Employing metal-organic cage for selective capture of UO22+ and Sr2+

Direct phosphorylation of a pyridine-functionalized porous organic polymer for efficient uranium capture

“…S8 †), suggesting the adsorption of uranyl ions. [28][29][30][31][32][33][34][35][36][37][38] The binding energy of the P element in the uranium-loaded samples shifts to a higher energy (Fig. S9 †), relative to that of ECUT-POP-3P, most likely due to the coordination interaction between uranyl ions and the loaded phosphoric acid units.…”