Ion temperature predictions
- MODIEDG=1
- use the same boundary condition for the edge ion temperature as for the recycling neutrals at the edge. This is the default.
- MODIEDG=2
- use TIEDGE as a boundary condition. The deafult value is 10.0 eV.
- Please note that, if this option is selected, the ion temperature is taken flat and equal to TIEDGE between XIBOUND and the separatrix.
- MODIEDG=3
- to use the edge electron temperature as boundary condition (from input data).
- MODIEDG=4
- to use the ion edge temperature as boundary condition (from input data).
- MODIEDG=5
- to use the pedestal width and height as boundary condition. Please refer to the pedestal module page for more detail.
Recycling neutrals
If MODIEDG=1 the following settings also apply.
- MOD0ED=1
- use TIEDGE for the recycling neutral energy at the plasma boundary. This is the default.
- MOD0ED=2
- use TI0FRC*TI(center) for the recycling neutral energy at the edge. NOTE: this option is available only for particle balance calculations and not for predictive runs.
- NOTE: need to set also TI0FRC, the multiplier of the central ion temperature.
- MOD0ED=3
- use edge electron temeprature data as boundary condition.
- MOD0ED=4
- use edge ion temeprature data as boundary condition.
Electron temperature predictions
- MODEEDG=2
- use TEEDGE as boundary condition.
- NOTE: if this option is selected, the electron temperature is taken flat and equal to TEEDGE between XIBOUND and the separatrix.
- MODEEDG=3
- use the edge electron temperature from input data as boundary condition. This is the default.
- MODEEDG=5
- to use the pedestal width and height as boundary condition. Please refer to the pedestal module page for more detail.
Electron density predictions
- MODNEDG=2
- use EDGENE as boundary condition.
- NOTE: if this option is selected, the electron density is taken flat and equal to EDGENE between XNBOUND and the separatrix.
- MODNEDG=3
- use the edge electron density from input data as boundary condition. This is the default.
- MODNEDG=5
- to use the pedestal width and height as boundary condition. Please refer to the pedestal module page for more detail.
Rotation predictions
- MODOMEDG=2
- use OMEDGE as boundary condition.
- NOTE: if this option is selected, the rotation profile is taken flat and equal to OMEDGE between XPHIBOUND and the separatrix.
- MODNEDG=3
- use the edge rotation from input data as boundary condition. This is the default.