In the context of catalysis, ionic conductivity is important for several reasons:
Reaction Kinetics: Efficient ionic mobility can enhance reaction rates by facilitating the rapid transport of reactants and products. Electrocatalysis: In processes like electrolysis and fuel cells, ionic conductivity is critical for the transfer of ions through the electrolyte, affecting overall cell performance. Stability: Materials with high ionic conductivity often exhibit greater thermal and chemical stability, which is beneficial for long-term catalytic applications.
