Quantum Superposition State Scattering (Physics)

速度变化的连续系统研究 蒸汽中叠加态散射的碰撞将是 贯彻 根据此前的研究结果， 程序（PHY-8315775）的一些新的和重要的方向 形成了未来研究的核心特征， 的建议方案。 这些措施包括：（一）测量 二能级光辐射体虚部与分子 相干转移核，ii）分子的测量 相干和布居重定向速度变化核 在使用磁子能级频率的转振跃迁中， 外部磁场的不均匀性，iii）可调 研究光学和红外的能量补偿技术 分子相干转移核 结果会增加 理解原子碰撞现象，并帮助 改善其应用。

A continued systematic investigation of velocity changing collisions for superposition state scattering in vapors will be carried out. As a result of research carried out in the previous program (PHY-8315775) a number of new and important directions for future research have emerged which form the central features of the proposed program. These include: i) measurement of the imaginary part of two level optical radiator and molecular coherence transfer kernels, ii) measurement of molecular coherence and population reorientation velocity changing kernels in rovibrational transitions using magnetic sublevel frequency inhomogeneity in external fields, iii) application of tunable energy compensation techniques to study optical and infrared molecular coherence transfer kernels. The result will increase the understanding of atomic collision phenomena, and aid in improving their applications.