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| Paper: |
Computational Seismic Holography of Transient Seismic Emission
from Flares |
| Volume: |
478, Fifty Years of Seismology of the Sun and Stars |
| Page: |
323 |
| Authors: |
Lindsey, C.; Donea, A.-C.; Martínez Oliveros, J. C. |
| Abstract: |
Conceived as an optimal basis for local helioseismology, computational
seismic holography applies basic principles of optics to helioseismic
signatures of waves that travel through the Sun's interior, including
its far hemisphere.
Objects of its diagnostic applications include the thermal and magnetic
structure of active regions, sources of seismic emission from the quiet
Sun, active regions in the Sun's far hemisphere, and transient seismic
emission from flares.
The monitor of active regions in the Sun's far hemisphere is described
by another paper in these proceedings.
This paper reviews the application of computational seismic holography
as a diagnostic of transient seismic emission from flares. |
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