1) nano-silver coating
纳米银涂层
2) catheters coated with nanometer-silver
纳米银涂层尿管
1.
Clinical contrast study of antibacterial action by urinary catheters coated with nanometer-silver;
纳米银涂层尿管抗菌作用的临床对比研究
4) nanostructured coating
纳米涂层
1.
It is shown that the nanostructured coating contains α-Al_2O_3,γ-Al_2O_3 and rutile TiO_2 phases,and has a microstructure consisting of fully melted columnar crystal region and partially melted nanostructured region.
研究了等离子喷涂特征参数(CPSP)对Al2O3-13wt%TiO2纳米涂层相组成、微观组织和性能的影响。
2.
Thermal sprayed nanostructured coating is one of the present promising fields in nanostructured coating.
热喷涂纳米涂层的研究是目前纳米涂层领域研究热点之一。
3.
The results show that the wear resistance of the nanostructured coating is better than that of the conventional coating, and the wear mechanism changes of these two kinds of coatings are different with the increase of the wearing load.
结果表明,纳米涂层的耐磨损性能明显好于传统陶瓷涂层,且随着磨损载荷的增大,纳米涂层和传统涂层的磨损机制的变化是不同的。
5) nano-coating
纳米涂层
1.
Investigation on preparation and electrocatalytic characteristics of Ti-base SnO_2 electrode with nano-coating;
钛基SnO_2纳米涂层电催化电极的制备及性能研究
2.
Modified with ZnO,SnO2,TiO2 nano-coating on α-alumina microfiltration membrane(0.
30μm左右α-Al2O3微滤膜其孔内表面涂覆ZnO、SnO2、TiO2纳米涂层,均可以显著地提高膜的水通量。
3.
Also the development trend of detonation gun was put forward,and it was pointed out that detonation gun spraying is a new method to prepare nano-coating.
本文详细介绍了爆炸喷涂的原理、特点及爆炸喷涂涂层的发展现状 ,并对爆炸喷涂涂层发展趋势作了推测 ,提出纳米涂层是爆炸喷涂涂层的新的发展方向。
6) nano coating
纳米涂层
1.
Ternary anode nano coating of Ti/interlayer/RuSnCo was prepared by thermal decomposition.
采用热分解法,制备了结构为Ti/中间层/RuSnCo的三元阳极纳米涂层,研究了涂层的结构与物化性能。
2.
Ti-based TiSnRuMn nano coatings for electrolytic manganese dioxide anode(EMD) are prepared by the thermal decomposition.
采用热分解法制备了不同温度和元素含量配比的电解二氧化锰Ti/TiSnRuMn阳极纳米涂层。
补充资料：管状定向碳纳米管
纳米本意是一种长度单位,纳米材料是指材料的尺寸处于1~100nm范围内的金属,金属化合物,无机物或高分子的颗粒,对纳米材料的研究和开发依赖于能看清原子或分子世界的仪器,1993年12月中国科学院庞世瑾教授在硅表面搬走了原子,写下了"中国"的字样,人类按需要排布一个个原子的技术成为现实,前不久,我国科学家成功合成了3nm长的管状定向碳纳米管,长度居世界之首,这种碳纤维具有强度高,刚度(抵抗变形的能力)高,密度小,熔点高,化学稳定性好的特点.
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条