...异将影响自诊断系统对结 构信息判别的正确性 [23] 0 本文为解决上述问题的途径是设计一种标准化\ 模块化的光纤智能夹层( FOSL )系统9使其便于埋置 和连接9且便于在埋入复合材料之前对光纤传感系统 进行标定9以充分了解传感系统的性能9为智能结构 的损伤自诊...
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设计一种具有自诊断功能的标准化、模块化光纤智能夹层系统,正是实现这种一体化最有潜力的技术途径。
It is the most potential technical approach that the standardization and modularization of fiber optic smart layer system with function of self-diagnosing is designed.
利用智能夹层中光纤传感网络或自诊断模块,可以实现对智能结构的在线监测。
So, it can be achieved in line monitoring of smart structures by optical fiber sensing networks and self-diagnosing modules of FOSL.
智能夹层中光纤法珀腔传感器的应变与载荷之间具有良好的线性关系。
The experimental results present that the strain of optic fiber Fabry-Perot sensor is better linear with loading of bending beam.
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