“…More recent examples use the postfix 02 11a or 02 11b that denote a tune against neutrino pion production data on protons and deuterium targets: specifically 02 11b identifies the tune described in [2]. Other notable examples are the hadronisation tunes described in [107] that have postfix 03 330 or 03 320 depending on the data used in the fit.…”
Section: New Comprehensive Model Configurations and Tunesmentioning
“…More recent examples use the postfix 02 11a or 02 11b that denote a tune against neutrino pion production data on protons and deuterium targets: specifically 02 11b identifies the tune described in [2]. Other notable examples are the hadronisation tunes described in [107] that have postfix 03 330 or 03 320 depending on the data used in the fit.…”
Section: New Comprehensive Model Configurations and Tunesmentioning
“…The GENIE Collaboration is building a global analysis of the neutrino, charged-lepton and hadronscattering data. This comprehensive analysis of the world's lepton-nuclear scattering data is being constructed in a staged manner, with recent efforts focused initially on the analysis of neutrino scattering on hydrogen and deuterium for the purpose of tuning aspects of the GENIE framework associated with the free-nucleon cross section: namely the SIS region [5] as well as tuning of hadronic multiplicities relevant for neutrino-induced hadronization models [9]. The present work extends this analysis campaign to a second stage: an explicit tune of nuclear model parameters to recent nuclear data.…”
Cross-section measurements of the CC0π topology were carried out by SciBooNE [23], , MiniBooNE [25,26], T2K ND280 [27], MINERvA [28][29][30] and MicroBooNE [31,32]. This section provides with a review of neutrino-nucleus CC0π data available to date.
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