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INTERATOMIC FORCE MICROSCOPE PROBER AND INTERATOMIC FORCE MICROSCOPE

机译:原子间力显微镜和原子间力显微镜

摘要

PROBLEM TO BE SOLVED: To accurately position a probe sonde on a sample and to provide a prober usable for working and handling a sample by providing a driving device moving a sonde movable independently of a probe on a sample base surface or in the vertical direction to the sample base surface.;SOLUTION: A displacement detector 8 arranged above a probe 6 is provided with an optical system 11 applying light to the probe 6 and an optical position detector 12 detecting a position of reflected light from the probe 6. A prober main body 14 of a prober 13 supports a single probe or a plurality of probes 16 via a vertically driving mechanism 15. The tip lower face of the probe 16 constitutes a prober sonde 17. The position of the prober main body 14 is controlled independently on a sample base 4 by the movement of a self-propelled device such as an inchworm or by inertia drive using a driving device for a scanner 3 in an interatomic force microscope 1 for accurately positioning the sharply pointed prober sonde 17 in an area on the order of micrometer approximately.;COPYRIGHT: (C)2000,JPO
机译:解决的问题:通过提供驱动装置,使探空仪独立于探头而移动到样品底面上或沿垂直方向移动,从而将探空仪精确定位在样品上,并提供可用于工作和处理样品的探查仪。解决方案:解决方案:位移探测器8布置在探测器6上方,光学系统11向探测器6施加光,光学位置探测器12检测来自探测器6的反射光的位置。探测器13的主体14通过垂直驱动机构15支撑单个探测器或多个探测器16。探测器16的尖端下表面构成探测器探空仪17。探测器主体14的位置独立地由探测器15控制。通过诸如尺4的自走装置的运动或者通过使用惯性力显微镜1的扫描仪驱动装置3的惯性驱动来驱动样品基座4,以精确地定位锐利的位置。在大约微米级的区域中安装了探空仪探空仪17。版权所有:(C)2000,JPO

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