… ) velocities calculated from the Cooling model (to within 30◦ and a factor of two in the speed).
We also examined the plasma signatures of several magnetosheath FTEs; the electron sig…

… Cooling model of FTE motion. Modeling of the individual FTE-type flux ropes in the
magnetosheath … [22] We have applied the Cooling model of FTE motion to the 11 April 2011 …

… We have run the Cooling model for two locations of the X line. The results of those runs are
… ∼135 with negative Y component, the Cooling model predicts that open flux tubes will evolve …

… We have developed a modified version of the Cooling model [3] to … The Cooling model was
first developed to predict the motion of … The magnetosheath magnetic field and the paraboloid …

… In the unmodified Cooling model, a test for steady-state reconnection between the
magnetosheath and magnetospheric field (which is everywhere constrained to lie parallel to the …

… than the background magnetosheath flow, as a result of the magnetic tension acting on the
FTE (which is incorporated into the Cooling model). The model magnetosheath velocity at TH-…

… The Cooling model also predicted a significant dawnward … flux tubes swept by the
magnetosheath flow and reclosing of the … of the magnetosphere or the magnetosheath plasmas. …

… By combing these data and applying the Cooling model, we … from the magnetosphere to
the magnetosheath. We use T96 … UT, Cluster are almost in the magnetosheath, there is good …

… magnetosheath southward the sub-solar magnetopause, and observed a standard
magnetosheath … According to the predictions of the Cooling model, the motion of the FTE observed …

… to predict steadystate and transient magnetosheath magnetic field strengths and orientations,
magnetosheath plasma and Alfvén velocities, magnetosheath pressures and plasma β as …