CAJ | 학술논문

文章针对传统光纤探针传感器测量持气率灵敏度差的问题，以光纤光学原理为基础，基于光学设计软件Zemax纯非序列模式，分析光线在不同形状光纤敏感头中的传输情况，对光纤探针敏感头结构进行优化。按单光纤探针的形状，初步设计四种敏感头形状并模拟其光路，经过百万次的光线追迹，对探测器上的回光能量进行收集并对比分析，最终设计出最优形状光纤探针敏感头。
문장침대전통광섬탐침전감기측량지기솔령민도차적문제，이광섬광학원리위기출，기우광학설계연건Zemax순비서렬모식，분석광선재불동형상광섬민감두중적전수정황，대광섬탐침민감두결구진행우화。안단광섬탐침적형상，초보설계사충민감두형상병모의기광로，경과백만차적광선추적，대탐측기상적회광능량진행수집병대비분석，최종설계출최우형상광섬탐침민감두。
Aiming at a optical fiber probe sensor head held gas rate sensitivity problem for traditional fiber probe sensor measurement,based on the principle of optical fiber,and based optical design software Zemax pure non-sequential mode,analysing the transmission of light in the different shape of the optical fiber,after a million light trace analysis of the energy of the detector,optimized the optical fiber. The shape of the single-fiber probe,preliminary design and simulate the optical path,draw four different shapes of the probe sensitivity,design the op-timal shape.