Loading INL-A/README.md +19 −3 Original line number Diff line number Diff line Loading @@ -22,7 +22,8 @@ SCALE model input and output files are provided for two levels of modeling: - full core model both at BOL and depletion over life ``` INL-A . ├── README.md ├── full_core │ ├── BOL │ │ ├── INL-A_core_csas6_ce_v7.1.fissionRate.3dmap Loading @@ -34,7 +35,12 @@ INL-A │ ├── INL-A_core_t6-depl_ce_v7.1.f71 │ ├── INL-A_core_t6-depl_ce_v7.1.ii.json │ ├── INL-A_core_t6-depl_ce_v7.1.inp │ └── INL-A_core_t6-depl_ce_v7.1.out │ ├── INL-A_core_t6-depl_ce_v7.1.out │ ├── INL-A_core_t6-depl_ce_v7.1_2.0GWd_decay.f71 │ ├── INL-A_core_t6-depl_ce_v7.1_2.0GWd_decay.ii.json │ ├── INL-A_core_t6-depl_ce_v7.1_2.0GWd_decay.melcor.dch.inp │ ├── INL-A_core_t6-depl_ce_v7.1_EOL.maccs.inv │ └── post.sh └── unit_cell ├── INL-A_unit_cell_csas6_ce_v7.1.inp └── INL-A_unit_cell_csas6_ce_v7.1.out Loading @@ -46,7 +52,17 @@ INL-A - f71: ORIGEN binary concentration file - 3dmap: binary mesh tally file Note that the inventory on the ii.json file is normalized to 1 metric ton initial heavy metal. Note that the inventory on the ii.json files is the full core mass. The `INL-A_core_t6-depl_ce_v7.1.ii.json` contains inventory in the core as a function of time during the 5-year lifetime. The `INL-A_core_t6-depl_ce_v7.1_2.0GWd_decay.ii.json` contains inventory at end-of-life decayed. The `post.sh` script shows how to process the SCALE f71 files into ii.json and then uses scripts in the `supplemental` directory to generate example MELCOR DCH data and MACCS inventory data. ## Related presentations Loading Loading
INL-A/README.md +19 −3 Original line number Diff line number Diff line Loading @@ -22,7 +22,8 @@ SCALE model input and output files are provided for two levels of modeling: - full core model both at BOL and depletion over life ``` INL-A . ├── README.md ├── full_core │ ├── BOL │ │ ├── INL-A_core_csas6_ce_v7.1.fissionRate.3dmap Loading @@ -34,7 +35,12 @@ INL-A │ ├── INL-A_core_t6-depl_ce_v7.1.f71 │ ├── INL-A_core_t6-depl_ce_v7.1.ii.json │ ├── INL-A_core_t6-depl_ce_v7.1.inp │ └── INL-A_core_t6-depl_ce_v7.1.out │ ├── INL-A_core_t6-depl_ce_v7.1.out │ ├── INL-A_core_t6-depl_ce_v7.1_2.0GWd_decay.f71 │ ├── INL-A_core_t6-depl_ce_v7.1_2.0GWd_decay.ii.json │ ├── INL-A_core_t6-depl_ce_v7.1_2.0GWd_decay.melcor.dch.inp │ ├── INL-A_core_t6-depl_ce_v7.1_EOL.maccs.inv │ └── post.sh └── unit_cell ├── INL-A_unit_cell_csas6_ce_v7.1.inp └── INL-A_unit_cell_csas6_ce_v7.1.out Loading @@ -46,7 +52,17 @@ INL-A - f71: ORIGEN binary concentration file - 3dmap: binary mesh tally file Note that the inventory on the ii.json file is normalized to 1 metric ton initial heavy metal. Note that the inventory on the ii.json files is the full core mass. The `INL-A_core_t6-depl_ce_v7.1.ii.json` contains inventory in the core as a function of time during the 5-year lifetime. The `INL-A_core_t6-depl_ce_v7.1_2.0GWd_decay.ii.json` contains inventory at end-of-life decayed. The `post.sh` script shows how to process the SCALE f71 files into ii.json and then uses scripts in the `supplemental` directory to generate example MELCOR DCH data and MACCS inventory data. ## Related presentations Loading