fig8
![Energy-efficient anodic reactions for sustainable hydrogen production via water electrolysis](https://image.oaes.cc/28d3d9ed-cc45-4385-be56-bc8a423770a6/cs3028.fig.8.jpg)
Figure 8. (A) Adsorption energy of hydrogen for Rh/N-CBs and Rh/CBs[88]; (B) Schematic diagram of N2H4* adsorption mode on Pt and Rh2S3 surfaces[89]; (C) Synthesis scheme of Au1Pt8 alloy[91]; (D) TEM images of Ni(OH)2 layers and Ni nanosheets (inset)[92]; (E) The charge density difference of P, W-Co3N NWA/NF. Top-view (top) and side-view (bottom), cyan/yellow demonstrate charge depletion/accumulation[93]; (F) The calculation of Ni NSA and Ni-C HNSA of HzOR processes[95]. HNSA: Hybrid nanosheets; HzOR: hydrazine oxidation reaction; N-CBs: nitrogen-doped carbon nanobowls; NF: NiFe2O4; NSA: nanoarrays; NWA: nanowire array; TEM: transmission electron microscopy.