Ven 3 aoû 2012 14:26:42 CEST Babsma.f HI k,edge(k) 2 3647.00082065685 Babsma.f HI k,edge(k) 3 8207.00355450638 Babsma.f HI k,edge(k) 4 14588.0028345939 Babsma.f HI k,edge(k) 5 22794.0000477878 Babsma.f HI k,edge(k) 6 32915.0027675573 *********************** * BABSMA version 12.1 * *********************** LAMBDA_MIN:6700 LAMBDA_MAX:6720 LAMBDA_STEP:0.01 MODELINPUT:models/5777g4.44z+0.00a+0.00t01-ref107857 MARCS-FILE:.true. MODELOPAC:contopac/5777g4.44z+0.00a+0.00t01-ref107857opac METALLICITY: 0.000 ALPHA/Fe :0.00 HELIUM :0.00 R-PROCESS :0.00 S-PROCESS :0.00 INDIVIDUAL ABUNDANCES:0 XIFIX:T Following atomic species included in molecular equilibrium: H He Li Be B C N O F Ne Na Mg Al Si P S Cl Ar K Ca Sc Ti V Cr Mn Fe Co Ni Cu Zn Ga Ge As Se Br Kr Rb Sr Y Zr Nb Mo Tc Ru Rh Pd Ag Cd In Sn Sb Te I Xe Cs Ba La Ce Pr Nd Pm Sm Eu Gd Tb Dy Ho Er Tm Yb Lu Hf Ta W Re Os Ir Pt Au Hg Tl Pb Bi Po At Rn Fr Ra Ac Th Pa U 121 wavelengths for continuum between: 6700.000 and 6820.000 metallicity changed by 0.0000000E+00 dex opened unformatted read record 1 iostat= 0 read record 2 iostat= 0 MARCS model format is binary Lambda standard = 5000.000 injon; after inquire, model format (marcsformat) is: UNFORMATTED UTPUT: 11 7 original MARCS model abundances: 12.00000 10.93000 8.390000 7.780000 8.660000 7.840000 6.170000 7.530000 6.370000 7.510000 7.140000 5.080000 6.310000 5.640000 7.450000 6.230000 3.170000 4.900000 4.000000 5.390000 4.920000 WARNING! we do not use the model abundances!!! adopted abundances: 12.00000 10.93000 8.390000 7.780000 8.660000 7.840000 6.170000 7.530000 6.370000 7.510000 7.140000 5.080000 6.310000 5.640000 7.450000 6.230000 3.170000 4.900000 4.000000 5.390000 4.920000 inabs done entering jon with iepro = 1 jon, T, Pe, pgin = 3868.246 5.5778874E-03 70.13118 ELEMENT ATOMIC NUMBER LOG(ABUNDANCE) H 1 12.000 He 2 10.930 Li 3 1.050 Be 4 1.380 B 5 2.700 C 6 8.390 N 7 7.780 O 8 8.660 F 9 4.560 Ne 10 7.840 Na 11 6.170 Mg 12 7.530 Al 13 6.370 Si 14 7.510 P 15 5.360 S 16 7.140 Cl 17 5.500 Ar 18 6.180 K 19 5.080 Ca 20 6.310 Sc 21 3.170 Ti 22 4.900 V 23 4.000 Cr 24 5.640 Mn 25 5.390 Fe 26 7.450 Co 27 4.920 Ni 28 6.230 Cu 29 4.210 Zn 30 4.600 Ga 31 2.880 Ge 32 3.580 As 33 2.290 Se 34 3.330 Br 35 2.560 Kr 36 3.250 Rb 37 2.600 Sr 38 2.920 Y 39 2.210 Zr 40 2.580 Nb 41 1.420 Mo 42 1.920 Ru 44 1.840 Rh 45 1.120 Pd 46 1.660 Ag 47 0.940 Cd 48 1.770 In 49 1.600 Sn 50 2.000 Sb 51 1.000 Te 52 2.190 I 53 1.510 Xe 54 2.240 Cs 55 1.070 Ba 56 2.170 La 57 1.130 Ce 58 1.700 Pr 59 0.580 Nd 60 1.450 Sm 62 1.000 Eu 63 0.520 Gd 64 1.110 Tb 65 0.280 Dy 66 1.140 Ho 67 0.510 Er 68 0.930 Tm 69 0.000 Yb 70 1.080 Lu 71 0.060 Hf 72 0.880 Ta 73 -0.170 W 74 1.110 Re 75 0.230 Os 76 1.250 Ir 77 1.380 Pt 78 1.640 Au 79 1.010 Hg 80 1.130 Tl 81 0.900 Pb 82 2.000 Bi 83 0.650 Th 90 0.060 U 92 -0.520 MOLECPARTF. suppressing: 205 LaH (unknown D00) MOLECPARTF. suppressing: 208 LuH (unknown D00) MOLECPARTF. suppressing: 211 NbN (unknown D00) MOLECPARTF. suppressing: 230 SbH (unknown D00) MOLECPARTF. suppressing: 251 TeCl (unknown D00) MOLECPARTF. suppressing: 266 Al+ H (unknown D00) MOLECPARTF. suppressing: 266 As+ O (unknown D00) MOLECPARTF. suppressing: 268 B + O (unknown D00) H- electron affinity will be changed by -2dxi Atomic partition function data read MARCS model. romod= 2.7632402E-10 rocalc= 2.7628441E-10 entering jon with iepro = 1 jon, T, Pe, pgin = 3868.246 5.5778874E-03 0.0000000E+00 H- H FeI (H+H) H2+ H2- HeI HeIff P He- C_I C_II C_Iff CIIff P C- N_I N_II N- O_I O_II O- CO- H2O- MgI P MgII O AlI O AlII O SiI P SiII O CaI bf CaII O FeII CHcont OHcont MgIff P SiIff P MeIff O H2+H2 He+H2 H2+H He+H e-sc H-sc H2sc He-sc tau,T,Pe,Pg,ro 1 1.609E-06 3868.2 5.578E-03 7.013E+01 2.763E-10 entering jon with iepro = 1 jon, T, Pe, pgin = 3898.375 7.2677564E-03 92.12766 MARCS model. romod= 3.6018957E-10 rocalc= 3.6013795E-10 entering jon with iepro = 1 jon, T, Pe, pgin = 3898.375 7.2677564E-03 70.13118 tau,T,Pe,Pg,ro 2 2.519E-06 3898.4 7.268E-03 9.213E+01 3.601E-10 entering jon with iepro = 1 jon, T, Pe, pgin = 3936.756 9.4978260E-03 120.5500 MARCS model. romod= 4.6671839E-10 rocalc= 4.6665144E-10 entering jon with iepro = 1 jon, T, Pe, pgin = 3936.756 9.4978260E-03 92.12766 tau,T,Pe,Pg,ro 3 3.873E-06 3936.8 9.498E-03 1.205E+02 4.667E-10 entering jon with iepro = 1 jon, T, Pe, pgin = 3977.523 1.2401912E-02 157.3390 MARCS model. romod= 6.0290856E-10 rocalc= 6.0282196E-10 entering jon with iepro = 1 jon, T, Pe, pgin = 3977.523 1.2401912E-02 120.5500 tau,T,Pe,Pg,ro 4 5.893E-06 3977.5 1.240E-02 1.573E+02 6.028E-10 entering jon with iepro = 1 jon, T, Pe, pgin = 4019.602 1.6161179E-02 204.7725 MARCS model. romod= 7.7645695E-10 rocalc= 7.7634554E-10 entering jon with iepro = 1 jon, T, Pe, pgin = 4019.602 1.6161179E-02 157.3390 tau,T,Pe,Pg,ro 5 8.924E-06 4019.6 1.616E-02 2.048E+02 7.763E-10 entering jon with iepro = 1 jon, T, Pe, pgin = 4062.437 2.1015706E-02 265.8707 MARCS model. romod= 9.9750408E-10 rocalc= 9.9736108E-10 entering jon with iepro = 1 jon, T, Pe, pgin = 4062.437 2.1015706E-02 204.7725 tau,T,Pe,Pg,ro 6 1.350E-05 4062.4 2.102E-02 2.659E+02 9.974E-10 entering jon with iepro = 1 jon, T, Pe, pgin = 4105.829 2.7280437E-02 344.5754 MARCS model. romod= 1.2791349E-09 rocalc= 1.2789514E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4105.829 2.7280437E-02 265.8707 tau,T,Pe,Pg,ro 7 2.045E-05 4105.8 2.728E-02 3.446E+02 1.279E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4149.631 3.5353743E-02 445.8737 MARCS model. romod= 1.6377131E-09 rocalc= 1.6374787E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4149.631 3.5353743E-02 344.5753 tau,T,Pe,Pg,ro 8 3.106E-05 4149.6 3.535E-02 4.459E+02 1.637E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4193.802 4.5748495E-02 576.1749 MARCS model. romod= 2.0940418E-09 rocalc= 2.0937414E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4193.802 4.5748495E-02 445.8736 tau,T,Pe,Pg,ro 9 4.734E-05 4193.8 4.575E-02 5.762E+02 2.094E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4238.275 5.9119385E-02 743.6899 MARCS model. romod= 2.6745202E-09 rocalc= 2.6741367E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4238.275 5.9119385E-02 576.1749 tau,T,Pe,Pg,ro 10 7.241E-05 4238.3 5.912E-02 7.437E+02 2.674E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4282.913 7.6300919E-02 958.9744 MARCS model. romod= 3.4128389E-09 rocalc= 3.4123495E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4282.913 7.6300919E-02 743.6898 tau,T,Pe,Pg,ro 11 1.112E-04 4282.9 7.630E-02 9.590E+02 3.412E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4327.729 9.8364785E-02 1235.544 MARCS model. romod= 4.3516319E-09 rocalc= 4.3510080E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4327.729 9.8364785E-02 958.9742 tau,T,Pe,Pg,ro 12 1.712E-04 4327.7 9.836E-02 1.236E+03 4.351E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4372.504 0.1266570 1590.686 MARCS model. romod= 5.5451750E-09 rocalc= 5.5443792E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4372.504 0.1266570 1235.544 tau,T,Pe,Pg,ro 13 2.646E-04 4372.5 1.267E-01 1.591E+03 5.544E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4417.225 0.1629023 2046.520 MARCS model. romod= 7.0621313E-09 rocalc= 7.0611201E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4417.225 0.1629023 1590.685 tau,T,Pe,Pg,ro 14 4.099E-04 4417.2 1.629E-01 2.047E+03 7.061E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4461.810 0.2092838 2631.365 MARCS model. romod= 8.9897849E-09 rocalc= 8.9884962E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4461.810 0.2092838 2046.519 tau,T,Pe,Pg,ro 15 6.364E-04 4461.8 2.093E-01 2.631E+03 8.988E-09 entering jon with iepro = 1 jon, T, Pe, pgin = 4506.168 0.2685602 3381.400 MARCS model. romod= 1.1438790E-08 rocalc= 1.1437146E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4506.168 0.2685602 2631.364 tau,T,Pe,Pg,ro 16 9.899E-04 4506.2 2.686E-01 3.381E+03 1.144E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4550.316 0.3442402 4342.871 MARCS model. romod= 1.4549237E-08 rocalc= 1.4547149E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4550.316 0.3442402 3381.399 tau,T,Pe,Pg,ro 17 1.542E-03 4550.3 3.442E-01 4.343E+03 1.455E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4594.374 0.4408042 5574.932 MARCS model. romod= 1.8498401E-08 rocalc= 1.8495742E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4594.374 0.4408042 4342.870 tau,T,Pe,Pg,ro 18 2.405E-03 4594.4 4.408E-01 5.575E+03 1.850E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4638.508 0.5639776 7153.280 MARCS model. romod= 2.3510738E-08 rocalc= 2.3507363E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4638.508 0.5639776 5574.930 tau,T,Pe,Pg,ro 19 3.755E-03 4638.5 5.640E-01 7.153E+03 2.351E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4683.487 0.7213898 9174.551 MARCS model. romod= 2.9865959E-08 rocalc= 2.9861667E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4683.487 0.7213898 7153.277 tau,T,Pe,Pg,ro 20 5.866E-03 4683.5 7.214E-01 9.175E+03 2.986E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4730.431 0.9233062 11761.91 MARCS model. romod= 3.7910709E-08 rocalc= 3.7905245E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4730.431 0.9233062 9174.546 tau,T,Pe,Pg,ro 21 9.167E-03 4730.4 9.233E-01 1.176E+04 3.791E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4755.105 1.045202 13315.61 MARCS model. romod= 4.2697049E-08 rocalc= 4.2690917E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4755.105 1.045202 11761.90 tau,T,Pe,Pg,ro 22 1.146E-02 4755.1 1.045E+00 1.332E+04 4.269E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4781.078 1.184126 15072.88 MARCS model. romod= 4.8070667E-08 rocalc= 4.8063747E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4781.078 1.184126 13315.60 tau,T,Pe,Pg,ro 23 1.432E-02 4781.1 1.184E+00 1.507E+04 4.806E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4808.802 1.343044 17059.85 MARCS model. romod= 5.4095398E-08 rocalc= 5.4087621E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4808.802 1.343044 15072.87 tau,T,Pe,Pg,ro 24 1.791E-02 4808.8 1.343E+00 1.706E+04 5.409E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4838.834 1.525690 19305.94 MARCS model. romod= 6.0839312E-08 rocalc= 6.0830551E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4838.834 1.525690 17059.83 tau,T,Pe,Pg,ro 25 2.238E-02 4838.8 1.526E+00 1.931E+04 6.083E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4870.079 1.734461 21844.66 MARCS model. romod= 6.8399892E-08 rocalc= 6.8390030E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4870.079 1.734461 19305.93 tau,T,Pe,Pg,ro 26 2.796E-02 4870.1 1.734E+00 2.184E+04 6.839E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4906.106 1.978790 24713.09 MARCS model. romod= 7.6814942E-08 rocalc= 7.6803872E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4906.106 1.978790 21844.64 tau,T,Pe,Pg,ro 27 3.494E-02 4906.1 1.979E+00 2.471E+04 7.680E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4944.130 2.260665 27952.61 MARCS model. romod= 8.6217696E-08 rocalc= 8.6205247E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4944.130 2.260665 24713.07 tau,T,Pe,Pg,ro 28 4.364E-02 4944.1 2.261E+00 2.795E+04 8.621E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4988.125 2.594539 31609.32 MARCS model. romod= 9.6637820E-08 rocalc= 9.6623879E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 4988.125 2.594539 27952.58 tau,T,Pe,Pg,ro 29 5.449E-02 4988.1 2.595E+00 3.161E+04 9.662E-08 entering jon with iepro = 1 jon, T, Pe, pgin = 5034.417 2.983132 35734.75 MARCS model. romod= 1.0824676E-07 rocalc= 1.0823113E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5034.417 2.983132 31609.28 tau,T,Pe,Pg,ro 30 6.803E-02 5034.4 2.983E+00 3.573E+04 1.082E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5088.630 3.452597 40384.97 MARCS model. romod= 1.2102963E-07 rocalc= 1.2101216E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5088.630 3.452597 35734.71 tau,T,Pe,Pg,ro 31 8.490E-02 5088.6 3.453E+00 4.038E+04 1.210E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5148.555 4.017330 45618.83 MARCS model. romod= 1.3512248E-07 rocalc= 1.3510302E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5148.555 4.017330 40384.93 tau,T,Pe,Pg,ro 32 1.059E-01 5148.6 4.017E+00 4.562E+04 1.351E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5216.786 4.714170 51495.76 MARCS model. romod= 1.5053202E-07 rocalc= 1.5051030E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5216.786 4.714170 45618.78 tau,T,Pe,Pg,ro 33 1.322E-01 5216.8 4.714E+00 5.150E+04 1.505E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5294.424 5.593966 58068.05 MARCS model. romod= 1.6724965E-07 rocalc= 1.6722555E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5294.424 5.593966 51495.71 tau,T,Pe,Pg,ro 34 1.649E-01 5294.4 5.594E+00 5.807E+04 1.672E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5382.480 6.737269 65368.93 MARCS model. romod= 1.8518986E-07 rocalc= 1.8516327E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5382.480 6.737269 58068.00 tau,T,Pe,Pg,ro 35 2.057E-01 5382.5 6.737E+00 6.537E+04 1.852E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5483.053 8.286905 73391.66 MARCS model. romod= 2.0409352E-07 rocalc= 2.0406414E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5483.053 8.286905 65368.89 tau,T,Pe,Pg,ro 36 2.566E-01 5483.1 8.287E+00 7.339E+04 2.041E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5597.158 10.47455 82062.07 MARCS model. romod= 2.2353768E-07 rocalc= 2.2350559E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5597.158 10.47455 73391.62 tau,T,Pe,Pg,ro 37 3.203E-01 5597.2 1.047E+01 8.206E+04 2.235E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5727.327 13.71930 91212.90 MARCS model. romod= 2.4279788E-07 rocalc= 2.4276304E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5727.327 13.71930 82062.04 tau,T,Pe,Pg,ro 38 4.000E-01 5727.3 1.372E+01 9.121E+04 2.428E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5875.792 18.74610 100578.2 MARCS model. romod= 2.6093696E-07 rocalc= 2.6089950E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 5875.792 18.74610 91212.87 tau,T,Pe,Pg,ro 39 4.998E-01 5875.8 1.875E+01 1.006E+05 2.609E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 6044.325 26.79732 109833.0 MARCS model. romod= 2.7696862E-07 rocalc= 2.7692892E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 6044.325 26.79732 100578.2 tau,T,Pe,Pg,ro 40 6.248E-01 6044.3 2.680E+01 1.098E+05 2.769E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 6235.225 40.06337 118653.9 MARCS model. romod= 2.9000728E-07 rocalc= 2.8996570E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 6235.225 40.06337 109833.0 tau,T,Pe,Pg,ro 41 7.814E-01 6235.2 4.006E+01 1.187E+05 2.900E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 6451.952 62.54601 126766.3 MARCS model. romod= 2.9936442E-07 rocalc= 2.9932147E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 6451.952 62.54601 118653.9 tau,T,Pe,Pg,ro 42 9.775E-01 6452.0 6.255E+01 1.268E+05 2.993E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 6694.835 100.9765 133993.2 MARCS model. romod= 3.0485774E-07 rocalc= 3.0481399E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 6694.835 100.9765 126766.3 tau,T,Pe,Pg,ro 43 1.222E+00 6694.8 1.010E+02 1.340E+05 3.048E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 6983.296 172.3970 140182.8 MARCS model. romod= 3.0560727E-07 rocalc= 3.0556347E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 6983.296 172.3970 133993.2 tau,T,Pe,Pg,ro 44 1.527E+00 6983.3 1.724E+02 1.402E+05 3.056E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 7314.881 304.8603 145230.5 MARCS model. romod= 3.0198638E-07 rocalc= 3.0194303E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 7314.881 304.8603 140182.8 tau,T,Pe,Pg,ro 45 1.902E+00 7314.9 3.049E+02 1.452E+05 3.019E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 7618.132 494.8654 149357.1 MARCS model. romod= 2.9783570E-07 rocalc= 2.9779298E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 7618.132 494.8654 145230.5 tau,T,Pe,Pg,ro 46 2.360E+00 7618.1 4.949E+02 1.494E+05 2.978E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 7876.742 729.3846 152963.0 MARCS model. romod= 2.9457752E-07 rocalc= 2.9453528E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 7876.742 729.3846 149357.1 tau,T,Pe,Pg,ro 47 2.920E+00 7876.7 7.294E+02 1.530E+05 2.945E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 8097.636 999.1016 156317.5 MARCS model. romod= 2.9234585E-07 rocalc= 2.9230395E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 8097.636 999.1016 152963.0 tau,T,Pe,Pg,ro 48 3.605E+00 8097.6 9.991E+02 1.563E+05 2.923E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 8290.288 1299.643 159587.4 MARCS model. romod= 2.9101011E-07 rocalc= 2.9096836E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 8290.288 1299.643 156317.5 tau,T,Pe,Pg,ro 49 4.446E+00 8290.3 1.300E+03 1.596E+05 2.910E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 8462.550 1630.634 162882.5 MARCS model. romod= 2.9042400E-07 rocalc= 2.9038233E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 8462.550 1630.634 159587.4 tau,T,Pe,Pg,ro 50 5.482E+00 8462.5 1.631E+03 1.629E+05 2.904E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 8620.274 1994.472 166282.1 MARCS model. romod= 2.9047720E-07 rocalc= 2.9043554E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 8620.274 1994.472 162882.5 tau,T,Pe,Pg,ro 51 6.762E+00 8620.3 1.994E+03 1.663E+05 2.904E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 8767.495 2394.873 169852.3 MARCS model. romod= 2.9110944E-07 rocalc= 2.9106772E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 8767.495 2394.873 166282.1 tau,T,Pe,Pg,ro 52 8.347E+00 8767.5 2.395E+03 1.699E+05 2.911E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 8907.234 2837.100 173648.3 MARCS model. romod= 2.9228093E-07 rocalc= 2.9223909E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 8907.234 2837.100 169852.3 tau,T,Pe,Pg,ro 53 1.031E+01 8907.2 2.837E+03 1.736E+05 2.922E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 9041.808 3327.907 177723.8 MARCS model. romod= 2.9397336E-07 rocalc= 2.9393127E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 9041.808 3327.907 173648.3 tau,T,Pe,Pg,ro 54 1.276E+01 9041.8 3.328E+03 1.777E+05 2.939E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 9172.826 3874.730 182130.2 MARCS model. romod= 2.9618735E-07 rocalc= 2.9614495E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 9172.826 3874.730 177723.8 tau,T,Pe,Pg,ro 55 1.580E+01 9172.8 3.875E+03 1.821E+05 2.961E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 9301.562 4486.351 186919.9 MARCS model. romod= 2.9893440E-07 rocalc= 2.9889156E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 9301.562 4486.351 182130.2 tau,T,Pe,Pg,ro 56 1.960E+01 9301.6 4.486E+03 1.869E+05 2.989E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 9428.995 5172.812 192147.9 MARCS model. romod= 3.0223580E-07 rocalc= 3.0219246E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 9428.995 5172.812 186919.9 tau,T,Pe,Pg,ro 57 2.435E+01 9429.0 5.173E+03 1.921E+05 3.022E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 9555.817 5945.212 197874.2 MARCS model. romod= 3.0612622E-07 rocalc= 3.0608228E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 9555.817 5945.212 192147.9 tau,T,Pe,Pg,ro 58 3.030E+01 9555.8 5.945E+03 1.979E+05 3.061E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 9682.701 6816.971 204163.1 MARCS model. romod= 3.1064226E-07 rocalc= 3.1059770E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 9682.701 6816.971 197874.2 tau,T,Pe,Pg,ro 59 3.776E+01 9682.7 6.817E+03 2.042E+05 3.106E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 9810.047 7802.500 211085.7 MARCS model. romod= 3.1583428E-07 rocalc= 3.1578898E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 9810.047 7802.500 204163.1 tau,T,Pe,Pg,ro 60 4.713E+01 9810.0 7.803E+03 2.111E+05 3.158E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 9938.312 8919.336 218722.0 MARCS model. romod= 3.2175700E-07 rocalc= 3.2171084E-07 entering jon with iepro = 1 jon, T, Pe, pgin = 9938.312 8919.336 211085.7 tau,T,Pe,Pg,ro 61 5.893E+01 9938.3 8.919E+03 2.187E+05 3.217E-07 CONTROLE: k, R, tau, log10tau, T 1 1.000000 1.6086382E-06 -5.793541 3868.246 2 1.000000 2.5193463E-06 -5.598712 3898.375 3 1.000000 3.8726271E-06 -5.411994 3936.756 4 1.000000 5.8930991E-06 -5.229656 3977.523 5 1.000000 8.9241166E-06 -5.049435 4019.602 6 1.000000 1.3497847E-05 -4.869736 4062.437 7 1.000000 2.0446223E-05 -4.689387 4105.829 8 1.000000 3.1057130E-05 -4.507839 4149.631 9 1.000000 4.7336282E-05 -4.324806 4193.802 10 1.000000 7.2409894E-05 -4.140202 4238.275 11 1.000000 1.1116378E-04 -3.954037 4282.913 12 1.000000 1.7123632E-04 -3.766404 4327.729 13 1.000000 2.6457186E-04 -3.577456 4372.504 14 1.000000 4.0986392E-04 -3.387360 4417.225 15 1.000000 6.3638011E-04 -3.196283 4461.810 16 1.000000 9.8993513E-04 -3.004393 4506.168 17 1.000000 1.5422164E-03 -2.811855 4550.316 18 1.000000 2.4054425E-03 -2.618805 4594.374 19 1.000000 3.7552770E-03 -2.425358 4638.508 20 1.000000 5.8663534E-03 -2.231632 4683.487 21 1.000000 9.1672949E-03 -2.037759 4730.431 22 1.000000 1.1459515E-02 -1.940834 4755.105 23 1.000000 1.4324815E-02 -1.843911 4781.078 24 1.000000 1.7905176E-02 -1.747021 4808.802 25 1.000000 2.2377515E-02 -1.650188 4838.834 26 1.000000 2.7963001E-02 -1.553416 4870.079 27 1.000000 3.4935996E-02 -1.456727 4906.106 28 1.000000 4.3637238E-02 -1.360143 4944.130 29 1.000000 5.4491084E-02 -1.263674 4988.125 30 1.000000 6.8026379E-02 -1.167323 5034.417 31 1.000000 8.4902428E-02 -1.071080 5088.630 32 1.000000 0.1059395 -0.9749419 5148.555 33 1.000000 0.1321656 -0.8788816 5216.786 34 1.000000 0.1648680 -0.7828636 5294.424 35 1.000000 0.2056684 -0.6868325 5382.480 36 1.000000 0.2566177 -0.5907133 5483.053 37 1.000000 0.3203057 -0.4944353 5597.158 38 1.000000 0.3999903 -0.3979506 5727.327 39 1.000000 0.4997607 -0.3012379 5875.792 40 1.000000 0.6247553 -0.2042900 6044.325 41 1.000000 0.7813757 -0.1071401 6235.225 42 1.000000 0.9774773 -9.8933140E-03 6451.952 43 1.000000 1.222431 8.7224416E-02 6694.835 44 1.000000 1.526731 0.1837625 6983.296 45 1.000000 1.901512 0.2790991 7314.881 46 1.000000 2.359899 0.3728934 7618.132 47 1.000000 2.919757 0.4653467 7876.742 48 1.000000 3.604940 0.5568981 8097.636 49 1.000000 4.446205 0.6479895 8290.288 50 1.000000 5.482422 0.7389725 8462.550 51 1.000000 6.762220 0.8300893 8620.274 52 1.000000 8.346791 0.9215196 8767.495 53 1.000000 10.31298 1.013384 8907.234 54 1.000000 12.75751 1.105766 9041.808 55 1.000000 15.80247 1.198725 9172.826 56 1.000000 19.60172 1.292294 9301.562 57 1.000000 24.35022 1.386503 9428.995 58 1.000000 30.29635 1.481390 9555.817 59 1.000000 37.75514 1.576976 9682.701 60 1.000000 47.12785 1.673278 9810.047 61 1.000000 58.92921 1.770331 9938.312 ************************************************** * BSYN version 12.1 * * Warning, now Flux is so that F=sigma.Teff^4 ! * * consistent with MARCS. * * Versions 10.1 and lower give f=sigma.Teff^4/pi * ************************************************** LAMBDA_MIN:6700 LAMBDA_MAX:6720 LAMBDA_STEP:0.01 INTENSITY/FLUX:Flux COS(THETA) :1.00 ABFIND :.false. MODELOPAC:contopac/5777g4.44z+0.00a+0.00t01-ref107857opac RESULTFILE :syntspec/5777g4.44z+0.00a+0.00t01-ref107857_6700-6720_xit1.0.spec METALLICITY: 0.000 ALPHA/Fe :0.00 HELIUM :0.00 R-PROCESS :0.00 S-PROCESS :0.00 INDIVIDUAL ABUNDANCES:1 3 1.050000 ISOTOPES :2 NFILES :32 SPHERICAL:F Following atomic species included in molecular equilibrium: H He Li Be B C N O F Ne Na Mg Al Si P S Cl Ar K Ca Sc Ti V Cr Mn Fe Co Ni Cu Zn Ga Ge As Se Br Kr Rb Sr Y Zr Nb Mo Tc Ru Rh Pd Ag Cd In Sn Sb Te I Xe Cs Ba La Ce Pr Nd Pm Sm Eu Gd Tb Dy Ho Er Tm Yb Lu Hf Ta W Re Os Ir Pt Au Hg Tl Pb Bi Po At Rn Fr Ra Ac Th Pa U T DATA/LISTE_molecules_all_v12.1.dat 32 line lists: DATA/Hlinedata linelists/vald_6100-6800.list linelists/6700-6720_cut-6_new/46TiOVALD-bsyn_6700-6720.list linelists/6700-6720_cut-6_new/47TiOVALD-bsyn_6700-6720.list linelists/6700-6720_cut-6_new/48TiOVALD-bsyn_6700-6720.list linelists/6700-6720_cut-6_new/49TiOVALD-bsyn_6700-6720.list linelists/6700-6720_cut-6_new/50TiOVALD-bsyn_6700-6720.list linelists/6700-6720_cut-6_new/90ZrO-bsyn_6700-6720.list linelists/6700-6720_cut-6_new/91ZrO-bsyn_6700-6720.list linelists/6700-6720_cut-6_new/92ZrO-bsyn_6700-6720.list linelists/6700-6720_cut-6_new/94ZrO-bsyn_6700-6720.list linelists/6700-6720_cut-6_new/96ZrO-bsyn_6700-6720.list linelists/6700-6720_cut-6_new/C12C12-P_6700-6720.list linelists/6700-6720_cut-6_new/C12C12-S_6700-6720.list linelists/6700-6720_cut-6_new/C12C13-P_6700-6720.list linelists/6700-6720_cut-6_new/C12C13-S_6700-6720.list linelists/6700-6720_cut-6_new/C12N14R_6700-6720.list linelists/6700-6720_cut-6_new/C12N15R_6700-6720.list linelists/6700-6720_cut-6_new/C13C13-P_6700-6720.list linelists/6700-6720_cut-6_new/C13C13-S_6700-6720.list linelists/6700-6720_cut-6_new/C13N14R_6700-6720.list linelists/6700-6720_cut-6_new/C13N15R_6700-6720.list linelists/6700-6720_cut-6_new/CaH_A-X-bsyn_6700-6720.list linelists/6700-6720_cut-6_new/CaH_B-X-bsyn_6700-6720.list linelists/6700-6720_cut-6_new/VO-bsyn_6700-6720.list linelists/AlH_0-1000000.list linelists/C12H-vibrot-bsyn_1-1000000.list linelists/C13H-vibrot-bsyn_1-1000000.list linelists/CrH_Burrows_6880_16120.list linelists/FeH_Dulick_6190_458950.list linelists/MgH-Skory-Weck_Stancil-bsyn_0-1000000.list linelists/SiS_0-1000000.list F 30 300.0000 15 1.300000 dummy-output.dat contopac/5777g4.44z+0.00a+0.00t01-ref107857opac syntspec/5777g4.44z+0.00a+0.00t01-ref107857_6700-6720_xit1.0.spec ab. changed: elt 3 1.050000 Full molecular equilibrium, using: DATA/LISTE_molecules_all_v12.1.dat Transfer treated in the plane parallel approximation metallicity changed by 0.0000000E+00 dex 3.006 ISOTOPIC fraction changed from 7.5000003E-02 to 7.5000003E-02 for element 3 3.007 ISOTOPIC fraction changed from 0.9250000 to 0.9250000 for element 3 old abundh: 0.7383165 Bsyn; k, pgmod, pg_calc, romod, ro_calc ELEMENT ATOMIC NUMBER LOG(ABUNDANCE) H 1 12.000 He 2 10.930 Li 3 1.050 Be 4 1.380 B 5 2.700 C 6 8.390 N 7 7.780 O 8 8.660 F 9 4.560 Ne 10 7.840 Na 11 6.170 Mg 12 7.530 Al 13 6.370 Si 14 7.510 P 15 5.360 S 16 7.140 Cl 17 5.500 Ar 18 6.180 K 19 5.080 Ca 20 6.310 Sc 21 3.170 Ti 22 4.900 V 23 4.000 Cr 24 5.640 Mn 25 5.390 Fe 26 7.450 Co 27 4.920 Ni 28 6.230 Cu 29 4.210 Zn 30 4.600 Ga 31 2.880 Ge 32 3.580 As 33 2.290 Se 34 3.330 Br 35 2.560 Kr 36 3.250 Rb 37 2.600 Sr 38 2.920 Y 39 2.210 Zr 40 2.580 Nb 41 1.420 Mo 42 1.920 Ru 44 1.840 Rh 45 1.120 Pd 46 1.660 Ag 47 0.940 Cd 48 1.770 In 49 1.600 Sn 50 2.000 Sb 51 1.000 Te 52 2.190 I 53 1.510 Xe 54 2.240 Cs 55 1.070 Ba 56 2.170 La 57 1.130 Ce 58 1.700 Pr 59 0.580 Nd 60 1.450 Sm 62 1.000 Eu 63 0.520 Gd 64 1.110 Tb 65 0.280 Dy 66 1.140 Ho 67 0.510 Er 68 0.930 Tm 69 0.000 Yb 70 1.080 Lu 71 0.060 Hf 72 0.880 Ta 73 -0.170 W 74 1.110 Re 75 0.230 Os 76 1.250 Ir 77 1.380 Pt 78 1.640 Au 79 1.010 Hg 80 1.130 Tl 81 0.900 Pb 82 2.000 Bi 83 0.650 Th 90 0.060 U 92 -0.520 MOLECPARTF. suppressing: 205 LaH (unknown D00) MOLECPARTF. suppressing: 208 LuH (unknown D00) MOLECPARTF. suppressing: 211 NbN (unknown D00) MOLECPARTF. suppressing: 230 SbH (unknown D00) MOLECPARTF. suppressing: 251 TeCl (unknown D00) MOLECPARTF. suppressing: 266 Al+ H (unknown D00) MOLECPARTF. suppressing: 266 As+ O (unknown D00) MOLECPARTF. suppressing: 268 B + O (unknown D00) H- electron affinity will be changed by -2dxi Atomic partition function data read new abundh: 0.7382618 starting scan of linelist 01.000000 species: 01.000000 H iel: 1 ion: 1 isotopes: 0 nlines 133 starting scan of linelist 3.000 Mass used for lines of 3 Li is 6.940938 species: 03.000 Li iel: 3 ion: 1 isotopes: 0 nlines 18 Li I Special line P. Barklem 3 1 6707.761 Special line P. Barklem 3 1 6707.912 4 considered for element 3 1 0 lines rejected because of negative c6 4.000 Mass used for lines of 4 Be is 9.012182 species: 04.000 Be iel: 4 ion: 2 isotopes: 0 nlines 22 Be II 0 considered for element 4 2 0 lines rejected because of negative c6 5.000 Mass used for lines of 5 B is 10.81103 species: 05.000 B iel: 5 ion: 1 isotopes: 0 nlines 6 B I 0 considered for element 5 1 0 lines rejected because of negative c6 6.000 Mass used for lines of 6 C is 12.01104 species: 06.000 C iel: 6 ion: 1 isotopes: 0 nlines 87 C I 3 considered for element 6 1 0 lines rejected because of negative c6 6.000 Mass used for lines of 6 C is 12.01104 species: 06.000 C iel: 6 ion: 2 isotopes: 0 nlines 2 C II 0 considered for element 6 2 0 lines rejected because of negative c6 7.000 Mass used for lines of 7 N is 14.00672 species: 07.000 N iel: 7 ion: 1 isotopes: 0 nlines 172 N I Special line P. Barklem 7 1 6700.490 Special line P. Barklem 7 1 6704.839 Special line P. Barklem 7 1 6706.107 Special line P. Barklem 7 1 6708.758 Special line P. Barklem 7 1 6713.114 Special line P. Barklem 7 1 6720.965 9 considered for element 7 1 0 lines rejected because of negative c6 8.000 Mass used for lines of 8 O is 15.99930 species: 08.000 O iel: 8 ion: 1 isotopes: 0 nlines 36 O I 0 considered for element 8 1 0 lines rejected because of negative c6 9.000 Mass used for lines of 9 F is 18.99840 species: 09.000 F iel: 9 ion: 1 isotopes: 0 nlines 107 F I 2 considered for element 9 1 0 lines rejected because of negative c6 11.000 Mass used for lines of 11 Na is 22.98977 species: 11.000 Na iel: 11 ion: 1 isotopes: 0 nlines 2 Na I 0 considered for element 11 1 0 lines rejected because of negative c6 12.000 Mass used for lines of 12 Mg is 24.30505 species: 12.000 Mg iel: 12 ion: 1 isotopes: 0 nlines 9 Mg I 0 considered for element 12 1 0 lines rejected because of negative c6 12.000 Mass used for lines of 12 Mg is 24.30505 species: 12.000 Mg iel: 12 ion: 2 isotopes: 0 nlines 12 Mg II 0 considered for element 12 2 0 lines rejected because of negative c6 13.000 Mass used for lines of 13 Al is 26.98154 species: 13.000 Al iel: 13 ion: 1 isotopes: 0 nlines 11 Al I 1 considered for element 13 1 0 lines rejected because of negative c6 13.000 Mass used for lines of 13 Al is 26.98154 species: 13.000 Al iel: 13 ion: 2 isotopes: 0 nlines 14 Al II 2 considered for element 13 2 0 lines rejected because of negative c6 14.000 Mass used for lines of 14 Si is 28.08551 species: 14.000 Si iel: 14 ion: 1 isotopes: 0 nlines 321 Si I 12 considered for element 14 1 0 lines rejected because of negative c6 14.000 Mass used for lines of 14 Si is 28.08551 species: 14.000 Si iel: 14 ion: 2 isotopes: 0 nlines 25 Si II subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 14 2 6716.973 16.35004 16.34600 2 considered for element 14 2 0 lines rejected because of negative c6 15.000 Mass used for lines of 15 P is 30.97376 species: 15.000 P iel: 15 ion: 1 isotopes: 0 nlines 99 P I Special line P. Barklem 15 1 6717.402 3 considered for element 15 1 0 lines rejected because of negative c6 15.000 Mass used for lines of 15 P is 30.97376 species: 15.000 P iel: 15 ion: 2 isotopes: 0 nlines 16 P II 1 considered for element 15 2 0 lines rejected because of negative c6 16.000 Mass used for lines of 16 S is 32.06439 species: 16.000 S iel: 16 ion: 1 isotopes: 0 nlines 27 S I 0 considered for element 16 1 0 lines rejected because of negative c6 16.000 Mass used for lines of 16 S is 32.06439 species: 16.000 S iel: 16 ion: 2 isotopes: 0 nlines 20 S II 1 considered for element 16 2 0 lines rejected because of negative c6 17.000 Mass used for lines of 17 Cl is 35.45274 species: 17.000 Cl iel: 17 ion: 1 isotopes: 0 nlines 181 Cl I 5 considered for element 17 1 0 lines rejected because of negative c6 17.000 Mass used for lines of 17 Cl is 35.45274 species: 17.000 Cl iel: 17 ion: 2 isotopes: 0 nlines 4 Cl II 0 considered for element 17 2 0 lines rejected because of negative c6 18.000 Mass used for lines of 18 Ar is 36.28279 species: 18.000 Ar iel: 18 ion: 1 isotopes: 0 nlines 76 Ar I 3 considered for element 18 1 0 lines rejected because of negative c6 20.000 Mass used for lines of 20 Ca is 40.07803 species: 20.000 Ca iel: 20 ion: 1 isotopes: 0 nlines 609 Ca I subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6698.318 7.592181 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6700.355 7.340618 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6700.527 7.539571 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6703.052 7.731874 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6704.092 7.656587 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6704.949 7.670351 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6706.869 7.723821 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6707.771 7.644572 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6708.275 7.731433 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6711.594 7.731519 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6712.454 7.729282 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6712.487 7.518273 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6714.654 7.424677 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6715.905 7.731334 6.113000 Special line P. Barklem 20 1 6717.681 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6717.692 7.728842 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6718.505 7.677619 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6718.624 7.013587 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6720.213 7.677150 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6721.020 7.728928 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6721.142 7.640895 6.113000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 20 1 6721.995 7.422661 6.113000 5 considered for element 20 1 20 lines rejected because of negative c6 20.000 Mass used for lines of 20 Ca is 40.07803 species: 20.000 Ca iel: 20 ion: 2 isotopes: 0 nlines 30 Ca II 0 considered for element 20 2 0 lines rejected because of negative c6 21.000 Mass used for lines of 21 Sc is 44.95591 species: 21.000 Sc iel: 21 ion: 1 isotopes: 0 nlines 301 Sc I 8 considered for element 21 1 0 lines rejected because of negative c6 21.000 Mass used for lines of 21 Sc is 44.95591 species: 21.000 Sc iel: 21 ion: 2 isotopes: 0 nlines 121 Sc II 4 considered for element 21 2 0 lines rejected because of negative c6 22.000 Mass used for lines of 22 Ti is 47.87842 species: 22.000 Ti iel: 22 ion: 1 isotopes: 0 nlines 730 Ti I 18 considered for element 22 1 0 lines rejected because of negative c6 22.000 Mass used for lines of 22 Ti is 47.87842 species: 22.000 Ti iel: 22 ion: 2 isotopes: 0 nlines 120 Ti II 2 considered for element 22 2 0 lines rejected because of negative c6 23.000 Mass used for lines of 23 V is 50.94146 species: 23.000 V iel: 23 ion: 1 isotopes: 0 nlines 676 V I 12 considered for element 23 1 0 lines rejected because of negative c6 23.000 Mass used for lines of 23 V is 50.94146 species: 23.000 V iel: 23 ion: 2 isotopes: 0 nlines 280 V II 10 considered for element 23 2 0 lines rejected because of negative c6 24.000 Mass used for lines of 24 Cr is 51.99613 species: 24.000 Cr iel: 24 ion: 1 isotopes: 0 nlines 672 Cr I subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 24 1 6699.553 7.112840 6.766000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 24 1 6704.149 7.111571 6.766000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 24 1 6705.643 7.692159 6.766000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 24 1 6710.861 7.773721 6.766000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 24 1 6717.411 7.668920 6.766000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 24 1 6718.516 7.771616 6.766000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 24 1 6720.404 7.770098 6.766000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 24 1 6721.166 7.767888 6.766000 11 considered for element 24 1 5 lines rejected because of negative c6 24.000 Mass used for lines of 24 Cr is 51.99613 species: 24.000 Cr iel: 24 ion: 2 isotopes: 0 nlines 1455 Cr II Special Cr 2 Barklem priv. 24 2 6706.222 Special Cr 2 Barklem priv. 24 2 6706.721 Special Cr 2 Barklem priv. 24 2 6706.973 Special Cr 2 Barklem priv. 24 2 6713.161 Special Cr 2 Barklem priv. 24 2 6715.994 Special Cr 2 Barklem priv. 24 2 6716.982 Special Cr 2 Barklem priv. 24 2 6720.522 48 considered for element 24 2 0 lines rejected because of negative c6 25.000 Mass used for lines of 25 Mn is 54.93805 species: 25.000 Mn iel: 25 ion: 1 isotopes: 0 nlines 219 Mn I subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 25 1 6703.704 7.724694 7.437000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 25 1 6706.388 7.723953 7.437000 subr. anstee: Upper excit. energy .ge. ioniz. energy; el,ion,wavelength,chi,I= 25 1 6719.126 7.766448 7.437000 5 considered for element 25 1 0 lines rejected because of negative c6 25.000 Mass used for lines of 25 Mn is 54.93805 species: 25.000 Mn iel: 25 ion: 2 isotopes: 0 nlines 307 Mn II 5 considered for element 25 2 0 lines rejected because of negative c6 26.000 Mass used for lines of 26 Fe is 55.84681 species: 26.000 Fe iel: 26 ion: 1 isotopes: 0 nlines 2550 Fe I Special line P. Barklem 26 1 6699.141 Special line P. Barklem 26 1 6703.566 Special line P. Barklem 26 1 6710.316 Special line P. Barklem 26 1 6712.438 Special line, only upper p level 26 1 6713.195 Special line P. Barklem 26 1 6713.743 Special line P. Barklem 26 1 6715.382 Special line P. Barklem 26 1 6716.222 91 considered for element 26 1 0 lines rejected because of negative c6 26.000 Mass used for lines of 26 Fe is 55.84681 species: 26.000 Fe iel: 26 ion: 2 isotopes: 0 nlines 2951 Fe II Special Fe 2 Barklem & A-J 26 2 6699.164 Special Fe 2 Barklem & A-J 26 2 6699.725 Special Fe 2 Barklem & A-J 26 2 6701.248 Special Fe 2 Barklem & A-J 26 2 6704.891 Special Fe 2 Barklem & A-J 26 2 6706.271 Special Fe 2 Barklem & A-J 26 2 6706.880 Special Fe 2 Barklem & A-J 26 2 6712.364 Special Fe 2 Barklem & A-J 26 2 6713.065 Special Fe 2 Barklem & A-J 26 2 6717.170 Special Fe 2 Barklem & A-J 26 2 6719.602 116 considered for element 26 2 0 lines rejected because of negative c6 27.000 Mass used for lines of 27 Co is 58.93319 species: 27.000 Co iel: 27 ion: 1 isotopes: 0 nlines 248 Co I 7 considered for element 27 1 0 lines rejected because of negative c6 27.000 Mass used for lines of 27 Co is 58.93319 species: 27.000 Co iel: 27 ion: 2 isotopes: 0 nlines 213 Co II 7 considered for element 27 2 0 lines rejected because of negative c6 28.000 Mass used for lines of 28 Ni is 58.68789 species: 28.000 Ni iel: 28 ion: 1 isotopes: 0 nlines 202 Ni I 6 considered for element 28 1 0 lines rejected because of negative c6 28.000 Mass used for lines of 28 Ni is 58.68789 species: 28.000 Ni iel: 28 ion: 2 isotopes: 0 nlines 1110 Ni II 27 considered for element 28 2 0 lines rejected because of negative c6 29.000 Mass used for lines of 29 Cu is 63.23795 species: 29.000 Cu iel: 29 ion: 1 isotopes: 0 nlines 16 Cu I 0 considered for element 29 1 0 lines rejected because of negative c6 29.000 Mass used for lines of 29 Cu is 63.23795 species: 29.000 Cu iel: 29 ion: 2 isotopes: 0 nlines 60 Cu II 3 considered for element 29 2 0 lines rejected because of negative c6 30.000 Mass used for lines of 30 Zn is 65.39556 species: 30.000 Zn iel: 30 ion: 1 isotopes: 0 nlines 4 Zn I 0 considered for element 30 1 0 lines rejected because of negative c6 31.000 Mass used for lines of 31 Ga is 69.72307 species: 31.000 Ga iel: 31 ion: 1 isotopes: 0 nlines 2 Ga I 0 considered for element 31 1 0 lines rejected because of negative c6 31.000 Mass used for lines of 31 Ga is 69.72307 species: 31.000 Ga iel: 31 ion: 2 isotopes: 0 nlines 3 Ga II 0 considered for element 31 2 0 lines rejected because of negative c6 32.000 Mass used for lines of 32 Ge is 72.63225 species: 32.000 Ge iel: 32 ion: 2 isotopes: 0 nlines 2 Ge II 0 considered for element 32 2 0 lines rejected because of negative c6 33.000 Mass used for lines of 33 As is 74.92159 species: 33.000 As iel: 33 ion: 1 isotopes: 0 nlines 1 As I 0 considered for element 33 1 0 lines rejected because of negative c6 37.000 Mass used for lines of 37 Rb is 85.46776 species: 37.000 Rb iel: 37 ion: 1 isotopes: 0 nlines 4 Rb I 0 considered for element 37 1 0 lines rejected because of negative c6 38.000 Mass used for lines of 38 Sr is 87.61665 species: 38.000 Sr iel: 38 ion: 1 isotopes: 0 nlines 18 Sr I 0 considered for element 38 1 0 lines rejected because of negative c6 38.000 Mass used for lines of 38 Sr is 87.61665 species: 38.000 Sr iel: 38 ion: 2 isotopes: 0 nlines 4 Sr II 0 considered for element 38 2 0 lines rejected because of negative c6 39.000 Mass used for lines of 39 Y is 88.90585 species: 39.000 Y iel: 39 ion: 1 isotopes: 0 nlines 22 Y I 2 considered for element 39 1 0 lines rejected because of negative c6 39.000 Mass used for lines of 39 Y is 88.90585 species: 39.000 Y iel: 39 ion: 2 isotopes: 0 nlines 2 Y II 0 considered for element 39 2 0 lines rejected because of negative c6 40.000 Mass used for lines of 40 Zr is 91.22366 species: 40.000 Zr iel: 40 ion: 1 isotopes: 0 nlines 54 Zr I 3 considered for element 40 1 0 lines rejected because of negative c6 40.000 Mass used for lines of 40 Zr is 91.22366 species: 40.000 Zr iel: 40 ion: 2 isotopes: 0 nlines 10 Zr II 0 considered for element 40 2 0 lines rejected because of negative c6 41.000 Mass used for lines of 41 Nb is 92.90638 species: 41.000 Nb iel: 41 ion: 1 isotopes: 0 nlines 21 Nb I 1 considered for element 41 1 0 lines rejected because of negative c6 42.000 Mass used for lines of 42 Mo is 95.93130 species: 42.000 Mo iel: 42 ion: 1 isotopes: 0 nlines 103 Mo I 2 considered for element 42 1 0 lines rejected because of negative c6 44.000 Mass used for lines of 44 Ru is 101.0697 species: 44.000 Ru iel: 44 ion: 1 isotopes: 0 nlines 31 Ru I 2 considered for element 44 1 0 lines rejected because of negative c6 45.000 Mass used for lines of 45 Rh is 102.9055 species: 45.000 Rh iel: 45 ion: 1 isotopes: 0 nlines 17 Rh I 0 considered for element 45 1 0 lines rejected because of negative c6 46.000 Mass used for lines of 46 Pd is 106.4153 species: 46.000 Pd iel: 46 ion: 1 isotopes: 0 nlines 2 Pd I 0 considered for element 46 1 0 lines rejected because of negative c6 48.000 Mass used for lines of 48 Cd is 112.4116 species: 48.000 Cd iel: 48 ion: 1 isotopes: 0 nlines 1 Cd I 0 considered for element 48 1 0 lines rejected because of negative c6 49.000 Mass used for lines of 49 In is 114.8179 species: 49.000 In iel: 49 ion: 2 isotopes: 0 nlines 1 In II 0 considered for element 49 2 0 lines rejected because of negative c6 50.000 Mass used for lines of 50 Sn is 118.7103 species: 50.000 Sn iel: 50 ion: 2 isotopes: 0 nlines 2 Sn II 0 considered for element 50 2 0 lines rejected because of negative c6 54.000 Mass used for lines of 54 Xe is 131.1885 species: 54.000 Xe iel: 54 ion: 2 isotopes: 0 nlines 2 Xe II 0 considered for element 54 2 0 lines rejected because of negative c6 55.000 Mass used for lines of 55 Cs is 132.9055 species: 55.000 Cs iel: 55 ion: 1 isotopes: 0 nlines 11 Cs I 2 considered for element 55 1 0 lines rejected because of negative c6 56.000 Mass used for lines of 56 Ba is 137.3269 species: 56.000 Ba iel: 56 ion: 1 isotopes: 0 nlines 10 Ba I 0 considered for element 56 1 0 lines rejected because of negative c6 56.000 Mass used for lines of 56 Ba is 137.3269 species: 56.000 Ba iel: 56 ion: 2 isotopes: 0 nlines 10 Ba II 0 considered for element 56 2 0 lines rejected because of negative c6 57.000 Mass used for lines of 57 La is 138.9055 species: 57.000 La iel: 57 ion: 1 isotopes: 0 nlines 46 La I 1 considered for element 57 1 0 lines rejected because of negative c6 57.000 Mass used for lines of 57 La is 138.9055 species: 57.000 La iel: 57 ion: 2 isotopes: 0 nlines 28 La II 2 considered for element 57 2 0 lines rejected because of negative c6 58.000 Mass used for lines of 58 Ce is 140.1149 species: 58.000 Ce iel: 58 ion: 1 isotopes: 0 nlines 113 Ce I 4 considered for element 58 1 0 lines rejected because of negative c6 58.000 Mass used for lines of 58 Ce is 140.1149 species: 58.000 Ce iel: 58 ion: 2 isotopes: 0 nlines 983 Ce II 32 considered for element 58 2 0 lines rejected because of negative c6 59.000 Mass used for lines of 59 Pr is 140.9077 species: 59.000 Pr iel: 59 ion: 1 isotopes: 0 nlines 28 Pr I 1 considered for element 59 1 0 lines rejected because of negative c6 59.000 Mass used for lines of 59 Pr is 140.9077 species: 59.000 Pr iel: 59 ion: 2 isotopes: 0 nlines 59 Pr II 0 considered for element 59 2 0 lines rejected because of negative c6 60.000 Mass used for lines of 60 Nd is 144.2423 species: 60.000 Nd iel: 60 ion: 1 isotopes: 0 nlines 41 Nd I 1 considered for element 60 1 0 lines rejected because of negative c6 60.000 Mass used for lines of 60 Nd is 144.2423 species: 60.000 Nd iel: 60 ion: 2 isotopes: 0 nlines 83 Nd II 2 considered for element 60 2 0 lines rejected because of negative c6 62.000 Mass used for lines of 62 Sm is 150.3602 species: 62.000 Sm iel: 62 ion: 1 isotopes: 0 nlines 74 Sm I 1 considered for element 62 1 0 lines rejected because of negative c6 62.000 Mass used for lines of 62 Sm is 150.3602 species: 62.000 Sm iel: 62 ion: 2 isotopes: 0 nlines 115 Sm II 2 considered for element 62 2 0 lines rejected because of negative c6 63.000 Mass used for lines of 63 Eu is 151.9646 species: 63.000 Eu iel: 63 ion: 1 isotopes: 0 nlines 48 Eu I 2 considered for element 63 1 0 lines rejected because of negative c6 63.000 Mass used for lines of 63 Eu is 151.9646 species: 63.000 Eu iel: 63 ion: 2 isotopes: 0 nlines 4 Eu II 0 considered for element 63 2 0 lines rejected because of negative c6 64.000 Mass used for lines of 64 Gd is 157.2521 species: 64.000 Gd iel: 64 ion: 1 isotopes: 0 nlines 29 Gd I 0 considered for element 64 1 0 lines rejected because of negative c6 64.000 Mass used for lines of 64 Gd is 157.2521 species: 64.000 Gd iel: 64 ion: 2 isotopes: 0 nlines 38 Gd II 3 considered for element 64 2 0 lines rejected because of negative c6 65.000 Mass used for lines of 65 Tb is 158.9254 species: 65.000 Tb iel: 65 ion: 2 isotopes: 0 nlines 7 Tb II 0 considered for element 65 2 0 lines rejected because of negative c6 66.000 Mass used for lines of 66 Dy is 162.5009 species: 66.000 Dy iel: 66 ion: 1 isotopes: 0 nlines 69 Dy I 2 considered for element 66 1 0 lines rejected because of negative c6 66.000 Mass used for lines of 66 Dy is 162.5009 species: 66.000 Dy iel: 66 ion: 2 isotopes: 0 nlines 12 Dy II 1 considered for element 66 2 0 lines rejected because of negative c6 67.000 Mass used for lines of 67 Ho is 164.9303 species: 67.000 Ho iel: 67 ion: 1 isotopes: 0 nlines 14 Ho I 0 considered for element 67 1 0 lines rejected because of negative c6 68.000 Mass used for lines of 68 Er is 167.2557 species: 68.000 Er iel: 68 ion: 1 isotopes: 0 nlines 42 Er I 3 considered for element 68 1 0 lines rejected because of negative c6 68.000 Mass used for lines of 68 Er is 167.2557 species: 68.000 Er iel: 68 ion: 2 isotopes: 0 nlines 9 Er II 0 considered for element 68 2 0 lines rejected because of negative c6 69.000 Mass used for lines of 69 Tm is 168.9342 species: 69.000 Tm iel: 69 ion: 1 isotopes: 0 nlines 42 Tm I 1 considered for element 69 1 0 lines rejected because of negative c6 69.000 Mass used for lines of 69 Tm is 168.9342 species: 69.000 Tm iel: 69 ion: 2 isotopes: 0 nlines 643 Tm II 26 considered for element 69 2 0 lines rejected because of negative c6 70.000 Mass used for lines of 70 Yb is 173.0342 species: 70.000 Yb iel: 70 ion: 1 isotopes: 0 nlines 8 Yb I 0 considered for element 70 1 0 lines rejected because of negative c6 70.000 Mass used for lines of 70 Yb is 173.0342 species: 70.000 Yb iel: 70 ion: 2 isotopes: 0 nlines 362 Yb II 8 considered for element 70 2 0 lines rejected because of negative c6 71.000 Mass used for lines of 71 Lu is 174.9667 species: 71.000 Lu iel: 71 ion: 1 isotopes: 0 nlines 10 Lu I 0 considered for element 71 1 0 lines rejected because of negative c6 71.000 Mass used for lines of 71 Lu is 174.9667 species: 71.000 Lu iel: 71 ion: 2 isotopes: 0 nlines 10 Lu II 0 considered for element 71 2 0 lines rejected because of negative c6 72.000 Mass used for lines of 72 Hf is 178.4864 species: 72.000 Hf iel: 72 ion: 1 isotopes: 0 nlines 18 Hf I 2 considered for element 72 1 0 lines rejected because of negative c6 72.000 Mass used for lines of 72 Hf is 178.4864 species: 72.000 Hf iel: 72 ion: 2 isotopes: 0 nlines 12 Hf II 0 considered for element 72 2 0 lines rejected because of negative c6 73.000 Mass used for lines of 73 Ta is 180.9479 species: 73.000 Ta iel: 73 ion: 1 isotopes: 0 nlines 48 Ta I 2 considered for element 73 1 0 lines rejected because of negative c6 74.000 Mass used for lines of 74 W is 183.8489 species: 74.000 W iel: 74 ion: 1 isotopes: 0 nlines 24 W I 0 considered for element 74 1 0 lines rejected because of negative c6 75.000 Mass used for lines of 75 Re is 186.2067 species: 75.000 Re iel: 75 ion: 1 isotopes: 0 nlines 27 Re I 0 considered for element 75 1 0 lines rejected because of negative c6 76.000 Mass used for lines of 76 Os is 190.2361 species: 76.000 Os iel: 76 ion: 1 isotopes: 0 nlines 20 Os I 0 considered for element 76 1 0 lines rejected because of negative c6 77.000 Mass used for lines of 77 Ir is 192.2160 species: 77.000 Ir iel: 77 ion: 1 isotopes: 0 nlines 5 Ir I 0 considered for element 77 1 0 lines rejected because of negative c6 78.000 Mass used for lines of 78 Pt is 194.8503 species: 78.000 Pt iel: 78 ion: 1 isotopes: 0 nlines 5 Pt I 1 considered for element 78 1 0 lines rejected because of negative c6 79.000 Mass used for lines of 79 Au is 196.9666 species: 79.000 Au iel: 79 ion: 1 isotopes: 0 nlines 1 Au I 0 considered for element 79 1 0 lines rejected because of negative c6 79.000 Mass used for lines of 79 Au is 196.9666 species: 79.000 Au iel: 79 ion: 2 isotopes: 0 nlines 1 Au II 1 considered for element 79 2 0 lines rejected because of negative c6 80.000 Mass used for lines of 80 Hg is 200.5977 species: 80.000 Hg iel: 80 ion: 2 isotopes: 0 nlines 1 Hg II 0 considered for element 80 2 0 lines rejected because of negative c6 81.000 Mass used for lines of 81 Tl is 204.3833 species: 81.000 Tl iel: 81 ion: 1 isotopes: 0 nlines 2 Tl I 1 considered for element 81 1 0 lines rejected because of negative c6 82.000 Mass used for lines of 82 Pb is 207.2890 species: 82.000 Pb iel: 82 ion: 2 isotopes: 0 nlines 2 Pb II 0 considered for element 82 2 0 lines rejected because of negative c6 90.000 Mass used for lines of 90 Th is 232.0381 species: 90.000 Th iel: 90 ion: 1 isotopes: 0 nlines 47 Th I 2 considered for element 90 1 0 lines rejected because of negative c6 90.000 Mass used for lines of 90 Th is 232.0381 species: 90.000 Th iel: 90 ion: 2 isotopes: 0 nlines 44 Th II 1 considered for element 90 2 0 lines rejected because of negative c6 92.000 Mass used for lines of 92 U is 238.0160 species: 92.000 U iel: 92 ion: 1 isotopes: 0 nlines 57 U I 0 considered for element 92 1 0 lines rejected because of negative c6 92.000 Mass used for lines of 92 U is 238.0160 species: 92.000 U iel: 92 ion: 2 isotopes: 0 nlines 24 U II 1 considered for element 92 2 0 lines rejected because of negative c6 starting scan of linelist 0822.000046 getlele TiO Mass used for lines of 822 TiO is 61.95194 species: 0822.000046 TiO iel: 822 ion: 1 isotopes: 0 46 nlines 13135 ../TiOVALD/linelist/linelist_reduced46_all_deltacorr.dat 10000 lines done 13135 considered for element 822 1 0 lines rejected because of negative c6 starting scan of linelist 0822.000047 getlele TiO Mass used for lines of 822 TiO is 62.95107 species: 0822.000047 TiO iel: 822 ion: 1 isotopes: 0 47 nlines 13242 ../TiOVALD/linelist/linelist_reduced47_all_deltacorr.dat 10000 lines done 13242 considered for element 822 1 0 lines rejected because of negative c6 starting scan of linelist 0822.000048 getlele TiO Mass used for lines of 822 TiO is 63.94725 species: 0822.000048 TiO iel: 822 ion: 1 isotopes: 0 48 nlines 13456 ../TiOVALD/linelist/linelist_reduced48_all_deltacorr_lab.dat 10000 lines done 13456 considered for element 822 1 0 lines rejected because of negative c6 starting scan of linelist 0822.000049 getlele TiO Mass used for lines of 822 TiO is 64.94717 species: 0822.000049 TiO iel: 822 ion: 1 isotopes: 0 49 nlines 13545 ../TiOVALD/linelist/linelist_reduced49_all_deltacorr.dat 10000 lines done 13545 considered for element 822 1 0 lines rejected because of negative c6 starting scan of linelist 0822.000050 getlele TiO Mass used for lines of 822 TiO is 65.94409 species: 0822.000050 TiO iel: 822 ion: 1 isotopes: 0 50 nlines 13634 ../TiOVALD/linelist/linelist_reduced50_all_deltacorr.dat 10000 lines done 13634 considered for element 822 1 0 lines rejected because of negative c6 starting scan of linelist 0840.000090 getlele ZrO Mass used for lines of 840 ZrO is 105.9040 species: 0840.000090 ZrO iel: 840 ion: 1 isotopes: 0 90 nlines 10809 ../ZrO/linelist/linelist90ZrO.dat 10000 lines done 10809 considered for element 840 1 0 lines rejected because of negative c6 starting scan of linelist 0840.000091 getlele ZrO Mass used for lines of 840 ZrO is 106.9050 species: 0840.000091 ZrO iel: 840 ion: 1 isotopes: 0 91 nlines 10851 ../ZrO/linelist/linelist91ZrO.dat 10000 lines done 10851 considered for element 840 1 0 lines rejected because of negative c6 starting scan of linelist 0840.000092 getlele ZrO Mass used for lines of 840 ZrO is 107.9044 species: 0840.000092 ZrO iel: 840 ion: 1 isotopes: 0 92 nlines 10832 ../ZrO/linelist/linelist92ZrO.dat 10000 lines done 10832 considered for element 840 1 0 lines rejected because of negative c6 starting scan of linelist 0840.000094 getlele ZrO Mass used for lines of 840 ZrO is 109.9056 species: 0840.000094 ZrO iel: 840 ion: 1 isotopes: 0 94 nlines 10853 ../ZrO/linelist/linelist94ZrO.dat 10000 lines done 10853 considered for element 840 1 0 lines rejected because of negative c6 starting scan of linelist 0840.000096 getlele ZrO Mass used for lines of 840 ZrO is 111.9076 species: 0840.000096 ZrO iel: 840 ion: 1 isotopes: 0 96 nlines 10927 ../ZrO/linelist/linelist96ZrO.dat 10000 lines done 10927 considered for element 840 1 0 lines rejected because of negative c6 starting scan of linelist 0606.012012 getlele C C Mass used for lines of 606 C C is 24.00000 species: 0606.012012 C C iel: 606 ion: 1 isotopes: 12 12 nlines 22 ../C2/linelist/PLEZ_QUERCI/C2_Phillips_Querci.dat 22 considered for element 606 1 0 lines rejected because of negative c6 starting scan of linelist 0606.012012 getlele C C Mass used for lines of 606 C C is 24.00000 species: 0606.012012 C C iel: 606 ion: 1 isotopes: 12 12 nlines 155 ../C2/linelist/PLEZ_QUERCI/C2_Swan_Querci.dat 155 considered for element 606 1 0 lines rejected because of negative c6 starting scan of linelist 0606.012013 getlele C C Mass used for lines of 606 C C is 25.00336 species: 0606.012013 C C iel: 606 ion: 1 isotopes: 12 13 nlines 44 ../C2/linelist/PLEZ_QUERCI/C2_Phillips_Querci.dat SYMMFACTOR = 2 for 12C13C 44 considered for element 606 1 0 lines rejected because of negative c6 starting scan of linelist 0606.012013 getlele C C Mass used for lines of 606 C C is 25.00336 species: 0606.012013 C C iel: 606 ion: 1 isotopes: 12 13 nlines 159 ../C2/linelist/PLEZ_QUERCI/C2_Swan_Querci.dat SYMMFACTOR = 2 for 12C13C 159 considered for element 606 1 0 lines rejected because of negative c6 starting scan of linelist 0607.012014 getlele C N Mass used for lines of 607 C N is 26.00307 species: 0607.012014 C N iel: 607 ion: 1 isotopes: 12 14 nlines 285 ../CN/linelist/linelistCN_alliso_R240511.dat 285 considered for element 607 1 0 lines rejected because of negative c6 starting scan of linelist 0607.012015 getlele C N Mass used for lines of 607 C N is 27.00011 species: 0607.012015 C N iel: 607 ion: 1 isotopes: 12 15 nlines 335 ../CN/linelist/linelistCN_alliso_R240511.dat 335 considered for element 607 1 0 lines rejected because of negative c6 starting scan of linelist 0606.013013 getlele C C Mass used for lines of 606 C C is 26.00671 species: 0606.013013 C C iel: 606 ion: 1 isotopes: 13 13 nlines 28 ../C2/linelist/PLEZ_QUERCI/C2_Phillips_Querci.dat 28 considered for element 606 1 0 lines rejected because of negative c6 starting scan of linelist 0606.013013 getlele C C Mass used for lines of 606 C C is 26.00671 species: 0606.013013 C C iel: 606 ion: 1 isotopes: 13 13 nlines 75 ../C2/linelist/PLEZ_QUERCI/C2_Swan_Querci.dat 75 considered for element 606 1 0 lines rejected because of negative c6 starting scan of linelist 0607.013014 getlele C N Mass used for lines of 607 C N is 27.00643 species: 0607.013014 C N iel: 607 ion: 1 isotopes: 13 14 nlines 375 ../CN/linelist/linelistCN_alliso_R240511.dat 375 considered for element 607 1 0 lines rejected because of negative c6 starting scan of linelist 0607.013015 getlele C N Mass used for lines of 607 C N is 28.00346 species: 0607.013015 C N iel: 607 ion: 1 isotopes: 13 15 nlines 364 ../CN/linelist/linelistCN_alliso_R240511.dat 364 considered for element 607 1 0 lines rejected because of negative c6 starting scan of linelist 0120.000000 getlele CaH Mass used for lines of 120 CaH is 41.08588 species: 0120.000000 CaH iel: 120 ion: 1 isotopes: 0 0 nlines 83 ../CaH/linelist/linelist_CaH_A-X.dat 83 considered for element 120 1 0 lines rejected because of negative c6 starting scan of linelist 0120.000000 getlele CaH Mass used for lines of 120 CaH is 41.08588 species: 0120.000000 CaH iel: 120 ion: 1 isotopes: 0 0 nlines 37 ../CaH/linelist/linelist_CaH_B-X.dat 37 considered for element 120 1 0 lines rejected because of negative c6 starting scan of linelist 0823.000000 getlele V O Mass used for lines of 823 V O is 66.94077 species: 0823.000000 V O iel: 823 ion: 1 isotopes: 0 0 nlines 9498 ../VO/linelist/linelistVO_ALL.dat 9498 considered for element 823 1 0 lines rejected because of negative c6 starting scan of linelist 0113.000000 getlele AlH Mass used for lines of 113 AlH is 27.98940 species: 0113.000000 AlH iel: 113 ion: 1 isotopes: 0 0 nlines 462 ../AlH/AlH.linelist 0 considered for element 113 1 0 lines rejected because of negative c6 starting scan of linelist 0106.000012 getlele C H Mass used for lines of 106 C H is 13.00786 species: 0106.000012 C H iel: 106 ion: 1 isotopes: 0 12 nlines 22492 ../CH/linelist/scan_12ch_vibrot.dat 22 considered for element 106 1 0 lines rejected because of negative c6 starting scan of linelist 0106.000013 getlele C H Mass used for lines of 106 C H is 14.01121 species: 0106.000013 C H iel: 106 ion: 1 isotopes: 0 13 nlines 22492 ../CH/linelist/scan_13ch_vibrot.dat 17 considered for element 106 1 0 lines rejected because of negative c6 starting scan of linelist 0124.001052 getlele CrH Mass used for lines of 124 CrH is 52.94833 species: 0124.001052 CrH iel: 124 ion: 1 isotopes: 1 52 nlines 13822 /Users/ulrike/Molecules/Data/CrH/ax??.txt 0 considered for element 124 1 0 lines rejected because of negative c6 starting scan of linelist 0126.001056 getlele FeH Mass used for lines of 126 FeH is 56.94276 species: 0126.001056 FeH iel: 126 ion: 1 isotopes: 1 56 nlines 111404 /Users/ulrike/Molecules/Data/FeH/FEH??.DAT 92 considered for element 126 1 0 lines rejected because of negative c6 starting scan of linelist 0112.000000 getlele MgH Mass used for lines of 112 MgH is 25.31291 species: 0112.000000 MgH iel: 112 ion: 1 isotopes: 0 0 nlines 23195 ../MgH/NEWLIST/MgH_Skory_Weck_Stancil.list 43 considered for element 112 1 0 lines rejected because of negative c6 starting scan of linelist 1416.000000 getlele SiS Mass used for lines of 1416 SiS is 60.14990 species: 1416.000000 SiS iel: 1416 ion: 1 isotopes: 0 0 nlines 31590 ../SiS/SiS.dat 0 considered for element 1416 1 0 lines rejected because of negative c6 now solve 133466 lines in the interval Ven 3 aoû 2012 14:26:47 CEST