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应用广义Born-Oppenheimer近似理论,研究了单模腔场中二能级原子状态隧道效应的定域化控制问题,定量地分析了相干态腔场中原子手征态隧道效应的非绝热影响,给出了实现定域化的条件,还讨论了温度变化对原子态隧道效应的影响。
The generalized Born-Oppenheimer approximation theory is used to study the localized control of two-level atomic tunneling in a single-mode cavity field. The non-adiabatic effect of atomic chiral tunneling in a coherent state cavity field is quantitatively analyzed. Out of the localization conditions, also discussed the effect of temperature changes on the atomic tunneling effect.