Dielectronic Recombination Lines of C+
Taha Sochi, Peter J. Storey
TL;DR
This paper provides detailed atomic data and calculations for C+ recombination lines, aiding the analysis of planetary nebulae spectra.
Contribution
It introduces new atomic data for C+ including energies, oscillator strengths, and recombination coefficients using the R-matrix method.
Findings
Generated comprehensive atomic data for C+
Calculated recombination coefficients relevant to nebulae
Enhanced understanding of C+ spectral lines
Abstract
The current paper presents atomic data generated to investigate the recombination lines of C II in the spectra of planetary nebulae. These data include energies of bound and autoionizing states, oscillator strengths and radiative transition probabilities, autoionization probabilities, and recombination coefficients. The R-matrix method of electron scattering theory was used to describe the C2+ plus electron system.
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