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Role of oxygen vacancy in high-entropy Cu1Zn1Al0.5Ce5Zr0.5Ox for CO2 hydrogenation reaction

Release Time:2024-07-18  Hits:

Date of Publication: 2024-06-04

Journal: Applied Catalysis A: General

Volume: 681

ISSN: 0926-860X

Key Words: Active site; Aluminum compounds; Binary solid solutions; Carbon dioxide; Cerium compounds; Configurational entropy; Copper compounds; Entropy; High entropy oxide; Hydrogenation; Hydrogenation reactions; Methanol; Methanol synthesis; Redox property; Surface oxygen vacancies; Syngas production; Ternary solid solutions; Vacancy density; Zinc compounds; Zirconium compounds

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