<p>The list presents electron collision strengths as a function of the electron excitation energy for the forbidden lines of the astronomically abundant doubly-ionized oxygen ion, O2+, in an intermediate coupling scheme using the Breit-Pauli relativistic terms as implemented in an R-matrix atomic scattering code. An atomic target for the R-matrix scattering defined by 72 atomic terms is used in these calculations with Gailitis averaging in the region beneath thresholds where the effective quantum number is greater than 10.</p
We describe, and present the results of, a new large-scale R-matrix scattering calculation for the e...
Aims. Oscillator strengths and electron impact excitation collision strengths for transitions betwee...
We describe, and present the results of, a new large-scale R-matrix scattering calculation for the e...
<p>We present electron collision strengths and their thermally averaged values for the nebular forbi...
We present electron collision strengths and their thermally averaged values for the nebular forbidde...
We present electron collision strengths and their thermally averaged values for the forbidden lines ...
The list presents electron collision strengths for the forbidden transitions between the fifteen low...
The list presents electron collision strengths for the forbidden transitions between the fifteen low...
<p>We present effective collision strengths for electron excitation and de-excitation of the ten for...
We present electron collision strengths and their thermally averaged values for the nebular forbidde...
We present electron collision strengths and their thermally averaged values for the nebular forbidde...
Context. Electron impact excitation collision strengths are required for the analysis and interpreta...
In this paper, we use Dirac R-matrix theory to calculate the collision strengths for elect...
Electron excitation collision strengths for the transitions from the ground state to the fine-struc...
We present a new large-scale R-matrix scattering calculation for electron collisional excitation of ...
We describe, and present the results of, a new large-scale R-matrix scattering calculation for the e...
Aims. Oscillator strengths and electron impact excitation collision strengths for transitions betwee...
We describe, and present the results of, a new large-scale R-matrix scattering calculation for the e...
<p>We present electron collision strengths and their thermally averaged values for the nebular forbi...
We present electron collision strengths and their thermally averaged values for the nebular forbidde...
We present electron collision strengths and their thermally averaged values for the forbidden lines ...
The list presents electron collision strengths for the forbidden transitions between the fifteen low...
The list presents electron collision strengths for the forbidden transitions between the fifteen low...
<p>We present effective collision strengths for electron excitation and de-excitation of the ten for...
We present electron collision strengths and their thermally averaged values for the nebular forbidde...
We present electron collision strengths and their thermally averaged values for the nebular forbidde...
Context. Electron impact excitation collision strengths are required for the analysis and interpreta...
In this paper, we use Dirac R-matrix theory to calculate the collision strengths for elect...
Electron excitation collision strengths for the transitions from the ground state to the fine-struc...
We present a new large-scale R-matrix scattering calculation for electron collisional excitation of ...
We describe, and present the results of, a new large-scale R-matrix scattering calculation for the e...
Aims. Oscillator strengths and electron impact excitation collision strengths for transitions betwee...
We describe, and present the results of, a new large-scale R-matrix scattering calculation for the e...