XSTAR Manual

Table of Contents:

  • Introduction
  • Download and Installation
  • A Walkthrough of XSTAR
  • User Input to XSTAR
  • XSTAR output
  • XSTAR2XSPEC
  • WARMABS
  • Problems and Pitfalls
  • PyXSTAR
  • Walkthrough Examples and Threads
    • XSTAR
      • Broad emission line cloud and plot of simulated spectrum
      • Marginally Compton thick slab, reflection and transmission
      • Traditional H II region
      • Coronal plasma
      • Spectrum with line labels
      • Charge state distribution as function of \(\log\xi\)
      • \(T\) - \(\log\xi\) curves
      • Density profiles (constant vs powerlaw)
    • XSTAR2XSPEC
      • Calculate a simple table model (grid18)
      • Fit a table model to a spectrum in XSPEC
    • WARMABS
      • Update population files
      • Fit a warmabs model to a spectrum in XPEC
  • The Physics Behind XSTAR
  • Atomic Database
  • PyXSTAR
  • Theory Of Operations
  • Revisions
XSTAR Manual
  • Walkthrough Examples and Threads
  • View page source

Walkthrough Examples and Threads

XSTAR

  • Broad emission line cloud and plot of simulated spectrum
  • Marginally Compton thick slab, reflection and transmission
  • Traditional H II region
  • Coronal plasma
  • Spectrum with line labels
  • Charge state distribution as function of \(\log\xi\)
  • \(T\) - \(\log\xi\) curves
  • Density profiles (constant vs powerlaw)

XSTAR2XSPEC

  • Calculate a simple table model (grid18)
  • Fit a table model to a spectrum in XSPEC

WARMABS

  • Update population files
    • 1. Tabulate the SED in a text file
    • 2. Run xstar with this incident SED
    • 3. Link atomic database and run warmabs
  • Fit a warmabs model to a spectrum in XPEC
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