Global Magnetosphere Real Event Analysis from Runs on Request     (VMR Tools)
Analysis of Run: Swadesh_Patra_041417_2 | |
Satellite Data Available |
Data-Model Comparison |
Model on Satellite Track |
Run information: |
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View standard CCMC run page. | ?? |
Event Date | | January 21, 2015 |
Start Time | | 2015/01/21 10:00 |
End Time | | 2015/01/22 08:00 |
Key Words | | Northward IMF |
Model | | SWMF |
Model Version | | v20140611 |
Validation Level | | 0 |
Coordinate System for Input | | GSM |
Coordinate System for Output | | GSM |
Dipole Tilt, in the X-Z Plane, at Start deg | | -22.23 |
Dipole Tilt, in Y-Z GSE plane, deg | | 2.51 |
Update Dipole Orientation with Time | | yes |
Inflow Boundary R_E | | 32 |
F10.7 | | 120.00000 |
Conductance Model | | auroral |
Corotation | | real |
Run Number | | Swadesh_Patra_041417_2 |
Minimum Dst Value | | -104 |
SW Source | | DSCOVR-realtime |
Diagnostic Indices | | YES, plot them |
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View interactive javascript plot of satellite positions during this run in a new window.
Model values plot for Geotail for time period of this run.
Choose variable to plot:
![](data: image/png;base64,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)
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