Nano stealth materials is described in detail, and its absorbing mechanism is also mentioned.
对纳米隐身材料进行了较为详细的描述，简述了其吸收机理。
To achieve the compatibility, the conflict demands for infrared and laser stealth materials has to be overcome.
要做到红外和激光的隐身兼容，就必须克服两者对材料的一对矛盾要求。
Stealth aircraft rely on shapes that prevent radar waves from bouncing back to their sources and on materials that absorb radar energy (stealth-plane time line).
隐形飞机依赖其外形来逃避雷达，这种外形能避免雷达波从机体资源上反射信号、且含有能吸收雷达能量的物质。
The radar absorption materials (RAM) are the key of stealth technique for modern weapons.
雷达吸波材料是现代武器隐身技术的关键因素之一。
On the other hand, the F-35 is a stealthy aircraft. The materials and techniques used to achieve stealth are historically Expensive.
另一方面，F - 35是一种隐形战机。用于隐形的材料与技术史无前例地昂贵。
To meet the needs of stealth, the enclosed masts with composite and steel materials are gradually applied on warships.
由于隐身性的需求，复合材料—钢混合结构的封闭式桅杆逐渐在舰船上使用。
The stealth technology includes contour design, absorbing materials and plasma stealth technologies, the purpose is to reduce sectional area of average radar for target.
雷达隐身包括外形设计、吸波材料和等离子体等隐身技术，其实质是降低目标的平均雷达截面积。
Microwave absorbing materials have been widely in stealth technology and in electro-magnetic compatibility (EMC) technology, and they are researching hotspot in these technology field.
吸波材料在军用及民用领域有着广泛的应用，已经成为各国军事装备隐身和民用防电磁辐射等技术领域研究的热点。
Technology of radar absorbing materials (RAM) is one of the important stealth technologies, and widely applied in stealth weapons, especially stealth aircraft systems.
雷达吸波材料(RAM)技术是隐身技术中的重要技术之一，并且在隐身武器，尤其是隐身飞行器系统设计中得到广泛应用。
Recapitulate Nanometer functional composite materials, the elements of stealth technique, and RAM on stealth aircraft of application and direction.
概括介绍了纳米功能复合材料的隐身原理，和目前航空隐身技术中的应用现状以及未来的发展趋势。
The mechanism and manufacturing methods of stealth nano-materials are explained in this paper, and the development of stealth nano-materials at home and abroad is introduced.
本文介绍了纳米隐身材料的作用机理和制备方法，以及国内外纳米隐身材料的研究进展。
Based on the structure design of microwave stealth material, the absorbing properties of bi-layer carbon cluster-like microwave stealthy materials with different thickness have been studied.
通过微波隐身材料结构设计，采用密度较小的碳团簇型原料，制备得到了具有良好吸波性能的双层结构碳团簇型微波隐身涂层材料。
Analyses for the electromagnetic scattering properties of complex targets coated with anisotropic materials are presented, which provide theoretical support for the radar stealth and anti-stealth.
对各向异性材料涂覆复杂目标的电磁散射特性进行分析，为目标的雷达隐身和反隐身提供理论支持。
In recent years, phase change materials (PCM) become hot in the research of energy conservation, temperature controlling, infrared stealth and so on because of its energy storage ability.
相变材料(PCM)由于具有储能和控温能力，近年来成为节能应用、体系控温、红外隐身等领域的研究热点。
In recent years, phase change materials (PCM) become hot in the research of energy conservation, temperature controlling, infrared stealth and so on because of its energy storage ability.
相变材料(PCM)由于具有储能和控温能力，近年来成为节能应用、体系控温、红外隐身等领域的研究热点。
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