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: | BATSRUS with RCM |
| Model Version: | v8.01 |
| Key Word: | GEM 2008 Metrics Challenge |
| Run type: | Real event simulation |
| Inflow Boundary Conditions: | Time-dependent |
| Start Time: | 2003/10/29 06:00 |
| End Time: | 2003/10/29 07:00 |
| Dipole Tilt at Start in X-Z Plane: | -25.40 ° |
| Dipole Tilt in Y-Z GSE Plane: | -24.10 ° |
| Dipole Update With Time: | yes |
| Ionospheric Conductance: | auroral |
| Radio Flux 10.7 cm: | 275.4 |
| Co-rotation: | No corotation velocity is applied at the inner boundary. |
| Grid: | high-resolution grid with_1,958,688_cells |
| Coordinate System for the Output: | GSM |
| Ring current model: | RCM |
| Initial Solar Wind (SW) Parameters in GSM Coordinates: | |
| SW Density: | 6.28000 n/cc |
| SW Temperature: | 535296.37000 Kelvin |
| X Component of SW Velocity: | 0.00000 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: | -5.28000 nT |
| IMF Bz: | -2.61000 nT |
| IMF |B|: | 5.89000 nT |
| IMF Clock Angle: | 243.70000 ° |
| Magnetosphere Run Parameters: | |
| GM solver: | Rusanov |
| GM limiter name: | minmod |
| GM limiter beta: | 1.0 |
| GM Boris clight factor: | 0.0075 |
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
- View model outputs along satellite trajectories (files generated by model at requested, usually short time cadence):
- Perform model data comparison for this run using VMR tools (formerly the Virtual Model Repository at the University of Michigan)
This interface has been recently updated. If you experience problems or have any questions please contact the CCMC staff.