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Technological devices metrological SOFTWARE NANOTECHNOLOGY

机译:技术设备计量学软件纳米技术

摘要

The invention relates to mechanical engineering, and more particularly to metrological devices for nanotechnology.; The basis of the utility model on the technical problem which is to enable regulation of substrate scanning bandwidths within 3-9 Å.; The stated technical problem is solved in that the process device metrological support nanotechnology containing piezo mounted on a stationary base, a probe associated with the piezo, the substrate is mounted on a substrate holder, according to the proposed utility model, the probe is associated with a piezo through the adapter and the bimorph device is provided with additional probe means connected with the piezo bimorph and additional adapter, the primary and secondary bimorph adapted the possibility of an independent supply voltage to them, the probes are arranged relative to each other at an angle of about 90 °, and the distance between the probe tip and corresponds to the magnitude of the tunneling gap, and equals 3 to 9 Å.; The application of the metrological devices for nanotechnology enables measurements on a dielectric substrate with a variable width of the scanning band, using a system of main and additional probes with a tunnel gap therebetween unlike the single-probe system, which makes it impossible to adjust the scanning bandwidths.
机译:本发明涉及机械工程,尤其涉及用于纳米技术的计量装置。本实用新型以技术问题为基础,该技术问题是能够将基板扫描带宽调节在3-9埃之间。解决了所述技术问题的方法是,将过程压电压电技术安装在固定基座上,将与压电相关联的探针安装在基板支架上,根据建议的实用新型,将探针与通过适配器的压电体,双压电晶片装置设有与压电双压电晶片和附加适配器连接的附加探针装置,初级和次级双压电晶片适应了向它们提供独立电源的可能性,探针彼此相对地布置在一个大约90°的角度,并且探针尖端之间的距离对应于隧穿间隙的大小,并且等于3至9。与单探针系统不同,纳米技术计量设备的应用使得能够使用主探针和附加探针系统以及在其间具有隧道间隙的系统在具有可变扫描带宽度的介电基片上进行测量,这与单探针系统不同。扫描带宽。

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