Mark_Adrian_032905_1

Title/Introduction: Simulation of period coincident with IMAGE EUV observation of the formation of a obrotund dayside plasmapause and subsequent shoulder formation.

Key Word: 2+ < Kp < 4+ Period

3D MHD Model: BATSRUS
Real Event Simulation
Inflow Boundary Conditions: Time-Dependent
Start Time: 2001/05/28 12:00
End Time: 2001/05/28 23:59
Dipole Tilt at Start in X-Z Plane: 24.8 deg.
Dipole Tilt in Y-Z GSE Plane: -2.0 deg.
Dipole Update With Time: yes
Ionospheric Conductance: auroral
Corotation Velocity is Applied at The Inner Boundary. Corotation Axis Tilt is Consistent With The Real Time.
Radio Flux 10.7 cm: 150.
Coordinate System for the Output: GSM
Initial Solar Wind (SW) Parameters in GSM Coordinates:

SW Density: 6.144 n/cc
SW Temperature [Kelvin]: 11747.22 Kelvin
X Component of SW Velocity: -500.352 km/sec
Y Component of SW Velocity: -12.335 km/sec
Z Component of SW Velocity: -18.337 km/sec
IMF Bx: 0. nT
IMF By: 2.123 nT
IMF Bz: -7.976 nT
IMF |B|: 8.25 nT
IMF Clock Angle: 165.1 deg.

• View Magnetosphere
• View Ionosphere
• View Ring Current H+ ion data
• View Ring Current electron data

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