CAJ | 학술논문

磁力仪在国民生产中有着广泛的用途，在比较了传统的三分量磁力仪之后，提出一种基于磁通门与加速度传感器的三分量磁力仪。首先，简单地介绍了该磁力仪的硬件电路组成结构，之后，为了选用适当的优化算法对测量误差进行校正而重点讨论了该磁力仪的测量误差种类，后采用Nelder-Mead单纯形算法对于该磁力仪的不共轴误差进行校正。最后，做了测量及校正实验，并进行了实验结果分析。
자력의재국민생산중유착엄범적용도，재비교료전통적삼분량자력의지후，제출일충기우자통문여가속도전감기적삼분량자력의。수선，간단지개소료해자력의적경건전로조성결구，지후，위료선용괄당적우화산법대측량오차진행교정이중점토론료해자력의적측량오차충류，후채용Nelder-Mead단순형산법대우해자력의적불공축오차진행교정。최후，주료측량급교정실험，병진행료실험결과분석。
Magnetometer is widely used in national production. The three-component magnetometer based on fluxgate and ac-celerometer is proposed by comparing the traditional three-component magnetometer. The hardware circuit structure of the magne-tometer is simply introduced. The types of magnetometer measurement error are emphatically analyzed to choos the appropriate optimization algorithm for error calibration. The Nelder-Mead simplex algorithm is used to calibrate the non-coaxial error. The re-sults of measurement and calibration are given and analyzed.