1) nano stealthy coating materials
纳米隐身涂料
1.
This paper introduces the stealthy mechanism of stealthy materials, the special properties of nano-materials, absorbing principle and points out that nano stealthy coating materials have excellent effect.
本文介绍了材料隐身的隐身机理及纳米材料的特性和吸波作用机理,指出纳米隐身涂料具有优异的隐身效果, 强调了纳米材料在隐身技术中的重要作用以及纳米材料在隐身技术中的应用。
2) stealth nano-materials
纳米隐身材料
1.
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。
4) Camouflage paint
隐身涂料
1.
Using the transparency of laser camouflage paints to the millimeter wave, near infrared laser and millimeterwave compatible camouflage coating was produced by painting the laser camouflage paints to the millimeter wavecamouflage surface.
利用近红外激光隐身涂料对毫米波的透明性,将其涂敷于毫米波隐身涂层表面,制备出激光与毫米波复合隐身涂层。
2.
With the increasingly drastic electro-optical countermeasures in military application,camouflage painting becomes one of effective measures to realize target stealth for improving the survivability and penetration capabilities.
随着现代军事光电对抗的日益激烈,通过隐身涂料的涂敷实现目标隐身是提高目标生存和突防能力的有效手段之一。
5) nano-coating
纳米涂料
1.
Current developments and future of nano-coatings;
纳米涂料的发展现状与未来
2.
Application and prospect of nano-coating in water supply system;
纳米涂料在供水系统中的应用现状与前景
3.
And then the characteristics and their development and research progress of several ultraviolet curing coatings including ultraviolet curing waterborne coatings,ultraviolet curing powder coatings,ultraviolet curing nano-coatings and ultraviolet curing super-branched coatings were also reviewed.
在此基础上,对几种新型UV固化涂料,如UV固化水性涂料、UV固化粉末涂料、UV固化纳米涂料和UV固化超支化聚合物涂料等的特点及国内外研究进展进行了综述,并指出UV固化涂料的发展方向。
6) nanocomposite coating
纳米涂料
1.
Development of transparent and heat insulating nanocomposite coatings;
透明隔热纳米涂料的研究进展
2.
The nanocomposite coating usually is that the traditional coating joins nanomaterials, and we carry on the dispersion and modified processing to this kind of mixture.
用场发射扫描电子显微镜(FESEM)和扫描电子显微镜(SEM)观察涂料的表面形貌,通过对比分析表明:采用共混法制备的纳米涂料涂层细致、均匀,获得含有均匀分布纳米晶粒的涂层。
补充资料：哈米纳级隐身导弹艇
哈米纳级隐身导弹艇
美国《航宇防务》网站2006年6月20 日报道 挪威造船商aker yards船厂所属的rauma yard船厂于周一将第四艘也即是最后一艘“哈米纳”级导弹艇交付给芬兰海军。
第四艘“哈米纳”级导弹艇被命名为“波里”号，将与该级舰艇的“哈米纳”号、“汉科”号以及“托尼尔”号导弹艇一同参与芬兰海军“舰队2000”计划。 该“波里”号导弹艇长51米，采用铝和轻质复合材料建造而成。由于双喷水式推进器的使用，该导弹艇航行速度超过了30节。
“哈米纳”级是芬兰海军现役最先进的导弹快艇。从外观上看，它在设计上具有较多的优点，全舰从船体到上层结构都高度整合，力避侧面锐角，而且十分注意抑制红外信号，显示出很好的隐身效果。尤其是它采用新型涂料涂饰与北欧海陆复杂地形相谐的峡湾迷彩，具备了极佳的隐形特性。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。