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Amir Ikhlaq

university of engineering and technology
H指数:30
被引数:3,440

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Catalytic ozonation via in-situ electro-triggered slow-release iron for pharmaceutical wastewater purification: Multi-path synergistic mechanism and electrode stabilization

原位电触发缓释铁催化臭氧氧化法处理制药废水:多路径协同机制与电极稳定化

2026-08-030
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Interface manipulation of d-band center by single-atom iron cathodic electroactive membrane to boost molecular oxygen activation for antibiotics removal in pharmaceutical tailwater

通过单原子铁阴极电活性膜调控d带中心界面以增强分子氧活化用于制药尾水中抗生素去除

2026-03-250
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Enhanced photo-Fenton degradation for amoxicillin in aqueous by halogen-facet synergistic regulation of BiOX: Insights into photogenerated electron migration and oxidant activation

卤素面协同调控BiOX增强的芬顿光降解水中阿莫西林:对光生电子迁移和氧化剂活化的认识

2025-10-280
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Role of electrocoagulation-microfiltration in roof rainwater re-utilization: A novel insight into membrane fouling mechanisms through the combination of variations in interfacial properties on the membrane surface and membrane fouling model

电絮凝-微滤在屋顶雨水再利用中的作用:通过结合膜表面界面性质变化与膜污染模型的膜污染机制的新见解

2025-08-270
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Development of a Novel Composite Catalyst containing Renewable Biochar blended with Zinc Oxide and Copper Diphenyl Amine for Visible Light Photocatalytic Degradation of Methylene Blue

一种新型复合催化剂的开发,该催化剂包含可再生的生物炭,并与氧化锌和二苯基胺铜用于可见光光催化降解亚甲基蓝

2025-07-250
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Retraction notice to “Comparative study of ozonation and ozonation catalyzed by Fe-loaded biochar as catalyst to remove methylene blue from aqueous solution” [Chemosphere 307 Part 1, November 2022, 135738]

撤稿通知:关于“臭氧氧化与负载铁生物炭催化臭氧氧化去除水中亚甲基蓝的对比研究”[《环境化学》307卷第1部分,2022年11月,135738]

2025-06-260
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Mechanistic insights into the influence of dissolved organic matter in stormwater runoff on the TOrCs degradation by PB-Fe@CN: Reaction kinetics and degradation pathways

PB-Fe@CN对风暴径流中溶解性有机物影响TOrCs降解的机理研究:反应动力学与降解途径

2025-05-010
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