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Triple the steady-state reaction rate by decorating the In2O3 surface with SiOx for CO2 hydrogenation

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Date of Publication:2024-05-22

Journal:Journal of Energy Chemistry

Volume:95

Page Number:96-105

ISSN No.:2095-4956

Key Words:Agglomeration; Carbon dioxide; ]+ catalyst; Catalyst activity; CO2 hydrogenation; Density functional theory; Design for testability; DFT simulation; Dynamic structural evolution; Hydrogenation; In2O3 sintering; Indium compounds; Silica; SiO x; Steady state; Steady state reactions; Structural evolution; Surface SiOx modification

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