Engineering self-supported ruthenium-titanium alloy oxide on 3D web-like titania as iodide oxidation reaction electrocatalyst to boost hydrogen production

Post time 2024-5-9 17:28:58

journal：Applied Catalysis B: Environmental

Authors：Dessalew Berihun Adam; Meng-Che Tsai; Yohannes Ayele Awoke; Wei-Hsiang Huang; Chun-Hsiang Lin; Tesfaye Alamirew; Adane Abebe Ayele; Yaw-Wen Yang; Chih-Wen Pao; Wei-Nien Su; Bing Joe Hwang

Published date：2022-11-

DOI：10.1016/j.apcatb.2022.121608

PDF link：https://www.sciencedirect.com/sc ... 926337322005495/pdf

Article link：http://dx.doi.org/10.1016/j.apcatb.2022.121608

Article Source：Elsevier BV。

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Post time 2024-5-9 17:28:59

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[Elsevier] Engineering self-supported ruthenium-titanium alloy oxide on 3D web-like titania as iodide oxidation reaction electrocatalyst to boost hydrogen production

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[Elsevier] Engineering self-supported ruthenium-titanium alloy oxide on 3D web-like titania as iodide oxidation reaction electrocatalyst to boost hydrogen production Copy