TIARA的微光束系统

T. Kamiya
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引用次数: 1

摘要

综述了离子微束技术及其在日本原子能机构高崎TIARA装置中的应用。1990年,TIARA的微束技术研发开始,以便使用离子束进行分析,辐射效应研究或微或纳米尺度的制造。构建了三种不同类型的高空间分辨率离子微束系统,开发了微粒子束、单离子撞击和粒子束写入技术,并在科学技术上得到了广泛应用。另一方面,这些微光束的优异性能是建立在加速器,特别是回旋加速器的光束质量的基础上的,这也是TIARA研发的重要组成部分。
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Microbeam systems at TIARA
Ion microbeam technology and its applications at the TIARA facility of JAEA Takasaki were summarized. In 1990, R&D of microbeam technology for TIARA was initiated in order to use an ion beam for analysis, radiation effect studies, or fabrication by the micro or nanometer scale. Three different types of ion microbeam systems with high-spatial resolutions were constructed and techniques of micro-PIXE, single ion hit and particle beam writing (PBW) were developed and applied widely in science and technology. Superior performance of these microbeams, on the other hand, was based on the highest quality of beams from the accelerators, the cyclotron in particular, which were also an important part of the R&D at TIARA.
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