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Effect of high voltage annealing on the field emission of multi-walled carbon nanotube film

机译:高压退火对多壁碳纳米管膜的场发射的影响

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Non-aligned multi-wailed carbon nanotubes were grown using the catalytic thermal CVD method. These CNTs were treated by the high voltage annealing (HVA) for 47 hours. It is found that the HVA is an effective way to stabilize tie field emission properties of CNTs film, and it also makes CNT to become more metallic. The stability improvement is quantitatively studied by a simple statistical analysis, which implies a favored voltage level for the best stability improvement using HVA. Possible reasons for the abovementioned observations are discussed.
机译:使用催化热CVD方法生长不排列的多杆碳纳米管。这些CNT通过高压退火(HVA)处理47小时。发现HVA是稳定CNT膜的系带场发射性能的有效方法,也使CNT变得更加金属。通过简单的统计分析定量地研究了稳定性改进,这意味着使用HVA最佳稳定性改善的有利电压水平。讨论了上述观察的可能原因。

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