本文用缀饰原子本征态的方法,导出三原子体系合作共振荧光过程的主方程。求出了共振荧光的谱线结构,各谱线的权重比及各谱线的弛豫速率。文中报道了三原子共振荧光由七条谱线组成,每条谱线又有自己的精细结构。作者认为各谱线的分裂原因在于缀饰原子偶极矩之间的相互耦合。

By using the method of dreessed atom of Dioke states, the master equation of resonance fluorescence in a three-atom system has been. The spectral construction of resonance fluorescence in the system has been found the ratio of weight of intension and relaxation rate of the spectra are calculated. It is found that the resonance fluorescence in a three-atom system consists of seven lines and each line has its own fine construction. We suppose that the reason of the splitting lies in coupling of the dipole momentes of dressed atom.