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Ion-atom collisions

Ion-molecule collisions
Codes
Methods
Collisional systems

Systems

We have a "large" experience in the theoretical treatment of ion-atom and ion-molecule collisions. The range of energies considered in our studies varies from meV/u to MeV/u. The processes studied include vibrational excitation, electronic excitation, charge transfer and ionization. The list of systems studied or under study include:

  • Collisions with H

    • H+ + H ---> H + H+
    • He2+ + H ---> He+ + H+
    • Li+ + H ---> Li + H+
    • Be2+ + H ---> Be+ + H+
    • Be+ + H ---> Be + H+
    • C2+ + H ---> C+ + H+
    • C4+ + H ---> C3+ + H+
    • C6+ + H ---> C5+ + H+
    • O2+ + H ---> O+ + H+
    • N2+ + H ---> N+ + H+
    • H2+ + H
    • Aq++ H2 ---> A(q-1)+ + H2+ (q=1,8)
    • Aq++ H ---> A(q-1)+ + H+ (q=1,8)

  • Collisions with H2

    • H+ + H2 ---> H + H2+
    • He2+ + H2 ---> He+ + H2+
    • Li+ + H2 ---> Li + H2+
    • C2+ + H2 ---> C+ + H2+
    • C3+ + H2 ---> C2+ + H2+
    • C4+ + H2 ---> C3+ + H2+
    • N5+ + H2 ---> N4+ + H2+
    • N5+ + H2 ---> N3+ + H22+

  • Collisions with H2O

    • H+ + H2O ---> H + H2O+
    • He2+ + H2O ---> He+ + H2O+
    • C6+ + H2O ---> C5+ + H2O+

  • Collisions with Be

    • H+ + Be ---> H + Be+

  • Collisions with CH

    • H+ + CH ---> H + CH+

  • Collisions with C2H4

    • H+ + C2H4 ---> H + C2H4+
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