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Pyrolysis Mass Spectrometry of Recent and Fossil Biomaterials: Compendium and Atlas (Techniques and instrumentation in analytical )
Pyrolysis Mass Spectrometry of Recent and Fossil Biomaterials: Compendium and Atlas (Techniques and instrumentation in analytical )
Date: 15 April 2011, 15:55
From preface:
I n recent years pyrolysis mass spectrometry (Py-MS) has played an increasingly This tendency f i r s t became evident during the I I I r d important role in analytical pyrolysis, which i s t r a d i t i o n a l l y dominated by pyrolysis
gas chromatographic methods.International Symposium on Analytical Pyrolysis held in July 1976 in Amsterdam, and
has continued t o manifest i t s e l f during the 1978 conferences in Budapest (IVth International Symposium on Applied and Analytical Pyrolysis) and Plymouth, New Hampshire (Gordon Conference on Analytical Pyrolysis), and also a t international mass spectrometry conferences and in the recently established Journal of Analytical and
Applied Pyrolysis.
Whereas specially designed Py-MS systems using galvanically heated filament or d i r e c t probe pyrolysers have been quite successful in structural investigations and kinetic studies involving synthetic polymers and model compounds, Curie-point Py-MS systems have proved t o be uniquely advantageous in applications t h a t require maximum reproducibility in fingerprinting and also in applications t h a t require routine analysis o f hundreds or thousands of samples. This has made the Curie-point approach especially valuable f o r extremely complex samples, such as are encountered amon: materials of biological o r i g i n , ranging from biopolymers, c e l l s , microorganisms and tissues t o humic substances, sediments, peats, coals and shales.

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