The SND@LHC neutron shielding
The SND@LHC Collaboration
TL;DR
This paper presents the design and optimization of neutron shielding for the SND@LHC detector using simulations, significantly reducing neutron flux to protect sensitive detector components.
Contribution
It introduces a novel shielding configuration combining plexiglass and borated polyethylene optimized via FLUKA simulations for the SND@LHC detector.
Findings
Neutron flux was significantly reduced by the shielding.
The shielding design ensures long-term stability of detector components.
Simulation results validated the effectiveness of the shielding configuration.
Abstract
The design and construction of a neutron shielding for the SND@LHC detector, which utilizes a combination of plexiglass and borated polyethylene, is presented. FLUKA simulations were employed to optimize the shielding configuration and assess its efficiency. Results indicate a significant reduction in neutron flux, ensuring the long-term stability of the emulsion films used in the target of the SND@LHC detector.
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Taxonomy
TopicsRadiation Therapy and Dosimetry · Radiation Shielding Materials Analysis · Polymer Nanocomposite Synthesis and Irradiation