基于主动式静电探测技术的目标定位方法

摘要

Aiming at the problem of uncharged target can not be detected by passive electrostatic technique, a method for target localization is proposed based on active electrostatic detection technique. On the basis of analyzing charged and uncharged target, corresponding target localization detection equation is obtained through detecting current,the equation is simulated with Maxwell 3D. The result indicates that detection distance based on this method is related to target's charge quantity, strength of active electrostatic field and sensitivity of current detection circuit.%针对被动式静电探测技术无法对不带电目标进行探测的问题,提出了一种基于主动式静电探测技术的目标定位方法.在对带电和不带电目标分析的基础上,得到了相应的通过检测电流实现目标定位的探测方程,并在Maxwell 3D中进行了仿真.仿真结果表明:基于该方法的探测距离与目标的带电量、主动静电场的强弱以及电流检测电路的灵敏度有关.