Relativistic n-th order moments of nuclear charge density for n≥4 depend on point neutron density, providing information on neutron mean square radii.
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The RDWIA+MEC approach describes MicroBooNE's measured inclusive and pionless neutrino-argon cross sections within experimental uncertainties.
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The n-th order Moment of the Nuclear Charge Density and Contribution from the Neutrons
Relativistic n-th order moments of nuclear charge density for n≥4 depend on point neutron density, providing information on neutron mean square radii.
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Flux-integrated inclusive and pionless cross sections for charged-current neutrino scattering off ${}^{40}\text{Ar}$ at energies available in the MicroBooNE experiment
The RDWIA+MEC approach describes MicroBooNE's measured inclusive and pionless neutrino-argon cross sections within experimental uncertainties.