机译:无金属双相全有机碳纳米管/ G-C3N4用于光催化氢气生产的异质建筑
Univ Trieste Dept Chem &
Pharmaceut Sci Via L Giorgieri 1 I-34127 Trieste Italy;
Univ Trieste Dept Chem &
Pharmaceut Sci Via L Giorgieri 1 I-34127 Trieste Italy;
CNR ISMN Via Ugo La Malfa 153 I-90146 Palermo Italy;
Univ Trieste Dept Chem &
Pharmaceut Sci Via L Giorgieri 1 I-34127 Trieste Italy;
Imperial Coll London Dept Chem Engn Barrer Ctr South Kensington Campus London SW7 2AZ England;
Technol Educ Inst TEI Western Greece Dept Elect Engn Patras 26334 Greece;
Imperial Coll London Dept Chem South Kensington Campus London SW7 2AZ England;
Imperial Coll London Dept Chem South Kensington Campus London SW7 2AZ England;
Univ Trieste Dept Chem &
Pharmaceut Sci Via L Giorgieri 1 I-34127 Trieste Italy;
Univ Trieste Dept Chem &
Pharmaceut Sci Via L Giorgieri 1 I-34127 Trieste Italy;
Hydrogen; Carbon nitride; Photocatalysis; Carbon nanostructures; Carbon nanotubes; Renewable energy;
机译:无金属双相全有机碳纳米管/ G-C3N4用于光催化氢气生产的异质建筑
机译:ZIF-8衍生的碳(C-ZIF)作为双功能电子受体和HER助催化剂,用于g-C3N4:构建无金属的全碳基光催化体系,以有效释放氢
机译:超薄MXENE“桥梁”加速超薄金属0d / 2D黑色磷/ G-C3N4异质结朝光催化氢气生产中的电荷转移
机译:碳纳米管改性Zn0.83CD0.17S纳米复合催化剂用于光催化氢气生产
机译:用于从水中光催化制氢的纳米铌己酸酯的开发
机译:无金属碳量子点植入石墨碳氮化物:同时产生氢气的增强型光催化染料废水净化
机译:同时将k掺杂和剥离成石墨氮化物(G-C3N4),用于增强的光催化氢气产生