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1)  acoustic stealthy technique
水声隐身技术
2)  stealth technology
声隐身技术
3)  sound stealth technology
声波隐身技术
1.
The present conditions of the radar stealth,infrared stealth,visible light stealth and sound stealth technology in tank and armored vehicles are discussed,and a new conception of the stealth designs for the tank and armored vehicles is proposed according to the research abroad.
重点论述了雷达隐身技术、红外隐身技术、可见光隐身技术和声波隐身技术等在坦克装甲车辆上应用的现状,并结合国外发达国家对隐身坦克装甲车的研制情况,提出了坦克装甲车辆隐身设计的新思路。
4)  stealth technique
隐身技术
1.
On the basis of the summarization of the principle of radar absorbing material and the analysis method of FSS structure, the development of stealth technique compounding radar absorbing material and frequency sele.
在总结了吸波材料作用原理和FSS结构分析方法的基础上,介绍了FSS结构和吸波材料复合构成的隐身技术的研究进展。
2.
The research on the wave-absorbing material is the key of stealth technique′s development,and it is one of the important development directions of stealth technique at present.
吸波材料的研究是隐身技术发展的关键,是当代隐身技术发展的重点方向之一,而吸波剂质量的好坏决定了吸波材料的性能。
5)  stealthy technology
隐身技术
1.
In this paper,the current status of stealthy technology and infrared stealthy technology are presented,the features of turbofan engines and their superiority in the infrared stealthy of aircrafts are described in detail and the application prospect of the turbofan engines on stealthy aircrafts is analyzed.
本文简要介绍了隐身技术、红外隐身技术的现状,详细阐述了涡轮风扇发动机的特点和在红外隐身方面的优势,分析了涡扇发动机在隐身飞机上的应用前景。
2.
It is connected that stealthy technology and operational effectiveness,and analyzed the influence of stealth technology upon operation effectiveness.
将隐身技术与作战效能结合起来,分析隐身技术对于作战效能的影响,提出了隐身效能的概念,建立战略要地突防模型,选择典型的雷达以及导弹参数,通过隐身飞机B-2,准隐身飞机B-1,非隐身飞机B-52H对于该战略要地进行突防,计算它们被防空武器的发现概率、制导误差、击中概率以及生存概率,绘制关系曲线,并对于结果进行分析,说明了隐身效能分析对于实战中的重要性。
3.
It is emphasized that nano-materials are now playing an important role in stealthy technology and nano-materials have important application in stealthy tech.
隐身技术是一项跨学科的综合技术,它涉及到电磁、材料、能量转换、信息处理等学科和技术。
6)  stealthy technique
隐身技术
1.
In this paper,the properties and applied range of various wave-absorbing materials used for stealthy technique both at home and abroad are reviewed.
综述了国内外目前用于隐身技术的各种吸波材料的特性及应用范围,给出了其存在的问题及研制趋势。
2.
At last, the characteristics and the development status of plasma stealthy technique are analyzed.
文章介绍了等离子体及其特点,讨论了等离子体的隐身原理和对电磁波的吸收原理,分析了等离子体隐身技术的特点、发展现状,以及等离子体技术在军事等领域的发展前景。
补充资料:声隐身材料
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性质:一种特殊用途的水声吸声材料。以橡胶、聚氨酯等黏弹性材料或塑料等为基材,加多孔性填料,并以纤维等材料增强制成复合材料,再制成特殊形状的声纳吸声结构。该材料的有效吸声频带宽,吸声效果好,消声可达20~40dB。在高静压下仍具有良好的吸声性能是这类材料的突出特点。材料能在海洋环境条件下长期使用,并具有优良的耐大气老化性能。抗声纳复合材料敷设于潜艇等水下兵器的表面,吸附对方主动声纳发射的探测声波,减少自噪声辐射,以达到潜艇隐身目的。故也称作声隐身材料,无声反射材料或消声瓦。

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