磁引信

  • 网络magnetic fuze
磁引信磁引信
  1. 根据被动磁引信工作特点,设计了基于三维磁阻传感器和DSP的铁磁性目标探测与定位系统。

    According to the passive magnetic fuze operational characteristics , the ferromagnetic target detecting and locating system based on tri-axial magnetoresistive sensors and DSP was designed .

  2. 基于单片机的磁引信系统设计

    The Design of Magnetic Fuze System Based on MCU

  3. 磁引信应用中的壳体屏蔽效应分析

    The analysis of magnetic field shielding effectiveness in magnetic fuze application

  4. 在此基础上,分析了典型的目标磁场信号,确定了深弹磁引信的判决准则。

    The magnetic field intensity function of submarine is chosen as target signal to magnetic fuze .

  5. 仿真计算表明,这种特征量的正确识别率在90%以上,为目标识别技术在水雷磁引信中的应用作了有益的探索。

    The results of simulating calculation show that the rate of correct discrimination by the characteristic vector is more than 90 % . This is a useful research for application of target discrimination technique to magnetic fuzes of naval mines .

  6. 基于RBF神经网络的磁探测引信系统研究

    Study of the Magnetic Detection System of Fuzes Based on RBF Neural Network

  7. 多路FTF算法在磁梯度引信抗干扰中的应用

    The application of multipath FTF algorithm to antijamming of magnetic gradient fuse

  8. 根据磁梯度引信特点,运用多路FTF自适应算法有效地消除了磁引信晃动引起的干扰.计算机仿真结果表明该算法具有良好的效果。

    According to the features of magnetic gradient fuse , the interaction arose out of the waggle of magnetic gradient fuse is effectively eliminated by using multipath FTF adaptive algorithm . The result of computer simulation indicates that the algorithm is effective .

  9. 磁流变液引信延期解除保险机构特性分析

    Characteristic Analysis on MRF Delay Arming Device of Fuzes

  10. 在对目标信号的特征进行分析的基础上,通过对磁信号的采集和处理,进行了基于单片机的磁引信系统设计,提出了相应的解决方法和技术实现方案。

    On basis of analyzing target signal characteristic by collecting and processing magnetic signal , introduces design idea and technology realization scheme of magnetic fuze system based on MCU , and presents relative solving method and technology proposal .

  11. 根据电磁场理论,运用漏磁系数法,对永磁体磁路进行了设计,得到了磁流变引信永磁体尺寸公式。

    By using leakage coefficient method , sizes of the magnet were obtained based on electromagnetic field theory .