1) fishbone nanostructure
鱼骨状纳米线
2) FB-GNFs
鱼骨状纳米碳纤维
1.
To investigate the appliction possibility of fish-bone graphite nanofibers(FB-GNFs) as anode materials of Li-ion battery,FB-GNFs with high purity and high quality were first synthesized by chemical vapor depositon(CVD) method,then treated separately by acid and annealing,and also treated by both acid and annealing,respectively.
为了探索具有鱼骨状特殊结构的纳米碳纤维作为锂离子电池负极材料的潜在应用价值,采用化学气相沉积(CVD)法制备了高纯度、高质量的鱼骨状纳米碳纤维,对其分别进行了酸处理、退火处理以及酸处理和退火处理相结合的复合处理,装配成模拟电池后通过恒流充放电测试,研究了不同预处理方式对该鱼骨状纳米碳纤维电化学嵌脱锂性能的影响。
4) fishbone carbon nanofiber
鱼骨式纳米碳纤维
5) dentate nanowires
锯齿状纳米线
1.
Otahedrons, nanobelts, dentate nanowires, and nanocrystal chains of In_2O_3 were grown in the different regions of the Si substrates.
在N2/H2O混合气流中将硅片上金覆盖的金属铟颗粒加热到800℃制备出了不同形貌的In2O3纳米结构,在距铟源不同距离处依次得到In2O3的八面体、纳米带、锯齿状纳米线和纳米链。
6) Branched platinum nanowires
枝状Pt纳米线
补充资料：骨状
1.犹骨相。
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