...分为四类; 沉积与扩散(deposition and diffusion) (or thin film), 照相(lithography), 蚀刻(etching), 离子注入(ion implanting) 每道工序时间差异大---从一、二十分钟到十几小时.
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The domestic research achievement on new technology of ion implanting of metal material and studies made abroad are described.
阐述了国内离子注入金属材料改性技术所取得的研究成果及国外的研究概况；
A new plasma immersion ion implantation (PIII) technique was employed for implanting nitrogen ions in steel 45. The composition, microstructure and property of the implanted layer were analyzed.
采用等离子体浸没式离子注入对45钢进行氮离子注入。对注入表层的成分、组织和性能进行了分析。
The effect of improving wear resistance by ion implantation depended strongly on the ions, implanting dose, implanting energy and implanting temperature.
离子注入对材料表面耐磨性能改善的效果取决于注入离子的种类、注入剂量、注入能量和注入温度。
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