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Development of the Nano Aligner for CNT-tip fabrication

机译:用于CNT尖端制造的纳米对准器的开发

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摘要

AFM tip has been used for surface profiling with a fine resolution, but there is a barrier to improve its performance because of the low aspect ratio. Many researchers have solved this problem with attaching carbon nanotube (CNT) to Si-tip. In this paper, we proposed the aligner system that composed of dual type stage system, and these stages could attach a carbon nanotube to tungsten-tip in vacuum condition. We used tungsten tip instead of Si-tip because of its conductivity. The aligner system proposed in this paper has 10 degree-of-freedom that 3 in the first stage and 7 in the second stage. With picomotors and piezotube, the first stage has the resolution about several tens of run and the second stage has a resolution about 1nm. With this aligner system, we could make nanotip and with 2 nanotips, we can make nano tweezer.
机译:AFM尖端已用于高分辨率的表面轮廓分析,但由于其长宽比较低,因此无法提高其性能。许多研究人员通过将碳纳米管(CNT)附着在Si-tip上解决了这个问题。在本文中,我们提出了由双级平台系统组成的对准器系统,这些平台可以在真空条件下将碳纳米管附着到钨尖端。由于其导电性,我们使用钨尖代替了Si尖。本文提出的对准器系统具有10个自由度,其中第一阶段为3,第二阶段为7。对于微电机和压电管,第一阶段的分辨率约为几十nm,第二阶段的分辨率约为1nm。使用这种对准器系统,我们可以制造nanotip,使用2个nanotips,我们可以制造纳米镊子。

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