Abstract

Charge-changing cross sections σCCσ_\mathrm{CC} for 42–51^{42\textrm{--}51}Ca on a carbon target at around 280~MeV/nucleon have been measured. The measured σCCσ_\mathrm{CC} values differ significantly from the previously developed calculations based on the Glauber model. However, through introduction of the charged-particle evaporation effect induced by the neutron-removal reaction in addition to the Glauber-model calculation, experimental σCCσ_\mathrm{CC} values on 12^{12}C at around 300~MeV/nucleon for nuclides from C to Fe isotopes are all reproduced with approximately 1\% accuracy. This proposed model systematically reproduces σCCσ_\mathrm{CC} data without phenomenological corrections, and can also explain experimental σCCσ_\mathrm{CC} values obtained in other energy regions.

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