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Commit 55ac675c authored by richard's avatar richard
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* spectroscopy/nlte: Added as storage for rate constants. 

Presently only contains numbers for H2O-H2O collisions.



git-svn-id: https://radiativetransfer.org/svn/rt/arts-xml-data/trunk@10988 aaf1aab0-4228-0410-ad68-8dceda47f409
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ChangeLog
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View file @ 55ac675c
2018-05-15 Richard Larsson <ric.larsson@gmail.com>
* ARTS-XML-DATA-2-3-26
* spectroscopy/nlte: Added as storage for rate constants.
Presently only contains numbers for H2O-H2O collisions. Data
prepared by Takayoshi Yamada, README source its origin
2018-05-04 Oliver Lemke <olemke@core-dump.info> 2018-05-04 Oliver Lemke <olemke@core-dump.info>
* ARTS-XML-DATA-2-3-25 * ARTS-XML-DATA-2-3-25
......
spectroscopy/nlte/H2O/README 0 → 100644
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View file @ 55ac675c
Collisional parameters used by rotational water non-lte calculations.
Unit of the data is in per second per cubic meter.
Data is from H2O-H2O Collision Rate Coefficients by G. Buffa et al. The Astrophysical Journal Supplement Series, 128: 597-601, 2000 June
\ No newline at end of file
spectroscopy/nlte/H2O/nlte_collision_coefficients.xml 0 → 100644
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<?xml version="1.0"?>
<arts version="1" format="ascii">
<Array nelem="9" type="GriddedField1">
<GriddedField1>
<Vector name="Temperature" nelem="8">
1.0000000e+02
2.0000000e+02
3.0000000e+02
4.0000000e+02
5.0000000e+02
6.0000000e+02
7.0000000e+02
8.0000000e+02
</Vector>
<Vector name="Collision rate" nelem="8">
1.4130000e-15
9.0662000e-16
8.0830000e-16
7.3238000e-16
6.7407000e-16
6.3072000e-16
5.9562000e-16
5.6843000e-16
</Vector>
</GriddedField1>
<GriddedField1>
<Vector name="Temperature" nelem="8">
1.0000000e+02
2.0000000e+02
3.0000000e+02
4.0000000e+02
5.0000000e+02
6.0000000e+02
7.0000000e+02
8.0000000e+02
</Vector>
<Vector name="Collision rate" nelem="8">
1.5690000e-15
1.1088000e-15
9.5641000e-16
8.7828000e-16
8.2423000e-16
7.8219000e-16
7.4773000e-16
7.1600000e-16
</Vector>
</GriddedField1>
<GriddedField1>
<Vector name="Temperature" nelem="8">
1.0000000e+02
2.0000000e+02
3.0000000e+02
4.0000000e+02
5.0000000e+02
6.0000000e+02
7.0000000e+02
8.0000000e+02
</Vector>
<Vector name="Collision rate" nelem="8">
1.0440000e-15
1.0316000e-15
1.0493000e-15
1.0512000e-15
1.0414000e-15
1.0271000e-15
1.0097000e-15
9.9065000e-16
</Vector>
</GriddedField1>
<GriddedField1>
<Vector name="Temperature" nelem="8">
1.0000000e+02
2.0000000e+02
3.0000000e+02
4.0000000e+02
5.0000000e+02
6.0000000e+02
7.0000000e+02
8.0000000e+02
</Vector>
<Vector name="Collision rate" nelem="8">
1.1240000e-15
8.1028000e-16
6.9618000e-16
6.3286000e-16
5.8657000e-16
5.4907000e-16
5.1766000e-16
4.9191000e-16
</Vector>
</GriddedField1>
<GriddedField1>
<Vector name="Temperature" nelem="8">
1.0000000e+02
2.0000000e+02
3.0000000e+02
4.0000000e+02
5.0000000e+02
6.0000000e+02
7.0000000e+02
8.0000000e+02
</Vector>
<Vector name="Collision rate" nelem="8">
1.2690000e-15
9.4761000e-16
8.2755000e-16
7.6330000e-16
7.1836000e-16
6.8161000e-16
6.5058000e-16
6.2445000e-16
</Vector>
</GriddedField1>
<GriddedField1>
<Vector name="Temperature" nelem="8">
1.0000000e+02
2.0000000e+02
3.0000000e+02
4.0000000e+02
5.0000000e+02
6.0000000e+02
7.0000000e+02
8.0000000e+02
</Vector>
<Vector name="Collision rate" nelem="8">
3.3040000e-16
2.9924000e-16
2.5270000e-16
2.1933000e-16
2.0000000e-16
2.0000000e-16
2.0000000e-16
2.0000000e-16
</Vector>
</GriddedField1>
<GriddedField1>
<Vector name="Temperature" nelem="8">
1.0000000e+02
2.0000000e+02
3.0000000e+02
4.0000000e+02
5.0000000e+02
6.0000000e+02
7.0000000e+02
8.0000000e+02
</Vector>
<Vector name="Collision rate" nelem="8">
1.0650000e-15
9.7835000e-16
8.5349000e-16
7.6040000e-16
6.9244000e-16
6.4019000e-16
6.0074000e-16
5.6979000e-16
</Vector>
</GriddedField1>
<GriddedField1>
<Vector name="Temperature" nelem="8">
1.0000000e+02
2.0000000e+02
3.0000000e+02
4.0000000e+02
5.0000000e+02
6.0000000e+02
7.0000000e+02
8.0000000e+02
</Vector>
<Vector name="Collision rate" nelem="8">
3.1740000e-16
4.1129000e-16
4.9368000e-16
5.4977000e-16
5.8441000e-16
6.0469000e-16
6.1607000e-16
6.2035000e-16
</Vector>
</GriddedField1>
<GriddedField1>
<Vector name="Temperature" nelem="8">
1.0000000e+02
2.0000000e+02
3.0000000e+02
4.0000000e+02
5.0000000e+02
6.0000000e+02
7.0000000e+02
8.0000000e+02
</Vector>
<Vector name="Collision rate" nelem="8">
1.1220000e-15
1.1027000e-15
9.8068000e-16
8.7828000e-16
8.0046000e-16
7.4078000e-16
6.9276000e-16
6.5451000e-16
</Vector>
</GriddedField1>
</Array>
</arts>
spectroscopy/nlte/H2O/nlte_collision_identities.xml 0 → 100644
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View file @ 55ac675c
<?xml version="1.0"?>
<arts version="1" format="ascii">
<Array nelem="9" type="QuantumIdentifier">
<QuantumIdentifier>H2O-161 TR UP J 1 Ka 1 Kc 0 LO J 1 Ka 0 Kc 1</QuantumIdentifier>
<QuantumIdentifier>H2O-161 TR UP J 2 Ka 1 Kc 2 LO J 1 Ka 0 Kc 0</QuantumIdentifier>
<QuantumIdentifier>H2O-161 TR UP J 2 Ka 2 Kc 1 LO J 1 Ka 1 Kc 0</QuantumIdentifier>
<QuantumIdentifier>H2O-161 TR UP J 2 Ka 2 Kc 1 LO J 2 Ka 1 Kc 2</QuantumIdentifier>
<QuantumIdentifier>H2O-161 TR UP J 3 Ka 0 Kc 3 LO J 2 Ka 1 Kc 2</QuantumIdentifier>
<QuantumIdentifier>H2O-161 TR UP J 3 Ka 1 Kc 2 LO J 2 Ka 2 Kc 1</QuantumIdentifier>
<QuantumIdentifier>H2O-161 TR UP J 3 Ka 1 Kc 2 LO J 3 Ka 0 Kc 3</QuantumIdentifier>
<QuantumIdentifier>H2O-161 TR UP J 3 Ka 2 Kc 1 LO J 2 Ka 1 Kc 2</QuantumIdentifier>
<QuantumIdentifier>H2O-161 TR UP J 3 Ka 2 Kc 1 LO J 3 Ka 1 Kc 2</QuantumIdentifier>
</Array>
</arts>
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