碰撞量子干涉效应的研究

Study on Collision-Induced Energy Transfer Effect

在量子非弹性散射理论的基础上,建立了1Π态双原子分子-单原子碰撞诱导转动传能的理论模型,并应用到COA1Π(v=3)与He、Ne和Ar碰撞体系中,计算了体系由于分裂引起的量子干涉的微分干涉角,得到了微分干涉角随实验参数的变化趋势.

Based on the quantum inelastic scattering theory, a theoretical model was presented for collision-induced energy transfer within 1^∏ states diatom-atom system and was applied to CO A1^∏（ v = 3） ＋ M（M = He）. Ne or Ar） system. The differential interference angles of 1^∏-Related Quantum Interference of 1^∏ state diatom were calculated. The relationships of the differential interference angle versus the factors of the experiment in the molecular beam, including rotational quantum number are also presented.