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19F NMR, but its instability and low solubility prevented further characterization. To establish transmetalation and the purity of the resulting arylsilver complex, we also prepared previously characterized 2,4,6-trimethylphenylsilver tetramer, which participated in fluorination under the same reaction conditions as 2 (see Supporting Information for details). For characterization of 2,4,6-trimethylphenysilver tetramer, see:
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19F NMR, but its instability and low solubility prevented further characterization. To establish transmetalation and the purity of the resulting arylsilver complex, we also prepared previously characterized 2,4,6-trimethylphenylsilver tetramer, which participated in fluorination under the same reaction conditions as 2 (see Supporting Information for details). For characterization of 2,4,6-trimethylphenysilver tetramer, see:
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Byproducts resulting from C-H instead of C-F bond formation, as found for the Ag-mediated fluorination of arylstannanes, were not observed in the fluorination of boronic acids reported here. C-H bond formation in the Ag-mediated fluorination of arylstannanes is not due to the presence of water and cannot be suppressed by the addition of molecular sieves. We have determined that Bu3SnOTf is involved in C-H bond formation. Transmetalation from arylboronic acids to Ag in methanol produces B(OMe)3, which does not provoke C-H bond formation
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