Mathematic Stability Studies of the Steady-State in the Electrosynthesis of Oxidated Polipirrol with CoO(OH)
The electrochemical synthesis of overoxidated polypirrol with the cobalt oxy-hydroxide at constant voltage was mathematically represented. The process has been analyzed by means of steady-state stability theory and bifurcation analysis. The steady-state stability requirements and oscillatory and monotonic instability conditions have been obtained. The behavior of the system was compared with the behavior of analogous systems.
Keywords: polypirrol, Cobalt Oxy-hydroxide, steady-state stability, polymeric compounds, electrochemical oscillations.
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