Ion charge state distributions and the mean charge state following K-shell ionization in atoms are calculated. The Monte Carlo method is applied to calculate the vacancy cascades after K-shell vacancy creation. The radiative and non-radiative transitions are calculated for singly ionized atoms. The transition rates for multi-ionized atoms are obtained using a statistical scaling procedure based on the transition probabilities for singly ionized atoms. The electron shake-off process due to the change of atomic potential, which occurs from core hole production and de-excitation decays, is considered in the calculation. The present results agree well with the available experimental values
The K-shell photoionization cross section of argon near the threshold has been obtained with the mul...
The processes in disordered solid neon irradiated with photons in the energy range of 4–400 Ry are s...
A new method for sampling the exact (within the nodal error) ground state distribution and nondiflP...
The average number of ejected electrons and the probability of ion charge state distributions follow...
The decay of inner-shell vacancy in an atom through radiative and non-radiative transitions leads to...
In sudden perturbation approximation, the probability of the shake-up process accompanying inner-she...
We present a theoretical study on multiple ionization on Ne and Kr by charged ions in the energy ran...
Irradiation of matter with high energy photons or particles may cause inner-shell ionization of atom...
Electron rearrangement of fast heavy ions passing through solid targets has been studied by the Mont...
Current theories of inner-shell ionization in fast ion-atom collisions have been reviews and a simpl...
Atomic relaxation is important in many diverse disciplines, from atomic and nuclear physics ...
ABSTRACT The K-and L-shell ionization processes in ion-atom collisions have been studied with the th...
Vita.A method used in the calculation of inner shell ionization in asymmetric ion-atom collisions is...
In the plane-wave Born approximation (PWBA), scaling relations for K-shell generalized oscillator st...
In this paper, we present an experimental study of charge propensities formed when Argon clusters ar...
The K-shell photoionization cross section of argon near the threshold has been obtained with the mul...
The processes in disordered solid neon irradiated with photons in the energy range of 4–400 Ry are s...
A new method for sampling the exact (within the nodal error) ground state distribution and nondiflP...
The average number of ejected electrons and the probability of ion charge state distributions follow...
The decay of inner-shell vacancy in an atom through radiative and non-radiative transitions leads to...
In sudden perturbation approximation, the probability of the shake-up process accompanying inner-she...
We present a theoretical study on multiple ionization on Ne and Kr by charged ions in the energy ran...
Irradiation of matter with high energy photons or particles may cause inner-shell ionization of atom...
Electron rearrangement of fast heavy ions passing through solid targets has been studied by the Mont...
Current theories of inner-shell ionization in fast ion-atom collisions have been reviews and a simpl...
Atomic relaxation is important in many diverse disciplines, from atomic and nuclear physics ...
ABSTRACT The K-and L-shell ionization processes in ion-atom collisions have been studied with the th...
Vita.A method used in the calculation of inner shell ionization in asymmetric ion-atom collisions is...
In the plane-wave Born approximation (PWBA), scaling relations for K-shell generalized oscillator st...
In this paper, we present an experimental study of charge propensities formed when Argon clusters ar...
The K-shell photoionization cross section of argon near the threshold has been obtained with the mul...
The processes in disordered solid neon irradiated with photons in the energy range of 4–400 Ry are s...
A new method for sampling the exact (within the nodal error) ground state distribution and nondiflP...