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Triangulation Based Sensor for Non-Contact Micro and Nano Topographic Surface' Inspection

机译:基于三角测量的传感器,用于非接触式微米和纳米地形表面检测

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摘要

New developments of the main sensor of the MICROTOP' family of microtopographers are presented. Increased versatility, reliability, with larger measuring range, better accuracy and resolution that now can be driven down to the nanometer range, were achieved in the new MICROTOP.06.MFC. Optical triangulation with normal and specular observation under oblique incidence and angle resolved scattering are combined to give reliable roughness and full microtopographic inspection of a large range of surfaces and roughness regimes.
机译:介绍了MICROTOP微型地形图仪家族的主要传感器的最新进展。新的MICROTOP.06.MFC实现了更高的多功能性,可靠性,更大的测量范围,更好的精度和更高的分辨率,现在可以将其降低至纳米范围。斜入射下的法向和镜面光学三角测量以及角度分辨散射相结合,可提供可靠的粗糙度,并能对大范围的表面和粗糙度进行全面的微观形貌检查。

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