Enhanced Graphitic Carbon Nitrides for Better Solar H2 Produ

For solar-driven H2 evolution, it is crucial to increase photocatalyst photocarrier separation efficiency and extend light absorption from the ultraviolet (UV) to the near-infrared (NIR) region.

Related Keywords

China , Sydney , New South Wales , Australia , Chinese , Xiaochun Gao , Dan Wang , Gouxiu Wang , Megan Craig , Nailiang Yang , Upconversion Nanocrystals , Solar Hydrogen Production , University Of Technology Sydney , National Science , Graphitic Carbon Nitrides , Better Solar Hydrogen Production , National Science Open , Technology Sydney , Chinese Academy , Process Engineering , Interfacial Control , Optimized Defect , Solar Harvesting , Interfacial Charge Transfer , Interface Control , Graphitic Carbon , Enhanced Solar Hydrogen ,