The role of postcollisional effects in multiple ionization of diatomic molecules by multiply-charged ion impact

C. TACHINO; M. GALASSI; R. RIVAROLA

Kalamazoo, Michigan (EEUU)

Congreso; XXVI International Conference on Photonic, Electronic and Atomic Collisions; 2009

University of western Michigan

An analysis of the influence of postcollisional effects in multiple ionization of diatomic molecules for impact of He2+ and C6+ beams is made. A comparison between the present theoretical results with the ones previously obtained for impact of proton beams shows that contribution of Auger-type processes becomes less important compared to direct ionization ones as the value of the projectile nuclear charge increases. previously obtained for impact of proton beams shows that contribution of Auger-type processes becomes less important compared to direct ionization ones as the value of the projectile nuclear charge increases. 2+ and C6+ beams is made. A comparison between the present theoretical results with the ones previously obtained for impact of proton beams shows that contribution of Auger-type processes becomes less important compared to direct ionization ones as the value of the projectile nuclear charge increases.