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N
Nadeem Tahir
H指数:28
被引数:2,379
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Editorial: Microbial degradation of agricultural waste
编辑ials：农业废物的微生物降解
Role of nanomaterials for effective lignocellulosic biomass wastes conversion to hydrogen: a biorefinery perspective on commercialization and sustainability; challenges; and prospects
纳米材料在有效转化木质纤维素生物质废弃物为氢气中的作用：从商业化与可持续性的生物精炼厂角度；挑战；及前景
Agro-derived Nano-MnFeO3-SG catalyst for boosting photo-fermentation-based biohydrogen production
农源纳米MnFeO3-SG催化剂用于增强光发酵法生物氢气生产
Green activation of rice straw porous carbon via potassium citrate for capacitive Deionization
通过柠檬酸钾对稻秆多孔碳进行绿色活化以用于电容去离子
Ionics
IF2.6
Delignification of recycled fermentative residues to enhance biohydrogen production via hydrothermal and ethylene glycol thermal pretreatments: an approach towards zero-waste
通过热水解和乙二醇热预处理促进发酵残渣再生的脱木素作用以提高生物氢产量：一种零废弃的方法
Renewable Energy
IF9.1
Biohydrogen, a potential roadmap to sustainable green energy supply and carbon sequestrating in the transport sector by 2060
生物氢，一种潜在的道路图，旨在到2060年实现交通部门可持续的绿色能源供应和碳封存。
Environmental-friendly modification of porous biochar via K2FeO4 as a capacitive deionization electrode material
通过K₂FeO₄对多孔生物炭进行环境友好型改性，作为电容去离子电极材料
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
