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| Simulations | Microphysics | Aerosol concentration in accumulation mode over the PBL (cmā3) | Ice physics | CDNC (cmā3) | Graupel loading | Snow loading | Latent heating involving ice hydrometeors | Rain evaporative cooling | Cloud-liquid evaporative cooling | Saturation process | Collection process | Sedimentation process |
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| Control-BULK | BULK | 100 | Present | Predicted | Present | Present | Present | Present | Present | Saturation adjustment | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
| 10M-BULK | BULK | 1000 | Present | Predicted | Present | Present | Present | Present | Present | Saturation adjustment | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
| Control-BIN | BIN | 100 | Present | Predicted | Present | Present | Present | Present | Present | Supersaturation prediction | Consideration of the dependence of collection efficiencies on the hydrometeor size | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| 10M-BIN | BIN | 1000 | Present | Predicted | Present | Present | Present | Present | Present | Supersaturation prediction | Consideration of the dependence of collection efficiencies on the hydrometeor size | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| Control-BULK-noice | BULK | 100 | Absent | Predicted | Absent | Absent | Absent | Present | Present | Saturation adjustment | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
| 10M-BULK-noice | BULK | 1000 | Absent | Predicted | Absent | Absent | Absent | Present | Present | Saturation adjustment | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
| Control-BIN-noice | BIN | 100 | Absent | Predicted | Absent | Absent | Absent | Present | Present | Supersaturation prediction | Consideration of the dependence of collection efficiencies on the hydrometeor size | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| 10M-BIN-noice | BIN | 1000 | Absent | Predicted | Absent | Absent | Absent | Present | Present | Supersaturation prediction | Consideration of the dependence of collection efficiencies on the hydrometeor size | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| Control-BULK-noice-cdnc | BULK | 100 | Absent | Fixed at 55 | Absent | Absent | Absent | Present | Present | Saturation adjustment | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
| 10M-BULK-noice-cdnc | BULK | 1000 | Absent | Fixed at 451 | Absent | Absent | Absent | Present | Present | Saturation adjustment | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
| Control-BIN-noice-cdnc | BIN | 100 | Absent | Fixed at 55 | Absent | Absent | Absent | Present | Present | Supersaturation prediction | Consideration of the dependence of collection efficiencies on the hydrometeor size | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| 10M-BIN-noice-cdnc | BIN | 1000 | Absent | Fixed at 451 | Absent | Absent | Absent | Present | Present | Supersaturation prediction | Consideration of the dependence of collection efficiencies on the hydrometeor size | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| Control-BIN-g | BIN | 100 | Present | Predicted | Absent | Present | Present | Present | Present | Supersaturation prediction | Consideration of the dependence of collection efficiencies on the hydrometeor size | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| 10M-BIN-g | BIN | 1000 | Present | Predicted | Absent | Present | Present | Present | Present | Supersaturation prediction | Consideration of the dependence of collection efficiencies on the hydrometeor size | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| Control-BIN-s | BIN | 100 | Present | Predicted | Present | Absent | Present | Present | Present | Supersaturation prediction | Consideration of the dependence of collection efficiencies on the hydrometeor size | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| 10M-BIN-s | BIN | 1000 | Present | Predicted | Present | Absent | Present | Present | Present | Supersaturation prediction | Consideration of the dependence of collection efficiencies on the hydrometeor size | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| Control-BULK-g | BULK | 100 | Present | Predicted | Absent | Present | Present | Present | Present | Saturation adjustment | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
| 10M-BULK-g | BULK | 1000 | Present | Predicted | Absent | Present | Present | Present | Present | Saturation adjustment | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
| Control-BULK-s | BULK | 100 | Present | Predicted | Present | Absent | Present | Present | Present | Saturation adjustment | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
| 10M-BULK-s | BULK | 1000 | Present | Predicted | Present | Absent | Present | Present | Present | Saturation adjustment | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
| Control-BULK-no-ice-lt | BULK | 100 | Present | Predicted | Present | Present | Absent | Present | Present | Saturation adjustment | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
| 10M-BULK-no-ice-lt | BULK | 1000 | Present | Predicted | Present | Present | Absent | Present | Present | Saturation adjustment | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
| Control-BULK-no-rain-evp | BULK | 100 | Absent | Fixed at 55 | Absent | Absent | Absent | Absent | Present | Saturation adjustment | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
| 10M-BULK-no-rain-evp | BULK | 1000 | Absent | Fixed at 451 | Absent | Absent | Absent | Absent | Present | Saturation adjustment | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
| Control-BIN-no-rain-evp | BIN | 100 | Absent | Fixed at 55 | Absent | Absent | Absent | Absent | Present | Supersaturation prediction | Consideration of the dependence of collection efficiencies on the hydrometeor size | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| 10M-BIN-no-rain-evp | BIN | 1000 | Absent | Fixed at 451 | Absent | Absent | Absent | Absent | Present | Supersaturation prediction | Consideration of the dependence of collection efficiencies on the hydrometeor size | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| Control-BULK-no-cld-evp | BULK | 100 | Absent | Fixed at 55 | Absent | Absent | Absent | Absent | Absent | Saturation adjustment | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
| 10M-BULK-no-cld-evp | BULK | 1000 | Absent | Fixed at 451 | Absent | Absent | Absent | Absent | Absent | Saturation adjustment | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
| Control-BIN-no-cld-evp | BIN | 100 | Absent | Fixed at 55 | Absent | Absent | Absent | Absent | Absent | Supersaturation prediction | Consideration of the dependence of collection efficiencies on the hydrometeor size | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| 10M-BIN-no-cld-evp | BIN | 1000 | Absent | Fixed at 451 | Absent | Absent | Absent | Absent | Absent | Supersaturation prediction | Consideration of the dependence of collection efficiencies on the hydrometeor size | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| Control-BIN-sat | BIN | 100 | Absent | Fixed at 55 | Absent | Absent | Absent | Absent | Absent | Saturation adjustment | Consideration of the dependence of collection efficiencies on the hydrometeor size | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| 10M-BIN-sat | BIN | 1000 | Absent | Fixed at 451 | Absent | Absent | Absent | Absent | Absent | Saturation adjustment | Consideration of the dependence of collection efficiencies on the hydrometeor size | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| Control-BIN-col | BIN | 100 | Absent | Fixed at 55 | Absent | Absent | Absent | Absent | Absent | Supersaturation prediction | Use of constant collection efficiencies | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| 10M-BIN-col | BIN | 1000 | Absent | Fixed at 451 | Absent | Absent | Absent | Absent | Absent | Supersaturation prediction | Use of constant collection efficiencies | Consideration of the dependence of the terminal velocity on the hydrometeor size and the use of a semi-Lagrangian method |
| Control-BIN-sed | BIN | 100 | Absent | Fixed at 55 | Absent | Absent | Absent | Absent | Absent | Supersaturation prediction | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
| 10M-BIN-sed | BIN | 1000 | Absent | Fixed at 451 | Absent | Absent | Absent | Absent | Absent | Supersaturation prediction | Use of constant collection efficiencies | Use of the mean terminal velocity and the flux approach |
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