Voltammetry involves the application of a potential that varies with time and the measurement of a current that flows between a working and a reference electrode. Voltammetry can therefore be defined as the exploration of the three-dimensional space that relates to potential, current, and time.1 However, under suitable circumstances, simplified conditions can lead to a unique relation, not involving time, between current and potential; such situation provides the so-called steady-state voltammetry.2

Chapter 15- From Macroelectrodes to Microelectrodes: Theory and Properties

DANIELE, Salvatore;BRAGATO, Carlo
2014-01-01

Abstract

Voltammetry involves the application of a potential that varies with time and the measurement of a current that flows between a working and a reference electrode. Voltammetry can therefore be defined as the exploration of the three-dimensional space that relates to potential, current, and time.1 However, under suitable circumstances, simplified conditions can lead to a unique relation, not involving time, between current and potential; such situation provides the so-called steady-state voltammetry.2
2014
Environmental Analysis by Electrochemical Sensors and Biosensors
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10278/3635896
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