The design of the optimized muon beamline
Suyong Choi, Jeongwon Park, Youn Jung Roh
TL;DR
This paper presents the design of an optimized antimuon beamline using simulation tools, achieving a competitive muon transport rate comparable to leading facilities.
Contribution
It introduces a new optimized muon beamline design for the Heavy Ion Accelerator Project using G4beamline and TRANSPORT simulations.
Findings
Transport of 2.4×10^8 antimuons per second
Competitive muon rate with world-leading facilities
Effective beamline design for heavy ion experiments
Abstract
We designed an optimized antimuon beamline with the simulation using G4beamline and TRANSPORT software packages for Heavy Ion Accelerator Project in South Korea. This research suggests the optimized muon beamline can transport antimuons per second to a circle with a radius of 3 cm. In terms of muon rate, this is competitive with world leading muon beam facilities.
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