1. Electron Collisions With Atomic Ions - Excitation (Pradhan and Zhang) in the upcoming Landolt-Boernstein Volume on Atomic Collisions (ED. Y. Itikawa), Springer-Verlag (in press). Several data tables are included.
2. ``An Evaluated Compilation Of Theoretical Data Sources For Electron Impact Excitation Of Atomic Ions'', Anil K. Pradhan and J.W. Gallagher, At.Data.Nucl.Data.Tables, 52,227,1992.
3. `` Atomic Data For The Analysis Of Emission Lines'', Anil K. Pradhan and Jianfang Peng, in Proceedings of the Space Telescope Science Institute Symposium on Analysis of Emission Lines , Ed: R.E. Williams and M. Livio, Cambridge University Press (1995).
Ref. 3 is a comprehensive guide to recommended atomic data for a number of physical processes; more information may be obtained by clicking next on Atomic Data .
Ongoing calculations on collisional data are reported from the Iron Project (IP) for a number of ions and isosequences.
The most recent collisional work by the OSU group is:
Fe II effective collision strengths (2742420 bytes)
Zhang and Pradhan, Astron.Astrophys.,293,953,1995, (Collisional rates for 10,011 transitions among 142 fine structure levels; additional levels in Bautista and Pradhan 1995).
Ni II effective collision strengths (29742 bytes)
Bautista and Pradhan, Astron.Astrophys. (in press) (Collisional rates for 136 transitions among 17 fine structure levels of Ni II.
Fe III: Zhang and Pradhan, J.Phys.B,28,3403,1995; and Astron.Astrophys.Suppl.Ser., 199, 523 (1996) (Collisional rates for 23,871 transitions among 219 fine structure levels).
Ni II and Fe II: Bautista and Pradhan, (A & A, in press).
Mg II: Sigut and Pradhan, J. Phys. B: Atom. Molec. Opt. Phys. 28, 4879 (1995) - See Aaron Sigut's homepage at 'http://inverse.astro.uwo.ca' for Effective Collision Strengths
Ti XXI (He-like): Zhang and Pradhan, Phys.Rev.A,52,3366,1995.
Fe XXV (He-like): Zhang and Pradhan, J.Phys.B,28,L285,1995.
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Revised: 1999 Dec. 1