Interpretation of mass spectra
Material type: TextSeries: Organic chemistry seriesPublication details: Mill Valley, Calif : University Science Books, 1980Edition: 3rd EditionDescription: xvii, 303 pages, IllustrationsISBN: 9780935702040; 0935702040Subject(s): Mass spectrometry | Spectrométrie de masseDDC classification: 543.0873 Summary: Extensively revised and updated, this new edition, as in previous editions, emphasizes the point that the most important part of learning how to interpret unknown mass spectra is to practice interpreting mass spectra. The book aims at correlating ion dissociation mecanisms on a much broader scale, with the emphasis on basic attributes such as ionization energies, proton affinities and bond dissociation energies. The authors also tried to show how these mechanisms are applicable to the unimolecular dissociations of ions formed by any ionization method, including the new methods for obtaining mass spectra of large moleculesItem type | Current library | Collection | Call number | Status | Date due | Barcode | Item holds |
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Lending Books | Main Library Stacks | REF | 543.0873 MAC (Browse shelf(Opens below)) | Available | 013446 |
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543.0858 OPE The Open University of Sri Lanka : Course of Study Leading to the Degree of Bachelor of Science : Special topics in spectroscopy : level 5 - PSU 3141 | 543.0858 SPE Spectroscopy | 543.0858 SPE Spectroscopy | 543.0873 MAC Interpretation of mass spectra | 545 CHR Analytical chemistry | 545 DEL Principles of quantitative chemical analysis | 546 BOX Essentials of Organic Chemistry |
Included Index
Extensively revised and updated, this new edition, as in previous editions, emphasizes the point that the most important part of learning how to interpret unknown mass spectra is to practice interpreting mass spectra. The book aims at correlating ion dissociation mecanisms on a much broader scale, with the emphasis on basic attributes such as ionization energies, proton affinities and bond dissociation energies. The authors also tried to show how these mechanisms are applicable to the unimolecular dissociations of ions formed by any ionization method, including the new methods for obtaining mass spectra of large molecules
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