Research On Low Frequency Magnetic Field Test And Equivalent Modeling Method Of Ship Equipment

C. Hua, Chen Huang, Y. Zuo, Wenzhuo Wang, Jingxian Yang
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Abstract

With the increasing power of ship-borne equipment, the proportion of low-frequency stray magnetic field to ship's magnetic field is increasing, the calculation and simulation method of low-frequency magnetic field has become more and more urgent. In this paper, an equivalent modeling method for typical low-frequency magnetic field sources on ships is proposed. The low-frequency magnetic field distribution of the typical device is obtained by testing, and an equivalent model is then established by the magnetic dipole array. Compared with the test data, the magnetic field calculation data obtained by the equivalent model has a small error, which verifies the accuracy of the equivalent model.
舰船设备低频磁场试验及等效建模方法研究
随着舰载设备功率的不断增大,低频杂散磁场在舰船磁场中所占的比例越来越大,低频磁场的计算与仿真方法变得越来越迫切。本文提出了舰船上典型低频磁场源的等效建模方法。通过测试得到了典型器件的低频磁场分布,并利用磁偶极子阵列建立了等效模型。与试验数据相比,等效模型得到的磁场计算数据误差较小,验证了等效模型的准确性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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