Josep_Ribalta_20190401_GM-EXO_1
Run Metadata
| Metadata Record: | View Full Run Metadata in the CCMC Metadata Registry (CMR) |
| Metadata as JSON: | View Full Run Metadata as JSON |
| Model Domain: | GM |
| Model Name: | SWMF |
| Model Version: | v20180525 |
| Title/Introduction: | tor01 |
| Key Word: | educational |
| Run type: | Simulation with modeled conditions |
| Inflow Boundary Conditions: | Time-dependent |
| Start Time: | 2000/01/01 00:00 |
| End Time: | 2000/01/01 00:30 |
| Dipole Tilt at Start in X-Z Plane: | 0.00 ° |
| Dipole Tilt in Y-Z GSE Plane: | 0.00 ° |
| Dipole Update With Time: | no |
| Ionospheric Conductance: | constant |
| Radio Flux 10.7 cm: | 150.00000 |
| Radio Flux 10.7 cm: | 150 |
| Co-rotation: | No corotation velocity is applied at the inner boundary. |
| Grid: | Special Grid: 8.42 mln cells grid with 1/16 resolution, inner boundary at 1.25 Re, R<6Re |
| Coordinate System for the Output: | GSM |
| Solar wind input source: | user-defined |
| Initial Solar Wind (SW) Parameters in GSM Coordinates: | |
| SW Density: | 3.00000 n/cc |
| SW Temperature: | 200000.00000 Kelvin |
| X Component of SW Velocity: | -400.00000 km/s |
| Y Component of SW Velocity: | 0.00000 km/s |
| Z Component of SW Velocity: | 0.00000 km/s |
| IMF Bx: | 0.00000 nT |
| IMF By: | 0.00000 nT |
| IMF Bz: | -5.00000 nT |
| IMF |B|: | 5.00000 nT |
| IMF Clock Angle: | 180.00000 ° |
| Magnetosphere Run Parameters: | |
| GM solver: | Rusanov |
| GM limiter name: | mc3 |
| GM limiter beta: | 1 |
| GM implicit: | explicit |
| GM Boris clight factor: | 0.02 |
Input Data
Output Data
- View pre-computed timeseries data:
- SWMF diagnostic log file with CPCPN (CPCP North), CPCPS (CPCP South), Dst (SymH)
- Northern hemisphere polar cap flux and area
- Southern hemisphere polar cap flux and area
- Magnetopause standoff and closest approach within 30 deg. of Sun-Earth line (local noon)
- Polar cap boundary at 24 magnetic local times in northern hemisphere
- Polar cap boundary at 24 magnetic local times in southern hemisphere
- Ionospheric dissipation
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