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Enhanced processing of coatings on glass Surfaces: Introducing atmospheric pressure plasmas to laser processes

机译:增强玻璃表面涂层的处理:在激光工艺中引入大气压等离子体

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摘要

In this contribution, basic technically usable interactions of atmospheric pressure plasmas (APP), laser irradiation and solids as well as a technique which combines such plasmas and laser irradiation are introduced. Two examples for plasma-enhanced laser processing of coatings on glass surfaces are presented in more detail. First, APP-assisted annealing of amorphous silicon layers is discussed. It is shown that the crystallised area is notably increased by assisting plasmas where the particular improvement factor depends on the particularly applied type of plasma. Second, the impact of assisting plasmas on laser removal of lacquers and varnishes from glass surfaces is presented. By introducing a plasma jet to the laser removal process, the laser energy required for cleaning or delamination is notably reduced.
机译:在此贡献中,介绍了大气压等离子体(APP),激光辐照和固体的基本技术上可用的相互作用,以及将这种等离子体和激光辐照结合的技术。更详细地介绍了两个示例,这些示例对玻璃表面的涂层进行了等离子体增强激光加工。首先,讨论了APP辅助的非晶硅层退火。已经表明,通过辅助等离子体显着增加了结晶面积,其中特定的改善因素取决于等离子体的特定应用类型。其次,介绍了辅助等离子体对从玻璃表面激光去除漆和清漆的影响。通过将等离子流引入激光去除过程,可以显着减少清洁或分层所需的激光能量。

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