拖曳声纳

  • 网络towed sonar
拖曳声纳拖曳声纳
  1. 一种被动拖曳声纳阵列信号模拟器设计

    The array signal simulator design of passive towed sonar

  2. 拖曳声纳阵隔振模块性能计算分析

    Calculation of vibration level difference of vibration isolation modules in a towed array sonar

  3. 拖曳声纳的本舰噪声仿真

    Vessel Noise Simulation of Towed Sonar

  4. 流噪声是拖曳声纳系统的主要噪声,也是光纤水听器拖曳细线阵研发的技术难点之一。

    Flow noise is the dominate noise of the towed array sonar . It is also one of the technical difficulties in the development of optical fiber hydrophone thin line towed array .

  5. 基于经验模式分解的拖曳式声纳拖船噪声抵消研究

    Tow ship noise cancellation using empirical mode decomposition

  6. 拖曳线列阵声纳中隔振模块研究

    Study on vibration isolation modules ( VIM ) in a towed array sonar

  7. 基于拖曳线列阵声纳的潜艇武器发射噪声监测仿真研究

    Simulation of Measuring Torpedo Launch Noise in Submarine Based on Towed Array Sonar

  8. 拖曳线列阵声纳护套用聚氨酯的声学性能及材料体系

    Acoustic properties and material systems of polyurethane for use as towed linear sonar jacket

  9. 第四讲探潜先锋&拖曳线列阵声纳

    Towed line array sonar spearheads submarine detection

  10. 针对航母编队航渡过程中拖曳式线列声纳舰的阵位确定问题,提出了一种分析方法。

    In this paper , a method of position-defining of towed array-liner sonar warship ( TASW ) for the aircraft carrier formation during navigation is suggested .

  11. 针对拖曳线列阵声纳的方位估计问题,提出了由矢量水听器构成线列阵,运用被动合成孔径技术来提高方位估计性能的方法。

    This paper proposes a method to solve the direction-of-arrival estimation of towed line array sonar . By using acoustic vector sensors it composes a line array and passive synthetic aperture technique to improve direction-of-arrival estimation performance .

  12. 文中针对拖曳线列阵声纳的左右舷模糊问题,提出了一种全新的线列阵基阵结构:二元水听器组,并采用噪声相关模型实现左右舷分辨。

    Aiming at the port / starboard blur problem of a towed line array sonar , the paper presents a new towed line array structure : towed line array made up of hydrophone doublets using the model of noise correlation to accomplish port / starboard discrimination .

  13. 拖曳式线列阵声纳依靠其性能上的优势,已成为目前反潜战的重要装备,而拖线阵的波束形成则在其中起到了核心作用。

    Towed line array sonar has become the important equipment in antisubmarine warfare by its advantage of configuration and characteristics , whereas beamforming plays an important role .

  14. 拖曳线列阵隔振系统的参数计算和参数优化设计的研究对拖曳式声纳的工作性能的提高具有重要的意义。

    Research on parameter calculation and parameter optimization of vibration isolation system in towed array sonar is very important in naval engineering .