Atomic Data

The purpose of this document is to clarify where the atomic data used in Python comes from and how to translate the raw data into data which is read. All data used by Python is accessed by routines in get_atomic_data.c and stored in structures.

• Bound-bound electron collision strengths
  • Source
  • Translation to Python format
  • Data format
  • Python structure
  • comments
• Bound Bound (Kurucz)
  • Source
  • Translation to Python format
  • Data format
  • Python structure
  • Comments
• Bound Bound (Verner)
  • Source
  • Translation to Python format
  • Data format
  • Python structure
  • Comments
• Bound Free Macro-atom (empty)
  • Source
  • Translation to Python format
  • Data format
  • Python structure
  • Comments
• Bound Free (Topbase)
  • Source
  • Translation to Python format
  • Data format
  • Python structure
  • Comments
• Bound Free (Verner)
  • Source
  • Translation to Python format
  • Data format
  • Python structure
  • Comments
• Direct Ionization
  • Source
  • Translation to Python format
  • Data format
  • Python structure
  • Comments
• Auger Electron Yields
  • Source
  • Translation to Python format
  • Data format
  • Python structure
  • Comments
• Elements and Ions
  • Source:
  • Translation to python:
  • Datafile - elem_ions_ver.py:
  • Python structure:
  • Comments:
• Free-Free Emission
  • Source
  • Translation to python
  • Datafile - gffint.dat:
  • Python structure
  • Comments
• Macro-atom Lines (empty)
  • Source
  • Translation to Python format
  • Data format
  • Python structure
  • Comments
• Auger Photon Yields
  • Source
  • Translation to Python format
  • Data format
  • Python structure
  • Comments