Pierre-Camille Lacaze - Nanotechnology and Nanomaterials for Energy

5 Chapter 5Figure 5.1. Simplified diagrams of electrolyzers Figure 5.2. Electrochemical characteristics of an electrolyzer for water splitti...Figure 5.3. Proton reduction on a gold electrode modified with MoS2 NPs Figure 5.4. Proton reduction on a MoS2 electrode Figure 5.5. Electrochemical characteristics of the PCN@N-GR composite material Figure 5.6. Different types of SACs (single atom catalysts). Diagrams a), b) and...Figure 5.7. Electrocatalytic properties of the platinized CoP NT network Figure 5.8. Synthesis and electrocatalytic characteristics of A-Ni@DG Figure 5.9. Electrocatalytic properties of a graphdiyne electrode modified with ...Figure 5.10. Structures of C2N and the M@C2N composite Figure 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 film Figure 5.18. Microparticles (μPs) used as IrO2 substrates. a) SEM images of anti...Figure 5.19. One- and two-step photocatalysis mechanisms Figure 5.20. Heterogeneous MP/CdS photocatalysts Figure 5.21. WO3/BiVO4/CoPi photoelectrocatalyst in neutral medium Figure 5.22. Photocatalyst consisting of two SCs, BiVO4 and SrTiO3:Rh connected ...Figure 5.23. H2/O2 fuel cells Figure 5.24. Crystallographic and electrochemical characteristics of Pt nanowire...Figure 5.25. Electrochemical characteristics of Fe-N4 catalysts and correspondin...

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Series EditorPierre-Noël Favennec

Pierre Camille Lacaze

Jean-Christophe Lacroix

First published 2021 in Great Britain and the United States by ISTE Ltd and John Wiley & Sons, Inc.

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