Global Magnetosphere Real Event Analysis from Runs on Request     (VMR Tools)
Analysis of Run: orbit254-10-20020219_163500_20020219_211900-constBx0 | |
Satellite Data Available |
Data-Model Comparison |
Model on Satellite Track |
Run information: |
|
|
|
View standard CCMC run page. | ?? |
Event Date | | 2002/02/19 |
Start Time | | 2002/02/19 16:35 |
End Time | | 2002/02/19 21:17 |
Key Words | | Facsko et al 2016: 1-year run of GUMICS |
Model | | GUMICS |
Model Version | | 4-HC |
Validation Level | | 1 |
Coordinate System for Input | | GSM |
Coordinate System for Output | | GSE |
Dipole Tilt, in the X-Z Plane, at Start deg | | 2.85 |
Dipole Tilt, in Y-Z GSE plane, deg | | -26.64 |
Update Dipole Orientation with Time | | no |
Inflow Boundary R_E | | 32 |
F10.7 | | 185.10000 |
Conductance Model | | auroral |
Corotation | | |
Run Number | | orbit254-10-20020219_163500_20020219_211900-constBx0 |
Minimum Dst Value | | -18 |
SW Source | | DSCOVR-realtime |
Diagnostic Indices | | NO |
|
View interactive javascript plot of satellite positions during this run in a new window.
Model values plot for GOES-10 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. |