摘要
利用自制的光纤振动传感器和常规物理实验器材搭建了可用于多种物理量测量的实验装置。根据光纤振动传感器的动态特性,在其后坡线性工作区间内,采用共振法测量试验样品(锰钢条)的杨氏模量和物体的惯性质量。此方法测量精确度高、误差小、成本低、操作简单。
An experimental setup for measuring multiple physical quantities was constructed using a self-developed fiber-optic vibration sensor and conventional physics laboratory equipment.Leveraging the dynamic characteristics of the fiber-optic sensor within its posterior slope linear working range,the resonance method was employed to measure the Young's modulus of a test sample(manganese steel strip)and the inertial mass of objects.This approach offers high measurement precision,minimal error,low cost,and straightforward operation.
作者
陈星辉
彭静
吴俊辰
唐华清
高晓艳
陈光伟
CHEN Xinghui;PENG Jing;WU Junchen;TANG Huaqing;GAO Xiaoyan;CHEN Guangwei(School of Science,Hunan University of Technology,Zhuzhou 412007,China;Department of Engineering II,Hunan University of Technology(Science and Technology College),Zhuzhou 412008,China;School of Electrical and Information Engineering,Hunan University of Technology,Zhuzhou 412007,China)
出处
《大学物理实验》
2025年第4期39-43,94,共6页
Physical Experiment of College
基金
湖南省大学生创新训练计划项目(湘教通〔2024〕118号-29)
湖南省普通本科高校教学改革研究项目(湘教通〔2024〕147号202401001033)。
关键词
光纤振动传感器
反射式光纤
杨氏模量
惯性质量
强度调制
fiber optic vibration sensor
reflective optical fiber
Young's modulus
inertial mass
intensity modulation
