The Eley-Rideal recombination reaction of H chemisorbed on the four-fold site of W(001) at a surface temperature TS=500K was studied using the fully-dimensioned semiclassical collisional model and an accurate potential energy surface for the H-W(001) system. The recombination probabilities calculated at impact energies in the range (0.05-5)eV, the energy distributions in the final states as well as other relevant collisional data are presented and discussed.
The Eley-Rideal recombination reaction of H chemisorbed on the four-fold site of W(001) at a surface temperature TS=500K was studied using the fully-dimensioned semiclassical collisional model and an accurate potential energy surface for the H-W(001) system. The recombination probabilities calculated at impact energies in the range (0.05-5)eV, the energy distributions in the final states as well as other relevant collisional data are presented and discussed.
H Atom Recombination on W(001): a Semiclassical Molecular Dynamics Study
M Rutigliano;M Cacciatore
2011
Abstract
The Eley-Rideal recombination reaction of H chemisorbed on the four-fold site of W(001) at a surface temperature TS=500K was studied using the fully-dimensioned semiclassical collisional model and an accurate potential energy surface for the H-W(001) system. The recombination probabilities calculated at impact energies in the range (0.05-5)eV, the energy distributions in the final states as well as other relevant collisional data are presented and discussed.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
