Course Contents

1-Potentiometric methods of analysis: Introduction:Electrode potential, Redox potential, Nernst Equation with examples, liquid Junction potentials, electrodes, types of electrodes (three types), potentiometric measurement, application of potentiometric methods, disadvantages. 2-Conductometirc methods of analysis: Introduction, theory, instrumentation, applications, advantages and disadvantages. 3-Voltammetry : Introduction to voltammetry, Potentials in voltammetry, Voltammetry instrumentation, Voltammograms, Applications of Voltammetry, Analytical Advantages of Voltammetry. 4-Polarography: Introduction to the polarography, Principles of polarography, Electrodes used in polarography, Instrument, working of the instrument, brief description of polarographic measurements, current voltage relationship, polarograms. Applications of polarography.

Course Synopsis

This course introduces students with basic understanding of the fundamentals of electroanalytical techniques and their applications in analytical chemistry. It covers the basics of electrochemical cells, types of electrodes, potentiometric methods (direct and indirect), and electrolytic techniques (e.g. voltammetry, polarography). This course focuse on applications and utilization of the correct technique for solving specific analysis problems.

Course Learning Outcomes

Students will learn electroanalytical methods and their applications. They will be able to apply knowledge of electroanalytical methods to understand the methodology for the selection of suitable measurement techniques and methods to solve complex analytical tasks /issues using simple devices.