1) titanate nanotobe
钛盐纳米管
2) nanotubular titanate
钛酸盐纳米管
1.
The results show that nanotubular titanate formed during hydrothermal treatment rather than in washing or immersing processes.
以锐钛矿相为主的氧化钛粉体为原料,在强碱性条件下采用水热合成法制备出外径约10nm的钛酸盐纳米管。
3) titanate nanotubes
钛酸盐纳米管
1.
A study on the stability of titanate nanotubes prepared by hydrothermal process;
水热法制备钛酸盐纳米管的稳定性研究
2.
The titanate nanotubes have been attracted widely attention due to their strong absorption in the visible light region and potential application on the utilization of the solar energy.
由于钛酸盐纳米管具有强的可见光吸收因而在太阳能利用方面将有潜在的应用前景而备受人们广泛的关注。
4) Titanate nanotube
钛酸盐纳米管
1.
Hydrothermal preparation and characters of magnetic ions doped titanate nanotubes;
磁性离子掺杂钛酸盐纳米管的合成与表征
2.
Titanate nanotubes were prepared by hydrothermal method, and the products were characterized with TEM, XRD, and XPS.
采用水热法制备了钛酸盐纳米管,并用TEM、XRD、XPS对其进行了表征。
3.
The photoelectrochemical properties of the titanate nanotubes were investigated.
采用水热法制备了钛酸盐纳米管,并将钛酸盐纳米管制备成纳米结构电极进行光电化学研究。
5) nano-titanate
纳米钛酸盐
1.
Performance of nano-titanate as catalyst for synthesis of dibutyl carbonate(DBC)from methyl-carbonate(DMC)and n-butanol was investigated.
以廉价的偏钛酸为原料,采用水热法和乙醇热法制备了纳米钛酸盐(简称钛酸盐),并对其进行了X射线粉末衍射和X射线光电子能谱表征。
6) Nanotube titanic acid
纳米管钛酸
1.
The Ag loaded nanotube titanic acid was prepared by the photo-reduction method.
采用光催化还原法制备了载银纳米管钛酸,通过TEM可以看到纳米管钛酸表面附着有银颗粒,XPS和XRD等结果显示银颗粒是以单质银的形式存在。
2.
Liquid-phase polycondensation of acetone catalyzed by nanotube titanic acid(NTA) and TiO2 were investigated and compared.
研究了纳米管钛酸(NTA)对丙酮液相缩聚反应的影响,并与TiO2催化丙酮液相缩聚反应进行了对比。
3.
The adsorption properties of nanotube titanic acid, TiO_2(A) and P_25TiO_2 to reactive brilliant red X-3B in aqueous solution were studied in the dark.
研究了在暗态下纳米管钛酸,TiO2(A),P25TiO2对水溶液中活性艳红X 3B的吸附性能。
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