Output file describing the energy balance - `enbal.lst`

This file contains variables describing the energy balance. It is updated after each iteration. Output is controlled by the input variable IPENBA.

Detailed radiative energy balance (only for IPENBA=2)
for each depth point a sequence of following lines:
for each bound-bound transition:

INDAT(ION), ION, ITR, ILOW(ITR), IUP(ITR), H0, H0/HEATOT, C0, C0/COOTOT, HC0, HC0/HEATOT

FORMAT(I3,2I4,' BB',2I4,3(1PD10.2,2PF7.2))

for each bound-free transition:

INDAT(ION), ION, ITR, ILOW(ITR), IUP(ITR), H0, H0/HEATOT, C0, C0/COOTOT, HC0, HC0/HEATOT

FORMAT(I3,2I4,' BF',2I4,3(1PD10.2,2PF7.2))

for each free-free transition:

INDAT(ION), ION, H0, H0/HEATOT, C0, C0/COOTOT, HC0, HC0/HEATOT

FORMAT(I3,I4,5X,'FF',8X,3(1PD10.2,2PF7.2))

for total balance at given depth point:

HEATOT, COOTOT, HC0, HC0/HEATOT

FORMAT('TOT',12X,1P3D17.2,0PF10.5)

Detailed electron energy balance (only for IPENBA=2) 606 FORMAT(/'Detailed electron energy balance, ID=',I3 & /'IAT ION ITRCOL ITR ILOW IUP HEATING %', & ' COOLING % NET')

for each depth point a sequence of following lines:
for each bound-bound transition 1 line:

INDAT(ION), ION, ITRCOL, ITR, IL0, IU0, H0, H0/HEATOT, C0, C0/COOTOT, HC0, HC0/HEATOT

FORMAT(I3,I4,I5,' C',I4,' BB',2I4,3(1PD10.2,2PF7.2))

for each bound-free transition 2 lines:

INDAT(ION), ION, ITRCOL, ITR, IL0, IU0, H0, H0/HEATOT, C0, C0/COOTOT, HC0, HC0/HEATOT

608 FORMAT(I3,I4,I5,' C',I4,' BF',2I4,3(1PD10.2,2PF7.2))

ITR, IL0, IU0, H0, H0/HEATOT, C0, C0/COOTOT, HC0, HC0/HEATOT

610 FORMAT(13X,'R',I4,' BF',2I4,3(1PD10.2,2PF7.2))

for each free-free transition 1 line:

IAT, ION, H0, H0/HEATOT, C0, C0/COOTOT, HC0, HC0/HEATOT

611 FORMAT(I3,I4,12X,'FF',8X,3(1PD10.2,2PF7.2))

for total balance at given depth point:

HEATOT, COOTOT, HC0, HC0/HEATOT

612 FORMAT('TOT',19X,1P3D17.2,0PF10.5)

Detailed radiative energy balance

1 line for each transition:

INDAT(ION)

index of the atom (see file report.lst)

ION

index of the ion (see file report.lst)

ITR

index of the transition (see file report.lst)

ILOW(ITR)

index of the lower level (see file report.lst)

IUP(ITR)

index of the upper level (see file report.lst)

heating in the transition

H0/HEATOT

relative heating in the transition (in % with respect to the total heating)

cooling in the transition

C0/COOTOT

relative cooling in the transition (in % with respect to the total cooling)

HC0

net heating in the transition

HC0/HEATOT

relative net heating in the transition (in % with respect to the total heating)

HEATOT

total heating in all transitions

COOTOT

total cooling in all transitions

Radiative energy output and input (for IPENBA=1 or 2)
613 FORMAT(/'Radiative energy output and input'/ & ' ID DM O-BB I-BB ', & ' O-BF I-BF O-FF I-FF O-TOT I-TOT BAL ', & ' REL')
for each depth point 1 line

ID, DM(ID), ROBBT(ID), RIBBT(ID), ROBFT(ID), RIBFT(ID), ROFFT(ID), RIFFT(ID), HEATOT, COOTOT, HC0, HC0/HEATOT

FORMAT (I3,1P9D8.1,1PD9.1,0PF9.4)

column "ID" - index of the depth point

DM(ID)

column "DM" - column mass depth

ROBBT(ID)

column "O-BB" - radiative energy output in bound-bound transitions

RIBBT(ID)

column "I-BB" - radiative energy input in bound-bound transitions

ROBFT(ID)

column "O-BF" - radiative energy output in bound-free transitions

RIBFT(ID)

column "I-BB" - radiative energy input in bound-free transitions

ROFFT(ID)

column "O-FF" - radiative energy output in free-free transitions

RIFFT(ID)

column "I-FF" - radiative energy input in free-free transitions

HEATOT

column "O-TOT" - total radiative energy output

COOTOT

column "I-TOT" - total radiative energy input

HC0

column "BAL" - total output minus input

HC0/HEATOT

column "REL" - total output minus input relative to output

Radiative energy output and input in logarithmic scale
615 FORMAT(/'Radiative energy output and input in logarithmic scale' & /' ID DM O-BB I-BB ', & ' H-BF C-BF H-FF C-FF H-TOT C-TOT')
for each depth point 1 line:

ID, LOG10(DM(ID)), LOG10(ROBBT(ID)), LOG10(RIBBT(ID)), LOG10(ROBFT(ID)), LOG10(RIBFT(ID)), LOG10(ROFFT(ID)), LOG10(RIFFT(ID)), LOG10(HEATOT), LOG10(COOTOT)

FORMAT (I3,0P9F8.3)

Radiative energy balance

  618 FORMAT(/'Radiative energy balance'/' ID    DM     COLL      REL ',
     &       '    BF        REL     FF        REL     TOT       REL')

for each depth point 1 line:

ID, LOG10(DM(ID)), DBBT, DBBT/HEATOT, DBFT, DBFT/HEATOT, DFFT, DFFT/HEATOT, HC0, HC0/HEATOT

DBBT

column "COLL" - energy balance in bound-bound transitions

DBBT/HEATOT

column "REL" following the column "COLL" - energy balance in bound-bound transitions relative to total radiative energy output HEATOT

DBFT

column "BF" - energy balance in bound-free transitions

DBFT/HEATOT

column "REL" following the column "BF" - energy balance in bound-free transitions relative to total radiative energy output HEATOT

DFFT

column "FF" - energy balance in free-free transitions

DFFT/HEATOT

column "REL" following the column "FF" - energy balance in free-free transitions relative to total radiative energy output HEATOT

Electron heating and cooling rates 620 FORMAT(/'Electron heating and cooling rates' & /' ID DM H-COLL C-COLL ', & ' H-BF C-BF H-FF C-FF H-TOT C-TOT BAL ', & ' REL')

ID, DM(ID), HCT(ID), CCT(ID), HBFT(ID), CBFT(ID), HFFT(ID), CFFT(ID), HEATOT, COOTOT, HC0, HC0/HEATOT

column "ID" - index of the depth point

DM(ID)

column "DM" - column mass depth

HCT

column "H-COLL" - heating of the electrons due to collisions

CCT

column "C-COLL" - cooling of the electrons due to collisions

HBFT

column "H-BF" - heating of the electrons due to bound-free transitions

CBFT

column "C-BF" - cooling of the electrons due to bound-free transitions

HFFT

column "H-FF" - heating of the electrons due to free-free transitions

CFFT

column "C-FF" - cooling of the electrons due to free-free transitions

HEATOT

column "H-FF" - total heating of the electrons

COOTOT

column "C-FF" - total cooling of the electrons

HC0

column "HC0" - energy balance of electrons (heaing - cooling)

HC0/HEATOT

column "REL" - relative energy balance of electrons

Electron heating and cooling rates in logarithmic scale 622 FORMAT(/'Electron heating and cooling rates in logarithmic scale' & /' ID DM H-COLL C-COLL ', & ' H-BF C-BF H-FF C-FF H-TOT C-TOT')

ID, LOG10(DM(ID)), LOG10(HCT(ID)), LOG10(CCT(ID)), LOG10(HBFT(ID)), LOG10(CBFT(ID)), LOG10(HFFT(ID)), LOG10(CFFT(ID)), LOG10(HEATOT), LOG10(COOTOT)

Electron energy balance 624 FORMAT(/'Electron energy balance'/' ID DM COLL REL ', & ' BF REL FF REL TOT REL')

ID, LOG10(DM(ID)), DCT, DCT/HEATOT, DBFT, DBFT/HEATOT, DFFT, DFFT/HEATOT, HC0, HC0/HEATOT

DCT

column "COLL" - electron energy balance in collisions

DCT/HEATOT

column "REL" following the column "COLL" - electron energy balance in collisions relative to total heating HEATOT

DBFT

column "BF" - electron energy balance in bound-free transitions

DBFT/HEATOT

column "REL" following the column "BF" - electron energy balance in bound-free transitions relative to total heating HEATOT

DFFT

column "FF" - electron energy balance in free-free transitions

DFFT/HEATOT

column "REL" following the column "FF" - electron energy balance in free-free transitions relative to total heating HEATOT

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Last update: 30.8.2001

Output file describing the energy balance - enbal.lst

Output file describing the energy balance - `enbal.lst`