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NANOSCALE PROCESSING BY GAS CLUSTER ION BEAMS: NOVEL TECHNIQUE IN ION BEAM PROCESSING

机译:气体团簇离子束的纳米加工:离子束加工中的新技术

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摘要

Gas cluster ion beam techniques have been developed for nanoscale surface processing. Bombarding process fundamentals are distinctly different than those produced by conventional monomer ion irradiation. The unique characteristics of gas cluster ion bombardment are low energy and high current effects. Multiple collision during the bombardment solid surface produces complicate nonlinear effects. Very shallow ion implantation, low damage and high rate lateral sputtering and low temperature thin film formation are suggested application fields and have been experimentally demonstrated.
机译:气体团簇离子束技术已经被开发用于纳米级表面处理。轰击过程的基本原理与常规单体离子辐照产生的原理明显不同。气体团簇离子轰击的独特特征是低能量和高电流效应。轰击固体表面期间的多次碰撞会产生复杂的非线性效应。非常浅的离子注入,低损伤和高速率横向溅射以及低温薄膜形成是建议的应用领域,并已通过实验证明。

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