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[ascl:1904.009] deproject: Deprojection of two-dimensional annular X-ray spectra

Deproject extends Sherpa (ascl:1107.005) to facilitate deprojection of two-dimensional annular X-ray spectra to recover the three-dimensional source properties. For typical thermal models, this includes the radial temperature and density profiles. This basic method is used for X-ray cluster analysis and is the basis for the XSPEC (ascl:9910.005) model project. The deproject module is written in Python and is straightforward to use and understand. The basic physical assumption of deproject is that the extended source emissivity is constant and optically thin within spherical shells whose radii correspond to the annuli used to extract the specta. Given this assumption, one constructs a model for each annular spectrum that is a linear volume-weighted combination of shell models.

Code site:
https://github.com/sherpa-deproject/deproject https://pypi.org/project/deproject/
Used in:
https://ui.adsabs.harvard.edu/abs/2010ApJ...722..102S
Bibcode:
2019ascl.soft04009A

Views: 154

ascl:1904.009
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