A rate equation method for the sequential double ionisation, including autoionising state excitation, of a noble gas

Articles in the same Issue

1. Ultrashort pulses and free-electron lasers applications
2. Nonadiabatic ab initio molecular dynamics using linear-response time-dependent density functional theory
3. Optimal control strategies for coupled quantum dots
4. Calculation method for the continuum states of atomic systems
5. A rate equation method for the sequential double ionisation, including autoionising state excitation, of a noble gas
6. Above-threshold ionization of hydrogen and hydrogen-like ions by X-ray pulses
7. Two-photon double ionization of helium: investigating the importance of correlation in the final state
8. Theoretical study of highly-excited states of KRb molecule
9. Possible schemes of photoassociation processes in the KLi molecule with newly calculated potential energy curves
10. Mott scattering of a Klein-Gordon particle in an intense laser field
11. Application of high intensity THz pulses for gas high harmonic generation
12. Ab initio studies of two pyrimidine derivatives as possible photo-switch systems
13. Non-adiabatic interactions in charge transfer collisions
14. Vibrationally resolved K-shell photoionization cross sections of methane