Showing 1–20 of 63 results
/ Date/ Name
Apr 14, 2011Highly Excited Core Resonances in Photoionization of Fe XVII : Implications for Plasma OpacitiesJan 18, 2023Plasma broadening of autoionizing resonancesMay 13, 2024Plasma Effects on Resonant PhenomenaMar 6, 2023Photoionization and OpacityJan 6, 2018Recalculation of Astrophysical Opacities: Overview, Methodology and Atomic CalculationsOct 23, 2003The Iron Project and the RmaX ProjectJan 30, 2002Influence of Resonances on Spectral Formation of X-Ray Lines in Fe XVIIFeb 17, 2000The Iron ProjectSep 8, 2004Atomic data from the Iron Project.LVIII. New radiative transition probabilities for Fe IV including fine structureOct 18, 2005Electron distributions in X-Ray plasmas: spectral diagnostics with the 3s/3d line ratio in Fe XVIIFeb 12, 2003X-ray absorption via K-alpha resonance complexes in oxygen ionsJan 7, 2018Converged Close-Coupling R-Matrix calculations of Photoionization of Fe XVII in Astrophysical Plasmas: from Convergence to CompletenessFeb 26, 2003Atomic data from the Iron Project. LIII. Relativistic allowed and forbidden transition probabilities for Fe XVIIApr 10, 2003Electron-Ion Recombination Rate Coefficients and Photoionization Cross Sections for Astrophysically Abundant Elements. VII. Relativistic calculations for O VI and O VII for UV and X-ray modelingMay 25, 2001Relativistic fine structure and resonance effects in electron-ion recombination and excitation of (e + C IV)Mar 27, 2000Electron-Ion Recombination Rate Coefficients and Photoionization Cross Sections for Astrophysically Abundant Elements IV. Relativistic calculations for C IV and C V for UV and X-ray modelingFeb 10, 2000Atomic data from the Iron Project.XLIII. Transition probabilities for Fe VJan 31, 2002Electron impact excitation of helium-like oxygen up to n = 4 levels including radiation dampingSep 21, 2023Interface of Equation-of-State, Atomic Data and Opacities in the Solar ProblemOct 4, 2005[O II] line ratios