This method applied into REDOX computation program to call the standard electrode potential databases resolves the problem in configuring data source appropriately.
将此方法应用于氧化还原计算程序中对标准电极电势库的调用，妥善地解决了数据源配置问题。
The experiment results indicated that there is a not very compact Lysine monolayer on the surface of glassy carbon electrode, which has an electrostatic repulsion to the negative REDOX probe.
实验结果表明，赖氨酸分子在电极表面组装形成的单层膜不很致密，对于呈负电性的活性探针离子具有静电排斥作用。
Redox protein–electrode systems are evolving for several applications, including energy, biomedical and environmental purposes.
氧化还原蛋白-电极系统可以应用在包括能源、生物医学以及环境等多种领域。
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