Early Results from a Multi-Thermal Model for the Cooling of Post-Flare Loops

Details Early Results from a Multi-Thermal Model for the Cooling of Post-Flare Loops Early Results from a Multi-Thermal Model for the Cooling of Post-Flare Loops

Jan 2002

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2002mwoc.conf..275r&link_type=abstract

Multi-Wavelength Observations of Coronal Structure and Dynamics -- Yohkoh 10th Anniversary Meeting. Proceedings of the conferenc

Computer Science

Scientific paper

We have developed a multi-thermal model for the cooling of post-flare loops. The model consists of an arcade of many nested loops that reconnect and begin cooling at slightly different times, and have different cooling profiles because of the different loop lengths across the arcade. Cooling due to both conductive and radiative processes is taken into account. The free parameters in the model include initial temperature and density in the loop, loop width and the initial loop length. The results from the model are then compared to TRACE and SXT observations. Our many-loop model does a much better job of predicting the SXT and TRACE light curves than a similar model with only one loop.

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