Add to ORKGSmall gold clusters [mean diameter (d)[less, similar] 1.4 nm], unlike larger clusters, show a higher Au(4f) binding energy relative to the bulk value and the presence of a conductance gap in tunnelling measurements, just as the molecular cluster compound, Au55(PPh3)12Cl6; small platinum clusters show similar nonmetallic features
The properties of small gold clusters are studied by use of density functional theory (DFT). A metho...
The structure and bonding of a series of gold clusters and gold nanomaterials stabilized by ligands ...
Since gold clusters have mostly been studied theoretically by using DFT calculations, more accurate ...
Small gold clusters [mean diameter (d)[less, similar] 1.4 nm], unlike larger clusters, show a higher...
After microscopic characterization of the size distributions of gold clusters, deposited on carbon s...
After microscopic characterization of the size distributions of gold clusters, deposited on carbon s...
After microscopic characterization of the size distributions of gold clusters, deposited on carbon s...
After microscopic characterization of the size distributions of gold clusters, deposited on carbon s...
Pd, Ag, Cd and Au clusters of varying sizes have been investigated by scanning tunneling spectroscop...
Pd, Ag, Cd and Au clusters of varying sizes have been investigated by scanning tunneling spectroscop...
Gold L3 edge EXAFS has been used to study the coordination environment of gold atoms in the cluster ...
Palladium clusters deposited on carbon substrates by vacuum evaporation have been examined by high r...
Palladium clusters deposited on carbon substrates by vacuum evaporation have been examined by high r...
Palladium clusters deposited on carbon substrates by vacuum evaporation have been examined by high r...
We report on detailed low temperature scanning tunneling spectroscopy measurements performed on pref...
The properties of small gold clusters are studied by use of density functional theory (DFT). A metho...
The structure and bonding of a series of gold clusters and gold nanomaterials stabilized by ligands ...
Since gold clusters have mostly been studied theoretically by using DFT calculations, more accurate ...
Small gold clusters [mean diameter (d)[less, similar] 1.4 nm], unlike larger clusters, show a higher...
After microscopic characterization of the size distributions of gold clusters, deposited on carbon s...
After microscopic characterization of the size distributions of gold clusters, deposited on carbon s...
After microscopic characterization of the size distributions of gold clusters, deposited on carbon s...
After microscopic characterization of the size distributions of gold clusters, deposited on carbon s...
Pd, Ag, Cd and Au clusters of varying sizes have been investigated by scanning tunneling spectroscop...
Pd, Ag, Cd and Au clusters of varying sizes have been investigated by scanning tunneling spectroscop...
Gold L3 edge EXAFS has been used to study the coordination environment of gold atoms in the cluster ...
Palladium clusters deposited on carbon substrates by vacuum evaporation have been examined by high r...
Palladium clusters deposited on carbon substrates by vacuum evaporation have been examined by high r...
Palladium clusters deposited on carbon substrates by vacuum evaporation have been examined by high r...
We report on detailed low temperature scanning tunneling spectroscopy measurements performed on pref...
The properties of small gold clusters are studied by use of density functional theory (DFT). A metho...
The structure and bonding of a series of gold clusters and gold nanomaterials stabilized by ligands ...
Since gold clusters have mostly been studied theoretically by using DFT calculations, more accurate ...