Gonella, Grazia; Backus, Ellen H. G.; Nagata, Yuki; Bonthuis, Douwe J.; Loche, Philip; Schlaich, Alexander; Netz, Roland R.; Kühnle, Angelika; McCrum, Ian T.; Koper, Marc T. M.; Wolf, Martin; Winter, Bernd; Meijer, Gerard; Campen, R. Kramer; Bonn, Mischa: Water at charged interfaces. In: Nature Reviews Chemistry. Jg.5 H. July. 2021, S. 466-485
Inhalt
- Fig. 1 Classical mean-field description of the electrical double layer.
- Origin and nature of the surface charge
- Fig. 2 Timeline.
- The surface potential: definition and its experimental determination
- Experimental determination of surface potential
- The role of ions
- Water structuring and orientation
- Fig. 3 Possible sources of surface charge.
- Modern electrical double layer theories
- Fig. 4 Water at charged biomembranes.
- Fig. 5 Water at a charged electrode interface.
- Interfacial reactivity
- Fig. 6 Layering of water at biomembranes and mineral surfaces.
- Fig. 7 Molecular dynamics simulations of water at charged interfaces.
- Outlook
- Acknowledgements