Coherence in Electron-Heavy Noble Gas Collisions (Physics)

本发明将提供一种电子偏振光子符合装置， 用于研究电子碰撞中的自旋相关效应 重惰性气体的激发。 将调查相关性 对于交换，目标中的自旋轨道耦合，以及自旋轨道耦合， 相互作用涉及连续电子在各种 电子散射角和碰撞能量的区域。 的情况 研究了自旋轨道耦合P 氖、氩、氪和氙的状态，探测 理论模型的一般物理假设及其 具体的预测。 理论与实践之间的差异 实验将被检查。

An electron-polarized photon coincidence apparatus will be used to study spin-dependent effects in the electron impact excitation of heavy noble gases. Relevance will be investigated for exchange, spin orbit coupling in the target, and spin-orbit interaction involving the continuum electron in the various regimes of electron scattering angle and impact energy. A case study will be made of the excitation of the spin-orbit coupled P states of neon, argon, krypton and xenon, probing both the general physical assumptions of the theoretical models and their specific predictions. Existing discrepancies between theory and the experiment will be examined.