多波长单次干涉测量法

K. Kitagawa
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引用次数: 9

摘要

提出了一种新的表面轮廓技术,可以实现快速、鲁棒的三维测量,具有干涉分辨率和扩展的测量范围。它是由一种新开发的多波长成像系统完成的,该系统由市售的RGB LED照明器和彩色相机轻松经济地构建。利用这种成像系统,我们首先开发了一种双波长单镜头技术。然后我们将其扩展到三个波长,成功地测量了1000nm的阶跃高度。为此,我们开发了包括串扰补偿和频率估计在内的几种算法。给出了算法和实验结果。
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Multi-wavelength single-shot interferometry
A new surface profiling technique is proposed, which enables us fast and robust 3D measurements with interferometric resolution and extended measurement range. It is accomplished by a newly developed multi-wavelength imaging system, which is easily and economically constructed by a commercially available RGB LED illuminator and a color camera. With this imaging system, we first developed a two-wavelength single-shot technique. Then we expanded it to three wavelengths and successfully measured a step height of 1000nm. For this purpose, we developed several algorithms including crosstalk compensation and frequency estimation. The algorithms and experimental results are presented.
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