1977Journal of Heterocyclic ChemistryRequires access

Muss spectral fragmentation pattern of 2,2′‐bipyridyis. Part VI. 2,2′‐ thiodipyridine

N. G. Keats, L. A. SUMMERS

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Abstract

Abstract The mass spectral fragmentation of 2,2′‐thiodipyridine is reported. The base peak is due to the MI ion. The principal fragmentation routes involve loss of H, CS, CHCS and HCN from the molecular ion and CS, HCN and S from the. M‐I species. Rupture of the central bonds is also an important disintegration pathway.

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Abstract The mass spectral fragmentation of 2,2′‐thiodipyridine is reported. The base peak is due to the MI ion. The principal fragmentation routes involve loss of H, CS, CHCS and HCN from the molecular ion and CS, HCN and S from the. M‐I species. Rupture of the central bonds is also an important disintegration pathway.

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Available abstract

Abstract The mass spectral fragmentation of 2,2′‐thiodipyridine is reported. The base peak is due to the MI ion. The principal fragmentation routes involve loss of H, CS, CHCS and HCN from the molecular ion and CS, HCN and S from the. M‐I species. Rupture of the central bonds is also an important disintegration pathway.

Key concepts: Chemistry, Fragmentation (computing), Ion, Mass spectrum, Polyatomic ion, Computational chemistry, Organic chemistry, Operating system

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