Atomic Data for Astrophysics

Explore atomic data for astrophysics, including information on photoionization, recombination, and collisional processes.

pa.uky.edu/~verner/atom.html
Atomic Data for Astrophysics homepage screenshot

About Atomic Data for Astrophysics

Atomic Data for Astrophysics provides atomic data for astrophysics, including photoionization, recombination, collisional ionization and autoionization, charge transfer, and Auger processes. It also includes energy levels, wavelengths, transition probabilities, collision strengths, excitation rates, Stark broadening, and opacities, with Fortran subroutines and links to related atomic and plasma physics databases.

Key features

  • Photoionization data
  • Recombination data
  • Collisional ionization and autoionization data
  • Energy levels, wavelengths, transition probabilities
  • Collision strengths and excitation rates
  • Fortran subroutines for atomic data
Best for: People doing astrophysics work that requires atomic data.
Good for
  • Covers several atomic processes and data types in one site
  • Includes Fortran subroutines for use with the data
  • Links to additional atomic and plasma physics databases

Atomic Data for Astrophysics at a glance

Type
Website
Pricing
Not confirmed. Check the site
Platforms
Web
Open source
Not stated
Last checked
Oct 5, 2026 · Online when checked
Listed
Oct 5, 2026

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