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Mass spectral fragmentation processes in nitronaphthalenes. A study using tandem mass spectrometry and collision‐induced dissociation

Jehuda Yinon

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Abstract

Abstract Mass spectral fragmentation processes and pathways of a series of nitro, dinitro and trinitro derivatives of naphthalene have been studied. Collision‐induced dissociation mass spectra were obtained using a tandem BB mass spectrometer. Major fragmentation pathways included loss of NO 2 from the molecular ion, followed by loss of NO and/or CO. Additional fragmentations included loss of OH from the molecular ion ion some of the compounds investigated.

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Abstract Mass spectral fragmentation processes and pathways of a series of nitro, dinitro and trinitro derivatives of naphthalene have been studied. Collision‐induced dissociation mass spectra were obtained using a tandem BB mass spectrometer. Major fragmentation pathways included loss of NO 2 from the molecular ion, followed by loss of NO and/or CO. Additional fragmentations included loss of OH from the molecular ion ion some of the compounds investigated.

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Available abstract

Abstract Mass spectral fragmentation processes and pathways of a series of nitro, dinitro and trinitro derivatives of naphthalene have been studied. Collision‐induced dissociation mass spectra were obtained using a tandem BB mass spectrometer. Major fragmentation pathways included loss of NO 2 from the molecular ion, followed by loss of NO and/or CO. Additional fragmentations included loss of OH from the molecular ion ion some of the compounds investigated.

Key concepts: Chemistry, Fragmentation (computing), Collision-induced dissociation, Tandem mass spectrometry, Dissociation (chemistry), Mass spectrometry, Mass spectrum, Tandem

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