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ll2 @ 1

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Geisa inital import
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1	Lancement de SGEISA avec la Namelist : nameloolst
2	./sgeisa < nameloolst
3
4	input instructions supplied to GEISA software
5
6	**********************************************************************************
7	* &geisa pgm='lst',nu1=493.,nu2=714.,mole='co2',isot=636, *
8	* trs1='11102',trs2='10001',liste='oui' / *
9	**********************************************************************************
10	*************** ***************
11	* geisa geisa * consultation of GEISA** contents * geisa geisa *
12	* lst * * lst *
13	* geisa geisa * spectral interval (cm-1) nu1= 493.000 nu2= 714.000 * geisa geisa *
14	*************** ***************
15	vibration-rotation transitions involved in the transition
16	e' e''
17	transition 11102 10001
18	of the molecule co2 / isotope 636
19	quantum numbers : V1,V2,L2,V3,R
20
21	-----------------------------------------------------------------------------------------------------
22	\| (a) \| (b) \| (c) \| (d) \| (e) \|(f)\| (g)\|(h)\| mole \|(i)\|
23	-----------------------------------------------------------------------------------------------------
24	\|494.472412\| 1.330D-27\|0.066\| 2141.233\| 11102 10001 31 1 21 3 P 44 \|.78\| 636\| 2\|co2 \|G01\| 1
25	\|495.832458\| 1.770D-27\|0.067\| 2073.501\| 11102 10001 31 1 21 3 P 42 \|.78\| 636\| 2\|co2 \|G01\| 2
26	\|497.200470\| 2.290D-27\|0.067\| 2008.876\| 11102 10001 31 1 21 3 P 40 \|.78\| 636\| 2\|co2 \|G01\| 3
27	\|498.576660\| 2.930D-27\|0.067\| 1947.360\| 11102 10001 31 1 21 3 P 38 \|.78\| 636\| 2\|co2 \|G01\| 4
28	\|499.961243\| 3.670D-27\|0.067\| 1888.953\| 11102 10001 31 1 21 3 P 36 \|.78\| 636\| 2\|co2 \|G01\| 5
29	\|501.354401\| 4.520D-27\|0.067\| 1833.656\| 11102 10001 31 1 21 3 P 34 \|.78\| 636\| 2\|co2 \|G01\| 6
30	\|502.756287\| 5.470D-27\|0.068\| 1781.470\| 11102 10001 31 1 21 3 P 32 \|.78\| 636\| 2\|co2 \|G01\| 7
31	\|504.167114\| 6.490D-27\|0.068\| 1732.395\| 11102 10001 31 1 21 3 P 30 \|.78\| 636\| 2\|co2 \|G01\| 8
32	\|505.587006\| 7.560D-27\|0.069\| 1686.433\| 11102 10001 31 1 21 3 P 28 \|.78\| 636\| 2\|co2 \|G01\| 9
33	\|507.016113\| 8.620D-27\|0.069\| 1643.584\| 11102 10001 31 1 21 3 P 26 \|.78\| 636\| 2\|co2 \|G01\| 10
34	\|508.454559\| 9.630D-27\|0.070\| 1603.849\| 11102 10001 31 1 21 3 P 24 \|.78\| 636\| 2\|co2 \|G01\| 11
35	\|509.902435\| 1.050D-26\|0.070\| 1567.228\| 11102 10001 31 1 21 3 P 22 \|.77\| 636\| 2\|co2 \|G01\| 12
36	\|511.359894\| 1.120D-26\|0.071\| 1533.722\| 11102 10001 31 1 21 3 P 20 \|.76\| 636\| 2\|co2 \|G01\| 13
37	\|512.827026\| 1.170D-26\|0.072\| 1503.331\| 11102 10001 31 1 21 3 P 18 \|.74\| 636\| 2\|co2 \|G01\| 14
38	\|514.303894\| 1.180D-26\|0.074\| 1476.056\| 11102 10001 31 1 21 3 P 16 \|.71\| 636\| 2\|co2 \|G01\| 15
39	\|515.790527\| 1.150D-26\|0.075\| 1451.897\| 11102 10001 31 1 21 3 P 14 \|.69\| 636\| 2\|co2 \|G01\| 16
40	\|517.287048\| 1.080D-26\|0.077\| 1430.855\| 11102 10001 31 1 21 3 P 12 \|.69\| 636\| 2\|co2 \|G01\| 17
41	\|518.793518\| 9.690D-27\|0.079\| 1412.929\| 11102 10001 31 1 21 3 P 10 \|.70\| 636\| 2\|co2 \|G01\| 18
42	\|520.309937\| 8.140D-27\|0.081\| 1398.121\| 11102 10001 31 1 21 3 P 8 \|.71\| 636\| 2\|co2 \|G01\| 19
43	\|521.836304\| 6.180D-27\|0.083\| 1386.430\| 11102 10001 31 1 21 3 P 6 \|.73\| 636\| 2\|co2 \|G01\| 20
44	\|523.372742\| 3.890D-27\|0.086\| 1377.856\| 11102 10001 31 1 21 3 P 4 \|.74\| 636\| 2\|co2 \|G01\| 21
45	\|524.919128\| 1.340D-27\|0.089\| 1372.400\| 11102 10001 31 1 21 3 P 2 \|.75\| 636\| 2\|co2 \|G01\| 22
46	\|526.572205\| 1.640D-26\|0.083\| 1386.430\| 11102 10001 32 1 21 3 Q 6 \|.73\| 636\| 2\|co2 \|G01\| 23
47	\|526.489319\| 6.740D-27\|0.089\| 1372.400\| 11102 10001 32 1 21 3 Q 2 \|.75\| 636\| 2\|co2 \|G01\| 24
48	\|526.521545\| 1.180D-26\|0.086\| 1377.856\| 11102 10001 32 1 21 3 Q 4 \|.74\| 636\| 2\|co2 \|G01\| 25
49	\|526.641235\| 2.040D-26\|0.081\| 1398.121\| 11102 10001 32 1 21 3 Q 8 \|.71\| 636\| 2\|co2 \|G01\| 26
50	\|526.728516\| 2.350D-26\|0.079\| 1412.929\| 11102 10001 32 1 21 3 Q 10 \|.70\| 636\| 2\|co2 \|G01\| 27
51	\|526.834106\| 2.580D-26\|0.077\| 1430.855\| 11102 10001 32 1 21 3 Q 12 \|.69\| 636\| 2\|co2 \|G01\| 28
52	\|526.957825\| 2.720D-26\|0.075\| 1451.897\| 11102 10001 32 1 21 3 Q 14 \|.69\| 636\| 2\|co2 \|G01\| 29
53	\|527.632324\| 2.510D-26\|0.070\| 1567.228\| 11102 10001 32 1 21 3 Q 22 \|.77\| 636\| 2\|co2 \|G01\| 30
54	\|527.099609\| 2.780D-26\|0.074\| 1476.056\| 11102 10001 32 1 21 3 Q 16 \|.71\| 636\| 2\|co2 \|G01\| 31
55	\|527.259399\| 2.750D-26\|0.072\| 1503.331\| 11102 10001 32 1 21 3 Q 18 \|.74\| 636\| 2\|co2 \|G01\| 32
56	\|527.437012\| 2.660D-26\|0.071\| 1533.722\| 11102 10001 32 1 21 3 Q 20 \|.76\| 636\| 2\|co2 \|G01\| 33
57	\|527.845154\| 2.310D-26\|0.070\| 1603.849\| 11102 10001 32 1 21 3 Q 24 \|.78\| 636\| 2\|co2 \|G01\| 34
58	\|527.257385\| 2.730D-27\|0.094\| 1370.062\| 11102 10001 31 1 21 2 R 0 \|.74\| 636\| 2\|co2 \|G01\| 35
59	\|528.868591\| 1.370D-26\|0.068\| 1781.470\| 11102 10001 32 1 21 3 Q 32 \|.78\| 636\| 2\|co2 \|G01\| 36
60	\|528.322876\| 1.850D-26\|0.069\| 1686.433\| 11102 10001 32 1 21 3 Q 28 \|.78\| 636\| 2\|co2 \|G01\| 37
61	\|528.587341\| 1.600D-26\|0.068\| 1732.395\| 11102 10001 32 1 21 3 Q 30 \|.78\| 636\| 2\|co2 \|G01\| 38
62	\|528.828735\| 5.440D-27\|0.087\| 1372.400\| 11102 10001 31 1 21 3 R 2 \|.75\| 636\| 2\|co2 \|G01\| 39
63	\|528.075439\| 2.090D-26\|0.069\| 1643.584\| 11102 10001 32 1 21 3 Q 26 \|.78\| 636\| 2\|co2 \|G01\| 40
64	\|529.810974\| 7.620D-27\|0.067\| 1947.360\| 11102 10001 32 1 21 3 Q 38 \|.78\| 636\| 2\|co2 \|G01\| 41
65	\|529.166443\| 1.150D-26\|0.067\| 1833.656\| 11102 10001 32 1 21 3 Q 34 \|.78\| 636\| 2\|co2 \|G01\| 42
66	\|529.480652\| 9.420D-27\|0.067\| 1888.953\| 11102 10001 32 1 21 3 Q 36 \|.78\| 636\| 2\|co2 \|G01\| 43
67	\|530.409973\| 8.010D-27\|0.084\| 1377.856\| 11102 10001 31 1 21 3 R 4 \|.74\| 636\| 2\|co2 \|G01\| 44
68	\|530.518738\| 4.740D-27\|0.067\| 2073.501\| 11102 10001 32 1 21 3 Q 42 \|.78\| 636\| 2\|co2 \|G01\| 45
69	\|530.895630\| 3.650D-27\|0.066\| 2141.233\| 11102 10001 32 1 21 3 Q 44 \|.78\| 636\| 2\|co2 \|G01\| 46
70	\|530.157104\| 6.060D-27\|0.067\| 2008.876\| 11102 10001 32 1 21 3 Q 40 \|.78\| 636\| 2\|co2 \|G01\| 47
71	\|531.287476\| 2.760D-27\|0.066\| 2212.071\| 11102 10001 32 1 21 3 Q 46 \|.77\| 636\| 2\|co2 \|G01\| 48
72	\|531.693848\| 2.060D-27\|0.066\| 2286.015\| 11102 10001 32 1 21 3 Q 48 \|.77\| 636\| 2\|co2 \|G01\| 49
73	\|532.114502\| 1.510D-27\|0.066\| 2363.063\| 11102 10001 32 1 21 3 Q 50 \|.76\| 636\| 2\|co2 \|G01\| 50
74	\|532.549072\| 1.090D-27\|0.065\| 2443.215\| 11102 10001 32 1 21 3 Q 52 \|.75\| 636\| 2\|co2 \|G01\| 51
75	\|532.001038\| 1.030D-26\|0.082\| 1386.430\| 11102 10001 31 1 21 3 R 6 \|.72\| 636\| 2\|co2 \|G01\| 52
76	\|533.601990\| 1.230D-26\|0.080\| 1398.121\| 11102 10001 31 1 21 3 R 8 \|.70\| 636\| 2\|co2 \|G01\| 53
77	\|535.212585\| 1.390D-26\|0.078\| 1412.929\| 11102 10001 31 1 21 3 R 10 \|.69\| 636\| 2\|co2 \|G01\| 54
78	\|536.832886\| 1.500D-26\|0.076\| 1430.855\| 11102 10001 31 1 21 3 R 12 \|.69\| 636\| 2\|co2 \|G01\| 55
79	\|538.462769\| 1.560D-26\|0.074\| 1451.897\| 11102 10001 31 1 21 3 R 14 \|.70\| 636\| 2\|co2 \|G01\| 56
80	\|540.102112\| 1.570D-26\|0.073\| 1476.056\| 11102 10001 31 1 21 3 R 16 \|.73\| 636\| 2\|co2 \|G01\| 57
81	\|541.750732\| 1.550D-26\|0.072\| 1503.331\| 11102 10001 31 1 21 3 R 18 \|.75\| 636\| 2\|co2 \|G01\| 58
82	\|543.408569\| 1.490D-26\|0.071\| 1533.722\| 11102 10001 31 1 21 3 R 20 \|.76\| 636\| 2\|co2 \|G01\| 59
83	\|545.075500\| 1.390D-26\|0.070\| 1567.228\| 11102 10001 31 1 21 3 R 22 \|.77\| 636\| 2\|co2 \|G01\| 60
84	\|546.751343\| 1.280D-26\|0.069\| 1603.849\| 11102 10001 31 1 21 3 R 24 \|.78\| 636\| 2\|co2 \|G01\| 61
85	\|548.435974\| 1.150D-26\|0.069\| 1643.584\| 11102 10001 31 1 21 3 R 26 \|.78\| 636\| 2\|co2 \|G01\| 62
86	\|550.129150\| 1.010D-26\|0.068\| 1686.433\| 11102 10001 31 1 21 3 R 28 \|.78\| 636\| 2\|co2 \|G01\| 63
87	\|551.830750\| 8.760D-27\|0.068\| 1732.395\| 11102 10001 31 1 21 3 R 30 \|.78\| 636\| 2\|co2 \|G01\| 64
88	\|553.540466\| 7.430D-27\|0.068\| 1781.470\| 11102 10001 31 1 21 3 R 32 \|.78\| 636\| 2\|co2 \|G01\| 65
89	\|555.258240\| 6.190D-27\|0.067\| 1833.656\| 11102 10001 31 1 21 3 R 34 \|.78\| 636\| 2\|co2 \|G01\| 66
90	\|556.983765\| 5.070D-27\|0.067\| 1888.953\| 11102 10001 31 1 21 3 R 36 \|.78\| 636\| 2\|co2 \|G01\| 67
91	\|558.716797\| 4.070D-27\|0.067\| 1947.360\| 11102 10001 31 1 21 3 R 38 \|.78\| 636\| 2\|co2 \|G01\| 68
92	\|560.457153\| 3.220D-27\|0.067\| 2008.876\| 11102 10001 31 1 21 3 R 40 \|.78\| 636\| 2\|co2 \|G01\| 69
93	\|562.204468\| 2.500D-27\|0.067\| 2073.501\| 11102 10001 31 1 21 3 R 42 \|.78\| 636\| 2\|co2 \|G01\| 70
94	\|563.958618\| 1.910D-27\|0.066\| 2141.233\| 11102 10001 31 1 21 3 R 44 \|.77\| 636\| 2\|co2 \|G01\| 71
95	\|565.719177\| 1.440D-27\|0.066\| 2212.071\| 11102 10001 31 1 21 3 R 46 \|.77\| 636\| 2\|co2 \|G01\| 72
96	\|567.485962\| 1.060D-27\|0.066\| 2286.015\| 11102 10001 31 1 21 3 R 48 \|.76\| 636\| 2\|co2 \|G01\| 73
97	-----------------------------------------------------------------------------------------------------
98
99	(a) wavenumber (cm-1)
100	(b) intensity (cm molec-1 at 296 k)
101	(c) collision halfwidth (cm-1 atm-1)
102	(d) energy of the lower level of the transition (cm-1)
103	(e) identification of the transition
104	(f) coefficient for temperature dependence of halfwidth
105	(g) identification of the isotope
106	(h) identification of the molecule
107	(i) geisa internal code for data identification
108
109
110	total number of transitions : 73
111	intensity sum : 7.518D-25 cm molec-1
112	or : 1.864D-05 cm-2 atm-1
113
114
115	Laboratoire de Meteorologie Dynamique : start : Tue May 14 10:20:40 2002
116	end : Tue May 14 10:20:44 2002
117	(Real time = 4 seconds)

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