fig3

From: Ionogels: materials design, properties, and emerging applications in advanced electrochemical and bioelectronic systems

Figure 3. Relationship between ionic conductivity and mole fraction of ILs. (A) Trends in ionic conductivity as a function of the [EMIM][BF₄] concentration at 298 K. Nernst-Einstein conductivity (IC_NE) and Einstein conductivity (IC_EN) compared with experimental values (IC_exp). Vertical lines indicate mole fractions with peak conductivity values; (B) Contribution to ionic conductivity from self-correlation of cations (blue) and anions (orange); and cross-correlation between cation-cation (purple), anion-anion (red), and cation-anion (green). (A and B) are adapted from ref.^[92], under the CC BY 4.0 license; two source figures were cropped and arranged side-by-side without alteration to the depicted data. IL: ionic liquid; [EMIM]: 1-Ethyl-3-methylimidazolium; [BF₄]: tetrafluoroborate.