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Influence of Nanostandard Properties on Calibration Procedures of SPMs

机译:纳米标准性能对SPM校准程序的影响

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摘要

While SPMs are being developed and used in scientific research for already more than two decades now, the number of these instruments is rapidly growing in the field of industrial applications as well in recent years. Especially with the latter, an increasing demand emerges for the validation of the accuracy of these measurement instruments. This paper will therefore address various aspects of SPM calibration with the focus on relevant properties of calibration standards and illustrate some critical aspects of calibration routines that may easily lead to over- or underestimated calibration uncertainties. Extensive AFM investigations on nanostandards were performed and supported by measurements with a metrological SEM.
机译:尽管SPM已被开发并用于科学研究已超过二十年,但近年来,在工业应用领域,这些仪器的数量也在迅速增长。尤其是对于后者,对于验证这些测量仪器的准确性的需求日益增加。因此,本文将着重于SPM校准的各个方面,重点放在校准标准的相关属性上,并说明校准程序的一些关键方面,这些方面很容易导致校准不确定性过高或过低。进行了对纳米标准物的广泛原子力显微镜研究,并得到了计量SEM测量的支持。

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