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Measurements of hadron production in 90 GeV/c proton-carbon interactions

This paper presents the multiplicity of neutral and charged hadrons produced in 90 GeV\(/c\) proton-carbon interactions from a dataset taken by the NA61/SHINE experiment in 2017. Particle identification via dE/dx was performed for the charged hadrons \(\pi^\pm\), \(K^\pm\), and \(p / \bar{p}\); the...

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Published in:arXiv.org 2024-10
Main Authors: Adrich, P, Allison, K K, Amin, N, Andronov, E V, Bajda, M, Balkova, Y, Battaglia, D, Bazgir, A, Bielewicz, M, Blondel, A, Bondar, Y, Bryliński, W, Brzychczyk, J, Buryakov, M, Camino, A F, Chandak, Y, Ćirković, M, Cybowska, J, Czopowicz, T, Dalmazzone, C, Davis, N, Dmitriev, A, Dominik, W, Dumarchez, J, Engel, R, Feofilov, G A, Fields, L, Friend, M, Gaździcki, M, Golosov, O, Golovatyuk, V, Golubeva, M, Grebieszkow, K, Guber, F, Hurh, P G, Izvestnyy, A, Karpushkin, N, Kiełbowicz, M, Kireyeu, V A, Kolesnikov, R, Kolev, D, Kozłowski, B, Krasnoperov, A, Kuchowicz, M, Kuich, M, Kurepin, A, Lyubushkin, V V, Malakhov, A I, Marcinek, A, Marino, A D, Matulewicz, T, Melkumov, G L, Merzlaya, A, Mik, Ł, Morozov, S, Nagai, Y, Nakadaira, T, Naskręt, M, Olivier, A, Paolone, V, Petukhov, O, Pidhurskyi, I, Płaneta, R, Popov, B A, Pórfy, B, Prokhorova, D S, Pszczel, D, Ren, L, Reyna Ortiz, V Z, Röhrich, D, Rondio, E, Rozpłochowski, Ł, Rumberger, B T, Rumyantsev, M, Rustamov, A, Rybka, D, Sakashita, K, Seryakov, A, Shah, U A, Shiraishi, Y, Słodkowski, M, Staszel, P, Stepaniak, J, Świderski, Ł, Szukiewicz, R, Taranenko, A, Tefelska, A, Tefelski, D, Tsenov, R, Turko, L, Unger, M, Urbaniak, M, Veberič, D, Vitiuk, O, Volkov, V, Wickremasinghe, A, Witek, K, Wyszyński, O, A Zaitsev E Zherebtsova, Zviagina, A
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Language:English
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Summary:This paper presents the multiplicity of neutral and charged hadrons produced in 90 GeV\(/c\) proton-carbon interactions from a dataset taken by the NA61/SHINE experiment in 2017. Particle identification via dE/dx was performed for the charged hadrons \(\pi^\pm\), \(K^\pm\), and \(p / \bar{p}\); the neutral hadrons \(K^0_S\), \(\Lambda\), and \(\bar{\Lambda}\) were identified via an invariant mass analysis of their decays to charged hadrons. Double-differential multiplicity results as a function of laboratory momentum and polar angle are presented for each particle species; these results provide vital constraints on the predicted neutrino beam flux for current and future long-baseline neutrino oscillation experiments.
ISSN:2331-8422