Pb-207 chemical shielding in lead molybdate and lead chloride: The effects of temperature and lattice expansion
Final Published Version
Journal of Physical Chemistry A
The analysis of heavy-metal solids with NMR spectroscopy provides a means of investigating the electronic environment through the dependence of the chemical shift on structure. We have investigated the relation of the 207Pb NMR isotropic chemical shift, span, and skew of a series of solid Pb(II) compounds to lattice parameters. Complementary relativistic spin−orbit density functional calculations on clusters such as PbI64- that model the local environment in the dihalides show a dependence of NMR properties on the local structure in good agreement with experimental results.
Dmitrenko, O., Shi Bai, Peter A. Beckmann, Scott van Bramer, Alexander J. Vega, and C. Dybowski. 2008. "Pb-207 chemical shielding in lead molybdate and lead chloride: The effects of temperature and lattice expansion." Journal of Physical Chemistry A 112.14: 3046-3052.