1 | Lancement de SGEISA avec la Namelist : nameloolst |
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2 | ./sgeisa < nameloolst |
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3 | |
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4 | input instructions supplied to GEISA software |
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5 | |
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6 | ********************************************************************************** |
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7 | * &geisa pgm='lst',nu1=493.,nu2=714.,mole='co2',isot=636, * |
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8 | * trs1='11102',trs2='10001',liste='oui' / * |
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9 | ********************************************************************************** |
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10 | ***************** ***************** |
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11 | * geisa geisa * consultation of GEISA97 contents * geisa geisa * |
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12 | * lst * * lst * |
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13 | * geisa geisa * spectral interval (cm-1) nu1= 493.000 nu2= 714.000 * geisa geisa * |
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14 | ***************** ***************** |
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15 | vibration-rotation transitions involved in the transition |
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16 | e' e'' |
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17 | transition 11102 10001 |
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18 | of the molecule co2 / isotope 636 |
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19 | quantum numbers : V1,V2,L2,V3,R |
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20 | |
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21 | ----------------------------------------------------------------------------------------------------- |
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22 | | (a) | (b) | (c) | (d) | (e) |(f)| (g)|(h)| mole |(i)| |
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23 | ----------------------------------------------------------------------------------------------------- |
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24 | |497.200592| 3.930D-27|0.067| 2008.877| 11102 10001 P 40 |.78| 636| 2|co2 |G96| 1 |
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25 | |498.576813| 5.030D-27|0.068| 1947.360| 11102 10001 P 38 |.78| 636| 2|co2 |G96| 2 |
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26 | |499.961365| 6.330D-27|0.068| 1888.953| 11102 10001 P 36 |.78| 636| 2|co2 |G96| 3 |
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27 | |501.354523| 7.820D-27|0.068| 1833.656| 11102 10001 P 34 |.78| 636| 2|co2 |G96| 4 |
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28 | |502.756439| 9.480D-27|0.068| 1781.470| 11102 10001 P 32 |.78| 636| 2|co2 |G96| 5 |
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29 | |504.167236| 1.130D-26|0.069| 1732.396| 11102 10001 P 30 |.78| 636| 2|co2 |G96| 6 |
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30 | |505.587128| 1.320D-26|0.069| 1686.434| 11102 10001 P 28 |.78| 636| 2|co2 |G96| 7 |
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31 | |507.016235| 1.510D-26|0.069| 1643.585| 11102 10001 P 26 |.78| 636| 2|co2 |G96| 8 |
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32 | |508.454681| 1.690D-26|0.070| 1603.849| 11102 10001 P 24 |.78| 636| 2|co2 |G96| 9 |
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33 | |509.902557| 1.850D-26|0.071| 1567.229| 11102 10001 P 22 |.77| 636| 2|co2 |G96| 10 |
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34 | |511.360016| 1.970D-26|0.072| 1533.722| 11102 10001 P 20 |.76| 636| 2|co2 |G96| 11 |
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35 | |512.827148| 2.060D-26|0.073| 1503.332| 11102 10001 P 18 |.74| 636| 2|co2 |G96| 12 |
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36 | |514.304016| 2.080D-26|0.074| 1476.057| 11102 10001 P 16 |.71| 636| 2|co2 |G96| 13 |
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37 | |515.790649| 2.040D-26|0.075| 1451.897| 11102 10001 P 14 |.69| 636| 2|co2 |G96| 14 |
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38 | |517.287231| 1.920D-26|0.077| 1430.855| 11102 10001 P 12 |.69| 636| 2|co2 |G96| 15 |
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39 | |518.793640| 1.720D-26|0.079| 1412.930| 11102 10001 P 10 |.70| 636| 2|co2 |G96| 16 |
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40 | |520.310059| 1.450D-26|0.081| 1398.121| 11102 10001 P 8 |.71| 636| 2|co2 |G96| 17 |
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41 | |521.836487| 1.100D-26|0.084| 1386.430| 11102 10001 P 6 |.73| 636| 2|co2 |G96| 18 |
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42 | |523.372864| 6.930D-27|0.086| 1377.856| 11102 10001 P 4 |.74| 636| 2|co2 |G96| 19 |
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43 | |526.489441| 1.200D-26|0.089| 1372.400| 11102 10001 Q 2 |.75| 636| 2|co2 |G96| 20 |
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44 | |526.521667| 2.110D-26|0.086| 1377.856| 11102 10001 Q 4 |.74| 636| 2|co2 |G96| 21 |
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45 | |526.572327| 2.920D-26|0.084| 1386.430| 11102 10001 Q 6 |.73| 636| 2|co2 |G96| 22 |
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46 | |526.641357| 3.610D-26|0.081| 1398.121| 11102 10001 Q 8 |.71| 636| 2|co2 |G96| 23 |
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47 | |526.728638| 4.140D-26|0.079| 1412.930| 11102 10001 Q 10 |.70| 636| 2|co2 |G96| 24 |
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48 | |526.834229| 4.520D-26|0.077| 1430.855| 11102 10001 Q 12 |.69| 636| 2|co2 |G96| 25 |
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49 | |526.957886| 4.740D-26|0.075| 1451.897| 11102 10001 Q 14 |.69| 636| 2|co2 |G96| 26 |
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50 | |527.099670| 4.800D-26|0.074| 1476.057| 11102 10001 Q 16 |.71| 636| 2|co2 |G96| 27 |
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51 | |527.257568| 4.880D-27|0.095| 1370.062| 11102 10001 R 0 |.74| 636| 2|co2 |G96| 28 |
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52 | |527.259460| 4.710D-26|0.073| 1503.332| 11102 10001 Q 18 |.74| 636| 2|co2 |G96| 29 |
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53 | |527.437012| 4.510D-26|0.072| 1533.722| 11102 10001 Q 20 |.76| 636| 2|co2 |G96| 30 |
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54 | |527.632324| 4.200D-26|0.071| 1567.229| 11102 10001 Q 22 |.77| 636| 2|co2 |G96| 31 |
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55 | |527.845154| 3.830D-26|0.070| 1603.849| 11102 10001 Q 24 |.78| 636| 2|co2 |G96| 32 |
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56 | |528.075378| 3.420D-26|0.069| 1643.585| 11102 10001 Q 26 |.78| 636| 2|co2 |G96| 33 |
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57 | |528.322815| 2.990D-26|0.069| 1686.434| 11102 10001 Q 28 |.78| 636| 2|co2 |G96| 34 |
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58 | |528.587280| 2.560D-26|0.069| 1732.396| 11102 10001 Q 30 |.78| 636| 2|co2 |G96| 35 |
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59 | |528.828857| 9.710D-27|0.088| 1372.400| 11102 10001 R 2 |.75| 636| 2|co2 |G96| 36 |
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60 | |528.868530| 2.150D-26|0.068| 1781.470| 11102 10001 Q 32 |.78| 636| 2|co2 |G96| 37 |
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61 | |529.166382| 1.770D-26|0.068| 1833.656| 11102 10001 Q 34 |.78| 636| 2|co2 |G96| 38 |
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62 | |529.480591| 1.430D-26|0.068| 1888.953| 11102 10001 Q 36 |.78| 636| 2|co2 |G96| 39 |
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63 | |529.810852| 1.140D-26|0.068| 1947.360| 11102 10001 Q 38 |.78| 636| 2|co2 |G96| 40 |
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64 | |530.156982| 8.900D-27|0.067| 2008.877| 11102 10001 Q 40 |.78| 636| 2|co2 |G96| 41 |
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65 | |530.410095| 1.430D-26|0.085| 1377.856| 11102 10001 R 4 |.74| 636| 2|co2 |G96| 42 |
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66 | |530.518616| 6.820D-27|0.067| 2073.501| 11102 10001 Q 42 |.78| 636| 2|co2 |G96| 43 |
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67 | |530.895508| 5.150D-27|0.067| 2141.233| 11102 10001 Q 44 |.78| 636| 2|co2 |G96| 44 |
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68 | |531.287292| 3.810D-27|0.067| 2212.072| 11102 10001 Q 46 |.77| 636| 2|co2 |G96| 45 |
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69 | |532.001221| 1.840D-26|0.082| 1386.430| 11102 10001 R 6 |.72| 636| 2|co2 |G96| 46 |
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70 | |533.602112| 2.190D-26|0.080| 1398.121| 11102 10001 R 8 |.70| 636| 2|co2 |G96| 47 |
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71 | |535.212769| 2.470D-26|0.078| 1412.930| 11102 10001 R 10 |.69| 636| 2|co2 |G96| 48 |
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72 | |536.833069| 2.660D-26|0.076| 1430.855| 11102 10001 R 12 |.69| 636| 2|co2 |G96| 49 |
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73 | |538.462891| 2.770D-26|0.075| 1451.897| 11102 10001 R 14 |.70| 636| 2|co2 |G96| 50 |
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74 | |540.102234| 2.800D-26|0.073| 1476.057| 11102 10001 R 16 |.73| 636| 2|co2 |G96| 51 |
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75 | |541.750854| 2.750D-26|0.072| 1503.332| 11102 10001 R 18 |.75| 636| 2|co2 |G96| 52 |
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76 | |543.408752| 2.640D-26|0.071| 1533.722| 11102 10001 R 20 |.76| 636| 2|co2 |G96| 53 |
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77 | |545.075623| 2.470D-26|0.070| 1567.229| 11102 10001 R 22 |.77| 636| 2|co2 |G96| 54 |
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78 | |546.751526| 2.260D-26|0.070| 1603.849| 11102 10001 R 24 |.78| 636| 2|co2 |G96| 55 |
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79 | |548.436096| 2.030D-26|0.069| 1643.585| 11102 10001 R 26 |.78| 636| 2|co2 |G96| 56 |
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80 | |550.129272| 1.780D-26|0.069| 1686.434| 11102 10001 R 28 |.78| 636| 2|co2 |G96| 57 |
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81 | |551.830872| 1.540D-26|0.068| 1732.396| 11102 10001 R 30 |.78| 636| 2|co2 |G96| 58 |
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82 | |553.540649| 1.300D-26|0.068| 1781.470| 11102 10001 R 32 |.78| 636| 2|co2 |G96| 59 |
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83 | |555.258362| 1.080D-26|0.068| 1833.656| 11102 10001 R 34 |.78| 636| 2|co2 |G96| 60 |
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84 | |556.983887| 8.850D-27|0.068| 1888.953| 11102 10001 R 36 |.78| 636| 2|co2 |G96| 61 |
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85 | |558.716919| 7.100D-27|0.067| 1947.360| 11102 10001 R 38 |.78| 636| 2|co2 |G96| 62 |
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86 | |560.457275| 5.590D-27|0.067| 2008.877| 11102 10001 R 40 |.78| 636| 2|co2 |G96| 63 |
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87 | |562.204590| 4.340D-27|0.067| 2073.501| 11102 10001 R 42 |.78| 636| 2|co2 |G96| 64 |
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88 | ----------------------------------------------------------------------------------------------------- |
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89 | |
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90 | (a) wavenumber (cm-1) |
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91 | (b) intensity (cm molec-1 at 296 k) |
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92 | (c) collision halfwidth (cm-1 atm-1) |
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93 | (d) energy of the lower level of the transition (cm-1) |
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94 | (e) identification of the transition |
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95 | (f) coefficient for temperature dependence of halfwidth |
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96 | (g) identification of the isotope |
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97 | (h) identification of the molecule |
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98 | (i) geisa internal code for data identification |
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99 | |
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100 | |
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101 | total number of transitions : 64 |
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102 | intensity sum : 1.271D-24 cm molec-1 |
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103 | or : 3.151D-05 cm-2 atm-1 |
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104 | |
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105 | |
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106 | Laboratoire de Meteorologie Dynamique : start : Tue May 14 10:18:04 2002 |
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107 | end : Tue May 14 10:18:07 2002 |
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108 | (Real time = 3 seconds) |
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