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本文报道在叶绿素溶液中用简并的四波混频得到位相复共轭后向反射波的首次实验。实验表明,转换效率在作用长度为5毫米时达22%,这是一种高效率的四能级系统。在泵浦波强度恒定的情况下,入射物波强度与复共轭反射波强度成线性关系。研究了后向反射波的位相复共轭特性。在有畸变(相位和振幅的)介质存在时,由于这种位相复共轭特性仍能获得金属丝网格高质量的再现象。In this paper, the first experiment of generating the phase conjugated backward wave by degenerate four-wave mixing in chlorophyll solution is reported. It is demonstrated that the efficiency converting the incident object beam into the phase conjugated backward wave with interaction length 5mm long has approached 22%. This is a four-level system having a high conversion efficiency. The intensity of the complex conjugate reflected wave is proportional to that of the incident object wave as we kept the pumping beam intensity constant. The phase conjugate behaviours of the backward wave have been demonstrated. By using the phase conjugate nature of the reflected wave, good quality reconstructed images of a grid are obtained through a phase distorting media.







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