Room temperature catalytic carbon–hydrogen bond alumination of unactivated arenes: mechanism and selectivity

DOI: 10.14469/hpc/4327 Metadata

Created: 2018-05-31 12:14

Last modified: 2018-05-31 14:27

Author: Tom Hooper

Co-author: Andrew White
Co-author: Mark Crimmin

Datasets for compounds characterised in: Room temperature catalytic carbon–hydrogen bond alumination of unactivated arenes: mechanism and selectivity, Thomas N. Hooper, Marti Garçon, Andrew J. P. White and Mark R. Crimmin, Chem. Sci., 2018, DOI: 10.1039/c8sc02072h

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DOIDescription
10.14469/hpc/4331 3a NMR Spectra
10.14469/hpc/4338 Catalytic Formation of 4-o, 4-m and 4-p - NMR Spectra
10.14469/hpc/4345 8-p NMR Spectra
10.14469/hpc/4351 S2 NMR Spectra
10.14469/hpc/4332 3a NMR Spectra
10.14469/hpc/4339 5 NMR Spectra
10.14469/hpc/4346 Catalytic Formation of 6-o and 6-m - NMR Spectra
10.14469/hpc/4333 Catalytic Formation of 3a - NMR Spectra
10.14469/hpc/4340 6-o NMR Spectra
10.14469/hpc/4347 Catalytic Formation of 7-o and 7-m - NMR Spectra
10.14469/hpc/4352 Pd2Al2 IR Spectrum
10.14469/hpc/4334 3b NMR Spectra
10.14469/hpc/4341 6-m NMR Spectra
10.14469/hpc/4348 Catalytic Formation of 8-m and 8-p - NMR Spectra
10.14469/hpc/4335 4-o NMR Spectra
10.14469/hpc/4342 7-o NMR Spectra
10.14469/hpc/4336 4-m NMR Spectra
10.14469/hpc/4343 7-m NMR Spectra
10.14469/hpc/4337 4-p NMR Spectra
10.14469/hpc/4344 8-m NMR Spectra
10.14469/hpc/4350 PdAl2 NMR Spectra

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