Solvent-exchange reactions, nonaqueous

Electrochemical reactions are heterogeneous chemical reactions in which electrons are exchanged between the electrode and the molecules or ions in the electrolyte. The electrode is metal or other electronic conductive material, while the electrolyte is purely ionic conductor which includes water and nonaqueous solvents and melt or solid electrolytes. In the course of an electrochemical reaction, the electron transfer occurs through the electrode/electrolyte interface. Electrons can be transferred through the interface in both directions. Particle in the electrolyte becomes either reduced when it accepts an electron from the electrode or oxidized when it gives... 

The following section contains information relative to the study of electrode reactions in some nonaqueous single solvents. The organization is alphabetical by solvent and within each table alphabetical by electrolyte. The information includes techniques used, temperature, supporting electrolyte, cathodic and anodic transfer coefficients, standard rate constants, diffusion coefficients and standard exchange current densities. 

The solvent index is arranged according to single solvents, nonaqueous-aqueous mixtures and nonaqueous-nonaqueous mixtm-es. Individual solvent systems are indexed accordii to solubilities, pKsp, emf, potentiometric titrations, vapor pressure, cryoscopy, heats of solution, polarography, ligand exchange rates, electrode reactions, electrical double layer, spectroscopy, and organic electrolyte batteries. 

---