利用最小二乘法和龙格库塔方法求解含时薛定谔方程，研究了一维原子模型在超强激光场中的电离。
The ionization of one dimensional model atoms in ultra intense laser fields has been studied by solving time dependent Schrdinger equation using the least square fitting and the Runge Kutta methods.
本文采用薛定谔方程方法，研究了能级结构为级联型的三能级原子同单模腔场相互作用下，电磁场的压缩现象。
The Schrodinger's equation method is used to investigate the squeezing phenomenon of the electromagnetic field in the case of a three-level cascade atom interacting with single-mode cavity field.
讨论了当振动边界回到初态时的腔场态，得到了许多与已有文献不同的薛定谔猫态，这对于研究猫态的性质和应用是十分有意义的。
State of the cavity field at the time of the mirror back to its original state is discussed, and a variety of multicomponent Schrdinger cat states which are different from those in the published…
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