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We evaluate the neutron and muon fluxes produced in the ILC beam dumps byMonte Carlo simulations and discuss their potential use in irradiation fields.We show that the beam dumps can provide high-intensity neutron and muon fluxeswith spectra quite similar to secondary cosmic rays, which are suitable forsoft error studies. The beam dumps deliver neutrons about $10^{11}$ times thesecondary cosmic rays on spaces perpendicular to the beam axis and muons $10^8$times downstream of the beam dumps in the initial phase of the ILC. Large-areairradiation of 1\,m$^2$ or more is possible. Differences in the energydistribution of muons in electron and positron beam dumps are also discussedfor particle physics experiments.

The potential of the ILC beam dump for high-intensity and large-area irradiation field with atmospheric-like neutrons and muons