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F
Faiqa Nadeem
H指数:10
被引数:351
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Engineering the microbial-electrochemical interface: synergistic of co-fe nano biochar composites for enhanced electron channelling to alter the metabolic pathway in light-driven biohydrogen production
微生物电化学界面的工程化：协同效应的共Fe纳米生物炭复合材料对光驱动生物氢气生产中代谢途径的电子通道增强调控
Biochar
IF13.5
Unleashing High-Efficiency Biohydrogen Production from Arundo donax L. through interfacial charge transferring in hybrid catalytic systems by regulating metabolism
通过调控代谢，在杂化催化体系中通过界面电荷转移释放Arundo donax L.的高效生物氢气生产
Manipulating electron shuttling in photo fermentative biohydrogen production from lignocellulosic biomass through engineered Z-scheme photo nanocatalysts
通过工程化Z-scheme光纳米催化剂调控木质纤维素生物质光发酵生物氢生产中的电子穿梭
Synergy of the heterojunction and defects engineering in Zr-doped TbFeO3@g-C3N4 photo-nanocatalyst towards enhanced visible-light-driven antibiotics degradation and H2 production
Zr掺杂的TbFeO3 @ g-C3N4光纳米催化剂中异质结和缺陷工程的协同作用，以增强可见光驱动的抗生素降解和H2产生
Defect engineering in SnO2 nanomaterials: Pathway to enhance the biohydrogen production from agricultural residue of corn stover
SnO2纳米材料的缺陷工程: 从玉米秸秆的农业残留物中增强生物制氢的途径
