1) standard torpedo
制式鱼雷
2) torpedo homing system
鱼雷制导
1.
Because of the complexity of tactical environment in which the torpedo’s homing system are working to detect and classify target, the torpedo homing system Hardware-In-the-Loop (HWIL) simulation has become a vital tool in developing and evaluating torpedo guidance performance in laboratory.
由于鱼雷作战检测、目标分类与导引水声物理环境的复杂性,鱼雷制导系统半实物仿真成为实验室中鱼雷设计与评估性能的重要手段。
3) guidance torpedo
制导鱼雷
4) torpedo R&D
鱼雷研制
1.
The importance of the salt fog corrosion resistance in torpedo R&D is briefed through discussion about the source,damage and corrosion mechanism of the salt fog.
通过对盐雾的来源、危害及腐蚀机理的阐述,说明了防盐雾腐蚀在鱼雷研制、生产过程中的重要性,并提出了防盐雾腐蚀应采取的措施。
5) guided torpedo
制导鱼雷<火>
6) torpedo guidance trajectory
鱼雷尾追式弹道
1.
This paper mainly introduces two method of design and simulation of the torpedo guidance trajectory based on MATLAB/Simulink and Delphi.
主要介绍了基于M ATLAB/S im u link和D e lph i两种途径的鱼雷尾追式弹道的设计与仿真方法。
补充资料：波束制导(见遥控制导)
波束制导(见遥控制导)
beam-rider guidance
boshu zhidao波束制导(beam一rider guidanee)见遥控制导。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条