… Ag-Bi/BiVO 4 composites with a surprising photocatalytic performance toward CO 2 conversion
… structure to improve the efficiency of CO 2 conversion under the irradiation of visible-light. …

… mass transport limitation of CO 2 to improve the CO 2 conversion rate. Chronopotentiometric
… Figure 3a shows the FE of the CO 2 conversion products at an Ag−Bi 2 O 3 GDE, which are …

… 2 mol % Ag on Bi-500, and the new Ag/Bi-500 catalyst … to Bi-500 at the applied potentials,
confirming the role of Ag in … , Ag is commonly believed to convert CO 2 to CO, and in AgBi…

… overemission of CO 2 , and numerous neoteric CO 2 conversion systems have been
implemented to realize the high-added value of CO 2 . Electrochemical reduction of CO 2 , which …

… Evaluation of catalytic performance for CO 2 RR to CO The theoretical equilibrium potential
of CO 2 conversion to CO is −0.1 V vs RHE. So, ΔG of each elementary reaction step is:(6) Δ …

… Bi nanosheets on sliver nanowires (S-Bi/Ag), showing the highest cathodic energy efficiency
of 74.6% for CO2-to… reconstruction after converting into ultrasmall Bi nanosheets (Fig. 2(e)). …

… Enhanced electrochemical conversion of CO 2 to CO at bimetallic Ag-Zn catalysts formed …
The previous theoretical studies of CO 2 conversion to CO using the *COOH binding energy as …

… Bi-ED, at −2.0 V (vs Ag/AgCl). This work elucidates the importance of the surface activation
for an efficient … CO 2 conversion on metal NPs and paves the way for understanding the CO 2 …

… a fluidic CO 2 -fed electrolyzer device. The subcarbonate catalyst readily forms in situ from
a CO 2 -absorbing Bi 2 O 3 precursor material during the CO 2 reduction reaction (CO 2 RR). …

… Ag-Bi (a-NPSB) catalyst with the spatially interconnected ligament during the initial stage of
CO 2 … of the conductive ligament internally and amorphous Bi 2 O 3 shell with about 3.2 nm …