研究了耗散真空腔场中二能级单原子的辐射谱。推导出了原子辐射谱的一般表达式。讨论了腔的耗散系数以及在考虑腔耗散之后测量时间对辐射谱的影响。结果表明:当腔耗散系数增大时,峰的相对高度迅速减小,且数目减少;当腔耗散一定时,只有选择适当的测量时间,辐射谱才显现出比较明显的量子特性。
The emission spectra of a two-level atom interacting with a single mode vacuum initial field in a dissipative cavity are investigated. A general expression for the emission spectrum is derived. The influences of damping constant K and interaction time T on the atomic emission spectra are discussed. It is found that the relative height of pecks start to decrease with increasing K. Only the interaction time being appropriate, the quantum characteristics of the spectrum can be observed.