实验技术与管理
實驗技術與管理
실험기술여관리
EXPERIMENTAL TECHNOLOGY AND MANAGEMENT
2014年
2期
60-62,73
,共4页
实验系统%光纤光栅%温度传感%应力传感
實驗繫統%光纖光柵%溫度傳感%應力傳感
실험계통%광섬광책%온도전감%응력전감
experimental system%fiber grating%temperature sensing%strain sensing
光纤光栅是理想的应力和温度传感元件。结合实验室器件,设计了一个利用光纤光栅监测应力以及温度的实验系统。通过实验验证了光纤光栅的基本特性,实现了应力及温度的监测。通过自行搭建的实验平台进行了实验分析,实验结果和理论分析吻合。
光纖光柵是理想的應力和溫度傳感元件。結閤實驗室器件,設計瞭一箇利用光纖光柵鑑測應力以及溫度的實驗繫統。通過實驗驗證瞭光纖光柵的基本特性,實現瞭應力及溫度的鑑測。通過自行搭建的實驗平檯進行瞭實驗分析,實驗結果和理論分析吻閤。
광섬광책시이상적응력화온도전감원건。결합실험실기건,설계료일개이용광섬광책감측응력이급온도적실험계통。통과실험험증료광섬광책적기본특성,실현료응력급온도적감측。통과자행탑건적실험평태진행료실험분석,실험결과화이론분석문합。
Fiber grating is one of the most potential and typical optical passive components .A large number of studies have shown that fiber grating is ideal for stress and temperature sensing element .Fiber grating has widely applicable perspective in many fields such as structure monitoring , electrical power , and communications industry .Combined with existing equipment ,an experiment about stress and temperature sensing is designed . Experiments are carried out to verify the basic characteristics of fiber grating while realizing the goal of monitoring of strain and temperature as well .Experimental results are discussed by using this experimental system ,the result of experiment is in accordance with theoretical analysis ’ conclusion .