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Absolute calibration of VUV spectroscope by Atomic branching ratio method for plasma spectroscopy
プラズマ分光のための原子分岐線対法による真空紫外分光器の絶対感度校正
2006
Journal of Advanced Science
プラズマ分光のための原子分岐線対法による真空紫外分光器の絶対感度校正
Preserved Fulltext
The atomic branching ratio methods for absolute calibration for the VUV spectoroscope were carried out in hydrogen plasma. Atomic branching ratio methods enables an absolute calibration in the laboratory system. In this study, atomic branching ratio methods was applied to the Lyman series and the Balmer series of the hydrogen atom, where the absolute calibration of the VUV spectroscope was proofread by the spectrum radiation intensity.
doi:10.2978/jsas.18.204
fatcat:yp4ctpikkndldadal2r56openy