ABSTRACT
Generally, electrochemical techniques involve the application of potential (current) to an electrode and the measurement of the resulting current (potential) through an electrochemical cell for a period of time. šus, electrochemical techniques can be described as a function of potential, current, and time. še analytical advantages of various electrochemical techniques include excellent sensitivity, a large number of useful solvents and electrolytes, a wide range of temperatures, rapid analysis time, simultaneous determination of several analytes, the ability to determine kinetic and mechanistic parameters, a well-developed theoretical framework, and hence the ability to reasonably estimate the values of unknown parameters.
