We show that the interaction of C2H4 with Ag(410) is dominated by steering of the incoming molecules towards the steps, which are the only sites active for chemisorption on this surface. The measured sticking probability, S, is almost independent of the angle of impact. Molecular dynamics simulation shows that this is the signature of the steering, which leads to loss of memory of the incidence angle at low energies
We report on a set of ab initio calculations, performed within density-functional theory, aimed at c...
We show that vibrational energy can be used to tune the chemisorption state of an adsorbed molecule....
We investigate ethylene adsorption on clean and oxygen-covered Ag(100) dosing gas-phase molecules at...
The interaction of ethylene with Ag(410), a vicinal surface of Ag(100) characterised by a high densi...
The control of spatial orientation of molecules has a great influence on the stereodynamics of eleme...
The sticking probability of C2H4 on Ag(210) is studied by the molecular beam technique and by high r...
The role of molecular alignment of nonpolar molecules in gas\u2013surface interactions has so far es...
molecularly and dissociatively, the latter resulting in carbon contamination of the surface. Here we...
The chemisorption dynaMiCS Of O2 and Ag(110) was studied by molecular beams and high resolution elec...
The active role of defects in some catalytic reactions was predicted in the very early days of surfa...
The adsorption of ethylene on stepped Ag(n 10), n = 2, 3, 4, surfaces has been studied and character...
The active sites for catalytic reactions in heterogeneous catalysis are often minority sites related...
A review of the most recent experimental progress in the investigation of the dynamics of the intera...
The adsorption of ethylene on perfect and defective Ag(001) surfaces has been studied and characteri...
In the present paper we review our findings on ethylene adsorption on clean and oxygen covered Ag(00...
We report on a set of ab initio calculations, performed within density-functional theory, aimed at c...
We show that vibrational energy can be used to tune the chemisorption state of an adsorbed molecule....
We investigate ethylene adsorption on clean and oxygen-covered Ag(100) dosing gas-phase molecules at...
The interaction of ethylene with Ag(410), a vicinal surface of Ag(100) characterised by a high densi...
The control of spatial orientation of molecules has a great influence on the stereodynamics of eleme...
The sticking probability of C2H4 on Ag(210) is studied by the molecular beam technique and by high r...
The role of molecular alignment of nonpolar molecules in gas\u2013surface interactions has so far es...
molecularly and dissociatively, the latter resulting in carbon contamination of the surface. Here we...
The chemisorption dynaMiCS Of O2 and Ag(110) was studied by molecular beams and high resolution elec...
The active role of defects in some catalytic reactions was predicted in the very early days of surfa...
The adsorption of ethylene on stepped Ag(n 10), n = 2, 3, 4, surfaces has been studied and character...
The active sites for catalytic reactions in heterogeneous catalysis are often minority sites related...
A review of the most recent experimental progress in the investigation of the dynamics of the intera...
The adsorption of ethylene on perfect and defective Ag(001) surfaces has been studied and characteri...
In the present paper we review our findings on ethylene adsorption on clean and oxygen covered Ag(00...
We report on a set of ab initio calculations, performed within density-functional theory, aimed at c...
We show that vibrational energy can be used to tune the chemisorption state of an adsorbed molecule....
We investigate ethylene adsorption on clean and oxygen-covered Ag(100) dosing gas-phase molecules at...