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Method for Localizing and Measuring Structures Formed under Laser Microprocessing

机译:激光微加工中形成的结构的定位和测量方法

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摘要

To miniaturize the component base, it is necessary to develop new procedures for material pro- cessing and the laser technique is one such procedure. Structure geometry formed during laser microprocess- ing can be changed significantly from the geometry predetermined in the CAD model since the instrumen- tation settings can be not optimal. To automate the process of choosing parameters for laser microprocessing, a procedure for analyzing images that makes it possible to localize the microstructures for materials with dif- ferent physical–chemical and optical properties and to obtain the information on its geometrical parameters has been developed.
机译:为了使零件基础最小化,有必要开发新的材料加工程序,而激光技术就是其中一种。由于仪器设置不是最佳的,因此可以在激光微加工过程中形成的结构几何形状与CAD模型中预先确定的几何形状发生显着变化。为了使选择激光微加工参数的过程自动化,已经开发出一种分析图像的程序,该程序可以对具有不同理化和光学特性的材料的微结构进行定位,并获得有关其几何参数的信息。

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