Atom Manipulation With The STM: Nanostructuring And Femtochemistry

K. Rieder, G. Meyer, L. Bartels
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Abstract

One possible future way to create new materials and devices consists in the atom by atom assembling of functional structures on solid substrates. The instrument with which manipulations on atomic scale became possible is the scanning tunneling microscope [ I , 21. The two basic modes of the transport of atoms or molecules to form proper patterns consist of picking up the particles with the tip and releasing them back to the surface at the desired places (vertical manipulation) or to move them along the surface maintaining contact to the substrate (lateral manipulation). For a secure control of both transfer modes the basic physical steps, involved in both manipulation modes have to be known.
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原子操纵与STM:纳米结构和飞化学
未来创造新材料和设备的一种可能的方法是在固体衬底上逐个原子地组装功能结构。使原子尺度上的操作成为可能的仪器是扫描隧道显微镜[1,21]。原子或分子形成适当图案的两种基本传输模式包括用尖端拾取粒子并将它们释放回表面所需的位置(垂直操作)或沿着表面移动它们并保持与基底的接触(横向操作)。对于两种传输模式的安全控制,必须知道两种操作模式中涉及的基本物理步骤。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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