Modelling the Magnetosphere-Ionosphere Coupling Mihail Codrescu 1 and Joachim Raeder 2 1 CIRES, University of Colorado, Boulder, CO 2 Space Science Center,
Stormtime plasmasheet access to the inner magnetosphere: evidence for an internal source S. R. Elkington LASP, University of Colorado, Boulder A. A. Chan,
Gregory P. Ginet Space Vehicles Directorate Air Force Research Laboratory
The Physics of Space Plasmas William J. Burke 31October 2012 University of Massachusetts, Lowell Magnetic Storms.
Cold, keV, & MeV ion signatures of westward moving auroral bulge at L=4 in equatorial plane
Overview of CISM Magnetosphere Research
4/18 6:08 UT
2015-06-08 1 Fast Track WSA-ENLIL + Cone model runs.
Lecture 16 Simulating from the Sun to the Mud. Space Weather Modeling Framework – 1 [Tóth et al., 2007] The SWMF allows developers to combine models without.
Fate of cold ions in the inner magnetosphere: energization and drift inferred from morphology and mass dependence M. Yamauchi 1, I. Dandouras 2, H. Reme.
General Findings Concerning the Magnetospheric Realm
Plasma Density Structures in the Inner Magnetosphere Derived From RPI Measurements B. Reinisch 1, X. Huang 1, P. Song 1, J. Green 2, S. Fung 2 V. Vasyliunas.
![Lecture 16 Simulating from the Sun to the Mud. Space Weather Modeling Framework – 1 [Tóth et al., 2007] The SWMF allows developers to combine models without.](https://static.fdocuments.in/doc/330x215/56649ed25503460f94be11db/lecture-16-simulating-from-the-sun-to-the-mud-space-weather-modeling-framework.jpg)
