Cation effects on dynamics of ligand-benzylated formazanate boron and aluminium complexes

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Cation effects on dynamics of ligand-benzylated formazanate boron and aluminium complexes

Abstract:
The dynamic processes present in ligand-benzylated formazanate boron and aluminium complexes are investigated using variable temperature NMR experiments and lineshape analyses.

Cited by 2 publications

References 53 publications

Recent Developments in the Syntheses of Aluminum Complexes Based on Redox-Active Ligands

Recent Developments in the Syntheses of Aluminum Complexes Based on Redox-Active Ligands

Water-soluble Al(iii), Fe(iii) and Cu(ii) formazanates: synthesis, structure, and applications in alkane and alcohol oxidations

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Cation effects on dynamics of ligand-benzylated formazanate boron and aluminium complexes

Abstract: The dynamic processes present in ligand-benzylated formazanate boron and aluminium complexes are investigated using variable temperature NMR experiments and lineshape analyses.

Cited by 2 publications

References 53 publications

Recent Developments in the Syntheses of Aluminum Complexes Based on Redox-Active Ligands

Recent Developments in the Syntheses of Aluminum Complexes Based on Redox-Active Ligands

Water-soluble Al(iii), Fe(iii) and Cu(ii) formazanates: synthesis, structure, and applications in alkane and alcohol oxidations

Contact Info

Product

Resources

About

Abstract:
The dynamic processes present in ligand-benzylated formazanate boron and aluminium complexes are investigated using variable temperature NMR experiments and lineshape analyses.