Output of the model atmosphere - file MODELO.DAT
This file is a main result of a model atmosphere calculation.
-
XLUM,
RADIUS,
XMSTAR,
TAUMIN,
TAUMAX,
LNLTE,
ITER,
LSPHER
- FORMAT (1P5D15.7,L2,I4,L2)
- ND
- ID,
DM(ID),
DR(ID),
TEMP(ID),
ELEC(ID),
DENS(ID),
TAUR(ID)
- FORMAT (I3,1P2D15.7,0PF11.2,1P3D15.7,' ')
following lines only for LNLTE=.TRUE. (NLTE model
atmosphere) and NLBG>0 (background atoms are
included into model atmosphere calculation)
following lines only for LNLTE=.TRUE. (NLTE model
atmosphere)
XLUM
stellar luminosity (in ergs)
RADIUS
stellar radius (in cm)
XMSTAR
stellar mass (in g)
TAUMIN
minimum optical depth
TAUMAX
maximum optical depth
LNLTE
T - output of the NLTE model
atmosphere
F - output of the LTE model atmosphere
ITER
number of iterations that was necessary for the calculation of the
model
LSPHER
T - spherically symmetric model
atmosphere
F - plane-parallel model atmosphere
ND
number of depth points of the model
ND lines, for each depth point 1:
(all values are in CGS units)
ID
index of the depth point
DM(ID)
column mass depth (g.cm-2)
DR(ID)
radius (in cm); for a plane-parallel atmosphere 0
TEMP(ID)
temperature (K)
ELEC(ID)
electron density (cm-3)
DENS(ID)
density (g.cm-3)
TAUR(ID)
Rosseland optical depth
this output is only for LNLTE=.TRUE. and
NLBG>0
NLBG
number of backgound NLTE levels
LT
T - has no meaning for output, will be
used in future model atmosphere input (in the possible next run of
the code)
LT
T - has no meaning for output
this output is only for LNLTE=.TRUE. and
only for NLBG>0; NLBG/5+1
times ND lines
ID
index of the depth point
BFAC(ID,IL)
departure coefficients (b-factors) for each background NLTE
energy level considered
this output is only for LNLTE=.TRUE. and
for NL>0
NL
number of NLTE levels
LF
F - has no meaning
for output, will be used in future input
LF
F - has no meaning
for output, will be used in future input
this output is only for LNLTE=.TRUE. and
only for NL>0; NL/5+1
times ND lines
ID
index of the depth point
BFAC(ID,IL)
departure coefficients (b-factors) for each NLTE energy level
considered
Last update: 27.8.2001