Analytical Voltammetry

1. Theory of Analytical Voltammetry (J.F. Cassidy).
Introduction to analytical voltammetry. Classical techniques.
Modern techniques. Electroanalysis in flowing streams.
Microelectrodes, microelectrode arrays and hydrodynamically
modulated rotating disc electrochemistry. Mathematical,
coulostatic and reflectance methods applied to voltammetry.
Conclusions. 2. Instrumentation (J.N. Barisci, P.J. Riley,
G.G. Wallace). Introduction. The electrochemical cell. The
working electrode. The reference electrode. The auxiliary
electrode. Electronics. 3. Analytical Voltammetry of Biological
Molecules (J.M. Séquaris). In vivo voltammetry in
neurochemistry. Electrochemical immunoassay. Voltammetric
analysis of biological macromolecules: proteins and nucleic
acids. 4. Analytical Voltammetry in Pharmacy (P.M. Bersier, J. Bercier). Introduction. Polarographic and voltammetric techniques applied
to drug analysis. Practical applications of polarography,
voltammetry and hybrid techniques in drug analysis. 5. Analytical
Voltammetry in Environmental Science. I. Inorganic Species
(J.M. Fernandez, P.J. Hayes, M.R. Smyth). Introduction. General
aspects of trace analysis. Polarography and voltammetric methods.
Trace metals. Application of polarographic and voltammetric
methods to trace metal analysis. 6. Analytical Voltammetry in
Environmental Science. II. Organic and Organometallic Species
(P.M. Bersier, J. Bersier). Introduction. Use of advanced
polarographic, voltammetric and hybrid techniques for the
determination of organometallic and organic pollutants.
Polarographic and voltammetric determination of organometallic
and organic pollutants in air. Polarographic and voltammetric
determination of organometallic and organic pollutants in aqueous
environment. Determination of organic pollutants in soils.
Determination of organometallic and organic pollutants in foodstuffs- and
biological matrices. 7. Theory and Analytical Applications of
Modified Electrodes (R.J. Forster, J.G. Vos). Introduction.
Preparation of modified electrode surfaces. Characterisation of
modified electrodes. Theoretical aspects of mediation processes
at modified electrodes. Analytical applications of modified
electrodes. Conclusion. 8. Amperometric Biosensors (J.
Rodriguez Flores, E. Lorenzo). Introduction. Principles of
biosensors. Fundamentals of amperometric biosensors.
Classification. Applications. Subject Index.