Optimization Study for the CRC PIXE System Beam Transport Line
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초록
Proton Induced X-ray Emission (PIXE) is a MeV ion beam analysis method for usewith particle accelerators. PIXE uses low-energy charged particles as an excitation mechanism togenerate characteristic x-ray emission from each element in a target. In PIXE analysis, the beamcurrent used is from a few nA to several tens of nA. Chosun University (Cyclotron ResearchCenter) designed a 50 μA beam line from the 13 MeV cyclotron for use with a PIXE analysissystem, as well as performing beam transport line optimization research. In this study, the beamline operation conditions for the optimization process of beam transport and beam characteristicsare shown.
Abstract
Proton Induced X-ray Emission (PIXE) is a MeV ion beam analysis method for usewith particle accelerators. PIXE uses low-energy charged particles as an excitation mechanism togenerate characteristic x-ray emission from each element in a target. In PIXE analysis, the beamcurrent used is from a few nA to several tens of nA. Chosun University (Cyclotron ResearchCenter) designed a 50 μA beam line from the 13 MeV cyclotron for use with a PIXE analysissystem, as well as performing beam transport line optimization research. In this study, the beamline operation conditions for the optimization process of beam transport and beam characteristicsare shown.
참고문헌 (3)
- 김유석, "Design Study of a Beam line for the PIXE-PIGE Experiment", Journal of the Korean Physical Society, 59(22), pp.563~566 (2011), 한국물리학회
- Korea Institute of Energy and Resources Research Report, , ~, pp.KR-89-7B-5 (1989)
- Korea Institute of Energy and Resources Research Report, , ~, pp.KR-90-3C-4 (1990)