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Full Description
Introduction to Analytical Voltammetry: From the Fundamentals to the State-of-the-Art offers an in-depth exploration of voltametric techniques in analytical chemistry, making it an essential resource for students and researchers alike. Starting with the basics of equilibrium electrochemistry, the Nernst Equation, and electrode kinetics, the book guides readers through foundational concepts and the interpretation of cyclic voltammetry data. It then expands into practical electroanalytical methodologies, detailing a range of voltametric and amperometry techniques, and providing thorough coverage of electrochemical sensors for various applications across scientific disciplines.
Beyond foundational topics, the book highlights cutting-edge developments in electroanalytical voltammetry, including 2D material electrochemistry, forensic applications, Sono electroanalysis, wearable technology, and gas sensing. Chapters address environmental science, biosensors, circular economy, and additive manufacturing, with a timely focus on AI and machine learning's emerging role in the field. Written for advanced undergraduate and graduate students, as well as professionals in chemistry, physics, materials science, and related areas, this text bridges fundamental theory and state-of-the-art innovation.
Contents
1. Introduction to electrochemistry
2. Cyclic voltammetry and how to interpret
3. Introduction to analytical voltammetry
4. Electroanalytical biosensors
5. Clinical and pharmaceutical electroanalytical chemistry
6. Wearable sensors using analytical voltammetry
7. Analytical voltammetry used in environmental science
8. Electroanalysis for gas sensors
9. Forensic electrochemistry
10. Food analytical voltammetry
11. Analytical voltammetry of solids
12. Additive manufacturing electroanalytical chemistry
13. Circular economy and sustainability
14. Sonoelectrochemistry and sonoelectroanalysis applied within analytical voltammetry
15. Nanomaterial analytical voltammetry
16. Artificial Intelligence and machine learning used in analytical voltammetry



