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To investigate the existence of sterile neutrino, we propose a new neutrinoproduction method using $^{13}$C beams and a $^{9}$Be target for short-baselineelectron antineutrino (${\bar{\nu}}_{e}$) disappearance study. The productionof secondary unstable isotopes which can emit neutrinos from the $^{13}$C +$^{9}$Be reaction is calculated with three different nucleus-nucleus (AA)reaction models. Different isotope yields are obtained using these models, butthe results of the neutrino flux are found to have unanimous similarities. Thisfeature gives an opportunity to study neutrino oscillation through shapeanalysis. In this work, expected neutrino flux and event rates are discussed indetail through intensive simulation of the light ion collision reaction and theneutrino flux from the beta decay of unstable isotopes followed by thiscollision. Together with the reactor and accelerator anomalies, the presentproposed ${\bar{\nu}}_{e}$ source is shown to be a practically alternative testof the existence of the $\Delta m^{2}$ $\sim$ 1 eV$^{2}$ scale sterileneutrino.

Short-baseline electron antineutrino disappearance study by using neutrino sources from $^{13}$C + $^{9}$Be reaction