O438
国家863项目,中国科学院激发态物理开放实验室基金
从理论和实验上给出一种新的确定光场自相关和互相关函数方法，其相关测量可以达到亚ｐｓ量级的超高时间分辨率，动力学范围超过５个数量级，利用这种方法在光谱烧孔材料中实现了全息方式写入和场相关方法读出。
A new method for determining the correlation function of light field was theoretically proposed and experimentally performed. It exhibited a large dynamical range over 5 orders of magnitude and an ultrahigh time resolution of sllbpicosecond. The writing and retrieval of the optical data stored holographically in spectral hole burning material were achieved for the first time by the method.
窦恺 靳春明.光谱烧孔介质中超快光学信号的光谱全息方法研究[J].红外与毫米波学报,1995,14(4):248~252]. Don Kai, Jin Chunming, Zhao Jialong, Zhou Fangce, Tian Mingzhen, Huang Shihua, Yu jiaqi. SPECTRAL HOLOGRAPHY OF ULTRAFAST OPTICAL DATA IN SPECTRAL HOLE-BURNING MATERIALS[J]. J. Infrared Millim. Waves,1995,14(4):248~252.]
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