electrostatic detection

英 [ɪˌlektrəʊˈstætɪk dɪˈtekʃn] 美 [ɪˌlektroʊˈstætɪk dɪˈtekʃn]

网络  静电侦检; 静电探测

电力



双语例句

  1. Round array parameters of passive ground electrostatic detection systems comprise the detection round array radius, detector number of the array and the electrode size.
    建立了平面介质被动式静电探测系统的物理模型,给出探测电极所在空间电场强度的计算公式。
  2. Method of air target orientation by electrode scanning from an electrostatic detection system
    电极扫描式静电探测系统对空中目标定位方法研究
  3. An electric probe scanning type passive electrostatic detection system is proposed for use in antiaircraft shrapnel equipped with electrostatic fuze.
    研究对空榴弹的静电引信探测器采用电极扫描式被动静电探测体制。
  4. Study on Electrostatic Precipitator Fault Detection System
    静电除尘器故障诊断系统的研究
  5. Different from the traditional electrostatic spectrometer, higher detection efficiency can be achieved in the new type spectrometer and all electrons ( in 4 π solid angle) with any energy can be detected in single measurement.
    与传统的静电偏转谱仪相比,具有探测效率高的特点。可以探测4π立体角内的任意能量的所有电子。
  6. Detection to Electrostatic Volume Target Based on Electrostatic Detection Array with Directional Property
    基于有向性探测阵列的静电体目标探测
  7. The target location equation of the electrostatic detection system is derived based on electrostatic detection theory and round array location method, and the error of this method is analyzed with the help of error theory.
    在静电感应原理和圆阵定位理论分析的基础上,推导出了基于圆阵的被动式静电探测系统定位方程;
  8. The Research on a Sort of Electrostatic Detection Unit with Directional Property
    一种有向性静电探测单元的研究
  9. Optimization of Round Array Passive Electrostatic Detection System
    基于平面圆阵的被动式静电探测系统阵列优化
  10. To improve sensitivity and linearity, feedback loop was adopted with electrostatic in detection and managing circuit, which is fabricated with high precision bipolar linear circuit technology.
    为提高灵敏度和线性,该加速度计采用静电力反馈闭环控制方式,检测与处理电路采用高精度双极线性电路工艺进行了工艺流片。
  11. Modeling on Passive Ground Electrostatic Detection System with Spherical Electrode
    被动式球形电极地面静电探测系统模型
  12. This measuring instrument for electrostatic charge of particles can realize the real-time, on-line and remote detection of electrostatic charge of particles.
    该粉体静电监测仪能够实现对粉体静电的实时、在线、远程监测。
  13. In electrostatic detector array system, the current detecting electrostatic detector, which use plane sensor to convert static signal to current signal for detection, has its unique characteristics and is provided with essential qualification to constitute array model.
    在静电探测器阵列系统中,利用平面传感器将静电信号转换为电流信号进行检测的电流检测式静电探测器具有其独特的信号特征,具备构成阵列模型的基本条件。
  14. Prediction Filter Design for Electrostatic Detection Based on Linear Neural Network
    基于神经网络的静电目标特性信号预测方法研究
  15. The Research of Electrodes Used in Passive Electrostatic Fuze Directional Detection
    被动式静电引信定向探测电极研究
  16. With the same hardware and resources configuration, distributed static sensor array location system can significantly improve location precision and reduce error of electrostatic detection system.
    分布式静电探测器阵列定位系统在不改变系统的硬件条件和资源配置的情况下,大大提高了系统的定位精度,降低了静电探测系统的误差。
  17. The model of the passive ground electrostatic detection system with the spherical electrode is built by using the charge mirror method.
    将空中静电目标、探测电极和大地作为一个整体系统,利用镜像法建立了空中静电目标的被动式球形电极地面探测系统模型。
  18. Round array parameters of passive ground electrostatic detection systems comprise the detection round array radius, detector number of the array and the electrode size. Influence of the round array parameters to the precision of location are studied first with the help of error theory.
    对于采用平面圆阵布设的被动式地面静电探测系统,根据误差理论分析结果研究了其阵列参数,即探测阵列半径、探测阵列的阵元个数以及探测器电极尺寸对探测阵列目标定位精度的影响;
  19. A new type of aerial target location mathod by a passive ground electrostatic detection system is studied.
    研究被动式地面静电探测系统对空中静电目标的定位方法。
  20. In electrostatic field detection, hysteresis phenomenon appears between positive and negative process curves. The hysteresis phenomenon relates to the resistance of the object to be detected.
    静电场探测时,正反行程曲线有明显的迟滞现象出现,该迟滞现象与被测物电阻值属性有关。
  21. Electrostatic, electromagnetic and optical thermal excitations have been used successfully in resonant pressure sensors, however, the fabrication and detection of these sensors are relatively difficult to realize.
    静电、光热及电磁是几种常用的激励方式,但芯片制作及检测相对较难。