Showing 1–20 of 22 results
/ Date/ Name
Mar 31, 2020Major Scientific Challenges and Opportunities in Understanding Magnetic Reconnection and Related Explosive Phenomena throughout the UniverseNov 17, 2010Science Objectives for an X-Ray Microcalorimeter Observing the SunSep 17, 2020Major Scientific Challenges and Opportunities in Understanding Magnetic Reconnection and Related Explosive Phenomena in Solar and Heliospheric PlasmasNov 8, 2008Effects of partitioning and extrapolation on the connectivity of potential magnetic fieldsDec 7, 2007Patchy Reconnection in a Y-Type Current SheetFeb 1, 2012Calculating energy storage due to topological changes in emerging active region NOAA AR 11112Feb 24, 2012Direct Measurements of Magnetic Twist in the Solar CoronaSep 5, 2014A simple model of chromospheric evaporation and condensation driven conductively in a solar flareFeb 11, 2016Analysis of Flows Inside Quiescent Prominences as Captured by Hinode/Solar Optical TelescopeJul 6, 2015Spectroscopic observations of evolving flare ribbon substructure suggesting origin in current sheet wavesJun 17, 2011A Quantitative Model of Energy Release and Heating by Time-dependent, Localized Reconnection in a Flare with a Thermal Loop-top X-ray SourceMay 6, 2016Observations of an X-shaped Ribbon Flare in the Sun and Its Three-dimensional Magnetic ReconnectionJul 13, 2011A Model for the Origin of High Density in Loop-top X-ray SourcesJun 2, 2010Slow shocks and conduction fronts from Petschek reconnection of skewed magnetic fields: two-fluid effectsFeb 3, 2011Density Enhancements and Voids following Patchy ReconnectionSep 28, 2009Reconstructing the Local Twist of Coronal Magnetic Fields and the Three-Dimensional Shape of the Field Lines from Coronal Loops in EUV and X-Ray ImagesSep 27, 2009Additive Self Helicity as a Kink Mode ThresholdOct 20, 2008Gas-dynamic shock heating of post-flare loops due to retraction following localized, impulsive reconnectionNov 1, 2008The Number Of Magnetic Null Points In The Quiet Sun CoronaDec 16, 2013Breakout and Tether-cutting Eruption Models Are Both Catastrophic (Sometimes)