Graphite Furnace Atomic Absorption (GFAA) is an established analytical laboratory technique used to examine materials in their vapor state by atomising the sample in a graphite furnace. This method is used mostly in materials science and environmental analysis to examine alloys, polymers, ceramics, composites, and wastewater.
This concise handbook features numerous practical applications, operation tips, and equipment reviews and contains enough practical detail for seasoned professionals seeking to get more out of their atomic absorption techniques, while including basic principles and histories to interest the novice scientist or student.
Fills the need for a practical, simple explanation of graphite furnace atomic absorption.
Provides troubleshooting tips and instrument adjustment advice.
Covers new techniques such as multi-element atomic absorption and flurry sampling.
Acts as a consumer guide by comparing GFAA equipment.
Includes several appendices featuring historical background, literature surveys, and a glossary of GFAAS terms.
CONTENIDO: Introduction; Theory and Analytical Methodology; GFAAS Analytical Signal; Quantitative GFAAS: Calibration; Instrumentation; Interference-Free Analysis; Sample Preparation and Introduction; Practical Hints on the Development of GFAAS Methods; Commercial GFAAS Instrumentation: Types, Costs, and Training.
DE INTERES PARA: Analytical Chemists in the Ceramics, Glass, Polymer, Metallurgy and Environmental Industries; Postgraduate Chemistry Students.
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