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
The nature of the chemical bond between gold and the noble gases in the simplest prototype of Au(I) ...
We have conducted a theoretical exploration of the ligand electronic effect in the protodeauration s...
Using computational approaches, we qualitatively and quantitatively assess the bonding components of...
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 ...
Several gold +I and +III complexes are investigated computationally and spectroscopically, focusing ...
Gold leaching is an important process to extract gold from ore. Conventional alkaline cyanide proces...
Understanding the bonding of gold(I) species has been central to the development of gold(I) catalysi...
We report the results of a density functional theory investigation of the bonding of nucleobases med...
The Influence of ligands on electronic structure of small gold clusters. (Au(2), Au(4)) has been inv...
The influence of ligands on electronic structure of small gold clusters (Au2, Au4) has been investig...
This research investigates the feasibility of integrating bio-adsorbents into the gold cyanidation p...
International audienceInteractions of gold(I) catalysts with alkenes and alkynes are analyzed. Neutr...
We present CCSD(T) interaction energies and the bonding analysis for complexes of Cu, Ag, and Au wi...
Gold plays a major role in nanochemistry, catalysis, and electrochemistry. Accordingly, hundreds of ...
The nature of the chemical bond between gold and the noble gases in the simplest prototype of Au(I) ...
We have conducted a theoretical exploration of the ligand electronic effect in the protodeauration s...
Using computational approaches, we qualitatively and quantitatively assess the bonding components of...
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 ...
Several gold +I and +III complexes are investigated computationally and spectroscopically, focusing ...
Gold leaching is an important process to extract gold from ore. Conventional alkaline cyanide proces...
Understanding the bonding of gold(I) species has been central to the development of gold(I) catalysi...
We report the results of a density functional theory investigation of the bonding of nucleobases med...
The Influence of ligands on electronic structure of small gold clusters. (Au(2), Au(4)) has been inv...
The influence of ligands on electronic structure of small gold clusters (Au2, Au4) has been investig...
This research investigates the feasibility of integrating bio-adsorbents into the gold cyanidation p...
International audienceInteractions of gold(I) catalysts with alkenes and alkynes are analyzed. Neutr...
We present CCSD(T) interaction energies and the bonding analysis for complexes of Cu, Ag, and Au wi...
Gold plays a major role in nanochemistry, catalysis, and electrochemistry. Accordingly, hundreds of ...
The nature of the chemical bond between gold and the noble gases in the simplest prototype of Au(I) ...
We have conducted a theoretical exploration of the ligand electronic effect in the protodeauration s...
Using computational approaches, we qualitatively and quantitatively assess the bonding components of...