用于电子显微镜内高效纳米操作的纳米刀具进给系统

M. Nakajima, Nagao Kei, Masaru Takeuchi, Y. Hasegawa, T. Fukuda, Qiang Huang
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引用次数: 2

摘要

为了实现高效的纳米操作,提出了纳米刀具进给系统。我们在环境扫描电镜(E-SEM)内构建了一个独特的生物纳米操作系统,使用了各种纳米工具,如刚度测量纳米工具、双电纳米探针、纳米钳、纳米叉、纳米切割器、纳米探针和纳米注射器。为了持续使用不同的多工具,需要不断地交换纳米工具。本文提出了一种旋转工作台纳米刀具进给系统(R-NTFS),以实现不同刀具的连续交换。交换时间短,约为13秒,实现了高效的连续纳米操作。最后,利用所提出的R-NTFS演示了多重纳米注射。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Nanotool Feeding System for efficient nanomanipulation inside Electron Microscope
Nanotool feeding system (NTFS) is presented for efficient nanomanipulation. We constructed a unique bio-nanomanipulation system inside an Environmental-SEM (E-SEM) using various nanotools, for example stiffness measurement nanotool, dual electrical nanoprobe, nanopicker, nanofork, nanocutter, nanoputter, and nanoinjector. For continues usage of different multiple tools, it needs to exchange the nanotools continuously. In this paper, the Rotary-table Nanotool Feeding System (R-NTFS) is proposed to realize continuous exchange of different multiple tools individually. An efficient continuous nanomanipulation was achieved by a short exchange time which was about 13 seconds. Finally, the multiple nanoinjection was demonstrated using the proposed R-NTFS.
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