The features of formation common model of cathode and anodic processes with solid phase products is considered. The base of this model is intercalation process of electrolyte components in ionic lattice of alloy. It was showed, that minimum difference between energy of highest occupied level of molecule or ion and ionization potential of metal may be a criterion of additivity choice
электрохимический экспресс-анализ, интеркаляция, хронопотенциометрия, анодные процессы, численные модели, electrochemical express-analysis, intercalation, chronopotentiometry, anodic processes, numerical models
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