本文从理论和实验上研究了多塞曼能级原子系统中偏振对四波混频抑制增强的影响。
Polarization dependence of the enhancement and suppression of four-wave mixing (FWM) in a multi-Zeeman level atomic system is investigated both theoretically and experimentally.
我们发现，不同偏振的泵浦场通过不同塞曼能级间跃迁的选择，可以影响四波混频抑制增强的效率。
The results show that the pumping beams with different polarizations select the transitions between different Zeeman levels that, in turn, affect the enhancement and suppression efficiencies of FWM.
我们发现，不同偏振的泵浦场通过不同塞曼能级间跃迁的选择，可以影响四波混频抑制增强的效率。
The results show that the pumping beams with different polarizations select the transitions between different Zeeman levels that, in turn, affect the enhancement and suppression efficiencies of FWM.
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