PROPACEOS overview

PROPACEOS major features

Includes an easy-to-use GUI

Documentation and reports

Platforms

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User support

 

 
PROPACEOS Major Features

Computes equation-of-state and opacity data for single-element or multi-element plasmas.
Includes an easy-to-use graphical user interface for problem setup and viewing results.
Includes on-line documentation, including direct access to Help pages from widgets.
Computes EOS and opacity data for LTE plasmas and optically thin non-LTE plasmas.
Can be run in batch mode with an existing workspace.
Supports the use of simple and custom grids for:
Temperature
Density
Photon energy.
Includes graphics package for visualizing results for:
 

Frequency-dependent opacities

Temperature- and density-dependent EOS and opacity results.
Includes the following atomic processes in collisional-radiative modeling:*
 
Collisional ionization, recombination, excitation, and deexcitation
Photoionization and stimulated recombination
Photoexcitation and stimulated emission
Spontaneous decay
Radiative recombination
Dielectronic recombination, autoionization, and electron capture
Includes Doppler, natural (including autoionization contributions), and Stark broadening in line profile modeling.
Utilizes ATBASE suite of atomic codes for supplying:
 
Photoionization cross-sections
Oscillator strengths
Collisional ionization cross-sections
Collisional excitation cross-sections
Atomic level energies and transition energies
Dielectronic recombination, autoionization, and electron capture rates.
Can be used to view previously calculated PROPACEOS data files or SESAME files
Interfaces with other applications:
 
AtomicModelBuilder: a user-friendly tool for setting up custom atomic models.
PrismPLOT: a graphics tool for viewing calculation results.
HELIOS: reads PROPACEOS data and supports viewing of EOS and opacity data.
   
   
*For non-LTE plasmas.

Material setup widget.

 


Grid setup widget.

 


Opacity viewer.

 


Equation of state viewer.