结果表明：通过控制原子和腔场相互作用时间，可制备两原子的最大纠缠态。
The result shows that the maximally entangled state can be prepared by controlling interaction time.
提出了一种量子信息转移方案，它是基于两个耦合的二能级原子同时与单模腔场发生大失谐相互作用实现的。
We present a scheme for transferring quantum information, which is based on the nonresonant interaction of two two_level atoms with a single_mode cavity field.
研究了能量损耗腔中，两纠缠二能级原子与单模辐射场相互作用过程中原子的纠缠动力学。
In this paper, we investigate the entanglement dynamics of two entangled two-level atoms interacting with a single_mode field in a dissipative cavity.
研究了两个双能级原子与单模辐射腔场的喇曼相互作用。
The Raman interaction of a pair of two-level atoms with the radiation field is studied.
研究了里德伯原子与腔场发生相互作用后腔场的压缩性质。
Cavity field squeezing properties is studied after Rydberg atoms interact with the cavity field.
研究了存在偶极相互作用的两等同原子与双模腔场共振相互作用双光子过程的腔场谱。
The cavity field spectrum of a pair of two level atoms coupled by dipole dipole force in a ideal cavity with two mode radiation field is studied.
利用迁移矩阵方法，给出了多原子体系与单模腔场相互作用的稳态解条件。
The condition of steady state solution in the interaction between multi atom and single mode field is presented by using the method of drift matrix.
结果表明，在共振相互作用下腔耗对原子和场的压缩都有显著影响，但在非共振相互作用条件下腔耗对原子和场的压缩影响下降。
It is found that the cavity dissipation has an obvious influence on the atomic squeezing and the field squeezing under the resonant atom-field interaction.
研究了劣腔内二能级原子与单模腔场的双光子相互作用。腔内原子受外加相干光场驱动，并向一般真空态自发辐射。
The two photon interaction of a two level atom with a single mode radiation in a bad cavity is studied.
提出了一个利用单模腔场和原子的共振相互作用制备团簇态的方案，并引入了辅助原子。
We introduce anauxiliary atom in the resonant interaction between a single-mode cavity and atoms, the final state of the auxiliary atom is unchanged.
因为腔场的光谱带有原子与腔场相互作用的重要信息，本文的工作集中研究多原子微激射器腔场的光谱性质。
The spectrum of the cavity field has a lot of information about the interaction between atoms and radiation. In this thesis, we investigate the spectrum of many-atom mazer.
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.
通过数值模拟，发现原子在与腔场共振相互作用后，并选择性探测原子的内态，能使上述某些非经典效应得到明显增强。
Numerical simulation results show that some nonclassical properties can be enhanced after resonant interaction between the atoms and the cavity and the performance of a selective atomic measurement.
提出一种利用一个二能级原子与一两模腔场的非共振相互作用制备纠缠压缩相干态的方案。
It is based on the nonresonant interactions of an atom with two field modes located in two separated cavities.
研究了两个偶极偶极力关联的等同双能级原子与三模腔场六光子共振相互作用的辐射谱。
The emission spectrum for a pair of dipole dipole coupled identical two level atoms interacting with three mode cavity fields resonantly through 6 photon process has been studied.
研究了受经典场驱动的两个二能级原子与单模腔场相互作用系统中两原子的纠缠动力学行为。
The dynamical behaviors of two entangled two-level atoms, which interact with a single-mode cavity field and driven by the classical field are investigated.
讨论了利用两能级原子和相干态腔场相互作用制备纠缠相干态的方法；提出了一个关于纠缠相干态的纠缠转移的方案。
An experimentally feasible protocol for realizing entanglement diversion of the entangled coherent states by using a two-level atom interacting with caving fields is proposed.
讨论了双模量子环型微腔中二能级原子与腔场相互作用的动力学问题，分析了量子微腔的双模腔场和原子质心交换动量的过程。
The dynamic problem of interaction between a 2-level atom and double modes field is analyzed. It dealt with the process of exchange of momentum between the field and the atom.
讨论了双模量子环型微腔中二能级原子与腔场相互作用的动力学问题，分析了量子微腔的双模腔场和原子质心交换动量的过程。
The dynamic problem of interaction between a 2-level atom and double modes field is analyzed. It dealt with the process of exchange of momentum between the field and the atom.
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