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Antimony, arsenic, bismuth, germanium, lead, selenium, tellurium
and tin just some of the elements which, in trace amounts, have
biological, environmental and technological importance. Hydride
Generation Atomic Absorption Spectrometry describes one of the most
accurate analytical techniques for trace analysis of these
elements, sensitive to picogram levels. Over the last decade,
significant instrumental and methodological progress has led to
HG-AAS being widely applied to an extensive range of sample types.
In this first comprehensive monograph on HG-AAS, the authors treat
both theoretical and experimental aspects of the subject in a
critical and in-depth manner. Hydride Generation Atomic Absorption
Spectrometry is divided into two parts, with the theoretical
background and experimental approach covered in Part I. Part II
discusses the methodology and analytical applications to a wide
range of fields, arranged in an easy to use element-by-element
format. Over 1500 references provide an exhaustive coverage of the
vast literature on HG-AAS, making Hydride Generation Atomic
Absorption Spectrometry the premier reference source on this
important technique. Hydride Generation Atomic Absorption
Spectrometry will be an invaluable reference work for all analysts
using hydride generation for AAS or for other spectrometric
methods. It will also be of great interest to researchers and
students working in atomic spectrometry and trace analysis.
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