首页> 外文期刊>IEEE journal of selected topics in quantum electronics >Nonlinear Organic Liquid-Cored Fiber Array for All-Optical Switching and Sensor Protection Against Short-Pulsed Lasers
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Nonlinear Organic Liquid-Cored Fiber Array for All-Optical Switching and Sensor Protection Against Short-Pulsed Lasers

机译:非线性有机液芯光纤阵列,用于全光开关和短脉冲激光传感器保护

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摘要

A nonlinear fiber array capable of large-field-of-view visible image transmission and all-optical switching of subnano and nanoseconds laser pulses is described. The transparent fiber core liquid is found to possess large effective nonlinear absorption coefficients arising from two-photon and excited state absorptions. These multiphoton absorption characteristics are further enhanced by the fiber geometry to enable low threshold and large dynamic range of operation to clamp the transmission of short laser pulses to below the maximum-permissible-exposure levels of sensors.
机译:描述了一种非线性光纤阵列,该阵列能够实现大视野的可见光图像传输以及亚纳秒和纳秒级激光脉冲的全光切换。发现透明纤维芯液体具有大的有效非线性吸收系数,该吸收系数是由双光子和激发态吸收引起的。光纤的几何形状进一步增强了这些多光子吸收特性,从而实现了低阈值和较大的动态工作范围,可将短激光脉冲的传输限制在传感器的最大允许暴露水平以下。

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