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中国物理学会期刊

光纤在光子相关光谱中的研究

CSTR: 32037.14.aps.50.1507

PHOTON CORRELATION SPECTROSCOPY USING SINGLE-MODE OPTICAL FIBERS

CSTR: 32037.14.aps.50.1507
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  • 单模光纤为光子相关光谱测量过程提供了一个理想的光信号接受系统.理论分析表明,用一个单模光纤作为光信号接受系统能达到理论极限值为1的相干系数,同时可以保持一个相当高的光信号接受效率.即可以利用光纤有效地提高测量过程中的信噪比.另外,单模光纤还提供了用任意大的散射体积和任意大的传输距离来实现光散射测量的可能性.实验测量结果与上述理论分析一致

     

    Obtaining true beautiful data from any photon correlation experiment demands on serious attention to improve the signal-to-noise ratio. Single-mode optical fibers provide the ideal receiver optics for photon correlation spectroscopy measurements. The analysis shows that a single-mode fiber can achieve a high collection efficiency and improve the signal-to-noise ratio effectively in photon correlation experiments. All these features are also demonstrated in experiments.

     

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