Abstract
SynopsisFragment energy spectra of the water molecule impacted by singly charged (SCI) and highly charged (HCI) ions have been measured in crossed beam experiments. Double differential fragmentation cross sections (DDCS) have been determined. Similarities and differences of the measured DDCSs induced by the medium- and low-energy projectiles have been analyzed. Multiple target ionization cross sections have been deduced and they were further analyzed through the results of the CTMC and CDW-EIS models.
Highlights
- Single ionization of water molecules in collisions with bare ions A Mondal, C R Mandal and M Purkait
Dissociative multiple ionization of the H2O molecule induced by ion impact: experimental and theoretical results
We present experimental results on the Coulomb explosion of H2O molecules, bombarded by different types of projectile ions
Summary
- Single ionization of water molecules in collisions with bare ions A Mondal, C R Mandal and M Purkait. Dissociative multiple ionization of the H2O molecule induced by ion impact: experimental and theoretical results To cite this article: S T S Kovas et al 2020 J. View the article online for updates and enhancements.
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