循环伏安法积分:如何和为什么
循环伏安法是一种从电化学反应中获得定性动力学数据的有用技术。CV数据中会出现不同的峰:每个峰对应于特定的电化学过程,并且峰高与分析物的浓度相关。
The Applications and Technical Notes below cover, broadly, "electrochemistry" from what a potentiostat is to advanced physical electrochemistry techniques. Click on a link below to download the PDF version of the Application or Technical Note.
循环伏安法是一种从电化学反应中获得定性动力学数据的有用技术。CV数据中会出现不同的峰:每个峰对应于特定的电化学过程,并且峰高与分析物的浓度相关。
循环伏安法(CV)无疑是流行的电化学技术。CV因其实验快速,能够推断反应机理,所需仪器价格相对低廉,而获得应有的良好口碑。
本应用报告是Gamry光电化学系列报告中的第二部分。 部分主要介绍光谱方面的重要术语和参数等基本概念。描述光电化学实验装置,介绍Gamry光谱设备。
This application note is part 1 of a series of notes introducing Gamry’s spectroelectrochemistry system. Spectroscopy has a wide field of application, especially in analytical chemistry. Various types of materials can be investigated andified by studying interactions with electromagnetic radiation.
This application note is part 2 and deals with electrochemical impedance spectroscopy (EIS) measurements on dye solar cells.
This application note is part of a series concerning dye solar cells. This series discusses basic principles of dye solar cells, their setup, and underlying electrochemical mechanisms.