“…In order to access the elusive class of non-stabilized organometallic bismuthinidenes, we aimed at a "top-down approach", more specically the homolytic cleavage of Bi-C bonds from the well-dened organometallic precursor BiMe 3 (1) as shown in Scheme 2. The long-known BiMe 3 has been investigated from many different perspectives, [19][20][21] including its application in chemical vapor deposition, where the abstraction of all its methyl groups is targeted. 22,46 In a recent study, it was demonstrated that the abstraction of a single methyl group can be achieved by dissociative photoionization of 1, i.e.…”
We report the generation, spectroscopic characterization, and computational analysis of the first free (non-stabilized) organometallic bismuthinidene, BiMe. The title compound was generated in situ from BiMe3 by controlled homolytic Bi−C...
“…In order to access the elusive class of non-stabilized organometallic bismuthinidenes, we aimed at a "top-down approach", more specically the homolytic cleavage of Bi-C bonds from the well-dened organometallic precursor BiMe 3 (1) as shown in Scheme 2. The long-known BiMe 3 has been investigated from many different perspectives, [19][20][21] including its application in chemical vapor deposition, where the abstraction of all its methyl groups is targeted. 22,46 In a recent study, it was demonstrated that the abstraction of a single methyl group can be achieved by dissociative photoionization of 1, i.e.…”
We report the generation, spectroscopic characterization, and computational analysis of the first free (non-stabilized) organometallic bismuthinidene, BiMe. The title compound was generated in situ from BiMe3 by controlled homolytic Bi−C...
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