… role of the multipolar topology created by the null point in creating EUV brightenings before,
during, and after the —are. We also present arguments that the Bastille Day —are can be …

… flares are associated with a very interesting evolutionary pattern in sunspots: part of the outer
spot structure decays rapidly after major flares… this flare and evolution of magnetic topology …

… role of the multipolar topology created by the null point in creating EUV brightenings before,
during, and after the —are. We also present arguments that the Bastille Day —are can be …

… magnetic structures and therefore the overall topology and magnetic energy in the field. In
a … relative to the PIL and study the flare ribbon evolution to infer the reconnection pattern, …

… Result of the numerical computation of the flare ribbons. On basis of the topological model,
we examine the evolution of the magnetic field before the flare and estimate the electric field …

… Then, we assume that the flare is caused by magnetic reconnection in a current layer (…
Based on the topological model, we examine the evolution of the magnetic field before the flare …

… of the evolution of the thermal flare plasma during the 14 July 2000, 10 UT, Bastille Day flare
… of this double-ribbon flare consists of a curved arcade with some 100 post-flare loops which …

… illustrate development of the EUV post-eruption arcade with … Sun, which revealed itself in a
day as a exclusively geoeffective … Golub, The topology and evolution of the Bastille Day flare. …

… and decay at the same place all along the flare duration; the absence of observed ejecta
at the flare location and the Hα kernel evolution indicates that the event is confined. Two of …

The basic ideas to model the large solar flares are reviewed and illustrated. Some … large
flares in terms of reconnection. We assume that in the two-ribbon flares, like the Bastille-day flare…