This research aims to assess the electrochemical properties of conductive organic radical salts for use in ion-batteries.
Investigated various radical salts with different counter-anions (PF6-, ClO4-, etc.)
Evaluated redox properties and ionic conductivity through electrochemical testing
Analyzed performance as positive electrode materials in ion-battery configurations.
Conductive radical salts exhibited high ionic conductivity values.
Enhanced electrochemical performance was observed compared to traditional materials.
Specific performance metrics (exact values not provided) indicate promising potential for energy storage applications.
Abstract
We report here our investigations to evaluate the potential use of conductive 2:1 (TMTTF) 2 X radical salts (TMTTF = Tetramethyltetrathiafulvalene, X = PF 6 -, ClO 4 -, BF...