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[16]白红叶.Decoration of Ni on Cu2O with kinetic improvement for photoelectrochemical nitrogen reduction
[17]白红叶.Efficient Electrocatalytic Oxidation of 5-Hydroxymethylfurfural Coupled with 4-Nitrophenol Hydrog...
[18]白红叶.In Situ Electrochemical Reconstitution of CF-CuO/CeO2 for Efficient Active Species Generation
[19]白红叶.Fabrication of Zn-MOF decorated BiVO4 photoanode for water splitting
[20]白红叶.In-situ decoration of unsaturated Cu sites on Cu2O photocathode for boosting nitrogen reduction r...
[21]白红叶.Amorphous MnCO3/C Double Layers Decorated on BiVO4 Photoelectrodes to Boost Nitrogen Reduction
[22]白红叶.Dual-functional electrochemical bio-sensor built from Cu2O for sensitively detecting the thiols a...
[23]白红叶.Fabrication of BiVO4-Ni/Co3O4 photoanode for enhanced photoelectrochemical water splitting
[24]刘贞乾,白红叶.Understanding the Z-scheme heterojunction of BiVO4/PANI for photoelectrochemical nitrogen reducti...
[25]管鹏,白红叶.Biothiol-Functionalized Cuprous Oxide Sensor for Dual-Mode Sensitive Hg2+ Detection
[26]白红叶.Understanding the key role of vanadium in p-type BiVO4 for photoelectrochemical N2 fixation
[27]白红叶.Charge-transfer dynamics at a Ag/Ni-MOF/Cu2O heterostructure in photoelectrochemical NH3 producti...
[28]管鹏,白红叶.Boosting Water Splitting Performance of BiVO4 Photoanode through Selective Surface Decoration of ...
[29]刘贞乾,白红叶.In-situ implantation of plasmonic Ag into metal-organic frameworks for constructing efficient Ag/...
[30]Xie Li,孙林,管鹏,白红叶,刘贞乾.Ni-MOF in-situ Decorating ZnO photoelectrode for photoelectrochemical water splitting

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