Zum Mechanismus Massenspektrometrischer Fragmentierungsreaktionen—IV: Zur Bildung von Phenonium-Ionen bei der Elektronenstoß-Fragmentierung von ß-Phenyläthylbromiden
Author:
Publisher
Wiley
Subject
Spectroscopy,Instrumentation,Molecular Medicine,Biochemistry
Reference17 articles.
1. III. Mitteilung: und in Vorbereitung.
2. Mass spectrometry of aralkyl compounds with a functional group—VII. On the structure of the ions C8H9+ from C6H5C2H4X- and C9H11+ from C6H5C3H6X-compounds
3. Evidence for anchimeric assistance in the expulsion of bromine from ring-substituted β-phenylethyl bromides: When is a simple cleavage a rearrangement?
4. Evidence for aryl participation in mass spectrometric fragmentation processes
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1. Mass spectrometry of alkylbenzenes and related compounds. Part I. Gas-phase ion chemistry of alkylbenzene radical cations;Mass Spectrometry Reviews;1990-03
2. Isomerization of gas-phase hydrocarbon ions. Radical trapping. 3;Journal of the American Chemical Society;1981-07
3. Isomérisation de l'ion phényl-2 oxétane protoné avant sa fragmentation en spectrométrie de masse;Canadian Journal of Chemistry;1981-03-15
4. The activation energy of the skeletal isomerization in the radical cations of toluene and cycloheptatriene by mass spectrometry of their 2-phenylethyl derivatives;Organic Mass Spectrometry;1979-02
5. Entropische und energetische Effekte bei der Bildung cyclischer Oxonium-, Sulfonium- und Bromonium-Ionen aus ω-substituierten Phenoxyalkanen;Organic Mass Spectrometry;1977-06
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