Inductively Coupled Plasma Emission Spectroscopy, Applications and Fundamentals

This, the second part of a two-volume treatise, Inductively Coupled Plasma Emission Spectroscopy, addresses methodology, instrumentation and performance. Part 2 deals with applications and fundamentals. In recent years the scarcity of adequate and modern books in emission spectroscopy has indicated a need for a comprehensive treatment. This book treats the basic principles of emission spectroscopy in a tutorial, systematic and consistent way.

Applications: Metals and Industrial Materials (K. Ohls and D. Sommer). Applications: Geological (J. Burman). Applications: Environmental (J. McLaren). Applications: Agriculture and Food (B. Sharp). Applications: Biological Clinical (F. Maessen). Applications: Organics (A. Boorn and R. Browner). Direct Elemental Analysis of Solids by Inductively Coupled Plasma Emission Spectrometry (J. Van Loon et al.). Fundamental Aspects of Aerosol Generation and Transport (R. Browner). Plasma Modeling and Computer Simulation (M. Bouros & R. Barnes). Spectroscopic Diagnostics: Basic Concepts (J. Mermet). Excitation Mechanisms and Discharge Characteristics: Recent Developments (M. Blades). Status and Trends of Development of Atomic Spectrometric Methods for Elemental Trace Determinations (J. Broekaert & G. Tolg). Index.

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