MICE Simulation Data



MICE, the international Muon Ionisation Cooling Experiment, is a project to design, construct, operate and test a cell of a muon ionisation cooling channel that may be used for a future Muon Collider or Neutrino Factory.

The object of the MICE experiment is to take a beam of muons created from protons from the ISIS accelerator hitting a titanium target and to show that it is possible to create a narrow intense beam, using detector techniques from particle physics.

Simulation of MICE is done in two steps: G4beamline is used to simulate the scattering from the Target and to propagate the resulting "Muon Beams" to a hand-over point just past the second momentum-selection dipole; and the separate "MC Production" process then uses MAUS to track the particles onwards through the Cooling Channel for a variety of beam settings and conditions.

External deposit with Brunel University London (Figshare)
Date made available11 Mar 2019
PublisherBrunel University
Date of data production2018 -

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