Highest conductivity value obtained by Na2ZnSiO4-Py14TFSI hybrid solid electrolyte is 5.0 × 10 S cm at 498 K. The activation energy values calculated for Pristine Na2ZnSiO4 and Na2ZnSiO4-Py14TFSI hybrid solid electrolyte are ΔE(A)NZS=0.33±0.02 eV and ΔE(A)HSE=0.12±0.03 eV ...
0.67[pyr14][TFSI] + 0.33Li[TFSI] [pyr13][FSI] 0.85[pyr13][FSI] + 0.15Li[FSI] 0.67[pyr13][FSI] + 0.33Li[FSI] [EMIM][BF 4 ] 0.85[EMIM][BF 4 ] + 0.15Li[BF 4 ] 0.67[EMIM][BF 4 ] + 0.33Li[BF 4 ] Small anion separation around Li + Li + -Li + distributions = ...
0.67[pyr14][TFSI] + 0.33Li[TFSI] [pyr13][FSI] 0.85[pyr13][FSI] + 0.15Li[FSI] 0.67[pyr13][FSI] + 0.33Li[FSI] [EMIM][BF 4 ] 0.85[EMIM][BF 4 ] + 0.15Li[BF 4 ] 0.67[EMIM][BF 4 ] + 0.33Li[BF 4 ] Small anion separation around Li + Li + -Li + distributions = ...
The factor, which makes the static dielectric permittivity of Pyr 12O1 TFSI to be higher than that of Pyr 14 TFSI may be accounted for the permanent dipole of Pyr 12O1 + cation.doi:10.1016/j.electacta.2018.04.104Jablonskas, Dziugas