| Recent advances with the scanning proton microprobe |
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| 引用本文： | G. L. Allan,G. J. F. Legge,J. C. McCallum,C. D. McKenzie,J. Camakaris. Recent advances with the scanning proton microprobe[J]. 核技术, 1986, 0(4) |
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| 作者姓名： | G. L. Allan G. J. F. Legge J. C. McCallum C. D. McKenzie J. Camakaris |
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| 作者单位： | University of Melbourne，Australia，University of Melbourne，Australia，University of Melbourne，Australia，University of Melbourne，Australia，University of Melbourne，Australia |
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| 基金项目： | Shanghai Institute of Nuclear Research,Shanghai,China. |
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| 摘 要： | The scanning proton microprobe has established itself as an essential tool for quantitative and trace elemental microscopical analysis and for nondestructive depth profiling, This paper discusses the major strengths and limitations of the instrument, the advances that have been made and the directions in which instrumental research is progressing to enable further improvements in probe performance. Recent applications in medical and in semi-conductor research are presented in order to illustrate the significance of these improvements.
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Recent advances with the scanning proton microprobe |
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| Zhu Jieqing G. L. Allan G. J. F. LeggeJ. C. McCallum C. D. McKenzie J. Camakaris. Recent advances with the scanning proton microprobe[J]. Nuclear Techniques, 1986, 0(4) |
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| Authors: | Zhu Jieqing G. L. Allan G. J. F. LeggeJ. C. McCallum C. D. McKenzie J. Camakaris |
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| Abstract: | The scanning proton microprobe has established itself as an essential tool for quantitative and trace elemental microscopical analysis and for nondestructive depth profiling, This paper discusses the major strengths and limitations of the instrument, the advances that have been made and the directions in which instrumental research is progressing to enable further improvements in probe performance. Recent applications in medical and in semi-conductor research are presented in order to illustrate the significance of these improvements. |
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| Keywords: | scanning proton microprobe high brightness ion sourcethree dimensional (3D) contour maps channeling contrast microscopy |
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