Multi-interface interlinked, small sized Ni₂P-MoP heterojunctions were constructed by employing a Ni-post-modification strategy of POM-based organic hybridviathe linkages of an organic ligand, which achieves highly efficient overall water splitting.

The HER, OER, and water electrolysis properties in an alkaline medium and the corresponding mechanism of nanoclimbing-wall-like NiO/NiCoP are revealed by the electrochemical tests, in situ Raman spectroscopy, and DFT calculation.

TFPB-Pa-SO₃H COF and TFPB-BDSA COF were synthesized and showed fast adsorption of MLB (1 and 2 min) and high adsorption uptakes of CV (1559 and 1288 mg g⁻¹). TFPB-Pa-SO₃H COF as adsorbing material was used for the removal of dye molecules in real water samples.