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BDcompar_Dobs_op.ini
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BDcompar.ini Version: 09.11.2020 [Header line, version maybe read]
[Period]
16.08.2018 [Period Begin (dd.mm.yyyy)]
05.05.2021 [Period End (dd.mm.yyyy)]
[Instrument1]
D101 [Type+Identifier 'tiii', t=B/D]
Cal21a [Calibration]
BaPaWMO [Absorption Coefficients set (see list below)]
O3 [Data type (Dobson: O3/N, Brewer: O3/SO2]
A,D,AD,C,CD [Dobson: Wavelength (C/D/A/AD/CD, also sequence allowed), Brewer: Rayleigh-correction]
AE [Input data filetype (Dobson: AE/AX, Brewer: DS)]
C:\PMOD\Dobson\Data\AE\iii\Calxxx\yyyy\ [Path Input Datafiles]
[Instrument2]
D062 [Type+Identifier 'tiii', t=B/D]
Cal21a [Calibration]
BaPaWMO [Absorption Coefficients set (see list below)]
O3 [Data type (Dobson: O3/N, Brewer: O3/SO2]
A,D,AD,C,CD [Dobson: Wavelength (C/D/A/AD/CD, also sequence allowed), Brewer: Rayleigh-correction]
AE [Input data filetype (Dobson: AE/AX, Brewer: DS)]
C:\PMOD\Dobson\Data\AE\iii\Calxxx\yyyy\ [Path Input Datafiles]
[Filters]
Y [Apply Absorption Coefficients set: Y/N]
Y [Skip flagged measurements: Y/N]
1.000 [Minimal airmass/ozone slant path value [1.000..9.999] resp. [100..1500], standard=1.000 resp. 100]
5.000 [Maximal airmass/ozone slant path value [1.000..9.999] resp. [100..1500], standard=5.000 resp. 1500]
2.5 [Maximal staDev Brewer [0.0..9.9], standard=[2.5]
0.5 [Maximal staDev Dobson [0.0..9.9], standard=[0.5]
1 [Minimal neutral density filter Brewer [1..5], standard=1]
5 [Maximal neutral density filter Brewer [1..5], standard=5]
28 [Minimal sun intensity Dobson [10..40], standard=28]
40 [Maximal sun intensity Dobson [10..40], standard=40]
5.0 [Maximal difference in time in min. [m.m], standard=5.0 min
0.05 [Maximal difference in airmass [a.aa], standard=0.05
[Common]
C:\PMOD\Ozone\InstrVgl\ [Path Outputfiles]
C:\PMOD\Programs\Tabelle\ [Path Tabellfiles]
Constants.txt [Filename Atmospheric Constants Tables]
PMOD_Davos [Station name]
9.8442 [Longitude of station (W negative)]
46.8131 [Latitude of station (S negative)]
1.585 [Station height (km)]
840 [Station standard pressure (hPa)]
22 [O3 layer barycentric height over station (km)]
5.5 [Atmosphere barycentric height over station (km)]
6371 [Radius Earth (km)]
1013.25 [Sea level pressure (hPa)]
! The following lines are not read by the program 'BDcompar.R' but may be copied to the fields above !
[Example Dobson]
D101 [Type+Identifier 'tiii', t=B/D]
Cal19e [Calibration]
BaPaWMO [Absorption Coefficients set (see list below)]
O3 [Data type (Dobson: O3/N, Brewer: O3/SO2]
A,D,AD,C,CD [Dobson: Wavelength (C/D/A/AD/CD, also sequence allowed), Brewer: Rayleigh-correction]
AE [Input data filetype (Dobson: AE/AX, Brewer: DS)]
C:\PMOD\Dobson\Data\AE\iii\Calxxx\yyyy\ [Path Input Datafiles]
[Examples Brewer]
[ex1]
B040 [Type+Identifier 'tiii', t=B/D]
Cal18b [Calibration]
IUPSerdyTeff [Absorption Coefficients set (see list below)]
O3 [Data type (Dobson: O3/N, Brewer: O3/SO2]
-2.29 [Brewer: Rayleigh-correction]
DS [Input data filetype (Dobson: AE/AX, Brewer: DS)]
C:\PMOD\Brewer\Data\DS\iii\Calxxx\yyyy\ [Path Input Datafiles]
[ex2]
B072 [Type+Identifier 'tiii', t=B/D]
Cal16a [Calibration]
IUPSerdyTeff [Absorption Coefficients set (see list below)]
O3 [Data type (Dobson: O3/N, Brewer: O3/SO2]
-2.53 [Brewer: Rayleigh-correction]
DS [Input data filetype (Dobson: AE/AX, Brewer: DS)]
C:\PMOD\Brewer\Data\DS\iii\Calxxx\yyyy\ [Path Input Datafiles]
[ex3]
B156 [Type+Identifier 'tiii', t=B/D]
Cal18a [Calibration]
IUPSerdyTeff [Absorption Coefficients set (see list below)]
O3 [Data type (Dobson: O3/N, Brewer: O3/SO2]
-2.69 [Brewer: Rayleigh-correction]
DS [Input data filetype (Dobson: AE/AX, Brewer: DS)]
C:\PMOD\Brewer\Data\DS\iii\Calxxx\yyyy\ [Path Input Datafiles]
[ex4]
B163 [Type+Identifier 'tiii', t=B/D]
Cal17a [Calibration]
IUPSerdyTeff [Absorption Coefficients set]
O3 [Data type (Dobson: O3/N, Brewer: O3/SO2]
-2.53 [Brewer: Rayleigh-correction]
DS [Input data filetype (Dobson: AE, Brewer: DS)]
C:\PMOD\Brewer\Data\DS\iii\Calxxx\yyyy\ [Path Input Datafiles]
[AbsCoeffSets]
The following Absorption Coefficients sets are available for Dobsons:
BaPaWMO Bass-Paur WMO-paper RDP 825 from 18.12.1991, in use since 01.01.1992
IGACOBP Bass-Paur IGACO quad temperature parametrization (*)
IUPSerdy IUP Quad temperature parametrization (Serdyuchenko) (*)
IUPGorsh IUP ATMOZ Quad temperature parametrization (Gorshelev) (*)
ACS DLR ESA 2020 (*)
DBMquad Daumont-Brion-Malicet quad temp parametrization (*)
DBMlinear Daumont-Brion-Malicet linear temp parametrization (*)
Bernhd05 Bernhard 2005, only at -46.3C (226.85 K) temperature
BaPaNom Bass-Paur nominal used in InfO3RS-project of PMOD-WRC
BremNom Bremen nominal used in InfO3RS-project of PMOD-WRC
IGACOBPTUPS101 Bass-Paur IGACO D101 slit-function based on TUPS 2019 (*)
IUPSerTUPS101 IUP Serdyuchenko D101 slit-function based on TUPS 2019 (*)
IUPGorTUPS101 IUP Gorshelev D101 slit-function based on TUPS 2019 (*)
ACSTUPS101 DLR ESA 2020 D101 slit-function based on TUPS 2019 (*)
DBMlinTUPS101 DBM linear D101 slit-function based on TUPS 2019 (*)
BernhdTUPS101 Bernhard 2005 D101 slit-function based on TUPS 2019
IGACOBPPTB101 Bass-Paur IGACO D101 slit-function based on PTB 2016 (*)
IUPSerPTB101 IUP Serdyuchenko D101 slit-function based on PTB 2016 (*)
IUPGorPTB101 IUP Gorshelev D101 slit-function based on PTB 2016 (*)
BernhdPTB101 Bernhard 2005 D101 slit-function based on PTB 2016
IGACOBPTUPS051 Bass-Paur IGACO D051 slit-function based on TUPS 2019 (*)
IUPSerTUPS051 IUP Serdyuchenko D051 slit-function based on TUPS 2019 (*)
IUPGorTUPS051 IUP Gorshelev D051 slit-function based on TUPS 2019 (*)
BernhdTUPS051 Bernhard 2005 D051 slit-function based on TUPS 2019
BaPa101a Bass-Paur Dobson 101 slit-function based on PTB 2016
BaPa101b Bass-Paur Dobson 101 slit-function based on TUPS 2019
Brem101a Bremen Dobson 101 slit-function based on PTB 2016
Brem101b Bremen Dobson 101 slit-function based on TUPS 2019
BaPa051a Bass-Paur Dobson 051 slit-function based on TUPS 2019
Brem051a Bremen Dobson 051 slit-function based on TUPS 2019
BaPa064a Bass-Paur Dobson 064 slit-function based 2016
Brem064a Bremen Dobson 064 slit-function based 2016
Vigroux Vigroux nominal 1957, in use since 1962
The following Absorption Coefficients sets are available for Brewers:
(values are relative differences to BassPaurOp)
BassPaurOp Effective used AbsCoeffs based on dispersion tests (Bass-Paur scale)
IGACOBP Bass-Paur IGACO quad temperature parametrization (*)
IUPSerdy IUP Quad temperature parametrization (Serdyuchenko) (*)
IUPGorsh IUP ATMOZ Quad temperature parametrization (Gorshelev) (*)
DBMquad Daumont-Brion-Malicet quad temp parametrization (*)
DBMlinear Daumont-Brion-Malicet linear temp parametrization (*)
ACS DLR ESA 2020 (*)
(*) If one of these series is choosen and 'Teff' is appended to the name, the effective
stratospheric temperature of Payerne (values being read from the respective text
file defined in the constant file) are used to calculate the temperature-corrected
absorption coefficients; if in addition to 'Teff' the term 'Heff' appears in the
name, also the daily effective barycentric O3-layer height is read from the same
file and the modified airmass values are calculated and applied.