The fullerenes are the first “free-standing” elemental hollow cages identified by spectroscopy experiments and synthesized in the bulk. Here, we report experimental and theoretical evidence of hollow cages consisting of pure metal atoms, Au–n (n = 16–18); to our knowledge, free-standing metal hollow cages have not been previously detected in the laboratory. These hollow golden cages (“bucky gold”) have an average diameter \u3e5.5 Å, which can easily accommodate one guest atom inside
The 20-nanogold cluster Au-20 exhibits a large variety of two- and three-dimensional isomeric forms....
Atomic clusters consisting of a few to few hundred atoms exhibit dramatically size-dependent chemica...
As we know, synergy between theory and experiment plays a more and more crucial role in the investig...
Figures 3A-3D: Simulated anion photoelectron spectra [based on the density-functional theory (DFT) c...
We have computationally investigated the possible formation of large hollow gold nanostructures base...
We performed a global-minimum search for low-lying neutral clusters (Aun) in the size range of n=15–...
Golden fullerenes have recently been identified by photoelectron spectra by Bulusu et al. [S. Bulusu...
The discovery of the unique catalytic effects of gold nanoparticles on oxide substrates[1] has stimu...
Since the discovery of C60 fullerene, considerable efforts have been devoted to find other elements ...
<p>Finite-temperature behaviour of a hollow golden cage (HGC) plays a crucialrole in its potential a...
We performed a combined theoretical and experimental photoelectron spectroscopy study of the structu...
Golden cage doped nanoclusters have attracted great attention in the past decade due to their remark...
The golden Au16- cage is doped systematically with an external atom of different valence electrons: ...
Listed in 2019 Dean's List of Exceptional ThesesThe structures and stabilities of hollow gold cluste...
We report a joint experimental and theoretical study of CO chemisorption on the golden cages. We fin...
The 20-nanogold cluster Au-20 exhibits a large variety of two- and three-dimensional isomeric forms....
Atomic clusters consisting of a few to few hundred atoms exhibit dramatically size-dependent chemica...
As we know, synergy between theory and experiment plays a more and more crucial role in the investig...
Figures 3A-3D: Simulated anion photoelectron spectra [based on the density-functional theory (DFT) c...
We have computationally investigated the possible formation of large hollow gold nanostructures base...
We performed a global-minimum search for low-lying neutral clusters (Aun) in the size range of n=15–...
Golden fullerenes have recently been identified by photoelectron spectra by Bulusu et al. [S. Bulusu...
The discovery of the unique catalytic effects of gold nanoparticles on oxide substrates[1] has stimu...
Since the discovery of C60 fullerene, considerable efforts have been devoted to find other elements ...
<p>Finite-temperature behaviour of a hollow golden cage (HGC) plays a crucialrole in its potential a...
We performed a combined theoretical and experimental photoelectron spectroscopy study of the structu...
Golden cage doped nanoclusters have attracted great attention in the past decade due to their remark...
The golden Au16- cage is doped systematically with an external atom of different valence electrons: ...
Listed in 2019 Dean's List of Exceptional ThesesThe structures and stabilities of hollow gold cluste...
We report a joint experimental and theoretical study of CO chemisorption on the golden cages. We fin...
The 20-nanogold cluster Au-20 exhibits a large variety of two- and three-dimensional isomeric forms....
Atomic clusters consisting of a few to few hundred atoms exhibit dramatically size-dependent chemica...
As we know, synergy between theory and experiment plays a more and more crucial role in the investig...