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- bamboo carbon nanotubes 竹节状碳纳米管
- We used DC arc discharge to synthesize carbon nanotubes. 在本论文中我们研究利用网印的技术来制做场发射显示器。
- RAMAN SPECTRUM STUDY OF PHONON MODES FOR SINGLE WALL CARBON NANOTUBES ? 单层纳米碳管振动模的拉曼光谱研究
- A new technique in SERS study on single walled carbon nanotubes is scribed. 介绍了一种碳纳米管表面增强散射的新方法。
- Multi-walled carbon nanotubes are purified by an improved wet-chemical method. 摘要采用改进的湿化学方法提纯多壁碳纳米管。
- As pliant as silicon has been over the last half-century, carbon nanotubes have some significant advantages. 尽管硅在过去半个世纪里用途广泛,但碳纳米管拥有某些明显优势。
- This paper introduced the process of spinning bamboo carbon viscose fiber/corn fiber/cotton blended elastic yarn as well as key spinning techniques. 文章介绍了纺制竹炭粘胶纤维/玉米纤维/棉混纺弹力纱线的工艺流程以及纺纱工序技术关键。
- As pliant as silicon has been over the last half-century,carbon nanotubes have some significant advantages. 尽管硅在过去半个世纪里用途广泛,但碳纳米管拥有某些明显优势。
- Objective To study the determination of trace phenol in water using multi-wall carbon nanotubes(MWNT) film-coated glassy carbon electrode(GCE). 目的探讨应用多壁碳纳米管膜修饰电极测定环境水样中微量苯酚。
- Dr Wardle and his colleagues started exploring the interactions between carbon nanotubes and polymer glues. 瓦尔德博士和他的同事已经开始探索纳米碳管和聚合胶之间的相互作用。
- The adsorption effect was closely related to particle size and quantity of bamboo carbon used,concentration of pollutants,and duration and pattern of equilibration. 结果表明 ,竹炭对 2 ,4-二氯苯酚具有较强的吸附性能 ,吸附效果与竹炭粒径、用量、污染物浓度以及吸附平衡时间和平衡方式有关。
- Using carbon nanotubes to store hydrogen has been a hotspot in the field of nanotechnology. 利用碳纳米管储氢已经成为了纳米科技领域中的一项研究热点。
- Theory and practice of thermolysis process to produce bamboo carbon and bamboo distillate,as well as their production technology,physical and chemical properties are summarized. 简述了竹炭的热解过程和原理,竹炭生产技术以及竹炭的一些理化性质。
- Effect of different treatments on hydrogen uptake of bamboo-like carbon nanotubes. 不同处理方式对竹节状碳纳米管吸氢量的影响。
- The paper has reviewed the latest development and mechanism of carbon nanotubes enhancement of CVD diamond nucleation. 综述了近年来在不同基底上用碳纳米管来增强化学气相沉积金刚石成核的研究进展,并就碳纳米管增强CVD金刚石形核的机制进行了讨论。
- Carbon nanotubes are not fully tested in medical applications, but should be inert. 碳纳米管道在医学应用方面尚未经过全面的测试，但应属于惰性物质[2]。
- Carbon nanotubes(CNTs)were prepared from acetylene at 923 K with Ni as catalysts by chemical vapor deposition(CVD). 以乙炔为原料气,采用Ni粉为催化剂,在923K下,由化学气相沉积法(CVD)制得了碳纳米管。
- In the fabrication process, it is a crucial step to purify and modify the carbon nanotubes. 在纳电子器件的制备过程中，碳纳米管的提纯和化学修饰是一个很重要的处理步骤。
- The carbon nanotubes consist of one or up to dozens of graphitic shells seamlessly wrapped into a cylindrical tube. 碳纳米管是由单层或多层石墨片卷曲而成的无缝纳米级管状壳层结构。
- Adding sulfur additive could improve the ratio of carbon nanotubes deposition was proved. 证明了加入硫添加物可以提高碳纳米管沉积率
