Global Magnetosphere Real Event Analysis from Runs on Request     (VMR Tools)
Satellite Data Available |
Data-Model Comparison |
Model on Satellite Track |
Run information: |
|
|
Cluster-1 | | | | - | Cluster-2 | | | | - | Cluster-3 | | | | - | Cluster-4 | | | | - | GOES-8 | | | | - | GOES-9 | | | | - | GOES-10 | | | | - | GOES-11 | | | | - | GOES-12 | | | | - | Geotail | | | | - | IMP-8 | | | | - | Polar | | | | - |
|
|
|
View standard CCMC run page. | ?? |
Event Date | | |
Start Time | | |
End Time | | |
Key Words | | |
Model | | |
Model Version | | |
Validation Level | | |
Coordinate System for Input | | |
Coordinate System for Output | | |
Dipole Tilt, in the X-Z Plane, at Start deg | | |
Dipole Tilt, in Y-Z GSE plane, deg | | |
Update Dipole Orientation with Time | | |
Inflow Boundary R_E | | |
F10.7 | | |
Conductance Model | | |
Corotation | | |
Run Number | | |
Minimum Dst Value | | |
SW Source | | |
Diagnostic Indices | | |
|
View interactive javascript plot of satellite positions during this run in a new window.
Model values plot for Polar for time period of this run.
Choose variable to plot:
![](data: image/png;base64,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)
| VMR Tools created by Darren De Zeeuw. |