fused d silica fiber 熔凝石英光纤
Thermal poling method can create linear electrooptic effect in the fused silica PANDA fiber, which can be used for thermal poled fiber devices.
热极化方法可在熔石英熊猫保偏光纤器件中产生线性电光效应，由此可制成热极化光纤器件。
The physical processes of laser pulse propagation in fused-silica fibers are discussed, focuses on the linear and nonlinear properties of optical fiber that alter the intensity of laser pulses.
讨论了激光脉冲在熔石英光纤中传输的物理过程，给出了能够改变激光脉冲强度的线性和非线性因素。
The major phenomena that affect propagation through fiber are material absorption, dispersion, and nonlinear x(3) effects associated with fused-silica.
熔石英中的材料吸收、色散和三阶非线性效应是光纤中影响光传输的主要因素。
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