Effective utilization of nanoporosity and surface area guides electrosynthesis over soft-landed copper oxide catalyst layers
Bron
Nano letters - ISSN 1530-6984- (2025) p.
NFFA-Europe|Pilot proporsal "Operando XAS Study of Soft Landed Cu-based nanocrystal films in Electrolytic Solutions" PID 472
Bron
Zenodo, 2024,
In situ spectroelectrochemical study of acetate formation by CO₂ reduction using Bi catalyst in amine-based capture solution
Bron
Chemsuschem - ISSN 1864-5631- (2024) p.
Toward the rational design of Cu electrocatalysts for improved performance of the NO3RR
Bron
ACS applied energy materials - ISSN 2574-0962-7:9 (2024) p. 3761-3775
Synergy or antagonism? Exploring the interplay of SnO₂ and an N-OMC carbon capture medium for the electrochemical CO₂ reduction toward formate
Bron
ACS applied energy materials - ISSN 2574-0962-7:13 (2024) p. 5517-5527