水声对抗系统由水声侦察和水声干扰两部分组成。
The system is made up of two parts: acoustic reconnaissance and acoustic jamming.
该效果评估方法对水声对抗器材及水声对抗系统的研究有着重要的参考价值。
The method of counterwork effectiveness of the UACE has an important reference value for researching the UACE and the underwater acoustic countermeasure system.
该研究可用于水下探测系统和水声对抗系统的环境模拟，及水声设备的性能评估。
The research result can be applied to the environment simulation of the underwater detecting system and underwater acoustic warfare system, as well as evaluation of the underwater sound equipment.
水下目标识别技术是现代声纳系统与水声对抗的一个极为重要的组成部分。
Underwater target identification technology is a very important part of modern sonar system and underwater acoustic antagonizing.
该方法对进一步提高水声对抗器材评估结果及系统的可信度有着较大的帮助。
This way can improve the reliability of system and counterwork effectiveness of underwater acoustic countermeasure equipment.
该效果评估方法对水声对抗器材及 水声对抗 系统的研究有着重要的参考价值。
The method of counterwork effectiveness of the UACE has an important reference value for researching the UACE and the underwater acoustic countermeasure system.
该效果评估方法对水声对抗器材及 水声对抗 系统的研究有着重要的参考价值。
The method of counterwork effectiveness of the UACE has an important reference value for researching the UACE and the underwater acoustic countermeasure system.
应用推荐