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Electron-muon ranger: performance in the MICE muon beam
- Adams, D;
- Alekou, A;
- Apollonio, M;
- Asfandiyarov, R;
- Barber, G;
- Barclay, P;
- de Bari, A;
- Bayes, R;
- Bayliss, V;
- Bene, P;
- Bertoni, R;
- Blackmore, VJ;
- Blondel, A;
- Blot, S;
- Bogomilov, M;
- Bonesini, M;
- Booth, CN;
- Bowring, D;
- Boyd, S;
- Bradshaw, TW;
- Bravar, U;
- Bross, AD;
- Cadoux, F;
- Capponi, M;
- Carlisle, T;
- Cecchet, G;
- Charnley, C;
- Chignoli, F;
- Cline, D;
- Cobb, JH;
- Colling, G;
- Collomb, N;
- Coney, L;
- Cooke, P;
- Courthold, M;
- Cremaldi, LM;
- Debieux, S;
- DeMello, A;
- Dick, A;
- Dobbs, A;
- Dornan, P;
- Drielsma, F;
- Filthaut, F;
- Fitzpatrick, T;
- Franchini, P;
- Francis, V;
- Fry, L;
- Gallagher, A;
- Gamet, R;
- Gardener, R;
- Gourlay, S;
- Grant, A;
- Graulich, JS;
- Greis, J;
- Griffiths, S;
- Hanlet, P;
- Hansen, OM;
- Hanson, GG;
- Hart, TL;
- Hartnett, T;
- Hayler, T;
- Heidt, C;
- Hills, M;
- Hodgson, P;
- Hunt, C;
- Husi, C;
- Iaciofano, A;
- Ishimoto, S;
- Kafka, G;
- Kaplan, DM;
- Karadzhov, Y;
- Kim, YK;
- Kuno, Y;
- Kyberd, P;
- Lagrange, J-B;
- Langlands, J;
- Lau, W;
- Leonova, M;
- Li, D;
- Lintern, A;
- Littlefield, M;
- Long, K;
- Luo, T;
- Macwaters, C;
- Martlew, B;
- Martyniak, J;
- Masciocchi, F;
- Mazza, R;
- Middleton, S;
- Moretti, A;
- Moss, A;
- Muir, A;
- Mullacrane, I;
- Nebrensky, JJ;
- Neuffer, D;
- Nichols, A;
- Nicholson, R;
- Nicola, L;
- Messomo, E Noah;
- Nugent, JC;
- Oates, A;
- Onel, Y;
- Orestano, D;
- Overton, E;
- Owens, P;
- Palladino, V;
- Pasternak, J;
- Pastore, F;
- Pidcott, C;
- Popovic, M;
- Preece, R;
- Prestemon, S;
- Rajaram, D;
- Ramberger, S;
- Rayner, MA;
- Ricciardi, S;
- Roberts, TJ;
- Robinson, M;
- Rogers, C;
- Ronald, K;
- Rothenfusser, K;
- Rubinov, P;
- Rucinski, P;
- Sakamato, H;
- Sanders, DA;
- Sandström, R;
- Santos, E;
- Savidge, T;
- Smith, PJ;
- Snopok, P;
- Soler, FJP;
- Speirs, D;
- Stanley, T;
- Stokes, G;
- Summers, DJ;
- Tarrant, J;
- Taylor, I;
- Tortora, L;
- Torun, Y;
- Tsenov, R;
- Tunnell, CD;
- Uchida, MA;
- Vankova-Kirilova, G;
- Virostek, S;
- Vretenar, M;
- Warburton, P;
- Watson, S;
- White, C;
- Whyte, CG;
- Wilson, A;
- Wisting, H;
- Yang, X;
- Young, A;
- Zisman, M
- et al.
Published Web Location
https://doi.org/10.1088/1748-0221/10/12/p12012Abstract
The Muon Ionization Cooling Experiment (MICE) will perform a detailed study of ionization cooling to evaluate the feasibility of the technique. To carry out this program, MICE requires an efficient particle-identification (PID) system to identify muons. The Electron-Muon Ranger (EMR) is a fully-active tracking-calorimeter that forms part of the PID system and tags muons that traverse the cooling channel without decaying. The detector is capable of identifying electrons with an efficiency of 98.6%, providing a purity for the MICE beam that exceeds 99.8%. The EMR also proved to be a powerful tool for the reconstruction of muon momenta in the range 100-280 MeV/c.
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