Description
Highly accurate manufacturing technologies pose an enormous challenge for dimensional metrology. Due to the lack of suitable sensor systems, measurements on complex geometries with target uncertainties in the nanometre-range are still a largely unresolved problem. This is mainly caused by a lack of highly accurate measurement procedures to calibrate micro-dimensional reference bodies in terms of their coarse and fine form. This thesis presents and examines two procedures that might be applied for the nanometrological calibration of reference bodies. Firstly, a scanning force microscope with an adjustable probe direction to calibrate the fine form and secondly, the bidirectional confocal microscopy to calibrate the coarse form of nanometrological reference bodies.
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