“…17,18 The concept of tandem active sites, which has been successfully applied in several multistep electrocatalytic processes, offers a promising approach. [19][20][21][22] These active sites, each possessing distinct adsorption-desorption characteristics and electron transfer capabilities, can be sequentially arranged at the atomic level to enhance electrocatalytic performance. 20 Additionally, the assembly of small particles into different morphologies or pore structures can further facilitate electron and proton transfer.…”
Electrochemically synthesizing NH3 via N2 is a facile and sustainable approach that involves multistep electron and proton transfer processes. Thus, consecutive electron and proton transfer is necessary. Here, a universal...
“…17,18 The concept of tandem active sites, which has been successfully applied in several multistep electrocatalytic processes, offers a promising approach. [19][20][21][22] These active sites, each possessing distinct adsorption-desorption characteristics and electron transfer capabilities, can be sequentially arranged at the atomic level to enhance electrocatalytic performance. 20 Additionally, the assembly of small particles into different morphologies or pore structures can further facilitate electron and proton transfer.…”
Electrochemically synthesizing NH3 via N2 is a facile and sustainable approach that involves multistep electron and proton transfer processes. Thus, consecutive electron and proton transfer is necessary. Here, a universal...
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