Summary
This paper reports the design and performance characterisation of a novel compact imaging detector system based on CdTe double-sided strip technology, configured for non-destructive elemental analysis using muonic X-rays. Muonic X-ray analysis offers element-specific detection without sample destruction, potentially applicable to environmental or material composition studies. The work appears to focus on advancing detector technology and instrumentation rather than agricultural or nutritional outcomes directly.
UK applicability
This is a fundamental physics instrumentation paper with potential future applications to non-destructive analysis of soil, plant tissue, or food samples; however, no direct evidence in the title or journal context suggests application to UK farming or food systems. Adoption would require further development and validation in agricultural or food science contexts.
Key measures
Detector performance specifications, imaging resolution, elemental detection sensitivity, system compactness and operational characteristics
Outcomes reported
The study describes development and characterisation of a compact imaging system using a CdTe double-sided strip detector for non-destructive elemental analysis via negative muonic X-rays. The system's capability to detect and map elemental composition in samples is reported.
Topic tags
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