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and (2) the key to understanding the physics lies in a dynamic interaction between solar and stellar investigations and investigators. 1989 AN OVERVIEW OF SOLAR AND STELLAR FLARE RESEARCH BERNHARD M.
Preface.- An Overview of Solar and Stellar Flare Research.- Electron Beam as Origin of White-Light Solar Flares.- Solar Flare Diagnostic: Present and Future.- Multi-Wavelength Observations of Stellar Flares.- Solar Flares: the Impulsive Phase.- Electron Acceleration in Solar Flares.- Models of Flaring Loops.- Stellar Flare Spectral Diagnotics: Present and Future.- Preflare Activity.- Simultaneous Multi-Frequency Imaging Observations of Solar Microwave Bursts.- Radio Emission from Stellar Flares.- Solar and Stellar Magnetic Fields and Structures: Observations.- The Association of Flares to Cancelling Magnetic Features on the Sun.- Mass Motions Associated with Solar Flares.- Solar and Stellar Flares: Questions and Problems.- The Importance of Solar White-Light Flares.- Solar and Stellar Magnetic Fields and Atmospheric Structures: Theory.- Hydrodynamic Models of Solar and Stellar Flares.- A Review of Stellar Flares and Their Characteristics.- Long-Duration Solar and Stellar Flares.- Solar Flares: High-Energy Radiation and Particles.- Magnetic Equilibria and Instabilities.- A Solar Flare Observed with the SMM and Einstein Satellites.- Stellar Flare Statistics — Physical Consequences.- The Role of Eruption in Solar Flares.- Solar Flares: The Gradual Phase.- Polarimetry of Stellar Active Regions and Flares.- Particle Acceleration in Solar Flares.- Cyclotron Lines in the Spectra of Solar Flares and Solar Active Regions.- Discussions.