The development of analytical methods for the determination of Selenium
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Chapter 1 of this thesis describes the biological distribution and biochemical significance of selenium. \nA review of the main methods used for the analysis of selenium in biological materials is given in Chapter 2. \n \nIn Chapter 3, the use of a gold fibre electrode in an \nelectrochemical flow cell is described for the anodic stripping voltammetry of selenium. The manufacture of the flow electrodes and the subsequent optimisation of the analytical procedure are described. Chapter 4 is concerned with the cathodic stripping voltammetry of Se(IV) at mercury-coated carbon fibre electrodes. The optimisation of the mercury film formation conditions and the stripping voltammetric methodology at such electrodes are described. \n \nThe use of a flow injection hydride generation method of analysis and its involvement in an inter laboratory study are described in Chapter 5. The development of the system from an initial batch system is outlined. \n \nA critical
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Chapter 1 of this thesis describes the biological distribution and biochemical significance of selenium. \nA review of the main methods used for the analysis of selenium in biological materials is given in Chapter 2. \n \nIn Chapter 3, the use of a gold fibre electrode in an \nelectrochemical flow cell is described for the anodic stripping voltammetry of selenium. The manufacture of the flow electrodes and the subsequent optimisation of the analytical procedure are described. Chapter 4 is concerned with the cathodic stripping voltammetry of Se(IV) at mercury-coated carbon fibre electrodes. The optimisation of the mercury film formation conditions and the stripping voltammetric methodology at such electrodes are described. \n \nThe use of a flow injection hydride generation method of analysis and its involvement in an inter laboratory study are described in Chapter 5. The development of the system from an initial batch system is outlined. \n \nA critical
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