Experimental Correlation Studies of Massive Particles: Alignment and Orientation in Atomic Ions Formed in Transfer Excitation

研究了弹丸能量在10 ~ 600 keV之间的原子-原子碰撞。将测量10-300 keV质子入射到氢原子上的电子射出截面。利用偏振光子散射粒子重合技术研究了非弹性原子-分子碰撞的基本性质。利用三粒子重合技术研究了库仑相互作用H+ + H- + H+的远程相关效应。将研究K和L壳层x射线的产生，以测试低能电子的内壳层电离理论。这些实验研究的结果与理论模型的预测进行了比较，并可直接用于模拟高温等离子体中的过程。

Atom-atom collisions, in the projectile energy range between 10 and 600 keV are studied. Electron ejection cross sections will be measured for 10-300 keV protons incident on atomic hydrogen. Fundamental properties of inelastic atom-molecule collisions are studied by means of polarized photon scattered particle coincidence techniques. Long-range correlation effects of Coulomb-interacting H+ + H- + H+ are studied using 3-particle coincidence techniques. K and L shell x-ray production will be studied to test theories of inner shell ionization by low energy electrons. The results of these experimental investigations are compared with predictions of theoretical models, and may be used directly to model processes in high temperature plasmas.