Item description for Mass Spectrometry: A Textbook by Jürgen H. Gross...
This book is tailored for students and professionals as well as novices from other fields to mass spectrometry. It will guide them from the basics to the successful application of mass spectrometry in their daily research. Starting from the very principles of gas-phase ion chemistry and isotopic properties, it leads through the design of mass analyzers and ionization methods in use to mass spectral interpretation and coupling techniques. Step by step the readers will learn how mass spectrometry works and what it can do as a powerful tool in their hands. The book comprises a balanced mixture of practice-oriented information and theoretical background. The clear layout, a wealth of high-quality figures and a database of exercises and solutions,accessible via the publisher's web site, supportteaching and learning.
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Est. Packaging Dimensions: Length: 9.4" Width: 6.1" Height: 1.3" Weight: 1.95 lbs.
Release Date Jun 1, 2006
ISBN 3540407391 ISBN13 9783540407393
Reviews - What do customers think about Mass Spectrometry: A Textbook?
Mass Spectrometry: A Textbook May 18, 2007
Esse livro é excelente! Ele nos dá uma ótima noção dos termos utilizados em espectrometria de massas. Seu capítulo que aborda os isótopos exclarece de maneira objetiva a interpretação da distribuição isotópica em um espectro de massa. Esse obra traz a evolução dessa técnica abordando os diferentes métodos de ionização, as características dos diferentes tipos de analisadores como os de setores magnéticos, quadrupolos, armadilha de íons, tempo de vôo e até mesmo os de ressonância cinclotrônica. Descreve o funcionamento dos detectores e mostra também os diferentes espectros obtidos na análise dos diferentes compostos orgânicos. Eu recomendo!
Made to measure Jul 8, 2006
In the preface the reader is warned. If you know nothing about MS, you'll need to read it cover to cover, skipping the details of no interest to you. If you know some MS, just go to the chapter(s) that are interesting to you.
Used that way, it is an excellent book. Having some experience in GC, this book was to me a first choice because most books on GC-MS are pretty outdated.
Overly verbose - a beginner in the field may be overawed May 24, 2006
Although many books dealing with organic mass spectrometry (the present oeuvre is restricted to this field in a broad sense) have appeared over the years, since Beynons 1960 classic publication no single author has attempted to compile such a comprehensive treatise. The book comprises twelve chapters including basic principles (quasi-equilibrium theory, energy considerations--for example bond strengths, ionization energies, gas-phase basicities, etc., gas-phase ion chemistry, isotopes), instrumentation (ion separation in time-of-flight, sector-field, quadrupole, ion-trap, and ICR instruments), specifically electron ionization and in detail subsequent fragmentation of organic ions (specific processes, for example -cleavage or McLafferty rearrangement, are grouped together), alternative ionization techniques (chemical ionization, field ionization and desorption, fast atom bombardment and related techniques, MALDI, electrospray), and, in the closing chapter, so-called hyphenated methods (combinations of mass spectrometry with chromatographic methods and tandem mass spectrometry). Each chapter ends with an ample reference list comprising books and review articles and original publications. An appendix contains lists of elements and their isotopic composition, isotope patterns, characteristic fragments observed in electron-ionization spectra, and frequently encountered impurities.
Each chapter offers a detailed discussion with many illustrations facilitating understanding. Reference is always given to the original literature (as recent as 2003, as checks showed). The text is, however, occasionally somewhat verbose. In general the treatment of the various topics is of a thoroughness that it can be used also by advanced users of mass spectrometry for reference and deeper understanding. There are only few exceptions: thus the discussion of chemical ionization is essentially restricted to proton transfer, charge exchange, and electron capture whereas other reagent gases are just mentioned en passant.
Although many practical hints are interspersed in the text, a beginner in the field may be overawed by the wealth of information and ask, What should I do now? For example, in the over-detailed discussion of isotopes and accurate mass measurements there is no indication how to approach the list of elemental compositions obtained in daily practice (e.g. the nitrogen rule is discussed only many chapters later without any reference here).