Assertion: formic acid | /r/HasProperty | oxidized
Facets:
value: potentially
type: DEGREE
Source sentences:
text: Note that formic acid can be potentially oxidized to generate CO 2 at sufficiently high applied potentials 2 O 4 and NiCo 2 O 4 catalysts, see 2 O 4 and NiCo 2 O 4 catalysts at potentials below the formic acid oxidation threshold to study the product distributions and reaction pathways of glycerol oxidation.
text: Note that formic acid can be potentially oxidized to generate COat sufficiently high applied potentials (53) (beyond 1.30 V vs RHE on our CuCoand NiCocatalysts, see Figure S7 ), which could lead to the loss of Faradaic efficiency toward value-added products.
text: 2 and a bare Pt site, where formic acid is oxidized (the direct path) at the same time via reactions 1 and 2, and then due to the surface deactivation brought about by the formation of Pt oxides and/or hydroxides: Peak II appears due to the oxidation of the adsorbed CO (the indirect path): or producing COand a bare Pt site, where formic acid is oxidized (the direct path) at the same time via reactions 1 and 2, and then due to the surface deactivation brought about by the formation of Pt oxides and/or hydroxides:
text: 2 and a bare Pt site, where formic acid is oxidized (the direct path) at the same time via reactions 1 and 2, and then due to the surface deactivation brought about by the formation of Pt oxides and/or hydroxides: Peak II appears due to the oxidation of the adsorbed CO (the indirect path): or producing COand a bare Pt site, where formic acid is oxidized (the direct path) at the same time via reactions 1 and 2, and then due to the surface deactivation brought about by the formation of Pt oxides and/or hydroxides: