Thin 1 mm gap RPC prototypes maintain high efficiency with up to 30% CO2 in Freon-based mixtures, allowing the isobutane fraction to drop from 5% to 3%.
The CMS RPC system readiness for LHC Run-3 data taking
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Performance studies of thin gas gap Resistive Plate Chamber prototypes with low Global Warming Potential gases for the ANUBIS experiment
Thin 1 mm gap RPC prototypes maintain high efficiency with up to 30% CO2 in Freon-based mixtures, allowing the isobutane fraction to drop from 5% to 3%.