摘要
研究在短时原子与场相互作用极限下窄原子束在共振驻波场中的运动．原子的平动和内部运动按量子力学处理，而电磁场则处理为经典场．结果表明，原子的动量几率密度由两种动量分布组成．在典型的情况下。
We study the motion of a narrow atomic beam in a resonant standing electromagnetic wave in the limit of short atom field interaction time.The translational and internal motions of the atom are treated quantum mechanically, while the field is treated classically.It is shown that the momentum probability density consists of two momentum distributions.The atomic deflections of order 2×10 -3 mm are achieved for a typical case.
出处
《湖南师范大学自然科学学报》
CAS
1997年第1期30-35,共6页
Journal of Natural Science of Hunan Normal University
