Pseudo Linelists

Readme
Isotopomers Fortran code Data
C5H8 / Isoprene (800-1870 + 2700-3200 cm-1 ) Readme.C5H8 C5H8_isoprene.101.gz
CFH2CF3 / HFC-134a (504-1550 + 2790-3050 cm-1 ) Readme.CFH2CF3 CFH2CF3.101.gz
C3H6 / Propene (800-1121 cm-1 ) Readme.C3H6 C3H6_800_1121.101.gz
C3H6 / Propene (1320-1524 cm-1 ) Readme.C3H6 C3H6_1320_1524.101.gz
CH3COCH3 / Acetone (700-1910 + 2615-3250 cm-1) Readme.CH3COCH3 CH3COCH3.101.gz
C6H6 / Benzene (630-735 cm-1) + H2/He Readme_C6H6 C6H6+H2He_pll.630-735.102 Sung_et_al.C6H6.PLL.2016.pdf
C6H6 / Benzene (630-1535 cm-1) + N2 Readme.C6H6 C6H6+N2_pll.0630-1535.102 Sung_et_al.C6H6.PLL.2016.pdf
C3H8 / Propane (2560-3280 cm-1) Readme.c3h8 c3h8_pll_2560_3280.101
C3H8 / Propane (670-1550 cm-1) Readme.c3h8 c3h8_pll_670_1550.101
CH3OH / Methanol Readme.ch3oh ch3oh_pll.101
CHF3 / HFC-23 Readme.chf3 chf3.101
C2H3Cl2F / HCFC-141b Readme.f141b f141b.101
CH3CHO / Acetaldehyde Readme.ch3cho Linelist
C2H3NO5 / PAN Readme.pan Linelist
CH3CN Readme.ch3cn Linelist
HNO3 (all PLL regions) Readme.hno3 hno3_pll_all.101 HNO3_Spectroscopy_Evaluation.pdf
C2H6 (1350-1496 cm-1) Readme.c2h6_1350_1496 c2h6_1350_1496.101
C2H6 (2720_3100 cm-1) Readme.c2h6_2720_3100 c2h6_2720_3100.101 C2H6_spectroscopy_evaluation_2850-3050_cm-1.compressed.pdf
N2O5   Linelist
ClNO3 Readme.clno3 Linelist
NF3 Readme.nf3 Linelist
CF4   Linelist
CCl2F2 / CFC-12   Linelist
CCl3F / CFC-11   Linelist
CCl4   Linelist
CHClF2 / HCFC-22   Linelist
COCl2 / Phosgene   Linelist
SF6   Linelist
C2Cl3F3 / CFC-113   Linelist
C2H3ClF2 / HCFC-142b Readme.f142b Linelist
CH3COOH / Acetic Acid   Linelist
Foreign collision-induced absorption Readme.cia O2_CIA_7885.pdf FCIA-Linelist
Self collision-induced absorption   SCIA-Linelist
ATM_2019 linelist   ATM_2019
ATM_2020 linelist   ATM_2020

Pseudo-Linelist Spectral Coverage and Refs

FileGasStart - EndDelta_nu#
Lines		Error
%		Reference
cf4.h92 CF4 1250 - 1290 0.0025 16093 4% Nemtchinov & Varanasi
f12.h92 CFC-12 850 - 950 0.010 10000 2% Varanasi & Nemtchinov, [1994]
1050 - 1200 0.010 15000 1% Varanasi & Nemtchinov, [1994]
f11.h92 CFC-11 810 - 880 0.010 7000 7% Li & Varanasi, [1994]
1050 - 1120 0.010 7000 6% Li & Varanasi, [1994]
ccl4.h92 CCl4 750 - 812 0.010 6201 3% Varanasi & Nemtchinov
f22.h92 CHF2Cl 776 - 850 0.00742 9977 5% Varanasi & McDaniel
1080 - 1150 0.010 7001 2% McDaniel
1290 - 1335 0.010 4501 2% McDaniel
f113.h92 CFC-113 786 - 990 0.500 408 8% McDaniel (omitted 203K)
sf6.h92 SF6 925 - 955 0.010 3001 2% Varanasi
f142b.101 HCFC-142b 640 - 720 0.010 8001 8% Newnham & Ballard [1995]
875 - 930 0.010 5501 4% Newnham & Ballard [1995], Le Bris & Strong [2010]
937 - 995 0.010 5801 4% Newnham & Ballard [1995], Le Bris & Strong [2010]
1079 - 1261 0.010 18201 4% Newnham & Ballard [1995], Le Bris & Strong [2010]
1349 - 1490 0.010 14101 8% Newnham & Ballard [1995], Le Bris & Strong [2010]
clno3.h92 ClNO3 690 - 880 0.01 19000 2% Birk & Wagner
965 - 1005 0.01 4000 4% Birk & Wagner
1090 - 1130 0.01 4000 4% Birk & Wagner
1215 - 1330 0.01 11500 3% Birk & Wagner
1680 - 1790 0.07142 1540 ? Ballard (only 2 spectra)
n2o5.h92 N2O5 547 - 610 0.160 373 4% NCAR
709 - 775 0.210 315 2% NCAR
1194 - 1281 0.350 266 2% NCAR
1663 - 1793 0.480 271 2% NCAR
c2h6_1350_1496.101C2H61350 - 1496 0.0025 58401 1% Sharpe (PNNL), Brown (JPL)
c2h6_2720_3100.101 2720 - 3100 variable 80397 3% Harrison, Allen & Bernath [2010]
hno3_pll_all.101 HNO3 1380 - 1570 0.005 38001 30% 2v8; v5+v6
2440 - 2690 0.005 50001 30% v2+v8
2600 - 2670 variable 5655 25% 2v3,v3+v4,2v4
2950 - 3053 0.002 23163 25% v2+v4, v2+v3
3093 - 3095 variable 2211 25% v3+v4+v9
3377 - 3424 variable 9407 25% 2v2
3506 - 3595 variable 7623 15% v1
4004 - 4007 0.010 260 25% v1+v9
ch3cn.101 CH3CN 870 - 1650 0.05 15601 1% Rinsland et al.(2005)
nf3.101 NF3 870 - 930 0.01 5962 25% Molina et al.(1995)
f141b.101 HCFC-141b 720 - 790 0.01 7001 15% Clerbaux et al.(1993)
900 - 950 0.01 5001 15% Clerbaux et al. (1993)
1055 - 1200 0.01 14501 15% Clerbaux et al. (1993)
1365 - 1465 0.01 10001 30% Clerbaux et al. (1993)
chf3.101 CHF3/HFC-23 1100 - 1240 0.005 28000 40% Chung (2005)
pan.101 PAN 760 - 870 0.1 1101 1% Allen et al.(2005)
1110 - 1340 0.1 2301 1% Allen et al.(2005)
1700 - 1780 0.1 801 1% Allen et al.(2005)
ch3cho.101 CH3CHO 1000 - 1900 0.05 18001 2% Sharpe (PNNL)
2600 - 2900 0.005 60001 6% Sharpe (PNNL), Wennberg (CIT)
ch3cooh.101 Acetic Acid xxx - xxx 0.1 1101 1% Sharpe (PNNL)
1110 - 1340 0.1 2301 1% Sharpe (PNNL)
1700 - 1780 0.1 801 1% Sharpe (PNNL)
C6H6+H2He.101 Benzene 630.5 - 731.1 0.005 20123 5% Sung et al. [2016]
C6H6+N2.101 Benzene 630.5 - 734.5 0.005 20801 5% Sung et al. [2016]
950.5 - 1099.5 0.005 29801 5% Sung et al. [2016]
1340.5 - 1535.5 0.005 39001 5% Sung et al. [2016]
CH3COCH3.101 Acetone 700 - 1910 0.005 242001 5% Harrison et al. [2011b], Waterfall, PNNL
2615 - 3250 0.010 63501 5% Harrison et al. [2011a], PNNL
C3H6_800_1121.101 Propene 800 - 1121 0.005 64200 5% Sung et al. [2018]
C3H6_1320_1524.101 Propene 1320 - 1524 0.005 40800 5% Sung et al. [2018]
CFH2CF3.101 HFC-134a 504 - 1550 0.005 209201 5% Various
2790 - 3050 0.010 26001 6% Sharpe et al. [2004]
C5H8_isoprene.101 Isoprene 800 - 1870 0.0025 428000 8% Brauer et al. (2014), Sung & Fu (2018)
2700 - 3200 0.010 100000 8% Brauer et al. (2014)

Collision-Induced Absorption

Files fcia_20060420, scia_20060420

GasStart - EndDelta_nu#
Lines		Reference
O2 1275 - 1905 1.0 631 Thibault et al.(1997)
N2 2030 - 2705 1.0 676 Lafferty et al.(1996)
N2 4330 - 4930 1.0 601 Shapiro and Gush (1966)
O2 7100 - 10100 1.0 3001 Smith and Newnham (2000)
O2 12751 - 13750 1.0 1000 Tran, Boulet, Hartman [2006]


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