Inductively Coupled Plasmas in Analytical AtomicSpectrometry 2e
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More About This Title Inductively Coupled Plasmas in Analytical AtomicSpectrometry 2e
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The broadest source of information on analytical ICP spectrometry available in a coherent, single volume.
Renowned contributors define theory, diagnostics, models, instrumentation and applications. They also discuss atomic emission, atomic fluorescence and mass spectrometries based on ICP sources for atomization, excitation and ionization.
'This book is HIGHLY RECOMMENDED.'
Analytical Chemistry
'... a handy reference for anyone attempting to understand the theory of ICPs and how they work. The detailed discussions of the various types of instrumentation and methods will be quite helpful to students and researchers in the field who want to broaden their understanding of analytical atomic spectroscopy.'
Applied Spectroscopy
'...Everyone involved in elemental analysis using ICP should have this book. It is useful for both experienced and novice ICP spectroscopists.' Spectroscopy
Renowned contributors define theory, diagnostics, models, instrumentation and applications. They also discuss atomic emission, atomic fluorescence and mass spectrometries based on ICP sources for atomization, excitation and ionization.
'This book is HIGHLY RECOMMENDED.'
Analytical Chemistry
'... a handy reference for anyone attempting to understand the theory of ICPs and how they work. The detailed discussions of the various types of instrumentation and methods will be quite helpful to students and researchers in the field who want to broaden their understanding of analytical atomic spectroscopy.'
Applied Spectroscopy
'...Everyone involved in elemental analysis using ICP should have this book. It is useful for both experienced and novice ICP spectroscopists.' Spectroscopy
English
Akbar Montaser, PhD, is a professor in the Department of Chemistry at George Washington University.
English
From the Contents:
Unit I: Atomic Emission Spectrometry with the Inductively Coupled Plasma: Basic Concepts in Atomic Spectroscopy *
Instrumentation for Optical Emission Spectrometry *
Common RF Generators, Torches, and Sample Introduction Systems *
Analytical Performance of Inductively Coupled Plasma -
Atomic Emission Spectrometry *
Spectral Interferences and Line Selection in Plasma Emission Spectrometry *
High-Resolution Plasma Spectrometry *
Fundamental Properties of Inductively Coupled Plasmas *
Spectroscopic Reference Data *
Analytical Applications of Inductively Coupled Plasma Atomic Spectrometry
Unit II: Complementary ICP Techniques: Analytical Applications of Inductively Coupled Plasma as an Atomization Cell for Atomic Fluorescence Spectrometry *
Inductively Coupled Plasma -
Mass Spectrometry *
Fundamental Aspects of Inductively Coupled Plasma Mass Spectrometry *
Analytical Applications of Inductively Coupled Plasma-Mass Spectrometry
Unit III: Focus on Sample Introduction, Plasma Generation, and Mathematical Modelling: Liquid Sample Introduction into Plasmas *
Introduction of Solids into Plasmas *
Injection of Gaseous Samples into Plasmas *
Low-Gas-Flow Torches for ICP Spectrometry *
Inductively Coupled Plasmas in Gases Other Than Argon *
Mathematical Modelling of the Inductively Coupled Plasmas
Unit I: Atomic Emission Spectrometry with the Inductively Coupled Plasma: Basic Concepts in Atomic Spectroscopy *
Instrumentation for Optical Emission Spectrometry *
Common RF Generators, Torches, and Sample Introduction Systems *
Analytical Performance of Inductively Coupled Plasma -
Atomic Emission Spectrometry *
Spectral Interferences and Line Selection in Plasma Emission Spectrometry *
High-Resolution Plasma Spectrometry *
Fundamental Properties of Inductively Coupled Plasmas *
Spectroscopic Reference Data *
Analytical Applications of Inductively Coupled Plasma Atomic Spectrometry
Unit II: Complementary ICP Techniques: Analytical Applications of Inductively Coupled Plasma as an Atomization Cell for Atomic Fluorescence Spectrometry *
Inductively Coupled Plasma -
Mass Spectrometry *
Fundamental Aspects of Inductively Coupled Plasma Mass Spectrometry *
Analytical Applications of Inductively Coupled Plasma-Mass Spectrometry
Unit III: Focus on Sample Introduction, Plasma Generation, and Mathematical Modelling: Liquid Sample Introduction into Plasmas *
Introduction of Solids into Plasmas *
Injection of Gaseous Samples into Plasmas *
Low-Gas-Flow Torches for ICP Spectrometry *
Inductively Coupled Plasmas in Gases Other Than Argon *
Mathematical Modelling of the Inductively Coupled Plasmas
