细胞色素P 450的电化学研究从一个侧面反映了为使细胞色素P 450达到工业催化剂的最终目的人们所作的不懈努力。
Study in Electrochemistry of Cytochrome P450 is a Profile of the effort in order to use Cytochrome P450 as catalyst in industry.
伏安电荷、电化学孔隙率和分形维数的变化规律有效地反映了电极的电催化氧化活性和稳定性的变化。
Regularities of voltammetric charge, electrochemical porosity and fractal dimension of the electrodes reflected variations of electro-catalytic oxidation activity and stability effectively.
伏安电荷、电化学孔隙率和分形维数的变化规律有效地反映了电极的电催化氧化活性和稳定性的变化。
Regularities of voltammetric charge, electrochemical porosity and fractal dimension of the electrodes reflected variations of electro-catalytic oxidation activity and stability effectively.
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