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Thin SiC_x layers prepared by hybrid laser-magnetron deposition

机译:通过混合激光-磁控管沉积制备的SiC_x薄层

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摘要

Thin SiC_x films were fabricated by hybrid laser-magnetron deposition system. KrF excimer laser was used for deposition of carbon and magnetron at the same time for sputtering of Si species. Films were fabricated in argon/hydrogen ambient with and without additional RF discharge. The substrate temperature was changed up to 700℃. Films topology, crystallinity, composition, chemical bonds and optical emission spectra were studied. Films were smooth and amorphous. Films of thickness 400-1000 nm were fabricated. Adhesion moved from 8 to 14 N, depending on deposition conditions.
机译:SiC_x薄膜是通过混合激光-磁控管沉积系统制备的。 KrF准分子激光器用于同时沉积碳和磁控管,用于溅射Si物种。膜在氩气/氢气环境下制作,有和没有额外的RF放电。基板温度改变到700℃。研究了薄膜的拓扑结构,结晶度,组成,化学键和光发射光谱。薄膜光滑无定形。制备了厚度为400-1000nm的膜。附着力从8 N移至14 N,具体取决于沉积条件。

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