首页> 外文会议>European Conference Exhibition on integration issues of miniaturized systems – MEMS, MOEMS, ICs and Electronic Components >Controlled Cantilever-Tips Adapted form the Scanning Probe Micro-scopies as Active Working Elements in Smart Systems
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Controlled Cantilever-Tips Adapted form the Scanning Probe Micro-scopies as Active Working Elements in Smart Systems

机译:受控悬臂 - 从扫描探针显微镜调整为智能系统中的活动工作元件

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Scanning probe microscopies (as atomic force or scanning tunneling microscopy) have revolutionized not only nano-scale analytics but also provided real tools for active working in the nano-world. Despite of this tremendous progress a basic deficiency is preventing a large-scale and even industrial application: there is always only one single element in action. Therefore the method needs to be extended to multiple-tip operation to gain efficiency and speed by proper parallelization. Actually, controlled cantilever-tips are ideal active working elements for smart systems. The huge field of applications covers topographic reading and more complex highly local physical and chemical analysis as well as active interaction with and modification of sample surfaces on the μm, nm and even atomic scale.
机译:扫描探针显微镜(作为原子力或扫描隧穿显微镜)不仅彻底改变了纳米级分析,而且还提供了在纳米世界中积极工作的真实工具。尽管存在这一巨大进展,但基本缺陷正在防止大规模甚至工业应用:始终只有一个元素在行动中。因此,该方法需要扩展到多尖端操作以通过适当的并行化获得效率和速度。实际上,控制的悬臂 - 提示是智能系统的理想活动工作元件。巨大的应用领域涵盖了地形读取和更复杂的高度本地物理和化学分析以及与μm,nm甚至原子标度的样品表面的有效相互作用。

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