Angular resolution of stacked resistive plate chambers
Deepak Samuel, Pratibha B Onikeri, Lakshmi P Murgod
TL;DR
This paper derives and validates mathematical expressions for the angular resolution of stacked resistive plate chambers, providing a theoretical estimate validated with experimental data, applicable to similar detector architectures in neutrino observatories.
Contribution
It offers a detailed mathematical framework for estimating angular resolution in RPC-based detectors, validated with experimental data, and applicable to similar detector architectures.
Findings
Validated mathematical expressions against experimental data
Provided theoretical estimates of angular resolution
Applicable to other similar detector setups
Abstract
We present here detailed derivations of mathematical expressions for the accuracy in the arrival direction of particles estimated using a set of stacked resistive plate chambers (RPCs). The expressions are validated against experimental results using data collected from the prototype detectors (without magnet) of the upcoming India-based Neutrino Observatory (INO). We also present a theoretical estimate of angular resolution of such a setup. In principle, these expressions can be used for any other detector with an architecture similar to that of RPCs.
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