因此，矢量水听器相关技术正在成为水声工程领域令人瞩目的研究方向之一。
So the technology associated with vector hydrophone becomes a very important investigative aspect in underwater acoustic field.
目前，仿真研究已经渗透到水声工程和技术各个领域，并且成为声纳设备研制的重要手段之一。
At present simulation research has infiltrated into every aspect of acoustic engineering and technology and become an important method of sonar equipment's research and development.
论文结合新形势下我国水声工程项目知识产权管理的特点，结合水声工程技术本身的特点，有针对性的进行了研究。
The thesis carries on a study that combines the characteristics of intellectual property rights management to underwater acoustic engineering project and underwater acoustic engineering technique.
水声工程中，改善和提高自由场材料声学测试精度和可靠程度对水下航行器的声隐身设计具有非常重要的工程应用价值和现实意义。
In underwater acoustic engineering, improving precision of acoustic measurement for materials in free-field is very important in design of acoustic stealthy of underwater vehicle.
介绍了一种多用途水声信号预处理机的具体设计，详细阐述了各模块电路的设计原理及工程实现，给出了部分电路的原理图。
A design of a multi-purpose hydro-acoustic signal preprocessor is introduced. A detail expatiation of the design principle and engineering realization of the modular circuits are given.
提高声呐系统中信号处理机的处理能力也迫在眉捷，本文对应用于水声信号处理的声呐原理及算法进行了初步的研究，重点在于工程的实现。
In this paper, the Sonar theory and algorithms which are applied in underwater acoustic signal processing are preliminarily studied and the emphasis is placed on the realization of the system.
本文从工程应用的角度，全面阐述了水声靶标系统的模拟前端部分——水声靶标系统预处理机的设计思想和具体实现。
From an engineering point of view, this paper makes a full exposition of the design idea and concrete realization of the UATS preprocessor, that is, the analog front end of the UATS.
水声通信技术将在海洋环境监测和海洋工程中发挥越来越大的作用。
Underwater acoustic communication will play an increasing role in Marine environmental monitoring and engineering technology.
在湖上试验中，该系统能稳定地跟踪水声目标，这说明信号微结构的提取方法是有效的，适合工程化应用。
That the system can stably track targets at lake test shows the signal micro-structure extraction is effective and can be implemented for engineering application.
在湖上试验中，该系统能稳定地跟踪水声目标，这说明信号微结构的提取方法是有效的，适合工程化应用。
That the system can stably track targets at lake test shows the signal micro-structure extraction is effective and can be implemented for engineering application.
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