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Laser Process Enables Micro-structural Control of Metals

机译:激光工艺可实现金属的微结构控制

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摘要

Thin-film coating developer Picodeon Ltd. Oy (II, Finland) has developed an ultra-short pulsed laser deposition (USPLD) surface coating technology that can create either porous or dense aluminium oxide (Al_2O_3) coatings on heat-sensitive substrates for use in a wide range of industrial applications. Porous Al_2O_3 layers are used as filters and electrical insulation layers, while dense Al_2O_3 is used as a barrier layer and as an excellent optical coating with high transmittance properties. The Picodeon process enables precise micro-structural control of Al_2O_3 coating characteristics with management and maintenance of coating process parameters on Picode-on's Coldab Series4 USPLD batch-process coating equipment.
机译:薄膜涂料开发商Picodeon Ltd. Oy(芬兰II)开发了一种超短脉冲激光沉积(USPLD)表面涂层技术,该技术可以在热敏基底上形成多孔或致密的氧化铝(Al_2O_3)涂层,以用于广泛的工业应用。多孔Al_2O_3层用作滤光片和电绝缘层,而致密的Al_2O_3用作阻挡层和具有高透射率特性的优异光学涂层。 Picodeon工艺通过管理和维护Picode-on的Coldab Series4 USPLD批处理涂布设备上的涂布工艺参数,可以对Al_2O_3涂层特性进行精确的微结构控制。

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