Probing organometallic structure and reactivity by transition metal NMR spectroscopy

  • Von Philipsborn W
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Abstract

Transition metal NMR chemical shifts are readily measured by modern 1D and 2D pulse techniques and serve as a probe into electronic and steric effects of ligands and substituents in metal complexes. Quantitative correlations of metal chemical shifts with reaction rates and catalytic activities{,} both experimental and as a result of quantum chemical calculations{,} give new mechanistic insights and permit reactivity predictions and a screening of homogeneous catalysts. A variety of such examples involving the spin-1/2 nuclei Fe{,} Rh{,} and Os as well as the quadrupolar nuclei V{,} Cr{,} Mn{,} Co{,} and Zr are discussed.

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Authors

  • Wolfgang Von Philipsborn

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