The Detector System of the MICE Experiment Cooled muon beams will be a major technological step towards the development of a "neutrino factory" and "muon collider" The goal of MICE experiment at RAL is to build and operate a realistic section (cell) of an ionization cooling channel measure its performance in a variety of beam and optics configurations. This section of cooling channel will be placed in a muon beam of 140-240 MeV/c, where a 10% reduction in transverse emittance will be measured with a precision of 1%. The parameters for each particle are measured, and the emittance is precisely determined before and after the cooling cell. D. Orestano, for the MICE Collaboration

The Detector System of the MICE Experiment Particle detectors will provide the first particle-by-particle measurement ever of beam emittance (Trackers and TOF) and the identification of muons from beam pions and decay electrons background both upstream and downstream of the cooling cell (Cherenkovs,TOF, Calorimeter) These detectors and their performance are described in the poster D. Orestano, for the MICE Collaboration