CALIBRATION OF THE CHARM FINE-GRAINED CALORIMETER
- Dorenbosh, J.
- Udo, F.
- Allaby, J. V.
- Amaldi, U.
- Barbiellini, G.
- Bergsma, F.
- Capone, Antonio
- Flegel, W.
- Lanceri, L.
- Metcalf, M.
- Nieuwenhuis, C.
- Panman, J.
- Santoni, C.
- Winter, K.
- Abt, I.
- Aspiazu, J.
- Bungener, A.
- Busser, F. W.
- Daumann, H.
- Gall, P. D.
- Hebbeker, T.
- Niebergall, F.
- Schutt, P.
- Stahelin, P.
- Gorbunov, P.
- Grigoriev, E.
- Khovansky, V.
- Rosanov, A.
- Baroncelli, A.
- Barone, Luciano Maria
- Borgia, Bruno
- Bosio, C.
- Diemoz, M.
- Dionisi, C.
- Dore, Ubaldo
- Ferroni, Fernando
- Longo, Egidio
- Luminari, L.
- Monacelli, P.
- Morganti, S.
- De Notaristefani, F.
- Tortora, L.
- Valente, V.
DOIAbstract
Calorimeters have been used extensively for the study of neutrino interactions in the last decade. This paper describes the need for calibration of such calorimeters and how this was realized for the case of the CHARM fine-grained calorimeter. The energy and spatial response of the calorimeter to both hadronic and electromagnetic showers was measured in π and electron beams from 5 to 140 GeV. The results and resolutions are presented
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