本文主要研究了基于舰船磁场—水压场的目标检测与识别的问题。
The article researches into the detection and identification of ship target.
目前，海上舰船磁场测量试验获得的数据一般为时间通过曲线，不能直接用于舰船磁场建模。
The result of magnetic measuring experimentation is time-serial data-set, which could not been used to model warship magnetic field directly.
针对舰船消磁系统快速准确解算、通用性强的设计要求，以磁体模拟理论为基础，提出了基于磁体模拟法的舰船磁场补偿技术。
Aim at the requirements of accuracy, speediness and applicability in vessel's degaussing process, a magnetic field compensation method is presented based on the magnet simulation theory.
电磁场防护结构工艺、被动轴接地系统、主动轴接地系统和电场抵消系统是目前降低舰船极低频电场的主要方法。
The main methods used to reduce ELFE include electromagnetic field protection technology, driven shaft earthing system, drive shaft earthing system and electric field counteracting system.
舰船临时线圈消磁是消除舰艇固定磁场，提高舰艇反磁探反磁性武器能力的重要措施。
To reduce the magnetic detectability of vessels, the permanent ships magnetism must be disposed by means of degaussing.
该方法可在保证舰船磁性稳定的前提下，一次性地将其结果磁场处理到给定标准内，从而提高舰船磁性的处理效率。
Besides the guaranteed stability of the ship's magnetism, the remnant magnetism can be treated to the standard at one time, and the deperming efficiency is raised.
车辆及舰船的磁场是超低频交变弱磁场。
Magnetic field of ground vehicles and warships is ultra low frequency, alternate and feeble.
车辆及舰船的磁场是超低频交变弱磁场。
Magnetic field of ground vehicles and warships is ultra low frequency, alternate and feeble.
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