CAJ | 학술논문

线圈是质子磁力仪传感器的核心，其品质直接影响着仪器的测量精度。结合反向串联圆柱体线圈模型，对约束设计的因素进行分析；建立约束参数与设计参数之间的联系；利用Matlab对参数公式进行图形化处理，结合实际情况进行设计，并给出一组满足约束参数条件的优化设计参数V＝250 cm3，d＝0.9 mm，r＝2.5 cm，h＝0.72 cm；最后对传感器进行地磁场测量实验，测量值波动较小，结果稳定，进行异常体探测时，探测结果能够准确反映异常趋势。
선권시질자자력의전감기적핵심，기품질직접영향착의기적측량정도。결합반향천련원주체선권모형，대약속설계적인소진행분석；건립약속삼수여설계삼수지간적련계；이용Matlab대삼수공식진행도형화처리，결합실제정황진행설계，병급출일조만족약속삼수조건적우화설계삼수V＝250 cm3，d＝0.9 mm，r＝2.5 cm，h＝0.72 cm；최후대전감기진행지자장측량실험，측량치파동교소，결과은정，진행이상체탐측시，탐측결과능구준학반영이상추세。
The coil is the core of proton magnetometer’s sensor,the quality of which directly affects the accuracy of the instrument measurement. Combined with the reverse series connection cylinder coil model,we analyze the factors which restrict design,and establish contact between every limiting parameters and design parameters,then do graph-ics processing to the parameters formula using Matlab,design the various parameters of the coil in consideration of the actual situation,and give a group of optimal design parameters which satisfy the limiting parameters conditions, V=250 cm3 ,d=0.9 mm,r=2.5 cm,h=0.72 cm. Finally do the tests in measurements of the geomagnetic field and the results are good. When detecting the abnormal body,the results can accurately reflect abnormal trend.