原子质心运动导致场相位动力学的周期性演化, 质量矩控制导弹的动力学模型，包括质心动力学和绕质心的动力学方程

在分析了本方案优点的基础上，建立了质量矩控制导弹的动力学模型，包括质心动力学和绕质心的动力学方程。
On basis of analyzing the advantages of the scheme, a dynamics model of MMTC was constructed, which includes centroid dynamics and dynamics moment equations of centroid.
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2.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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3.结果表明： 原子质心运动导致场相位动力学的周期性演化， 场模结构参数决定其周期的大小。
The results show that the motion of atomic mass centre leads to the periodic evolution of the dynamics of the field phase and this period depends on the field mode structure parameter.
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