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E

Ewa Maria Siedlecka

University of Gdansk
H指数:32
被引数:3,169

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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

Chemical Engineering Journal
IF13.2
2026-08-030
PRE
Yunhan Jia; Ruijun Ren; Junda Lai; Zizheng Huangfu; Zhenbei Wang; Yatao Liu; Chen Li; Fan Li; Fei Qi; Amir Ikhlaq; Jolanta Kumirska; Ewa Maria Siedlecka; Oksana Ismailova; Zukhra Kadirova
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

Water Research
IF12.4
2026-03-250
PRE
Ruijun Ren; Qingjing Zhang; Jiangqi Qu; Junda Lai; Chen Li; Zhenbei Wang; Fan Li; Yatao Liu; Fei Qi; Amir Ikhlaq; Jolanta Kumirska; Ewa Maria Siedlecka; Oksana Ismailova; Zukhra Kadirova
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

Journal of Colloid and Interface Science
IF9.7
2025-10-280
PRE
Li Wang; Chenyu Wang; Fan Li; Dongyao Yue; Chen Li; Yatao Liu; Zhenbei Wang; Fei Qi; Amir Ikhlaq; Jolanta Kumirska; Ewa Maria Siedlecka; Oksana Ismailova; Zukhra Kadirova
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

CHEMICAL ENGINEERING JOURNAL
IF13.2
2025-05-010
PRE
Liu, Yatao; Yue, Dongyao; Chen, Jiamin; Yang, Yang; Xu, Ronghua; Wang, Zhenbei; Li, Chen; Li, Fan; Qi, Fei; Siedlecka, Ewa Maria; Kumirska, Jolanta; Ikhlaq, Amir; Ismailova, Oksana
Active electronic structure derived by Fe-Cl-C coordination of single-atom cathode applied in antibiotics degradation by electro-Fenton: Enhanced transformation of oxygen to hydroxyl radicals via 3-electron pathway

单原子阴极的fe-cl-c配位衍生的活性电子结构在抗生素电芬顿降解中的应用: 通过3电子途径增强氧向羟基自由基的转化

CHEMICAL ENGINEERING JOURNAL
IF13.2
2023-10-019
PRE
Ren, Ruijun; Shang, Xiaomeng; Song, Zilong; Li, Chen; Wang, Zhenbei; Qi, Fei; Ikhlaq, Amir; Kumirska, Jolanta; Siedlecka, Ewa Maria; Ismailova, Oksana

研究方向

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J
Jolanta Kumirska
H 指数:38论文数:140被引数:6,224
齐菲 封面图
齐菲
H 指数:55论文数:421被引数:1.0万
A
Amir Ikhlaq
H 指数:30论文数:126被引数:3,445
P
Piotr Stepnowski
H 指数:69论文数:422被引数:1.7万
P
Patrycja Wilczewska
H 指数:8论文数:22被引数:281
A
Aleksandra Pieczyńska
H 指数:17论文数:44被引数:806
J
Jacek Ryl
H 指数:43论文数:305被引数:5,910
A
Aleksandra Bielicka‐Giełdoń
H 指数:12论文数:38被引数:404
K
Karol Szczodrowski
H 指数:14论文数:54被引数:609
Z
Zhenbei Wang
H 指数:18论文数:37被引数:932