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ChemInform Abstract: NITROGEN‐15 NMR STUDY OF THE OXIDATION OF THE TRISULFUR TRINITRIDE ANION BY MOLECULAR OXYGEN: A COMPARISON OF THE MOLECULAR AND ELECTRONIC STRUCTURES OF THE S3N3‐, S3N3O‐ AND S3N3O2‐ IONS

T. Chivers, A. W. Cordes, Richard T. Oakley, William T. Pennington

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Abstract

Abstract Die OyOxidation von S3N; in MeCN‐Lösung liefert als Hauptprodukte S4N;, S4N5O", S3N3O′ und S3N3OQ, deren relative Ausb. eine Funktion der Strömungsgeschwindigkeit des 02 sind.

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What this paper is about

Abstract Die OyOxidation von S3N; in MeCN‐Lösung liefert als Hauptprodukte S4N;, S4N5O", S3N3O′ und S3N3OQ, deren relative Ausb. eine Funktion der Strömungsgeschwindigkeit des 02 sind.

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Available abstract

Abstract Die OyOxidation von S3N; in MeCN‐Lösung liefert als Hauptprodukte S4N;, S4N5O", S3N3O′ und S3N3OQ, deren relative Ausb. eine Funktion der Strömungsgeschwindigkeit des 02 sind.

Key concepts: Ion, Nitrogen, Molecular oxygen, Chemistry, Molecular nitrogen, Oxygen, Inorganic chemistry, Materials science

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ChemInform Abstract: NITROGEN‐15 NMR STUDY OF THE OXIDATION OF THE TRISULFUR TRINITRIDE ANION BY MOLECULAR OXYGEN: A COMPARISON OF THE MOLECULAR AND ELECTRONIC STRUCTURES OF THE S3N3‐, S3N3O‐ AND S3N3O2‐ IONS — Research Paper | ScholarLens