Summary
This 2016 paper describes the design and evaluation of a resistive-plate well detector using argon-based gas mixtures, as suggested by the title and journal context. The work focuses on optimising gaseous radiation detector performance and robustness—characteristics relevant to high-energy physics instrumentation. No direct connection to farming systems, soil health, or nutritional science is apparent from the metadata.
UK applicability
This paper is a fundamental physics instrumentation study with no evident applicability to UK agricultural practice, soil management, or food systems research.
Key measures
Detector gain, energy resolution, gas mixture composition effects, operational stability
Outcomes reported
The study reports on the development and characterisation of a resistive-plate well (WELL) detector operated with argon-based gas mixtures for radiation detection. Performance metrics including gain, energy resolution, and detector robustness under various operating conditions were measured.
Topic tags
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