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Surface smoothing of CVD-diamond membrane for X-ray lithography by gas cluster ion beam

机译:气体聚类离子束X射线光刻CVD-金刚石膜的表面平滑

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Results of the surface smoothing of a CVD-diamond membrane by gas cluster ion beams are presented. An as-deposited diamond mebrane with a surface roughness of 400 A Ra was irradiated by Ar cluster ions with a energy of 20keV. A very smotth surface of 30A Ra was obtained at a dose of 3X10~(17) ions/cm~2. This result can be clarified by computer simulation which shows that the surface smoothing of thediamond membrane was improved by a lateral sputtering of the cluster ions. However, a thin graphite layer was formed on the surface by contaimination of monomer ions in the cluster beam, which decreased the transparency of the diamond membrane. A subsequent irradiation with O_2 cluster ions removed these graphite layers.
机译:提出了通过气体聚类离子束的CVD-金刚石膜的表面平滑的结果。具有400a Ra的表面粗糙度的沉积的金刚石膜被Ar簇离子照射,其能量为20KeV。在3×10〜(17)离子/ cm〜2的剂量下获得30a Ra的非常柔滑的表面。通过计算机模拟可以澄清该结果,表明通过簇离子的横向溅射改善了亚胺膜的表面平滑。然而,通过在簇束中的单体离子的轮廓在表面上形成薄石墨层,这降低了金刚石膜的透明度。随后用O_2簇离子照射除去这些石墨层。

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