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利用受扰光纤理论理论和光纤弹光效应理论对ＹＡＰ晶体光纤弹光效应进行了理论分析和实验研究．结果表明，这种晶纤可在弹光调制、压力和加速度传感等方面得到应用，并为该类传感器的设计提供理论根据．
The theoretical analysis and experimental study of the elastic effect of YAP crystal fiber are carried out by using theory of disturbed fiber and theory of fiber elastic effect. The results show that the fiber can be used in the aspects of elastic modulation, pressure and acceleration sensing, and provide theoretical basis for the design of such sensors.