A comprehensive study of rate capability in Multi-Wire Proportional Chambers
A. Andronic, C. Garabatos, D. Gonzalez-Diaz, A. Kalweit, F. Uhlig
TL;DR
This paper systematically investigates the rate capability of thin Multi-Wire Proportional Chambers in various gas mixtures, aligning experimental data with models to connect rate limits with ion mobilities.
Contribution
It provides a comprehensive analysis of MWPC rate capability across different gases, linking experimental results with theoretical models for the first time.
Findings
Good agreement between data and models
Rate capability connected to ion mobilities
Provides a comprehensive framework for MWPC performance
Abstract
Systematic measurements on the rate capability of thin MWPCs operated in Xenon, Argon and Neon mixtures using CO2 as UV-quencher are presented. A good agreement between data and existing models has been found, allowing us to present the rate capability of MWPCs in a comprehensive way and ultimately connect it with the mobilities of the drifting ions.
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