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We analyze all available experimental data on the $\nu_\mu$ and$\overline{\nu}_\mu$ total and differential cross sections of charged-currentsingle pion production through the decay of intermediate nucleon and baryonresonances measured on hydrogen and deuterium targets in the acceleratorexperiments at ANL, BNL, FNAL, and CERN. These data are used to determine thecurrent "resonance" axial-vector mass of the nucleon and to fine-tune thenonresonance non-interfering background contribution which described within theRein-Sehgal approach. For this analysis, we revise the phenomenological modeland the experimental dataset for the fits, modify the method of likelihoodanalysis compared to the previous study. The obtained model parameters comingin combination with a revised strategy for the normalization of the BWdistributions are slightly different from the values used by default.

Resonance axial-vector mass from experiments on neutrino-hydrogen and neutrino-deuterium scattering