Data Yomogida et al. "High stabilization of pentavalent uranium on magnetite nanoparticles evidenced by high-energy-resolution X-ray absorption spectroscopy"

The file contains XAS and MCR data at U L-edges of magnetite reacted with U at different stoichiometry (R)and pH. The data are presented in different figures of the article "High stabilization of pentavalent uranium on magnetite nanoparticles evidenced by high-energy-resolution X-ray absorption spectroscopy" and associated Supporting Information, by Takumi Yomogida, Jaimy Scaria, Laura Fablet, Kohei Tokunaga, Syuntaro Dei, Kotaro Higashi, Naomi Kawamura, Yoshio Takahashi and Rémi Marsac. Excel file containing 6 sheets ("Info", "Fig1", "Fig2", "Fig3", "FigS1", "FigS2") "Figure 1 Normal XANES and HERFD-XANES spectra R0.5 pH6 normal XANES, R0.5 pH6 HERFD-XANES, UO2 HERFD-XANES, FeUO4 HERFD-XANES, UO2(NO3)26H2O" "Figure 2 HERFD-XANES spectra R0.5 pH4, R0.5 pH5, R0.5 pH6, R0.5 pH7, R0.5 pH8, R0.5 pH9, R0.3 pH6, R0.2 pH6, R0.1 air pH6, R0.3 pH8, R0.2 pH8, R0.1 air pH8" "Figure 3 MCR Results Component1, Component2, Component3, Species distribution in Fig. 3d, Species distribution in Fig. 3e, Species distribution in Fig. 3f" "Figure S1 SVD Number of component, n, Singular value" "Figure S2 Results of linear combination fitting Species distribution in Fig. S2a, Species distribution in Fig. S2b, Species distribution in Fig. S2c"