Laser Preparation and Probing of Initial and Final Angular Momentum States in the Collision-Induced Energy Transfer Ca (4s4p 3P1) + He → Ca (4s4p 3P2) + He

Eileen M. Spain, Christopher J. Smith, M. Dalberth, S. Leone
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Abstract

The nature of atomic collisions can be revealed through the preparation and probing of aligned or oriented states. Intense interest in this research topic is evident by the numerous current experimental and theoretical investigations.1 The results of these studies provide a means of visualizing the important mechanisms and symmetries of the collision process with unprecedented detail.
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碰撞诱导能量转移Ca (4s4p 3P1) + He→Ca (4s4p 3P2) + He初始和最终角动量态的激光制备和探测
原子碰撞的性质可以通过制备和探测排列态或取向态来揭示。当前大量的实验和理论研究表明,人们对这一研究课题有着浓厚的兴趣这些研究的结果提供了以前所未有的细节可视化碰撞过程的重要机制和对称性的手段。
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