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本文导出了充满ｋｅｒ介质的高Ｑ腔中级联型三能级原子与双模ＳＵ（１，１）相干态场非共振相互作用系统的态矢量，并以此计算三能级原子布居概率随时间的演化，数值计算显示，ｋｅｒ效应产生与两能级原子不同的Ｒａｂｉ振荡特征，而ｋｅｒ效应与失谐的共同作用导致出现电子绝热跃迁转移现象。
In this paper, we derive the state vector of a non-resonant interacting system of a tandem SU (1,1) coherent state in a k-cavity cavity filled with ker medium and calculate the probability of the three-level atomic population With the evolution of time, the numerical calculation shows that the ker effect produces a Rabi oscillation characteristic different from that of the two-level atom, and the ker effect and detuning together lead to the transition of the adiabatic transition phenomenon.