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Quantum confinement vs. mesoporosity in SnO 2 : oxygen vacancies dictate dominant formate selectivity in hybrid CO 2 electrolysis with unprecedented 480 mV energy savings
Publication with shared reference
10.1039/d5ta09719c
Home
Publications
Quantum confinement vs. mesoporosity in SnO 2 : oxygen vacancies dictate dominant formate selectivity in hybrid CO 2 electrolysis with unprecedented 480 mV energy savings
Publication with shared reference
10.1039/d5ta09719c
Publications with shared reference:
Quantum confinement
vs.
mesoporosity in SnO
2
: oxygen vacancies dictate dominant formate selectivity in hybrid CO
2
electrolysis with unprecedented 480 mV energy savings
0
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