对双耦合Λ型三能级系统中Mollow谱线上叠加的新的透明和吸收特性进行了理论研究。 若基态能级包括两条精细结构简并能级, 强耦合场和探测场作用于激发态能级和第一条基态精细结构能级之间, 另一个弱耦合场作用于激发态能级和第二条基态精细结构能级之间, 则构成了双耦合Λ型三能级系统。 通过调谐强耦合场的频率失谐量, 探测吸收谱线中不仅得到了典型的Mollow三峰失谐谱, 还出现了电磁诱导透明（EIT）和电磁诱导吸收（EIA）等新现象, 形成了Mollow七峰谱。 该文进一步分析了EIT和EIA的位置与耦合场参数之间的关系, 并用缀饰态理论做出了解释。

Transparency and absorption overlaping with Mollow profile in a lambda three-level scheme driven by two coupling fields was investigated. There are two degenerate hyperfine levels within ground state. A strong coupling field and a probing field interact with the same optical transition between the excited state level and the first ground state hyperfine level, and an additional weak coupling field interacts with the excited state level and the second ground state hyperfine level, which is named double coupling lambda three-level scheme. It can be seen that when the strong coupling field is off-resonant, there is the superposition of Mollow profile with EIT, EIA and other quantum coherent phenomena, namely, Mollow profile with seven peaks. The dependence of the position of the EIT or EIA on Rabi frequency and frequency detuning of the strong coupling field was investigated. The results can be accounted for by dressed-state formalism.