le comportement non-adiabatique du système est lié à une augmentation de la vitesse de collision projectile/cible. A partir d'une certaine vitesse critique, des transitions non-adiabatiques deviennent possibles Xe * /Surface métallique, traités dans cette thèse présentent des exemples d'un tel comportement, Mais dans le cas de H ? /Li/Al, les transitions non-adiabatiques existent même à de très basses vitesses ,
couplage très fort des états du projectile et de l'adsorbat avec la surface métallique. On a trouvé que dans ce dernier cas, la vue de deux états adiabatiques est trompeuse, car une des résonances ne se distingue plus du continuum métallique. Tous ces aspects peuvent être présents dans de nombreux systèmes ,
ions avec des systèmes de taille finie, telles que des couches minces, des agrégats ou des nanoobjects La méthode de LEIS a été proposée pour sonder la structure électronique de tels objets Mais il a été montré (Usman et al, 2001) qu'à partir d'une certaine vitesse de collision, les transitions nonadiabatiques peuvent effacer l'effet quantique de la taille finie de la cible, et la dynamique de TCR peut être celle d'une cible solide semi-infinie, 2001. ,
adsorption d'une molécule O 2 sur une surface métallique de Al Dans ce système, l'adsorption est associée à un changement de la charge de la molécule Ce processus a été étudié dans le cadre d'approches théoriques ab-initio (DFT), qui sont des approches adiabatiques. Mais ces études n'étaient pas capables de reproduire les résultats expérimentaux. Il a été montré par Hellman et al, mique du transfert de charge, 2003. ,
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