Nanotechnology and Nanomaterials for Energy. Pierre-Camille Lacaze
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characteristics of an electrolyzer for water splitti...Figure 5.3. Proton reduction on a gold electrode modified with MoS2 NPsFigure 5.4. Proton reduction on a MoS2 electrodeFigure 5.5. Electrochemical characteristics of the PCN@N-GR composite materialFigure 5.6. Different types of SACs (single atom catalysts). Diagrams a), b) and...Figure 5.7. Electrocatalytic properties of the platinized CoP NT networkFigure 5.8. Synthesis and electrocatalytic characteristics of A-Ni@DGFigure 5.9. Electrocatalytic properties of a graphdiyne electrode modified with ...Figure 5.10. Structures of C2N and the M@C2N compositeFigure 5.11. Electrocatalytic properties of different M@C2N cathode materials. a...Figure 5.12. AEM and LOM mechanisms of water oxidation. a) AEM mechanism. b) LOM...Figure 5.13. Electrocatalytic characteristics of Co and Mn-based electrode mater...Figure 5.14. Electrocatalytic characteristics of Co, Ni and Fe oxy(hydroxides) f...Figure 5.15. Electrocatalytic characteristics of MOFs with Ni and Co nodes. a) S...Figure 5.16. Presumed mechanisms of OH− oxidation on cobalt and nickel adsorbed ...Figure 5.17. Electrocatalytic properties of a nanostructured cobalt oxide filmFigure 5.18. Microparticles (μPs) used as IrO2 substrates. a) SEM images of anti...Figure 5.19. One- and two-step photocatalysis mechanismsFigure 5.20. Heterogeneous MP/CdS photocatalystsFigure 5.21. WO3/BiVO4/CoPi photoelectrocatalyst in neutral mediumFigure 5.22. Photocatalyst consisting of two SCs, BiVO4 and SrTiO3:Rh connected ...Figure 5.23. H2/O2 fuel cellsFigure 5.24. Crystallographic and electrochemical characteristics of Pt nanowire...Figure 5.25. Electrochemical characteristics of Fe-N4 catalysts and correspondin...
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