Summary
This paper describes development of an innovative non-destructive analytical method that uses negative muon beams and cadmium telluride strip detectors to obtain three-dimensional elemental composition data from bulk materials. The work establishes technical feasibility using synthetic samples and represents a methodological advance with potential applications in materials characterisation, archaeology, and planetary science. The technique addresses a recognised need for high-resolution compositional analysis without sample destruction.
UK applicability
The measurement methodology may have future applications in UK archaeological heritage assessment and materials science research, though the study itself does not address agricultural or food-system applications directly relevant to UK farming practice.
Key measures
Three-dimensional elemental composition mapping; detection sensitivity and spatial resolution of muonic X-ray imaging with CdTe double-sided strip detectors
Outcomes reported
The study demonstrates a novel non-destructive 3D elemental analysis technique combining negative muon irradiation with cadmium telluride detector technology. The method enables bulk compositional mapping of materials without physical damage.
Topic tags
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