Nucleophilic formal gold(-i) and gold(i) complexes are investigated via Intrinsic Bond Orbital analysis and Energy Decomposition Analysis, based on density functional theory calculations. The results indicate gold(0) centres engaging in electron-sharing bonding with Al- and B- based ligands. Multiconfigurational (CASSCF) calculations corroborate the findings, highlighting the gap between the electonic structures and the oxidation state formalism.</p
Contains fulltext : 283573.pdf (Publisher’s version ) (Open Access)20 september 20...
Solid-state auride salts featuring the negatively charged Au– ion are known to be stable in the pres...
A systematic study of protodeauration, a crucial step often found in gold catalysis, was performed u...
Nucleophilic formal gold(-i) and gold(i) complexes are investigated via Intrinsic Bond Orbital analy...
Several gold +I and +III complexes are investigated computationally and spectroscopically, focusing ...
Using computational approaches, we qualitatively and quantitatively assess the bonding components of...
Several gold +I and +III complexes are investigated computationally and spectroscopically, focusing ...
Complexes of atomic gold with a variety of ligands have been formed by passing helium nanodroplets (...
Gold leaching is an important process to extract gold from ore. Conventional alkaline cyanide proces...
We report the synthesis and activity of new mononuclear and dinuclear gold amide complexes . The din...
In the recent Correspondence, Professor Henrik Grönbeck made several comments on the recently develo...
We have conducted a theoretical exploration of the ligand electronic effect in the protodeauration s...
The chemical nature of the ligand-unsupported gold(I)–lanthanide(III) bond in the proposed [LnIII(η5...
Contains fulltext : 283573.pdf (Publisher’s version ) (Open Access)20 september 20...
Solid-state auride salts featuring the negatively charged Au– ion are known to be stable in the pres...
A systematic study of protodeauration, a crucial step often found in gold catalysis, was performed u...
Nucleophilic formal gold(-i) and gold(i) complexes are investigated via Intrinsic Bond Orbital analy...
Several gold +I and +III complexes are investigated computationally and spectroscopically, focusing ...
Using computational approaches, we qualitatively and quantitatively assess the bonding components of...
Several gold +I and +III complexes are investigated computationally and spectroscopically, focusing ...
Complexes of atomic gold with a variety of ligands have been formed by passing helium nanodroplets (...
Gold leaching is an important process to extract gold from ore. Conventional alkaline cyanide proces...
We report the synthesis and activity of new mononuclear and dinuclear gold amide complexes . The din...
In the recent Correspondence, Professor Henrik Grönbeck made several comments on the recently develo...
We have conducted a theoretical exploration of the ligand electronic effect in the protodeauration s...
The chemical nature of the ligand-unsupported gold(I)–lanthanide(III) bond in the proposed [LnIII(η5...
Contains fulltext : 283573.pdf (Publisher’s version ) (Open Access)20 september 20...
Solid-state auride salts featuring the negatively charged Au– ion are known to be stable in the pres...
A systematic study of protodeauration, a crucial step often found in gold catalysis, was performed u...