Mao C, Johnson K M, Cathey W T
Appl Opt. 1990 Sep 10;29(26):3753-65. doi: 10.1364/AO.29.003753.
Analytical and experimental results of a new type of optical scanning microscope, which uses a phase conjugate mirror and pinholes to achieve superresolution, are presented. The phase conjugate scanning microscope has a higher Rayleigh resolution limit and better sectioning discrimination than conventional, single pass, and double pass scanning microscopes. It also can reduce the effect of static and dynamic aberrations on the imaging process, is very easy to align, and has the potential of introducing optical power gain into the system.
本文介绍了一种新型光学扫描显微镜的分析和实验结果，该显微镜利用相位共轭镜和针孔实现超分辨率。与传统的单程和双程扫描显微镜相比，相位共轭扫描显微镜具有更高的瑞利分辨率极限和更好的切片辨别能力。它还可以减少静态和动态像差对成像过程的影响，非常易于校准，并且具有将光功率增益引入系统的潜力。
