Sputtering and chemical modification of solid surfaces using oxygen ion beams

G. Takaoka, H. Ryuto, M. Takeuchi, Ryou Tsujinaka
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Abstract

Oxygen cluster ion beams and/or monomer ion beams were used to investigate the sputtering and oxidation of solid surfaces such as silicon (Si) and poly-lactic acid (PLA) surfaces. For the oxygen cluster ion irradiation, the sputtered depth increased with increase of the acceleration voltage, and the sputtering yield was much larger than the value for oxygen monomer ion irradiation. Furthermore, for the oxidation process of Si and PLA surfaces, the simultaneous use of oxygen ion beams was more effective than either the cluster ion irradiation or the monomer ion irradiation.
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用氧离子束溅射和固体表面的化学修饰
氧簇离子束和/或单体离子束用于研究固体表面如硅(Si)和聚乳酸(PLA)表面的溅射和氧化。对于氧簇离子辐照,随着加速电压的增加,溅射深度增加,且溅射产率远大于氧单体离子辐照。此外,对于Si和PLA表面的氧化过程,氧离子束同时使用比簇离子辐照或单体离子辐照更有效。
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