We present here a scanning tunnelling microscopy (STM) study on O-2 adsorption at Ag(110) at T = 175 K, i.e. in the temperature range between the onset of O-2 dissociation and the formation of the added row reconstruction. In agreement with previous studies at lower surface coverage, we observe several structures forming upon O-2 dissociation, including Ag-O complexes randomly distributed on the surface. We suggest that the presence of the latter structures, characterized by a large cross section for low energy electrons, can account for the marked decrease of the surface electron reflectivity and for the corresponding increase of the diffuse elastic intensity previously reported in a HREELS investigation of the same system
The dynamics of the dissociative adsorption of O-2 on Ag(001) were investigated with a supersonic mo...
A brief review of our measurements of the sticking probability of O-2 on Ag single crystal surfaces ...
We investigated the dynamics of the adsorption of O-2 on Ag(001) with the supersonic molecular beam ...
We studied the dissociation of molecular oxygen adsorbed on Ag(110) by electron-energy-loss spectros...
We investigated O-2 adsorption on Ag(001) in the presence of defects induced by Ne+ sputtering at di...
The thermal dissociation of oxygen molecules on A-(110) was studied by means of scanning tunnelling ...
The thermal dissociation of oxygen molecules on A-(110) was studied by means of scanning tunnelling ...
The thermal dissociation of oxygen molecules on A-(110) was studied by means of scanning tunnelling ...
Recently it was demonstrated that atomic oxygen can cause the extraction of substrate atoms off meta...
The reconstruction and modification of metal surfaces upon O2 adsorption plays an important role in ...
Recently it was demonstrated that atomic oxygen can cause the extraction of substrate atoms off meta...
Abstract Recently it was demonstrated that atomic oxygen can cause the extraction of substrate atom...
A brief review of our measurements of the sticking probability of O-2 on Ag single crystal surfaces ...
Abstract The reconstruction and modification of metal surfaces upon O₂ adsorption plays an importan...
The dynamics of the dissociative adsorption of O-2 on Ag(001) were investigated with a supersonic mo...
The dynamics of the dissociative adsorption of O-2 on Ag(001) were investigated with a supersonic mo...
A brief review of our measurements of the sticking probability of O-2 on Ag single crystal surfaces ...
We investigated the dynamics of the adsorption of O-2 on Ag(001) with the supersonic molecular beam ...
We studied the dissociation of molecular oxygen adsorbed on Ag(110) by electron-energy-loss spectros...
We investigated O-2 adsorption on Ag(001) in the presence of defects induced by Ne+ sputtering at di...
The thermal dissociation of oxygen molecules on A-(110) was studied by means of scanning tunnelling ...
The thermal dissociation of oxygen molecules on A-(110) was studied by means of scanning tunnelling ...
The thermal dissociation of oxygen molecules on A-(110) was studied by means of scanning tunnelling ...
Recently it was demonstrated that atomic oxygen can cause the extraction of substrate atoms off meta...
The reconstruction and modification of metal surfaces upon O2 adsorption plays an important role in ...
Recently it was demonstrated that atomic oxygen can cause the extraction of substrate atoms off meta...
Abstract Recently it was demonstrated that atomic oxygen can cause the extraction of substrate atom...
A brief review of our measurements of the sticking probability of O-2 on Ag single crystal surfaces ...
Abstract The reconstruction and modification of metal surfaces upon O₂ adsorption plays an importan...
The dynamics of the dissociative adsorption of O-2 on Ag(001) were investigated with a supersonic mo...
The dynamics of the dissociative adsorption of O-2 on Ag(001) were investigated with a supersonic mo...
A brief review of our measurements of the sticking probability of O-2 on Ag single crystal surfaces ...
We investigated the dynamics of the adsorption of O-2 on Ag(001) with the supersonic molecular beam ...