowed states, as well as charge capture plus ionization, intended to illustrate the importance of a fast or slow continuum electron. (3) Correlation between ejected electron and excited hydrogen molecular ion state formed in an ionizing collision.