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本文考虑了在驱动场及原子辐射场作用下,二能级原子的共振荧光谱,这样计算得的荧光谱与只考虑驱动场作用的荧光谱比较有许多新的特点,其中很重要的是由自作用引起的中峰的真空场Rabi分裂,以及由边峰作用出现的中峰。In this paper, the resonance fluorescence spectrum of two level atom is investigated under the influence of both the driving field and the emission field from the atom itself. Some new features are revealed. The most important one the disappearence of the central peak resulting from the vacuum Rabi splitting, and the presence of the new central peak resulting from the interaction between side peak and self emission at the same time.
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