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Model-independent reactor isotopic cross sections per fission are determinedby global fits of the reactor antineutrino data from High-Enriched Uranium(HEU) reactor rates, Low-Enriched Uranium (LEU) reactor rates, and reactor fuelevolution data. Taking account of the implicit quasi-linear relationshipbetween the fission fractions of $^{239}\rm{Pu}$ and $^{241}\rm{Pu}$ in the LEUreactor data, the Inverse-Beta-Decay (IBD) yields and their correlations of thefissionable isotopes $^{235}\rm{U}$, $^{238}\rm{U}$, and Pu's are obtained. Thedata-driven isotopic IBD yields provide an anomaly-free model for the reactorisotopic cross sections per fission, where better than 1\% accuracy of theexpected reactor IBD yields can be achieved for future experiments.

Model-Independent Determination of Isotopic Cross Sections per Fission for Reactor Antineutrinos