Volume 19, Issue 18
Organoelement Compounds
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ChemInform Abstract: Cyclooctaselenadiazole: Synthesis, Decomposition Pathway, and Reaction with (η5-C5H5)Co(L)2 (L = C2H4, PPh3). Crystal and Molecular Structure of ((η5-C5H5)Co)2 (μ2-η3,η2-C8H6Se).

J. KNEBEL

J. KNEBEL

Max-Planck-Inst. f. Kohlenforsch., D-4330 Muelheim/Ruhr

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C. P. MORLEY

C. P. MORLEY

Max-Planck-Inst. f. Kohlenforsch., D-4330 Muelheim/Ruhr

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G. WILKE

G. WILKE

Max-Planck-Inst. f. Kohlenforsch., D-4330 Muelheim/Ruhr

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C. + KRUEGER

C. + KRUEGER

Max-Planck-Inst. f. Kohlenforsch., D-4330 Muelheim/Ruhr

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J. M. WALLIS

J. M. WALLIS

Max-Planck-Inst. f. Kohlenforsch., D-4330 Muelheim/Ruhr

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First published: May 3, 1988

Abstract

The cyclooctaselenadiazole (V) is obtained from the known semicarbazone (III) by oxidation with selenium dioxide (IV).

ChemInform Abstract

The cyclooctaselenadiazole (V) is obtained from the known semicarbazone (III) by oxidation with selenium dioxide (IV). Vacuum pyrolysis of (V) yields the compounds (VI) and (VII). The reaction of (V) with cyclopentadiene cobalt complexes is investigated.

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