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通过模拟实验,研究了磁隐身坦克的核心元件——同轴密绕消磁线圈的使用性能。实验室对其消磁效应的数据分析表明:同轴密绕消磁线圈能够消除坦克周围因被地磁场磁化而产生的磁场标志,其中近轴区域的消磁效果更为明显;如果在消磁线圈中通入反向电流,消磁物体的磁场反而会增强,呈缓慢磁化的趋势,这与电磁场理论相符。本实验设计的消磁线圈属于一种新功能的电磁装甲,能提高坦克在电磁战中的生存能力。
Through the simulation experiments, the core components of the magnetic stealth tank - the use of coaxial close-wound degaussing coil performance. Laboratory data analysis of its degaussing effect shows: Coaxial close demagnetization coil can eliminate the magnetic field caused by the magnetic field around the tank marks, in which the degaussing effect of the paraxial region is more obvious; if the degaussing coil access Reverse current, demagnetize the object’s magnetic field but will be enhanced, showing a trend of slow magnetization, which is consistent with the electromagnetic field theory. The degaussing coil designed in this experiment belongs to a new type of electromagnetic armor, which can improve the tank’s survivability in electromagnetic warfare.