To be honest, the concept (or definition) about that "no diffusion control is the capacitive behaviour" is not right, because as far as we know, even for the pure EDLCs, the capacitance still diffusion controlled, especially for the sub-nanometer electrodes.
![[Perspective] Si anode and SEI reactivity for Si-containing battery](http://i.ytimg.com/vi/lKV5x38R5PE/mqdefault.jpg)
![[Perspective] Si anode and SEI reactivity for Si-containing battery](/img/tr.png)
![[Research Paper]Influence of Finite Diffusion on Cation Insertion-Coupled Electron Transfer Kinetics](http://i.ytimg.com/vi/C31BD36PyKc/mqdefault.jpg)
It is always helpful to specify the nature of the working electrode when examining the solvent's potential window.
impressive work, thanks for sharing this
Good work. Kindly do include how morphology changes of MXenes effect energy storage applications.
To be honest, the concept (or definition) about that "no diffusion control is the capacitive behaviour" is not right, because as far as we know, even for the pure EDLCs, the capacitance still diffusion controlled, especially for the sub-nanometer electrodes.