ExoMol

Part of EU Open Research Repository
Published July 7, 2020 | Version 20200707
Dataset Open

The eXeL dataset for 1H316O+

Authors/Creators

  • 1. University College London
  • 2. SRON Netherlands Institute for Space Research
  • 3. Max Planck Institute for Astronomy

Description

The dataset is an archive of ExoMol page, https://exomol.com/data/molecules/H3O_p/1H3-16O_p/eXeL.
Please check the reference details according to the following description or directly from the website.
NB: The html description skips data which are not included in the current version for the purpose of simplicity. Please check H3O_p_1H316O+_eXeL.md for detailed information.

Definitions file

1H3-16O_p__eXeL.def[10.77 KB]

References:
1. Tennyson, J., Yurchenko, S. N., Al-Refaie, A. F., Clark, V. H. J., Chubb, K. L., Conway, E. K., Dewan, A., Gorman, M. N., Hill, C., Lynas-Gray, A. E., Mellor, T., McKemmish, L. K., Owens, A., Polyansky, O. L., Semenov, M., Somogyi, W., Tinetti, G., Upadhyay, A., Waldmann, I., Wang, Y., Wright, S., Yurchenko, O. P., "The 2020 release of the ExoMol database: molecular line lists for exoplanet and other hot atmospheres", J. Quant. Spectrosc. Rad. Transf., 255, 107228 (2020). [https://doi.org/10.1016/j.jqsrt.2020.107228]

Spectroscopic Model

https://exomol.com/models/H3O_p/1H3-16O_p/eXeL/

eXeL: line list

H3O+ line list eXeL obtained using refined PES and DMS, computed with TROVE

1H3-16O_p__eXeL.states.bz2[17.72 MB]
eXeL (1H)3(16O)+ states

1H3-16O_p__eXeL__00000-00100.trans.bz2[33.37 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 00000-00100 cm-1

1H3-16O_p__eXeL__00100-00200.trans.bz2[22.22 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 00100-00200 cm-1

1H3-16O_p__eXeL__00200-00300.trans.bz2[22.93 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 00200-00300 cm-1

1H3-16O_p__eXeL__00300-00400.trans.bz2[23.69 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 00300-00400 cm-1

1H3-16O_p__eXeL__00400-00500.trans.bz2[24.45 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 00400-00500 cm-1

1H3-16O_p__eXeL__00500-00600.trans.bz2[25.27 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 00500-00600 cm-1

1H3-16O_p__eXeL__00600-00700.trans.bz2[26.11 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 00600-00700 cm-1

1H3-16O_p__eXeL__00700-00800.trans.bz2[27.07 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 00700-00800 cm-1

1H3-16O_p__eXeL__00800-00900.trans.bz2[28.04 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 00800-00900 cm-1

1H3-16O_p__eXeL__00900-01000.trans.bz2[29.08 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 00900-01000 cm-1

1H3-16O_p__eXeL__01000-01100.trans.bz2[30.19 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 01000-01100 cm-1

1H3-16O_p__eXeL__01100-01200.trans.bz2[31.3 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 01100-01200 cm-1

1H3-16O_p__eXeL__01200-01300.trans.bz2[32.54 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 01200-01300 cm-1

1H3-16O_p__eXeL__01300-01400.trans.bz2[33.86 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 01300-01400 cm-1

1H3-16O_p__eXeL__01400-01500.trans.bz2[35.1 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 01400-01500 cm-1

1H3-16O_p__eXeL__01500-01600.trans.bz2[36.39 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 01500-01600 cm-1

1H3-16O_p__eXeL__01600-01700.trans.bz2[37.67 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 01600-01700 cm-1

1H3-16O_p__eXeL__01700-01800.trans.bz2[38.85 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 01700-01800 cm-1

1H3-16O_p__eXeL__01800-01900.trans.bz2[40.01 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 01800-01900 cm-1

1H3-16O_p__eXeL__01900-02000.trans.bz2[41.23 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 01900-02000 cm-1

1H3-16O_p__eXeL__02000-02100.trans.bz2[42.43 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 02000-02100 cm-1

1H3-16O_p__eXeL__02100-02200.trans.bz2[43.64 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 02100-02200 cm-1

1H3-16O_p__eXeL__02200-02300.trans.bz2[44.92 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 02200-02300 cm-1

1H3-16O_p__eXeL__02300-02400.trans.bz2[46.37 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 02300-02400 cm-1

1H3-16O_p__eXeL__02400-02500.trans.bz2[47.84 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 02400-02500 cm-1

1H3-16O_p__eXeL__02500-02600.trans.bz2[49.47 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 02500-02600 cm-1

1H3-16O_p__eXeL__02600-02700.trans.bz2[51.17 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 02600-02700 cm-1

1H3-16O_p__eXeL__02700-02800.trans.bz2[52.94 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 02700-02800 cm-1

1H3-16O_p__eXeL__02800-02900.trans.bz2[54.8 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 02800-02900 cm-1

1H3-16O_p__eXeL__02900-03000.trans.bz2[56.78 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 02900-03000 cm-1

1H3-16O_p__eXeL__03000-03100.trans.bz2[58.76 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 03000-03100 cm-1

1H3-16O_p__eXeL__03100-03200.trans.bz2[60.73 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 03100-03200 cm-1

1H3-16O_p__eXeL__03200-03300.trans.bz2[62.58 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 03200-03300 cm-1

1H3-16O_p__eXeL__03300-03400.trans.bz2[64.38 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 03300-03400 cm-1

1H3-16O_p__eXeL__03400-03500.trans.bz2[66.22 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 03400-03500 cm-1

1H3-16O_p__eXeL__03500-03600.trans.bz2[68.11 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 03500-03600 cm-1

1H3-16O_p__eXeL__03600-03700.trans.bz2[69.98 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 03600-03700 cm-1

1H3-16O_p__eXeL__03700-03800.trans.bz2[71.75 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 03700-03800 cm-1

1H3-16O_p__eXeL__03800-03900.trans.bz2[73.63 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 03800-03900 cm-1

1H3-16O_p__eXeL__03900-04000.trans.bz2[75.62 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 03900-04000 cm-1

1H3-16O_p__eXeL__04000-04100.trans.bz2[77.8 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 04000-04100 cm-1

1H3-16O_p__eXeL__04100-04200.trans.bz2[80.16 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 04100-04200 cm-1

1H3-16O_p__eXeL__04200-04300.trans.bz2[82.61 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 04200-04300 cm-1

1H3-16O_p__eXeL__04300-04400.trans.bz2[85.15 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 04300-04400 cm-1

1H3-16O_p__eXeL__04400-04500.trans.bz2[87.88 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 04400-04500 cm-1

1H3-16O_p__eXeL__04500-04600.trans.bz2[90.66 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 04500-04600 cm-1

1H3-16O_p__eXeL__04600-04700.trans.bz2[93.47 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 04600-04700 cm-1

1H3-16O_p__eXeL__04700-04800.trans.bz2[96.33 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 04700-04800 cm-1

1H3-16O_p__eXeL__04800-04900.trans.bz2[99.07 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 04800-04900 cm-1

1H3-16O_p__eXeL__04900-05000.trans.bz2[101.79 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 04900-05000 cm-1

1H3-16O_p__eXeL__05000-05100.trans.bz2[104.61 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 05000-05100 cm-1

1H3-16O_p__eXeL__05100-05200.trans.bz2[107.54 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 05100-05200 cm-1

1H3-16O_p__eXeL__05200-05300.trans.bz2[110.31 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 05200-05300 cm-1

1H3-16O_p__eXeL__05300-05400.trans.bz2[113.04 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 05300-05400 cm-1

1H3-16O_p__eXeL__05400-05500.trans.bz2[115.86 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 05400-05500 cm-1

1H3-16O_p__eXeL__05500-05600.trans.bz2[118.75 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 05500-05600 cm-1

1H3-16O_p__eXeL__05600-05700.trans.bz2[121.8 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 05600-05700 cm-1

1H3-16O_p__eXeL__05700-05800.trans.bz2[125.06 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 05700-05800 cm-1

1H3-16O_p__eXeL__05800-05900.trans.bz2[128.54 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 05800-05900 cm-1

1H3-16O_p__eXeL__05900-06000.trans.bz2[132.25 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 05900-06000 cm-1

1H3-16O_p__eXeL__06000-06100.trans.bz2[136.23 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 06000-06100 cm-1

1H3-16O_p__eXeL__06100-06200.trans.bz2[140.19 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 06100-06200 cm-1

1H3-16O_p__eXeL__06200-06300.trans.bz2[144.13 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 06200-06300 cm-1

1H3-16O_p__eXeL__06300-06400.trans.bz2[147.94 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 06300-06400 cm-1

1H3-16O_p__eXeL__06400-06500.trans.bz2[151.69 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 06400-06500 cm-1

1H3-16O_p__eXeL__06500-06600.trans.bz2[155.47 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 06500-06600 cm-1

1H3-16O_p__eXeL__06600-06700.trans.bz2[159.47 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 06600-06700 cm-1

1H3-16O_p__eXeL__06700-06800.trans.bz2[163.4 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 06700-06800 cm-1

1H3-16O_p__eXeL__06800-06900.trans.bz2[167.36 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 06800-06900 cm-1

1H3-16O_p__eXeL__06900-07000.trans.bz2[171.27 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 06900-07000 cm-1

1H3-16O_p__eXeL__07000-07100.trans.bz2[175.26 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 07000-07100 cm-1

1H3-16O_p__eXeL__07100-07200.trans.bz2[179.33 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 07100-07200 cm-1

1H3-16O_p__eXeL__07200-07300.trans.bz2[183.26 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 07200-07300 cm-1

1H3-16O_p__eXeL__07300-07400.trans.bz2[187.58 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 07300-07400 cm-1

1H3-16O_p__eXeL__07400-07500.trans.bz2[192.02 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 07400-07500 cm-1

1H3-16O_p__eXeL__07500-07600.trans.bz2[196.82 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 07500-07600 cm-1

1H3-16O_p__eXeL__07600-07700.trans.bz2[201.97 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 07600-07700 cm-1

1H3-16O_p__eXeL__07700-07800.trans.bz2[207.06 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 07700-07800 cm-1

1H3-16O_p__eXeL__07800-07900.trans.bz2[212.24 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 07800-07900 cm-1

1H3-16O_p__eXeL__07900-08000.trans.bz2[217.38 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 07900-08000 cm-1

1H3-16O_p__eXeL__08000-08100.trans.bz2[215.62 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 08000-08100 cm-1

1H3-16O_p__eXeL__08100-08200.trans.bz2[207.44 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 08100-08200 cm-1

1H3-16O_p__eXeL__08200-08300.trans.bz2[199.27 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 08200-08300 cm-1

1H3-16O_p__eXeL__08300-08400.trans.bz2[191.24 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 08300-08400 cm-1

1H3-16O_p__eXeL__08400-08500.trans.bz2[183.1 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 08400-08500 cm-1

1H3-16O_p__eXeL__08500-08600.trans.bz2[175.51 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 08500-08600 cm-1

1H3-16O_p__eXeL__08600-08700.trans.bz2[168.23 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 08600-08700 cm-1

1H3-16O_p__eXeL__08700-08800.trans.bz2[161.06 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 08700-08800 cm-1

1H3-16O_p__eXeL__08800-08900.trans.bz2[154.18 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 08800-08900 cm-1

1H3-16O_p__eXeL__08900-09000.trans.bz2[147.51 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 08900-09000 cm-1

1H3-16O_p__eXeL__09000-09100.trans.bz2[141.06 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 09000-09100 cm-1

1H3-16O_p__eXeL__09100-09200.trans.bz2[135.05 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 09100-09200 cm-1

1H3-16O_p__eXeL__09200-09300.trans.bz2[129.25 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 09200-09300 cm-1

1H3-16O_p__eXeL__09300-09400.trans.bz2[123.7 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 09300-09400 cm-1

1H3-16O_p__eXeL__09400-09500.trans.bz2[118.33 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 09400-09500 cm-1

1H3-16O_p__eXeL__09500-09600.trans.bz2[113.29 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 09500-09600 cm-1

1H3-16O_p__eXeL__09600-09700.trans.bz2[108.18 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 09600-09700 cm-1

1H3-16O_p__eXeL__09700-09800.trans.bz2[103.43 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 09700-09800 cm-1

1H3-16O_p__eXeL__09800-09900.trans.bz2[98.83 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 09800-09900 cm-1

1H3-16O_p__eXeL__09900-10000.trans.bz2[94.36 MB]
eXeL eXeL (1H)3(16O)+ line list transitions: 09900-10000 cm-1

References:
1. Yurchenko, S. N., Tennyson, J., Miller, S., Melnikov, V. V., O'Donoghue, J., Moore, L., "ExoMol line lists: XL. Rovibrational molecular line list for the hydronium ion (H3O+)", Monthly Notices of the Royal Astronomical Society 497, 2340-2351 (2020). [https://doi.org/10.1093/mnras/staa2034][20YuTeMi.H3O+]

eXeL: partition function

H3O+ line list eXeL obtained using refined PES and DMS, computed with TROVE

1H3-16O_p__eXeL.pf[48.83 KB]
eXeL (1H)3(16O)+ Partition function

References:
1. Yurchenko, S. N., Tennyson, J., Miller, S., Melnikov, V. V., O'Donoghue, J., Moore, L., "ExoMol line lists: XL. Rovibrational molecular line list for the hydronium ion (H3O+)", Monthly Notices of the Royal Astronomical Society 497, 2340-2351 (2020). [https://doi.org/10.1093/mnras/staa2034][20YuTeMi.H3O+]

eXeL: super-line

NB: These data are not included in current version on Zenodo
Data can be accessed via: https://exomol.com/data/molecules/H3O_p/1H3-16O_p/eXeL

eXeL: opacity

H3O+ line list eXeL obtained using refined PES and DMS, computed with TROVE

1H3-16O_p__eXeL.R1000_0.3-50mu.ktable.ARCiS.fits.gz[338.4 MB]
ARCiS k-tables at R= 1000 (0.3-50mu) in fits format (gzipped): eXeL (1H)3(16O)+ line list.

1H3-16O_p__eXeL.R1000_0.3-50mu.ktable.NEMESIS.kta[232.01 MB]
NEMESIS k-tables at R= 1000 (0.3-50mu) in NEMESIS-kta format: eXeL (1H)3(16O)+ line list.

1H3-16O_p__eXeL.R15000_0.3-50mu.xsec.TauREx.h5[348.39 MB]
TauREx k-tables at R= 15000 (0.3-50mu) in HDF5 format: eXeL (1H)3(16O)+ line list.

1H3-16O_p__eXeL.R1000_0.3-50mu.ktable.petitRADTRANS.h5[370.98 MB]
petitRADTRANS k-tables at R= 1000 (0.3-50mu) in HDF5 format: eXeL (1H)3(16O)+ line list.

References:
1. Chubb, K. L., Rocchetto, M., Yurchenko, S. N., Min, M., Waldmann, I., Barstow, J. K., Molliere, P., Al-Refaie, A. F, Phillips, M. W., Tennyson, J., "The ExoMolOP database: Cross sections and k-tables for molecules of interest in high-temperature exoplanet atmospheres", Astronomy and Astrophysics 646, A21 (2020). [http://dx.doi.org/10.1051/0004-6361/202038350][20ChRoYu.]
2. Yurchenko, S. N., Tennyson, J., Miller, S., Melnikov, V. V., O'Donoghue, J., Moore, L., "ExoMol line lists: XL. Rovibrational molecular line list for the hydronium ion (H3O+)", Monthly Notices of the Royal Astronomical Society 497, 2340-2351 (2020). [https://doi.org/10.1093/mnras/staa2034][20YuTeMi.H3O+]

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H3O_p_1H316O+_eXeL.md

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Additional details

Funding

European Commission
ExoplANETS A - Exoplanet Athmosphere New Emission Transmission Spectra Analysis 776403
UK Research and Innovation
UCL Astrophysics Consolidated Grant 2018-2021 ST/R000476/1
European Commission
ExoMolHD - ExoMolHD: Precision spectroscopic data for studies of exoplanets and other hot atmospheres 883830
European Commission
EXOMOL - ExoMol: molecular line lists for exoplanet atmospheres 267219

References

  • Tennyson, J., Yurchenko, S. N., Al-Refaie, A. F., Clark, V. H. J., Chubb, K. L., Conway, E. K., Dewan, A., Gorman, M. N., Hill, C., Lynas-Gray, A. E., Mellor, T., McKemmish, L. K., Owens, A., Polyansky, O. L., Semenov, M., Somogyi, W., Tinetti, G., Upadhyay, A., Waldmann, I., Wang, Y., Wright, S., Yurchenko, O. P., "The 2020 release of the ExoMol database: molecular line lists for exoplanet and other hot atmospheres", J. Quant. Spectrosc. Rad. Transf., 255, 107228 (2020). \[[https://doi.org/10.1016/j.jqsrt.2020.107228](https://doi.org/10.1016/j.jqsrt.2020.107228)\]
  • Yurchenko, S. N., Tennyson, J., Miller, S., Melnikov, V. V., O'Donoghue, J., Moore, L., "ExoMol line lists: XL. Rovibrational molecular line list for the hydronium ion (H3O+)", Monthly Notices of the Royal Astronomical Society 497, 2340-2351 (2020). [https://doi.org/10.1093/mnras/staa2034][20YuTeMi.H3O+]
  • Chubb, K. L., Rocchetto, M., Yurchenko, S. N., Min, M., Waldmann, I., Barstow, J. K., Molliere, P., Al-Refaie, A. F, Phillips, M. W., Tennyson, J., "The ExoMolOP database: Cross sections and k-tables for molecules of interest in high-temperature exoplanet atmospheres", Astronomy and Astrophysics 646, A21 (2020). [http://dx.doi.org/10.1051/0004-6361/202038350][20ChRoYu.]