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1·Finally, the formula of reflectivity of phase conjugation beam is modified.

最后，对理论上的相位共轭反射率公式进行了修正。

2·Phase Conjugation in a new configuration for generating four-wave by double object beams is reported.

本文采用一种新的双物光束光路来产生位相共轭波。

3·The dynamics of the semiconductor laser with phase conjugation feedback (PCF) is studied in the paper.

本文研究了相位共轭反馈对半导体激光器的动力学行为的影响。

4·The four-wave mixing phase conjugation reflectivity increases from 4% to 14% in this temperature range.

在温度变化范围内，四波混频相位共轭反射率从4 %增加到14%。

5·Double phase conjugation reflectivity of 44% was obtained, and the phenomena is analyzed theoretically.

获得了44%的双泵浦相位共轭反射率。对以上现象我们从理论上进行了分析。

6·Nonlinear optical phase conjugation technology can be used in adaptive optics and optical information processing.

非线性光学相位共轭技术可用于很多光学领域。

7·The self_pump phase conjugation reflectivity and response time were measured by using four_wave mixing light path.

利用四波混频光路测试了晶体的自泵浦位相共轭反射率和响应时间。

8·In our experiment, the expected reproductive images of the pumping wave was obtained by using this phase conjugation.

我们在实验上得到了由这种位相复共轭获得的泵浦波的预期的再现象。

9·The distorted wave front of the light diffusely reflected from the rough surface is reconstructed by phase conjugation.

粗糙面反射光的波前失真由相位共轭修复。

10·Several measurement methods of phase conjugation fidelity were discussed and their advantage and disadvantage were compared.

讨论了几种相位共轭度的测度方法，对其优缺点进行了比较。