Authors
A Ajmi, K Matsushita, P Benoit, O Drapier, M Louzir, T Nakaya, S Suvorov, N Teshima, A Cervera, R Cornat, Y Favre, G Mitev, Y Seiya, H Ten Kate, O Ferreira, K Kin, AK Ichikawa, N Kukita, F Gastaldi, E Noah, B Quilain, K Nishiziki, F Cadoux, F Magniette, A Eguchi, Y Hayato, Y Asada, H Pais Da Silva, S Cao, A Minamino, O Mineev, M Nessi, T Honjo, M Rayner, M Khabibullin, S Fedotov, L Nicola, A Mefodiev, S Tanaka, A Khotyantsev, K Yasutome, C Ruggles, K Yamamoto, T Kobata, L Domine, R Tsenov, A Kostin, J Imber, A Dudarev, M Bogomilov, A Blondel, T Mueller, T Kobayashi, G Rolando, K Okamoto, G Vankova-Kirilova, S Kuribayashi, N Chikuma, S Parsa, M Yokoyama, O Volcy, T Kikawa, A Bross, G Pintaudi, Y Kudenko, T Ekelöf, FJP Soler, T Odagawa, L Vignoli, S Takayasu, A Bonnemaison, N Tran, N Yershov, M Gonin, J Nugent, A Hiramoto, F Sanchez
Publication date
2020/4/10
Issue
arXiv: 2004.05245
Description
Baby MIND is a Magnetized Iron Neutrino Detector, serving as a downstream magnetized muon range detector for WAGASCI on the T2K beam line in Japan. The first physics run of Baby MIND together with other WAGASCI sub-detectors took place in the period from November 2019 to February 2020 (T2K run10), where a total of Protons on target (POT) was delivered. Preliminary results showing Baby MIND data quality, detector performance and examples of neutrino interactions on iron during the first physics run are presented.
Scholar articles
A Ajmi, K Matsushita, P Benoit, O Drapier, M Louzir… - 2020