1 Results Electropolymerized azines are considered an important group of mediators for NAD+/ NADH-based biocatalytic applications[1].Characterizing these electroactive polymers in situ on electrode surface is vital to...1 Results Electropolymerized azines are considered an important group of mediators for NAD+/ NADH-based biocatalytic applications[1].Characterizing these electroactive polymers in situ on electrode surface is vital to understand their behavior and properties.We recently studied the polymer deposition on electrodes using imaging ellipsometry (IE) as an in situ technique[2].The observation of surface morphology development can be conducted in cyclic voltammetric cycles in a nanometer scale.We then combine...展开更多
文摘1 Results Electropolymerized azines are considered an important group of mediators for NAD+/ NADH-based biocatalytic applications[1].Characterizing these electroactive polymers in situ on electrode surface is vital to understand their behavior and properties.We recently studied the polymer deposition on electrodes using imaging ellipsometry (IE) as an in situ technique[2].The observation of surface morphology development can be conducted in cyclic voltammetric cycles in a nanometer scale.We then combine...
