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Design Aspects of a Fast 3D Surface Scanner Based on DMD Technology and Confocal Microscopy

机译:基于DMD技术和共聚焦显微镜的快速3D表面扫描仪的设计方面

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Confocal microscopy, which has unique properties such as resolution and depth sectioning, has become a popular imaging technique especially to examine the integrated circuits, machined parts and micro-electromechanical systems (MEMS). The instrument was invented by M.Minsky in 1955 [1] and following development occurred in 1980s. Today, with the support of new state-of-art devices like DMD~(TM) (Digital Micromirror Device), it continues to develop. Within an EC funded project, we develop a new type of confocal microscope (Microscan), with a scanning range of 10×10×5 mm to 10×10×5 μm and with a resolution of respectively 1 μm to 10 nm, using a DMD~(TM) to improve the performance of classical confocal microscopes. In this paper we will mainly deal with the optical and mechanical aspects of the designed microscope.
机译:共聚焦显微镜具有独特的性质,如分辨率和深度切片,已经成为一种流行的成像技术,尤其是检查集成电路,机加工零件和微机电系统(MEMS)。该仪器是由1955年的M.Minsky发明[1],并在20世纪80年代发生后发生。如今,通过支持DMD〜(TM)(数字微镜装置)等新的最先进设备,它继续开发。在EC资助项目中,我们开发了一种新型的共聚焦显微镜(MicroScan),扫描范围为10×10×5mm至10×10×5μm,分辨率分别为1μm至10nm,使用a DMD〜(TM)提高古典共聚焦显微镜的性能。在本文中,我们主要将处理设计显微镜的光学和机械方面。

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