Abnormally large bond lengths (3.5–5.0 Å) between gold atoms forming small chains suspended between two electrodes have been observed in some experiments. Using the density functional theory we explore the possibility that the elongation could arise from the electrical charging of the chains induced in nonequilibrium by the electron beam of the transmission electron microscope used to image the nanowires in those experiments.Peer reviewe
AbstractThe evolution and breaking of [110]-gold nanowires elongated along low symmetry tensile axes...
Multishell helical gold nanowires were recently imaged by electron microscopy. We show theoretically...
Multishell helical gold nanowires were recently imaged by electron microscopy. We show theoretically...
Abnormally large bond lengths (3.5–5.0 Å) between gold atoms forming small chains suspended between ...
The discovery of long bonds in gold atom chains has represented a challenge for physical interpretat...
Experimental studies have shown that electrolyte-emerged nanoporous metals with nano-wire-resembling...
The discovery of long bonds in gold atom chains has represented a challenge for physical interpretat...
Equilibrium structure, local densities of states, and electronic transport in a gold nanowire made o...
We have examined theoretically the spontaneous thinning process of tip-suspended nanowires, and subs...
Real time imaging experiments with metal nanowires (NWs), in particular gold under stress, that show...
Metallic nanowires (NWs) have been intensily investigated in the past years, but details on their fo...
Suspended gold nanowires can be made atomically thin with as many as five atoms, showing extremely l...
Quantum mechanical molecular dynamics shows that gold nanowires formed along the [110] direction rec...
Recent experiments showed that the last, single channel conductance step in monatomic gold contacts ...
The evolution of the atomic structure and the vibrational and electronic transport properties of gol...
AbstractThe evolution and breaking of [110]-gold nanowires elongated along low symmetry tensile axes...
Multishell helical gold nanowires were recently imaged by electron microscopy. We show theoretically...
Multishell helical gold nanowires were recently imaged by electron microscopy. We show theoretically...
Abnormally large bond lengths (3.5–5.0 Å) between gold atoms forming small chains suspended between ...
The discovery of long bonds in gold atom chains has represented a challenge for physical interpretat...
Experimental studies have shown that electrolyte-emerged nanoporous metals with nano-wire-resembling...
The discovery of long bonds in gold atom chains has represented a challenge for physical interpretat...
Equilibrium structure, local densities of states, and electronic transport in a gold nanowire made o...
We have examined theoretically the spontaneous thinning process of tip-suspended nanowires, and subs...
Real time imaging experiments with metal nanowires (NWs), in particular gold under stress, that show...
Metallic nanowires (NWs) have been intensily investigated in the past years, but details on their fo...
Suspended gold nanowires can be made atomically thin with as many as five atoms, showing extremely l...
Quantum mechanical molecular dynamics shows that gold nanowires formed along the [110] direction rec...
Recent experiments showed that the last, single channel conductance step in monatomic gold contacts ...
The evolution of the atomic structure and the vibrational and electronic transport properties of gol...
AbstractThe evolution and breaking of [110]-gold nanowires elongated along low symmetry tensile axes...
Multishell helical gold nanowires were recently imaged by electron microscopy. We show theoretically...
Multishell helical gold nanowires were recently imaged by electron microscopy. We show theoretically...