-
Plasmaspheric Depletion (03/11/2020):
The correct implementation needs to be modified.
In Flip/CTIP-int.f we need to call NEW_HPEQ (in INIT-PROFILES.f) with time-varying Kp and then call NEW_HP (in INIT-PROFILES.f) to have correct depletion. Currently, no depletion is included in the code.
-
Aurora Precipitation (3/18/2020):
The current implementation seems to be correct but needs to be double checked.
The SUBROUTINE Auroral_Precipitation is called inside IPE_Plasma_Class.F90 to calculate ionization rate for O+, O2+, N2+. The ionization rates then go into FLIP as Aur_prod to subroutine SUMPRD (in RSPRIM.f) and to be included in the total ionization.
Related documents and recorded discussions can be found here:https://drive.google.com/drive/folders/1YcfylzGLasOHIslsPVQ6pp-SLF6S04_s?usp=sharing
Plasmaspheric Depletion (03/11/2020):
The correct implementation needs to be modified.
In Flip/CTIP-int.f we need to call NEW_HPEQ (in INIT-PROFILES.f) with time-varying Kp and then call NEW_HP (in INIT-PROFILES.f) to have correct depletion. Currently, no depletion is included in the code.
Aurora Precipitation (3/18/2020):
The current implementation seems to be correct but needs to be double checked.
The SUBROUTINE Auroral_Precipitation is called inside IPE_Plasma_Class.F90 to calculate ionization rate for O+, O2+, N2+. The ionization rates then go into FLIP as Aur_prod to subroutine SUMPRD (in RSPRIM.f) and to be included in the total ionization.
Related documents and recorded discussions can be found here:https://drive.google.com/drive/folders/1YcfylzGLasOHIslsPVQ6pp-SLF6S04_s?usp=sharing