influences from solvents on charge storage in titanium carbide mxenes - electrical energy storage systems
The pseudo-capacitor energy storage in the super capacitor electrode is significantly different from the electric double capacitor
The layer mechanism of porous carbon materials, which needs to change the traditional thinking when choosing the appropriate electrolytic mass.
Here we show how the solvent that simply changes the electrolyte system has a significant effect on the double-
Size carbide Ti3C2 (
Representative member of the MXene family).
Measurement of the storage charge of Ti3C2 in lithium
Electrolyte-containing-, carbonate-and sulfoxide-
The base solvent shows that the use of carbonated solvents doubles the charge stored in Ti3C2 compared to other solvent systems.
We found that the chemical properties of electrolyte solvents have a profound effect on the arrangement of molecules/ions in Ti3C2, which is directly related to the total charge stored.
Lithium ion in Ti3C2 that is almost completely desoluble
Based on electrolyte resulting in high volume capacitance at high charge and discharge rates, this indicates the importance of considering all aspects of the electro-chemical system during development.
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