Applications of Zeeman Graphite Furnace Atomic Absorption Spectrometry in the Chemical Laboratory and in Toxicology book cover

Applications of Zeeman Graphite Furnace Atomic Absorption Spectrometry in the Chemical Laboratory and in Toxicology

The book aims at presenting an exhaustive survey of the applications of Electrothermal Atomization Atomic Absorption Spectrometry (ETA-AAS) with Zeeman background correction in a variety of fields. The unique role played by the technique in solving important analytical problems encountered today is highlighted throughout the 29 chapters which make up this multiauthored work. The overall picture that emerges from this collection of contributions testifies to the maturity reached by this instrumental methodology and lays emphasis on its capabilities, still unrivalled for many elements in terms ofoutstanding detection power afforded and minimal amounts of sample required.After an introductory chapter reviewing the major milestones of ETA-AAS over the decades, with special regard to the history and theory of the Zeeman effect and its use in background correction, the contributions which follow are distributed into four main categories, dealing with the analysis respectively of environmental samples, natural waters, foodstuffs and specimens relevant to clinical and toxicological chemistry. The substantial impact of the technique, as deduced from the literature published so far, as well as its future prospects are outlined in the final paper.

Audience
For the advanced reader wishing to explore and exploit all the advantages inherent in Zeeman ETA-AAS but can also be used by beginners in the field. Also of interest to spectroscopists at large, practitioners in atomic absorption spectrometry and experimentalists in disciplines like environmental sciences, clinical chemistry, toxicology and nutrition.

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Published: December 1992

Imprint: Pergamon

ISBN: 978-0-08-041019-7

Contents

  • Section headings and papers: Part 1 - Water, Food, Environment. From L'Vov's graphite furnace to background correction by means of the Zeeman effect: general considerations, G. Rossi. Determination of trace elements in environmental matrices by Zeeman GFAAS and matrix modification, M. Bettinelli et al. Direct determination of trace elements in solid samples by GFAAS with Zeeman correction, P. Tittarelli & C. Biffi. Detection of impurities in ultrapure arsenic by GFAAS analysis with Zeeman correction, E. Sentimenti & G. Mazzetto. Characterization, identification, correction and removal of the aspecific absorption produced by the aluminium matrix in atomic absorption spectroscopy with graphite furnace, G. Zappa et al. Use of Zeeman-corrected GFAAS in the study of distribution and pattern of antimony circulation in various springs of latium and phlegrean fields, M. Brondi et al. Potential applications of GFAAS with Zeeman correction in direct analysis of metals in natural waters, M. Pettine et al. Study of barium distribution in waters for human consumption by Zeeman GFAAS, C. Minoia et al. Direct determination of trace elements in mineral waters by GFAAS using Zeeman correction, C. Minoia et al. Mercury, selenium and arsenic determination in seawater and marine organisms by Zeeman GFAAS, A. Bortoli et al. Analysis of trace elements in foodstuffs by GFAAS with Zeeman correction, B. Casetta & F. Aldrighetti. Selenium determination in foodstuffs using Zeeman GFAAS, S. Ciappellano et al. Direct analysis of essential elements (chromium, copper, iron, manganese, selenium) in human milk by Zeeman GFAAS, N. Salvato et al. Zeeman effect in the determination by GFAAS of toxic metals (cadmium and lead) in foodstuffs of animal origin, A. Stacchini et al. Part II - Biological Tissues and Fluids. Assessment of reference values for 22 trace elements biological fluids by GFAAS with Zeeman correction, E. Sabbioni et al. Zeeman GFAAS determination of lead and cadmium in blood, M. Patriarca & G. Morisi. Determination of manganese in biological fluids by Zeeman GFAAS, P. Apostoli et al. Aluminium determination in serum by GFAAS with Zeeman correction and matrix modification: comparison of two analytical procedures, M. Bettinelli et al. Determination of lead and cadmium in urine using Zeeman GFAAS, G. Sesana & A. Baj. Zeeman GFAAS determination of cobalt in urine: a critical study of the method, C. Minoia et al. Determination by beryllium in urine by Zeeman GFAAS, P. Apostoli et al. Direct determination of thallium in urine by Zeeman GFAAS, C. Minoia et al. Direct determination of silver in urine by GFAAS with Zeeman correction, C. Minoia et al. Use of Zeeman GFAAS in the analysis of trace elements in dialysis fluids, C. Minoia et al. Determination of selenium in biological matrices by Zeeman GFAAS, S. Ciappellano et al. Determination of mercury and selenium in biological specimens by Zeeman GFAAS, A. Bortoli et al. Determination of trace elements in bone by GFAAS with Zeeman correction, C. Minoia et al. Atomic absorption spectrometry: a look into the future, S. Caroli.

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