26-30 July 2021
Europe/Berlin timezone

Analysis of Multiple Coulomb Scattering of Muons in the MICE Liquid H2 Absorber

Not scheduled


Poster Accelerators for HEP T13 - Accelerator for HEP


Gavriil Chatzitheodoridis (Strathclyde Univ. Glasgow)


It is anticipated that high brightness muon beams will be needed primarily in two types of accelerators, a muon collider and a neutrino factory. The primary challenge posed by using muons for the working particle of an accelerator complex, and the reason they have not been used extensively, is the muon's short life-time (2.2μs at rest) and the relatively long cooling periods required by conventional beam cooling techniques. The Muon Ionization Cooling Experiment (MICE) is a multi-national accelerator physics initiative which has demonstrated Ionization Cooling (IC); a new, rapid beam-cooling technique suitable for the short-lived muon. The performance of IC depends on two key processes - energy loss due to collisional ionization, and Multiple Coulomb Scattering (MCS) - for which accurate models are crucial in parametrizing the method and enabling quantitative design of future muon accelerators. Experimental measurements of MCS of positive straight-track muons with momenta in the range 170-240 MeV/c in liquid H2 are reported in this study.

Collaboration / Activity MICE

Primary authors

Gavriil Chatzitheodoridis (Strathclyde Univ. Glasgow) Vittorio Palladino (Univerity & INFN Napoli, Italy)

Presentation Materials