Insertion of tellurium into an alkylpentacarbonylmanganese complex and a convenient new route to manganese telluride
Katherine McGregor, Glen B. Deacon, Ron S. Dickson, Gary D. Fallon, R.S. Rowe, Bruce O. West
Abstract
Katherine McGregor, Glen B. Deacon, Ron S. Dickson, Gary D. Fallon, R.S. Rowe, Bruce O. West
Abstract
The reaction between [Mn(Ch2Ph)(CO)5] and TePEt3 results in the insertion of tellurium into the Mn–CH2 bond, producing the first known monomeric σ-bonded alkyltelluriomanganese complex [Mn(TeCH2Ph)(CO)3(PEt3)2]2; pyrolysis of 2 yields polycrystalline manganese telluride.
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The reaction between [Mn(Ch2Ph)(CO)5] and TePEt3 results in the insertion of tellurium into the Mn–CH2 bond, producing the first known monomeric σ-bonded alkyltelluriomanganese complex [Mn(TeCH2Ph)(CO)3(PEt3)2]2; pyrolysis of 2 yields polycrystalline manganese telluride.
Key concepts: Tellurium, Telluride, Manganese, Chemistry, Chalcogen, Monomer, Inorganic chemistry, Crystallography