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Plasma Activated EB EB-PVD of Titanium and its Compounds by Means of Large Area SAD

机译:钛及其化合物的大面积SAD等离子体活化EB EB-PVD

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Plasma activation of e electron beam physical vapor deposition (EB lectron EB-PVD) allows to increasedensity, hardness, refractive index and other properties of evaporated coatings.This contribution refers to (reactive) spotless arc activated deposition (SAD) of coatings fromtitanium an and its compounds TiO d TiO2 and TiN. Electron beam evaporation is combined with theignition of a spotless arc discharge on the EB heated titanium metal and in case ofcompounds additional process gas inlet. The process combination has been extended tolarge area dimensions. Achieved layer properties, coating rates and layer thicknessdistributions on large substrates will be presented. The technological capacity of (reactive)large area SAD will be considered with regard to advantageous applications.
机译:电子束物理气相沉积(EB电子束EB-PVD)的等离子体激活可以增加 蒸发涂层的密度,硬度,折射率和其他特性。 这种贡献是指涂料的(反应性)无斑点电弧活化沉积(SAD)。 钛an及其化合物TiO d TiO2和TiN。电子束蒸发与 在EB加热的钛金属上以及在以下情况下点燃无斑点的电弧放电 混合了额外的工艺气体入口。流程组合已扩展到 大面积的尺寸。达到涂层性能,涂层速率和涂层厚度 将介绍大型基板上的分布。 (反应性)的技术能力 对于有利的应用,将考虑使用大面积的SAD。

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