Conductivity of electrolyte solutions: self-consistent Debye–Hückel–Onsager theory

Key Points

• The research aims to enhance the understanding of ionic conductivity in electrolyte solutions using a self-consistent theoretical model.
• Introduced a self-consistent Debye–Hückel–Onsager theory
• Utilized Slater-type form factors to model charge distribution
• Applied the model to various electrolyte solutions
• The proposed theory provides a more accurate depiction of ionic conductivity
• Demonstrated improved predictions compared to previous models
• Successfully modeled non-local charge distribution of ions