Document describing EPLL approach
Please cite original data in publications that made use these EPLLs, in addition to citing this webpage.
| Gas | Coverage (cm-1) | Line Spacing (cm-1) | # Lines | Original Data Refs | Year | Readme/Paper | EPLL |
| n-butane / C4H10 | 660-1538 | 0.005 | 1,7601 | Steffans et al., 2023, JQSRT | 2023 | n-butane_PLL.pdf | n-butane_660_1538.101.gz |
| trans-2-butene / C4H8 | 800-1120; 1120-1534 | 0.01 | 2,389 | Steffans et al., 2023, JQSRT | 2023 | trans-2-butene_PLL.pdf | t2C4H8_pll8x.mw1_0800x1120.101.z3.par.gz; t2C4H8_pllx7.mw2_1120x1534.101.z3.par.gz |
| HCFC-22 / CHClF2 | 560-632; 770-856; 1060-1210; 1275-1375 | 0.004 | 100,299 | Sharpe et al., 2001; Varanasi et al., JQSRT, 1992 & 1994; Harrison 2016, AMT. | 2022 | HCFC_22_Pseudo_Line_List.pdf | chclf2_560_3070.101.gz |
| 2980-3070 | 0.010 | 9,001 | Sharpe et al., 2001, App.Spect. | 2022 | |||
| Isocyanic Acid / HNCO | 501-1020; 2097-2338; 3420-3700 | irregular | 6,117 | Sharpe et al, 2004, App Spect. | 2022 | HNCO_EPLL.pdf | stripped_g80_ia_pll.101.gz |
| C5H8 / Isoprene | 800-1870; 2700-3200 | 0.0025; 0.005 | 528,122 | Brauer et al., 2014, AMT; Sharpe et al, 2004, App Spect. Sung & Fu, 2018 | 2020 | Readme.C5H8 | C5H8_isoprene.101.gz |
| CFH2CF3 / HFC-134a | 504-1550; 2790-3050 | 0.005; 0.010 | 235,202 | Six sources, mainly Harrison 2015, JQSRT | 2018 | Readme.CFH2CF3 | CFH2CF3.101.gz |
| C3H6 / Propene | 800-1121 | 0.005 | 64,200 | Sung et al. 2018 | 2018 | Sung_C3H6 | C3H6_800_1121.101.gz |
| C3H6 / Propene | 1320-1524 | 0.005 | 40,800 | Sung et al. 2018 | 2018 | Readme.C3H6 | C3H6_1320_1524.101.gz |
| CH3COCH3 / Acetone | 700-1910; 2615-3250 | 0.005; 0.010 | 305,502 | Harrison et al. 2011a,b, JQSRT, Sharpe et al.,2006 | 2018 | Readme.CH3COCH3 | CH3COCH3.101.gz |
| C6H6 / Benzene + H2/He | 630.5-731.1 | 0.005 | 20,122 | Sung et al., 2016, Icarus | 2016 | Readme_C6H6; Sung_et_al.C6H6.PLL.2016.pdf | C6H6+H2He_pll.630-735.102 |
| C6H6 / Benzene + N2 | 630.5-734.5; 950.5-1099.5; 1340.5-1535.5 | 0.005 | 89,402 | 2016 | C6H6+N2_pll.0630-1535.102 | ||
| C3H8 / Propane | 2765-3080 | 0.005 | 63,001 | Harrison and Bernath, 2010, JQSRT | 2014 | Readme.c3h8_epll_2560_3280 | c3h8_pll_2560_3280.101 |
| C3H8 / Propane | 670-1550 | 0.005 | 178,001 | Sung et al., 2013, JQSRT | 2014 | Readme.c3h8 | c3h8_pll_670_1550.101 |
| CH3OH / Methanol | 900-1150 | irregular | 6,935 | Harrison et al. 2012, JQSRT | 2014 | Readme.ch3oh | ch3oh_pll.101 |
| 2725-3115 | irregular | 31,690 | Harrison et al. 2012, JQSRT | 2014 | |||
| CHF3 / HFC-23 (2011) | 1100-1240 | 0.005 | 28,000 | Sharpe et al 2004; Chung, 2005, JGRP | 2011 | Readme.chf3 | chf3_2011.101 |
| CHF3 / HFC-23 (2020) | 1105-1425 | 0.004 | 80,051 | Harrison 2013, JQSRT; Chung et al., 2005, Sharpe et al., 2004; Gohar et al., 2004, JGR | 2020 | CHF3_PLL_Update.pdf | chf3_2020.101 |
| C2H3Cl2F / HCFC-141b | 720-790; 900-950; 1055-1200; 1365-1465 | 0.010 | 36,504 | Clerbaux et al., 1993, JGRP | 2010 | Readme.f141b | f141b.101 |
| CH3CHO / Acetaldehyde | 1000-1900 | 0.050 | 18,001 | Sharpe et al., 2005, ACP | 2005 | Readme.ch3cho | ch3cho.101 |
| 2600-2900 | 0.005 | 60,001 | Sharpe et al., 2005, ACP, Wennberg, 2005 | 2005 | |||
| C2H3NO5 / PAN | 760-870; 1110-1340-1700-1780 | 0.100 | 4,203 | Allen et al., 2005a,b, ACP | 2005 | Readme.pan | pan.101 |
| CH3CN | 870-1650 | 0.050 | 15,601 | Rinsland et al., 2005, JQSRT | 2005 | Readme.ch3cn | ch3cn.101 |
| HNO3 (all PLL regions) | 2600-2670; 2950-3053; 3093-3095; 3377-3424; 3506-3595; 4004-4007 | irregular | 48,321 | Kitt Peak & PNNL | 2006-2016 | Readme.hno3; HNO3_Spectroscopy_Evaluation.pdf | hno3_pll_all.101 |
| C2H6 (1350-1496 cm-1) | 1350-1496 | 0.0025 | 58,401 | Sharpe et al., 2001 | 2005 | Readme.c2h6_1350_1496 | c2h6_1350_1496.101 |
| C2H6 (2720_3100 cm-1) | 547-607; 709-775; 1193-1286; 2720-3100 | irregular | 80,397 | Harrison et al. 2010, JQSRT | 2009 | Readme.c2h6_2720_3100; C2H6_spectroscopy_evaluation_2850-3050_cm-1.compressed.pdf | c2h6_2720_3100.101 |
| N2O5 | 547-607; 709-775; 1193-1286; 1663-1793 | 0.16; 0.21; 0.35; 0.48 | 1,225 | Massie et al. 1985, Applied Opt | 1987 | n2o5.101 | |
| ClNO3 | 690-880; 965-1005; 1090-1130; 1215-1330 | 0.010 | 38,501 | Wagner & Birk, 2003, JQSRT | 2000 | Readme.clno3 | clno3.101 |
| 1680-1790 | 0.07142 | 1,540 | Ballard et al.,1988, JGR | ||||
| NF3 | 870-930 | 0.010 | 5,962 | Molina et al., 1995; Robson et al., 2006 | 2008 | Readme.nf3 | Linelist |
| CF4 | 1250-1290 | 0.0025 | 16,093 | Nemtchinov & Varanasi, JQSRT, 2003 | 1998 | cf4.101 | |
| CCl2F2 / CFC-12 | 850-950; 1050-1200 | 0.010 | 25,000 | Varanasi & Nemtchinov, 1994 | 1995 | cfc12.101 | |
| CCl3F / CFC-11 | 810-880; 1050-1120 | 0.010 | 14,000 | Li & Varanasi, 1994 | 1995 | cfc11.101 | |
| CCl4 | 750-812 | 0.010 | 6,201 | Varanasi & Nemtchinov, 1994 | 1998 | ccl4.101 | |
| CHClF2 / HCFC-22 (old) | 776-850 | 0.00742 | 9,977 | McDaniel et al., 1991; Varanasi et al., 1994 | 1996 | hcfc22.101 | |
| 1080-1150 | 0.010 | 7,001 | McDaniel et al., 1991 | 1996 | hcfc22.101 | ||
| 1290-1335 | 0.010 | 4,501 | McDaniel et al., 1991 | 1996 | hcfc22.101 | ||
| COCl2 / Phosgene | 813-1862 | irregular | 104,693 | Drouin, unpublished | 2001 | cocl2.101 | |
| SF6 | 925-955 | 0.010 | 3,001 | Varanasi et al., 1992, JQSRT | 1996 | sf6.101 | |
| C2Cl3F3 / CFC-113 | 786-990 | 0.50 | 408 | McDaniel et al. et al. (omitted 203K) | 1995 | f113.101 | |
| C2H3ClF2 / HCFC-142b | 870-1270 | 0.01 | 40,001 | Newnham & Ballard, 1995 | 1995 | hcfc142b.101 | |
| 640-720; 875-930; 937-995; 1079-1261; 1349-1490 | 0.01 | 51,605 | Newnham & Ballard, 1995; Le Bris & Strong, 2010 | 2016 | Readme.hcfc142b | hcfc142b_2016.101 | |
| CH3COOH / Acetic Acid | 551-701; 930-1545; 1736-1850; 2900-3120; 3533-3623 | 0.01 | 118,868 | Sharpe et al. (2004) | 2021 | ch3cooh.readme | ch3cooh_pnnl.101.gz |
| O2 Collision-induced absorption | 1275-1905; 7100-10100; 12751-13750 | 1.00 | 4,632 | Thibault et al. (1997), Smith and Newnham (2000); Tran et al.,2006 | 2006 | Readme.cia; O2_CIA_7885.pdf | FCIA-Linelist SCIA-Linelist |
| N2 Collision-induced absorption | 2030-2705; 4330-4930; | 1.00 | 1,279 | Lafferty et al., 1996; Shapiri and Gush, 1966 | 2006 |
Linelist file names ending with the extension ".101" represent pre-2004, 100-CPL, HITRAN format in Unix (100 + LF)
Linelist file names ending with the extension ".102" represent pre-2004, 100-CPL, HITRAN format in DOS (100 + CR + LF)
Go back to the
previous page
