Ru@RuO2 Core‐Shell Nanorods: A Highly Active and Stable Bifunctional Catalyst for Oxygen Evolution and Hydrogen Evolution Reactions

Cited by (113)

Items 101–113 of 113

1. Oxygen Atom Migration Dominates Anomalous Reversible Oxidation of Ru Nanosheets
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2. Electrocatalytic hydrogenation of benzoate promoted by proton coupled electron transfer
   Mengya Sun, Jinli Zhang, Yan Fu · 2025 · International Journal of Hydrogen Energy
3. C@Ru-RuO2 bifunctional catalyst prepared by molten salt electrolysis for water splitting
   Yunfei Chen, Yixin Wang, Wan Rong, Zhihua Jia, Rui Dang, Ting Jiang · 2026 · Journal of Power Sources
4. Cashew nut shell liquid conversion into renewable marine-range cycloalkanes: In situ activation of Ru/NbOPO4 catalysts for efficient hydrodeoxygenation
   Yuri Gontijo Rosa, Victor Muniz Soares, Henrique dos Santos Oliveira, Vânya Márcia Duarte Pasa · 2026 · Journal of environmental chemical engineering
5. In situ activation of RuO2 nanocrystals supported on NbOPO4 for solvent-free transalkylation and hydrodeoxygenation of eucalyptus bio-oil
   Yuri Gontijo Rosa, Victor Muniz Soares, Samuel Moura Breder, Francyellen Cota Torres, Luiz Carlos Alves de Oliveira, Henrique Oliveira, Vânya Márcia Duarte Pasa · 2026 · Chemical Engineering Journal
6. Effect of Varying RuO2 (100) Thin-Film Stoichiometry on the Activity-Stability Compromise in the Oxygen Evolution Reaction: Pathway to RuO2 Degradation
   Ikenna Chris‐Okoro, Gyawali Ghanashyam, Sheilah Cherono, Mengxin Liu, Wisdom Akande, S.P. Nalawade, Brianna Barbee, Shobha Mantripragada, Shyam Aravamudhan, Veluchamy Palaniappagounder et al. · 2026 · ACS Omega
7. Oxygen Atom Migration Dominates Anomalous Reversible Oxidation of Ru Nanosheets
   Xiong Xiao, Yongli Shen, Wei Xi, Lin Gu, Xiaogang Li, Baojuan J. Xi, Shenglin L. Xiong, Changhua An · 2025 · Angewandte Chemie
8. H2 production at positive potentials with a stable and bifunctional Ru0-RuO2Cy electrocatalyst
   Francisco Gonell, Carmen Tébar-Soler, S. Díaz-Coello, Elena Pastor, Avelino Corma, Patricia Concepción · 2025 · Journal of Catalysis
9. Self-passivation behavior and mechanisms of 00Cr27Ni35Mo7CuN austenitic alloy induced by ruthenium in a simulated waste sulfuric acid recovery environment
   Minghui Ouyang, X L Wu, Ao Liu, Jie Pan, Faming Cai, Jun Li, Huan-an Liu, Xueshan Xiao · 2026 · Applied Surface Science
10. Efficient upgrading of furfural via C–H activation over a CNF supported ionic liquid ruthenium catalyst
    Sahil, Sahil Sharma, Raghubir Singh, Neeraj Gupta · 2026 · New Journal of Chemistry
11. Understanding the MoNi 4 –MoO 2 heterostructure as an efficient catalyst for hydrogen evolution reaction
    Fitsum Addis Hailu, Desalegn Nigatu Gemechu, Aderemi Bashiru Haruna, Kenneth Ikechukwu Ozoemena · 2026 · Energy Advances
12. Activating oxophilic Mo sites in Mo 2 Ti 2 C 3 via vacancy engineering and ultralow Ru doping reduces the water dissociation barrier for the alkaline H 2 evolution reaction
    Palash Jyoti Medhi, Manash Pratim Nath, Amit Ramchiary, Dhanjit Talukdar, Paritosh Mondal, Dirtha Sanyal, Biswajit Choudhury · 2026 · Journal of Materials Chemistry A
13. Hydrodeoxygenation of pyrolysis oil from retired wind turbine blades over Ru-NbOPO4 for the synthesis of cycloalkane fuels
    Fan Lei, Xiaolu Wang, Zhehan LI, Yanpeng Ban, Jianxiu Hao, Na Li, Huacong Zhou, Xing Zhou, Quansheng Liu · 2026 · Molecular Catalysis