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group1 Electron Acceleration and Propagation |
Gordon Holman |
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group 2 Ion Acceleration and Interaction |
Gerry Share/Jim Miller |
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group 3 Correlative Studies between Hard X-Ray and Radio |
Stephen White
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group 4 Multiwavelength Correlative Studies |
Lyndsay Fletcher |
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group 5
Theoretical Implications |
Loukas Vlahos | vlahos@astro.auth.gr |
Topics to be covered by the various teams include, but are not limited to:
Electron acceleration and propagation location and spectrum of accelerated electrons, physics of electron transport, interpretation of RHESSI spectroscopy, imaging spectroscopy and polarization data.
Ion acceleration and interaction location, energy and angular spectra of accelerated ions, interaction with solar atmosphere, abundance determination and related physics.
Correlative hard X-ray and Radio Studies synthesis and intercomparison of hard X-ray and radio data (e.g., spectra, images, temporal profiles) in order to identify issues pertinent to electron acceleration and transport.
Multi-Wavelength Correlative Studies Synthesis and intercomparison of data from various-ground- and space-based observatories
Theoretical Implications - Development of theoretical models for energy release and transport, guided by results from the other groups