We report on the dependence of the sticking coefficient S of O-2 on Ag(110) on oxygen coverage, for molecular and dissociative adsorption. S is found to diminish strongly with increasing coverage. The initial dependence is linear and for dissociative adsorption the slope depends on crystal temperature. The data are indicative of a coverage dependence of the adsorption barrier height, which is caused by the change of the surface work function with coverage. The analysis of the temperature variation of the dependence of S on coverage allows to extract the variation of the ratio of the pre-exponential factors and of the height of the barriers for desorption and dissociation from the molecularly chemisorbed state
We reinvestigated non-dissociative chemisorption of O-2 on Ag(001) by the King and Wells reflectivit...
We present here a scanning tunnelling microscopy (STM) study on O-2 adsorption at Ag(110) at T = 175...
We have investigated the interaction of oxygen with Ag(111) by using a supersonic molecular beam in ...
A brief review of our measurements of the sticking probability of O-2 on Ag single crystal surfaces ...
The coverage dependence of the sticking coefficient and temperature programmed desorption kinetics f...
We investigated the dynamics of the adsorption of O-2 on Ag(001) with the supersonic molecular beam ...
We investigated the dynamics of the adsorption of O-2 on Ag(110) with the molecular beam technique c...
A review of the most recent experimental progress in the investigation of the dynamics of the intera...
The paper describes a procedure for measuring the initial sticking coefficient of gases on clean sur...
The chemisorption dynaMiCS Of O2 and Ag(110) was studied by molecular beams and high resolution elec...
The sticking probability of C2H4 on Ag(210) is studied by the molecular beam technique and by high r...
We investigated O-2 adsorption on Ag(001) in the presence of defects induced by Ne+ sputtering at di...
We studied the dissociation of molecular oxygen adsorbed on Ag(110) by electron-energy-loss spectros...
The interaction of ethylene with Ag(410), a vicinal surface of Ag(100) characterised by a high densi...
The relevant parameters which characterise molecular desorption of O-2-Ag(001) have been determined ...
We reinvestigated non-dissociative chemisorption of O-2 on Ag(001) by the King and Wells reflectivit...
We present here a scanning tunnelling microscopy (STM) study on O-2 adsorption at Ag(110) at T = 175...
We have investigated the interaction of oxygen with Ag(111) by using a supersonic molecular beam in ...
A brief review of our measurements of the sticking probability of O-2 on Ag single crystal surfaces ...
The coverage dependence of the sticking coefficient and temperature programmed desorption kinetics f...
We investigated the dynamics of the adsorption of O-2 on Ag(001) with the supersonic molecular beam ...
We investigated the dynamics of the adsorption of O-2 on Ag(110) with the molecular beam technique c...
A review of the most recent experimental progress in the investigation of the dynamics of the intera...
The paper describes a procedure for measuring the initial sticking coefficient of gases on clean sur...
The chemisorption dynaMiCS Of O2 and Ag(110) was studied by molecular beams and high resolution elec...
The sticking probability of C2H4 on Ag(210) is studied by the molecular beam technique and by high r...
We investigated O-2 adsorption on Ag(001) in the presence of defects induced by Ne+ sputtering at di...
We studied the dissociation of molecular oxygen adsorbed on Ag(110) by electron-energy-loss spectros...
The interaction of ethylene with Ag(410), a vicinal surface of Ag(100) characterised by a high densi...
The relevant parameters which characterise molecular desorption of O-2-Ag(001) have been determined ...
We reinvestigated non-dissociative chemisorption of O-2 on Ag(001) by the King and Wells reflectivit...
We present here a scanning tunnelling microscopy (STM) study on O-2 adsorption at Ag(110) at T = 175...
We have investigated the interaction of oxygen with Ag(111) by using a supersonic molecular beam in ...