(13)C chemical shielding in solids.
01 January 1987
Just as the isotropic shielding has become invaluable for the chemical analysis of liquids, the chemical shielding anisotropy is proving to be useful in the characterization of solids. In particular, the principal components of the shielding reveal changes in bonding geometry which are not correlated to monotonic changes in the isotropic shift. This report contains a compilation of (13)C chemical shieldings in the solid state reported to date from which typical shieldings for carbon functional groups are derived.