Collision cross sections are calculated using the R-matrix method for excitations between the three lowest LS states for Na-like Cu ion. The complex resonance structures are investigated. The collision rate coefficients have been calculated assuming a Maxwellian distribution of electron-impact energies. The results of the collision cross sections are in good agreement with those of the other theory
We report on a theoretical and experimental study of state-selective differential single-electron tr...
Abstract: Collision strengths for transitions among the n = 5 levels of AI XI11 have been computed i...
This report concerns a program of computation of cross sections for electron impact excitation and i...
Electron impact excitation collision strengths for the transitions among the lowest twelve fine stru...
Abstract. Electron excitation collision strengths for all the transitions among 3s, 3p, 3d, 4s, 4p, ...
We present results for the outer-shell electron-impact excitation of all Na-like ions from Mg+ to Kr...
International audienceThe collision cross sections of sodium from the ground state to the first four...
A classical impulse approximation is used to calculate the electron impact excitation cross-sections...
We present results for the outer-shell electron-impact excitation of all Na-like ions from Mg+ to Kr...
We present results for the inner-shell electron-impact excitation of all Na-like ions from Mg+ to Kr...
We present results for the electron-impact excitation of all Ne-like ions from Na+ to Kr26+ obtained...
We present results for the electron-impact excitation of all Ne-like ions from Na+ to Kr26+ obtained...
The cross sections for highly charged iodine ion (Iq+, q = 6?30, E = 1.5q keV)- alkali metal atom (N...
The collision between on electron and a sodium-like positive ion has been treated quantum mechanical...
This paper presents an analysis of data on the cross sections of elastic and inelastic collisions of...
We report on a theoretical and experimental study of state-selective differential single-electron tr...
Abstract: Collision strengths for transitions among the n = 5 levels of AI XI11 have been computed i...
This report concerns a program of computation of cross sections for electron impact excitation and i...
Electron impact excitation collision strengths for the transitions among the lowest twelve fine stru...
Abstract. Electron excitation collision strengths for all the transitions among 3s, 3p, 3d, 4s, 4p, ...
We present results for the outer-shell electron-impact excitation of all Na-like ions from Mg+ to Kr...
International audienceThe collision cross sections of sodium from the ground state to the first four...
A classical impulse approximation is used to calculate the electron impact excitation cross-sections...
We present results for the outer-shell electron-impact excitation of all Na-like ions from Mg+ to Kr...
We present results for the inner-shell electron-impact excitation of all Na-like ions from Mg+ to Kr...
We present results for the electron-impact excitation of all Ne-like ions from Na+ to Kr26+ obtained...
We present results for the electron-impact excitation of all Ne-like ions from Na+ to Kr26+ obtained...
The cross sections for highly charged iodine ion (Iq+, q = 6?30, E = 1.5q keV)- alkali metal atom (N...
The collision between on electron and a sodium-like positive ion has been treated quantum mechanical...
This paper presents an analysis of data on the cross sections of elastic and inelastic collisions of...
We report on a theoretical and experimental study of state-selective differential single-electron tr...
Abstract: Collision strengths for transitions among the n = 5 levels of AI XI11 have been computed i...
This report concerns a program of computation of cross sections for electron impact excitation and i...