论述金属离子注入技术在改善材料的疲劳、耐磨性、 氧化等性能方面的应用。
The application of metal ion injection technology for improving metal fatigue resistance and erosion resistance are discussed.
该系统集脉冲阴极弧离子镀、直流阴极弧离子镀、磁控溅射和电子束蒸发等镀膜工艺以及气体和金属离子注入于一体。
The system include pulse cathodic arc ion deposition, direct current cathodic arc ion deposition, magnetic sputtering and electronic beam evaporation technologies.
本文评述了在金属材料领域中应用离子注入技术的现状；
The present situations of applying ion implantation technique in metallic materials are reviewed.
利用金属蒸汽真空弧（MEVVA）源所产生的强束流离子注入铝研究了相变、增强扩散和钇铝合金的形成条件。
Phase transition, enhanced diffusion and Y-Al alloy formation are studied using Y implantation with high current extracted from metal vapor vacuum arc (MEVVA) ion source.
离子注入技术不仅能改变材料的表面性能，电能够提高金属产品质量。
The technology of ion implantation not only can change surface properties of materials but also can improve qualities of metallic products.
系统介绍了金属表面改性用离子注入的机理和特点。
Mechanism and characteristic of ion implantation using for improvement of surface properties of metallic materials are described systematically.
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；
The domestic research achievement on new technology of ion implanting of metal material and studies made abroad are described.
综述了镁合金表面处理技术的工艺进展，主要包括化学转化膜、阳极氧化、微弧氧化、金属涂层、离子注入等技术。
The process progress for magnesium alloy surface treatment technology include conversion coating, anodizing, micro-arc oxidation, electrochemical plating, ion implantation etc was summarized.
该文通过离子注入在金属防腐、电极改性方面的应用，来说明离子注入技术在金属表面处理中的优越性。
In this thesis, its superiority in metal surface treatment was explained with applications of ion implantation in metal corrosion and electrode characteristics improvement.
本文着重叙述了最近以来离子注入金属材料改性新的进展。
The new progress of ion implantation modification of metal materials in recent years has been reviewed in this paper.
离子注入和金属表面之间的错配产生了硬化表面的原子瑕疵。
The mismatch between ion implant and the surface of a metal creates atomic defects that harden the surface.
这是一种新型的强流金属离子源，特别适用于离子注入、材料改性。
As a new kind of intense current metal ion source, it is very suitable for the application of ion implantation and material modification.
研究离子注入非晶合金、化合物形成、细化晶粒；离子注入改变金属表面性质的作用。
The effects of ion implantation on the formations of amorphous alloys and compounds, grain refinement and surface modification are described as the results of such studies.
研究离子注入非晶合金、化合物形成、细化晶粒；离子注入改变金属表面性质的作用。
The effects of ion implantation on the formations of amorphous alloys and compounds, grain refinement and surface modification are described as the results of such studies.
应用推荐