2023
DOI: 10.1088/1748-0221/18/12/t12007
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Feasibility study of a coded aperture imaging technique for position-sensitive muonic X-ray atomic ratio reconstruction

Z.B. Lin,
Z.W. Pan,
Z. Wang
et al.

Abstract: A position-sensitive multi-compound inspection methodology using Muonic X-ray Emission Spectroscopic (μ-XES) element analysis is proposed due to the ability of the coded aperture imaging technique to maintain the relative intensity of X-rays. This methodology can simultaneously obtain the atomic ratio of different regions of the sample under study. Therefore, the mis-judgements of material compositions caused by averaging results can be reduced. The atomic ratio reconstruction quality is mainly r… Show more

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“…Secondly, the µ − technique provides a method to analyze the composition of a material in a non-destructive way. In this technique [97,98], µ − s are implanted into the sample where they interact locally with an ionic site. After muon capture onto the valence band, the µ − cascades down the (modified) atomic orbitals emitting a characteristic x-ray spectrum which allows the ionic site to be identified.…”
Section: Muon Spectroscopymentioning
confidence: 99%
“…Secondly, the µ − technique provides a method to analyze the composition of a material in a non-destructive way. In this technique [97,98], µ − s are implanted into the sample where they interact locally with an ionic site. After muon capture onto the valence band, the µ − cascades down the (modified) atomic orbitals emitting a characteristic x-ray spectrum which allows the ionic site to be identified.…”
Section: Muon Spectroscopymentioning
confidence: 99%