A study of backward going p and pi(-) in nu(mu) CC interactions with the NOMAD detector
- Astier P
- Autiero D
- Baldisseri A
- Baldo-Ceolin M
- Banner M
- Bassompierre G
- Besson N
- Bird I
- Blumenfeld B
- Bobisut F
- Bouchez J
- Boyd S
- Bueno A
- Bunyatov S
- Camilleri L
- Cardini A
- Cattaneo PW
- Cavasinni V
- Cervera-Villanueva A
- Chukanov A
- Collazuol G
- Conforto G
- Conta C
- Contalbrigo M
- Cousins R
- Daniels D
- Degaudenzi H
- Del Prete T
- De Santo A
- Dignan T
- Di Lella L
- Silva EDE
- Dumarchez J
- Ellis M
- Fazio T
- Feldman GJ
- Ferrari R
- Ferrere D
- Flaminio V
- Fraternali M
- Gaillard JM
- Gangler E
- Geiser A
- Geppert D
- Gibin D
- Gninenko S
- Godley A
- Gomez-Cadenas JJ
- Gosset J
- Gossling C
- Gouanere M
- Grant A
- Graziani G
- Guglielmi A
- Hagner C
- Hernando J
- Hubbard D
- Hurst P
- Hyett N
- Iacopini E
- Joseph C
- Juget F
- Kirsanov M
- Klimov O
- Kokkonen J
- Kovzelev A
- Krasnoperov A
- Kustov D
- Kuznetsov V
- Lacaprara S
- Lachaud C
- Lakic B
- Lanza A
- La Rotonda L
- Laveder M
- Letessier-Selvon A
- Levy JM
- Linssen L
- Ljubicic A
- Long J
- Lupi A
- Marchionni A
- Martelli F
- Mechain X
- Mendiburu JP
- Meyer JP
- Mezzetto M
- Mishra SR
- Moorhead GF
- Naumov D
- Nedelec P
- Nefedov Y
- Nguyen-Mau C
- Orestano D
- Pastore F
- Peak LS
- Pennacchio E
- Pessard H
- Petti R
- Placci A
- Polesello G
- Pollmann D
- Polyarush A
- Popov B
- Poulsen C
- Rico J
- Riemann P
- Roda C
- Rubbia A
- Salvatore F
- Schahmaneche K
- Schmidt B
- Schmidt T
- Sevior M
- Sillou D
- Soler FJP
- Sozzi G
- Steele D
- Stiegler U
- Stipcevic M
- Stolarczyk T
- Tareb-Reyes M
- Taylor GN
- Tereshchenko V
- Toropin A
- Touchard AM
- Tovey SN
- Tran MT
- Tsesmelis E
- Ulrichs J
- Vacavant L
- Valdata-Nappi M
- Valuev V
- Vannucci F
- Varvell KE
- Veltri M
- Vercesi V
- Vidal-Sitjes G
- Vieira JM
- Vinogradova T
- Weber FV
- Weisse T
- Wilson FF
- Winton LJ
- Yabsley BD
- Zaccone H
- Zuber K
- Zuccon P
DOIAbstract
Backward proton and pi (-) production has been studied in nu (mu) CC interactions with carbon nuclei. Detailed analyses of the momentum distributions, of the production rates, and of the general features of events with a backward going particle, have been carried out in order to understand the mechanism producing these particles. The backward proton data have been compared with the predictions of the reinteraction and the short range correlation models. (C) 2001 Elsevier Science B.V. All rights reserved
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