摘要
为提高舰艇磁性防护能力,准确反映其磁场特性,舰艇测磁需要使用先进的测磁技术,这就可以用磁偶极子阵列模拟舰艇磁场源;文中根据舰艇测量面上的磁场数据建立了舰艇磁场换算的数学模型,给出一种运用实例评述测磁技术在舰艇磁性防护中的应用;实例结合点阵式大平面测磁法和磁荷模拟算法建立了测磁后舰艇磁场换算的数学模型,简单论述了该模型的数学原理、磁场函数计算方法及具体应用中有关参数的确定方法等,并对计算精度作了分析,仿真结果表明模型精度较高;测磁技术的应用在磁性防护中具有重要的实用价值。
In order to improve the magnetic defense of the ship and reflect ship magnetic field exactly, the ship magnetic field measuring needs advanced magnetic measure technique. In this paper, the magnetic dipole array is used to simulate the ship magnetic source. The paper gives a mathematical model of ship magnetic field conversion is built up according to the real magnetic field data on the surface of the ship fathom. A mathematical model for magnetic conversion after magnetic measuring that combines the dot matrix Large-scale Area method and the magnetic charges arithmetic is established in the example. The mathematical principle, calculation methods of magnetic function and parameters decision of the model are discussed. The simulation results demonstrate that the model is of high precision. Application of magnetic measure technique on magnetic defense is of important practical reference.
出处
《计算机测量与控制》
CSCD
2008年第10期1499-1501,共3页
Computer Measurement &Control
关键词
磁偶极子
舰艇磁场
磁场换算
magnetic dipole
ship magnetic field
magnetic conversion
