// H2O
  // Coeff:       1      1      1      1      2      2
  // Quality:    0.28   0.28   0.35   0.46   0.32   0.34
  spec(it_species, it_isotope, "H2O");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"161",	Qcoeff(	-4.4405E+00	,2.7678E-01	,1.2536E-03	,-4.8938E-07) );
  iso(it_isotope,	"181",	Qcoeff(	-4.3624E+00	,2.7647E-01	,1.2802E-03	,-5.2046E-07) );
  iso(it_isotope,	"171",	Qcoeff(	-2.5767E+01	,1.6458E+00	,7.6905E-03	,-3.1668E-06) );
  iso(it_isotope,	"162",	Qcoeff(	-2.3916E+01	,1.3793E+00	,6.1246E-03	,-2.1530E-06) );
  iso(it_isotope,	"182",	Qcoeff(	-5.1056E+00	,2.4408E-01	,1.0230E-03	,-4.2596E-07) );
  iso(it_isotope,	"262",	Qcoeff(	-3.6689E+01	,1.7119E+00	,7.2123E-03	,-3.0200E-06) );



  // CO2
  // Coeff:       1      1      1      1      1      1      1      1
  // Quality:    ----   ----   4.40   4.32   ----   ----   ----   ----
  spec(it_species, it_isotope, "CO2");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"626",	Qcoeff(	-1.3617E+00	,9.4899E-01	,-6.9259E-04	,2.5974E-06) );
  iso(it_isotope,	"636",	Qcoeff(	-2.0631E+00	,1.8873E+00	,-1.3669E-03	,5.4032E-06) );
  iso(it_isotope,	"628",	Qcoeff(	-2.9175E+00	,2.0114E+00	,-1.4786E-03	,5.5941E-06) );
  iso(it_isotope,	"627",	Qcoeff(	-1.6558E+01	,1.1733E+01	,-8.5844E-03	,3.2379E-05) );
  iso(it_isotope,	"638",	Qcoeff(	-4.4685E+00	,4.0330E+00	,-2.9590E-03	,1.1770E-05) );
  iso(it_isotope,	"637",	Qcoeff(	-2.6263E+01	,2.3350E+01	,-1.7032E-02	,6.7532E-05) );
  iso(it_isotope,	"828",	Qcoeff(	-1.4811E+00	,1.0667E+00	,-7.8758E-04	,3.0133E-06) );
  iso(it_isotope,	"728",	Qcoeff(	-1.7600E+01	,1.2445E+01	,-9.1837E-03	,3.4915E-05) );



  // O3
  // Coeff:       1      1      1      1      1
  // Quality:    3.86   2.64   2.49   1.25   1.28
  spec(it_species, it_isotope, "O3");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"666",	Qcoeff(	-1.6443E+02	,6.9047E+00	,1.0396E-02	,2.6669E-05) );
  iso(it_isotope,	"668",	Qcoeff(	-3.5222E+02	,1.4796E+01	,2.1475E-02	,5.9891E-05) );
  iso(it_isotope,	"686",	Qcoeff(	-1.7466E+02	,7.2912E+00	,1.0093E-02	,2.9991E-05) );
  iso(it_isotope,	"667",	Qcoeff(	-2.0540E+03	,8.5998E+01	,1.2667E-01	,3.3026E-04) );
  iso(it_isotope,	"676",	Qcoeff(	-1.0148E+03	,4.2494E+01	,6.2586E-02	,1.6319E-04) );



  // N2O
  // Coeff:       1      1      1      1      1
  // Quality:    0.89   1.26   0.95   0.82   ----
  spec(it_species, it_isotope, "N2O");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"446",	Qcoeff(	2.4892E+01	,1.4979E+01	,-7.6213E-03	,4.6310E-05) );
  iso(it_isotope,	"456",	Qcoeff(	3.6318E+01	,9.5497E+00	,-2.3943E-03	,2.6842E-05) );
  iso(it_isotope,	"546",	Qcoeff(	2.4241E+01	,1.0179E+01	,-4.3002E-03	,3.0425E-05) );
  iso(it_isotope,	"448",	Qcoeff(	6.7708E+01	,1.4878E+01	,-1.0730E-03	,3.4254E-05) );
  iso(it_isotope,	"447",	Qcoeff(	5.0069E+02	,8.4526E+01	,8.3494E-03	,1.7154E-04) );



  // CO
  // Coeff:       1      1      1      1      1      1
  // Quality:    0.03   0.02   0.02   0.02   ----   ----
  spec(it_species, it_isotope, "CO");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"26",	Qcoeff(	2.7758E-01	,3.6290E-01	,-7.4669E-06	,1.4896E-08) );
  iso(it_isotope,	"36",	Qcoeff(	5.3142E-01	,7.5953E-01	,-1.7810E-05	,3.5160E-08) );
  iso(it_isotope,	"28",	Qcoeff(	2.6593E-01	,3.8126E-01	,-9.2083E-06	,1.8086E-08) );
  iso(it_isotope,	"27",	Qcoeff(	1.6376E+00	,2.2343E+00	,-4.9025E-05	,9.7389E-08) );
  iso(it_isotope,	"38",	Qcoeff(	5.1216E-01	,7.9978E-01	,-2.1784E-05	,4.2749E-08) );
  iso(it_isotope,	"37",	Qcoeff(	3.2731E+00	,4.6577E+00	,-6.9833E-05	,1.8853E-07) );



  // CH4
  // Coeff:       1      1      1
  // Quality:    ----   ----  21.43
  spec(it_species, it_isotope, "CH4");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"211",	Qcoeff(	-2.6479E+01	,1.1557E+00	,2.6831E-03	,1.5117E-06) );
  iso(it_isotope,	"311",	Qcoeff(	-5.2956E+01	,2.3113E+00	,5.3659E-03	,3.0232E-06) );
  iso(it_isotope,	"212",	Qcoeff(	-2.1577E+02	,9.3318E+00	,2.1779E-02	,1.2183E-05) );



  // O2
  // Coeff:       1      1      1
  // Quality:    0.11   0.62   0.65
  spec(it_species, it_isotope, "O2");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"66",	Qcoeff(	3.5923E-01	,7.3534E-01	,-6.4870E-05	,1.3073E-07) );
  iso(it_isotope,	"68",	Qcoeff(	-4.0039E+00	,1.5595E+00	,-1.5357E-04	,3.0969E-07) );
  iso(it_isotope,	"67",	Qcoeff(	-2.3325E+01	,9.0981E+00	,-8.4435E-04	,1.7062E-06) );



  // NO
  // Coeff:       1      1      1
  // Quality:    1.56   ----   ----
  spec(it_species, it_isotope, "NO");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"46",	Qcoeff(	-2.5296E+01	,2.6349E+00	,5.8517E-03	,-5.2020E-06) );
  iso(it_isotope,	"56",	Qcoeff(	-1.4990E+01	,1.8240E+00	,4.0261E-03	,-3.5648E-06) );
  iso(it_isotope,	"48",	Qcoeff(	-2.6853E+01	,2.7816E+00	,6.1493E-03	,-5.4410E-06) );



  // SO2
  // Coeff:       1      1      2      2
  // Quality:    1.26   1.23   1.32   1.32
  spec(it_species, it_isotope, "SO2");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"626",	Qcoeff(	-2.4056E+02	,1.1101E+01	,2.2164E-02	,5.2334E-05) );
  iso(it_isotope,	"646",	Qcoeff(	-2.4167E+02	,1.1151E+01	,2.2270E-02	,5.2550E-05) );
  iso(it_isotope,	"636",	Qcoeff(	5.8740E+02	,1.2472E+01	,2.9113E-01	,-1.6236E-04) );
  iso(it_isotope,	"628",	Qcoeff(	3.1299E+02	,6.6372E+00	,1.5485E-01	,-8.6343E-05) );



  // NO2
  // Coeff:       1
  // Quality:    0.98
  spec(it_species, it_isotope, "NO2");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"646",	Qcoeff(	-5.3042E+02	,2.4216E+01	,6.6856E-02	,4.3823E-05) );



  // NH3
  // Coeff:       1      1      2
  // Quality:    1.09  21.12   0.78
  spec(it_species, it_isotope, "NH3");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"4111",	Qcoeff(	-6.2293E+01	,3.0915E+00	,9.4575E-03	,1.8416E-06) );
  iso(it_isotope,	"5111",	Qcoeff(	-4.2130E+01	,2.0569E+00	,6.3387E-03	,1.2127E-06) );
  iso(it_isotope,	"4112",	Qcoeff(	-6.5172E+01	,4.3080E+00	,3.3865E-02	,-1.6513E-05) );



  // HNO3
  // Coeff:       2
  // Quality:    4.00
  spec(it_species, it_isotope, "HNO3");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"146",	Qcoeff(	4.7202E+03	,-5.5810E+01	,6.6216E-01	,-4.2602E-04) );



  // OH
  // Coeff:       1      1      1
  // Quality:    0.85   0.84   1.04
  spec(it_species, it_isotope, "OH");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"61",	Qcoeff(	8.7390E+00	,1.5977E-01	,3.8291E-04	,-3.5669E-07) );
  iso(it_isotope,	"81",	Qcoeff(	8.6770E+00	,1.6175E-01	,3.8223E-04	,-3.5466E-07) );
  iso(it_isotope,	"62",	Qcoeff(	1.0239E+01	,4.3783E-01	,1.0477E-03	,-9.4570E-07) );



  // HF
  // Coeff:       1      2
  // Quality:    0.02   0.04
  spec(it_species, it_isotope, "HF");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"19",	Qcoeff(	1.5486E+00	,1.3350E-01	,5.9154E-06	,-4.6889E-09) );
  iso(it_isotope,	"29",	Qcoeff(	3.4435E-01	,6.3996E-02	,4.2331E-07	,-3.0344E-10) );



  // HCl
  // Coeff:       1      1      2      2
  // Quality:    2.32   2.30   0.03   0.03
  spec(it_species, it_isotope, "HCl");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"15",	Qcoeff(	2.8627E+00	,5.3122E-01	,6.7464E-06	,-1.6730E-09) );
  iso(it_isotope,	"17",	Qcoeff(	2.8617E+00	,5.3203E-01	,6.6553E-06	,-1.5168E-09) );
  iso(it_isotope,	"25",	Qcoeff(	1.2492E+00	,5.1693E-01	,-1.0216E-06	,2.4388E-09) );
  iso(it_isotope,	"27",	Qcoeff(	1.2054E+00	,5.1906E-01	,-3.1578E-06	,4.8085E-09) );



  // HBr
  // Coeff:       1      1
  // Quality:    1.89   1.89
  spec(it_species, it_isotope, "HBr");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"19",	Qcoeff(	2.7963E+00	,6.6532E-01	,3.4255E-06	,5.2274E-09) );
  iso(it_isotope,	"11",	Qcoeff(	2.7953E+00	,6.6554E-01	,3.2931E-06	,5.4823E-09) );



  // HI
  // Coeff:       1
  // Quality:    ----
  spec(it_species, it_isotope, "HI");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"17",	Qcoeff(	4.0170E+00	,1.3003E+00	,-1.1409E-05	,4.0026E-08) );



  // ClO
  // Coeff:       1      1
  // Quality:    1.94   1.96
  spec(it_species, it_isotope, "ClO");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"56",	Qcoeff(	9.0968E+01	,7.0918E+00	,1.1639E-02	,3.0145E-06) );
  iso(it_isotope,	"76",	Qcoeff(	9.2598E+01	,7.2085E+00	,1.1848E-02	,3.1305E-06) );



  // OCS
  // Coeff:       1      1      1      1      1
  // Quality:    1.49   1.66   2.43   ----   2.15
  spec(it_species, it_isotope, "OCS");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"622",	Qcoeff(	-9.3697E-01	,3.6090E+00	,-3.4552E-03	,1.7462E-05) );
  iso(it_isotope,	"624",	Qcoeff(	-1.1536E+00	,3.7028E+00	,-3.5582E-03	,1.7922E-05) );
  iso(it_isotope,	"632",	Qcoeff(	-6.1015E-01	,7.2200E+00	,-7.0044E-03	,3.6708E-05) );
  iso(it_isotope,	"623",	Qcoeff(	-1.0000E+00	,0.0000E+00	,0.0000E+00	,0.0000E+00) );
  iso(it_isotope,	"822",	Qcoeff(	-2.1569E-01	,3.8332E+00	,-3.6783E-03	,1.9177E-05) );



  // H2CO
  // Coeff:       1      1      1      2      2
  // Quality:    2.80   3.18   0.74   0.18   0.21
  spec(it_species, it_isotope, "H2CO");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"1126",	Qcoeff(	-1.1760E+02	,4.6885E+00	,1.5088E-02	,3.5367E-06) );
  iso(it_isotope,	"1136",	Qcoeff(	-2.4126E+02	,9.6134E+00	,3.0938E-02	,7.2579E-06) );
  iso(it_isotope,	"1128",	Qcoeff(	-1.1999E+02	,5.2912E+00	,1.4686E-02	,4.3505E-06) );
  iso(it_isotope,	"1226",	Qcoeff(	-6.3717E+01	,3.0566E+00	,1.3879E-02	,-5.9420E-06) );
  iso(it_isotope,	"2226",	Qcoeff(	-3.4485E+02	,1.7375E+01	,8.4988E-02	,-3.7365E-05) );



  // HOCl
  // Coeff:       1      1
  // Quality:    0.95   0.95
  spec(it_species, it_isotope, "HOCl");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"165",	Qcoeff(	-7.3640E+02	,3.4149E+01	,9.3554E-02	,6.7409E-05) );
  iso(it_isotope,	"167",	Qcoeff(	-7.4923E+02	,3.4747E+01	,9.5251E-02	,6.8523E-05) );



  // N2
  // Coeff:       1
  // Quality:    ----
  spec(it_species, it_isotope, "N2");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"44",	Qcoeff(	1.3684E+00	,1.5756E+00	,-1.8511E-05	,3.8960E-08) );



  // HCN
  // Coeff:       1      1      1      2
  // Quality:    0.51   0.38   0.45   1.72
  spec(it_species, it_isotope, "HCN");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"124",	Qcoeff(	-1.3992E+00	,2.9619E+00	,-1.7464E-03	,6.5937E-06) );
  iso(it_isotope,	"134",	Qcoeff(	-2.5869E+00	,6.0744E+00	,-3.5719E-03	,1.3654E-05) );
  iso(it_isotope,	"125",	Qcoeff(	-1.1408E+00	,2.0353E+00	,-1.2159E-03	,4.6375E-06) );
  iso(it_isotope,	"224",	Qcoeff(	1.4949E+01	,1.4567E+00	,9.0970E-04	,8.0655E-07) );



  // CH3Cl
  // Coeff:       1      1
  // Quality:    1.65   1.71
  spec(it_species, it_isotope, "CH3Cl");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"215",	Qcoeff(	-9.1416E+02	,3.4081E+01	,7.5461E-03	,1.7933E-04) );
  iso(it_isotope,	"217",	Qcoeff(	-9.2868E+02	,3.4621E+01	,7.6674E-03	,1.8217E-04) );



  // H2O2
  // Coeff:       1
  // Quality:   14.46
  spec(it_species, it_isotope, "H2O2");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"1661",	Qcoeff(	-3.6499E+02	,1.3712E+01	,3.8658E-02	,2.3052E-05) );



  // C2H2
  // Coeff:       1      1
  // Quality:    ----   ----
  spec(it_species, it_isotope, "C2H2");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"1221",	Qcoeff(	-8.3088E+00	,1.4484E+00	,-2.5946E-03	,8.4612E-06) );
  iso(it_isotope,	"1231",	Qcoeff(	-6.6736E+01	,1.1592E+01	,-2.0779E-02	,6.7719E-05) );



  // C2H6
  // Coeff:       1
  // Quality:    ----
  spec(it_species, it_isotope, "C2H6");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"1221",	Qcoeff(	-1.0000E+00	,0.0000E+00	,0.0000E+00	,0.0000E+00) );



  // PH3
  // Coeff:       1
  // Quality:    2.06
  spec(it_species, it_isotope, "PH3");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"1111",	Qcoeff(	-1.5068E+02	,6.4718E+00	,1.2588E-02	,1.4759E-05) );



  // COF2
  // Coeff:       1
  // Quality:   13.92
  spec(it_species, it_isotope, "COF2");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"269",	Qcoeff(	-5.4180E+03	,1.8868E+02	,-3.3139E-01	,1.8650E-03) );



  // SF6
  // Coeff:       1
  // Quality:    ----
  spec(it_species, it_isotope, "SF6");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"29",	Qcoeff(	-1.0000E+00	,0.0000E+00	,0.0000E+00	,0.0000E+00) );



  // H2S
  // Coeff:       1      1      1      2
  // Quality:    0.29   ----   ----   0.32
  spec(it_species, it_isotope, "H2S");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"121",	Qcoeff(	-1.5521E+01	,8.3130E-01	,3.3656E-03	,-8.5691E-07) );
  iso(it_isotope,	"141",	Qcoeff(	-1.5561E+01	,8.3337E-01	,3.3744E-03	,-8.5937E-07) );
  iso(it_isotope,	"131",	Qcoeff(	-6.2170E+01	,3.3295E+00	,1.3480E-02	,-3.4323E-06) );
  iso(it_isotope,	"122",	Qcoeff(	-1.5731E+01	,7.1204E-01	,2.9745E-03	,-1.2403E-06) );



  // HCOOH
  // Coeff:       1      2      2      2
  // Quality:   12.54   6.54   0.55   0.57
  spec(it_species, it_isotope, "HCOOH");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"1261",	Qcoeff(	-2.9550E+03	,1.0349E+02	,-1.3146E-01	,8.7787E-04) );
  iso(it_isotope,	"1361",	Qcoeff(	2.0082E+02	,-4.9620E+00	,2.3524E-01	,-4.0531E-04) );
  iso(it_isotope,	"2261",	Qcoeff(	-2.5614E+01	,8.4704E+00	,1.2417E-01	,-1.1758E-04) );
  iso(it_isotope,	"1262",	Qcoeff(	-5.7615E+01	,9.5919E+00	,1.0930E-01	,-1.0134E-04) );



  // HO2
  // Coeff:       1
  // Quality:    1.10
  spec(it_species, it_isotope, "HO2");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"166",	Qcoeff(	-1.5684E+02	,7.4450E+00	,2.6011E-02	,-9.2704E-07) );



  // O
  // Coeff:       1
  // Quality:    ----
  spec(it_species, it_isotope, "O");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"6",	Qcoeff(	-1.0000E+00	,0.0000E+00	,0.0000E+00	,0.0000E+00) );



  // ClONO2
  // Coeff:       2      2
  // Quality:    1.87   1.85
  spec(it_species, it_isotope, "ClONO2");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"5646",	Qcoeff(	-4.9350E+03	,2.7375E+02	,7.2257E+00	,-4.2583E-03) );
  iso(it_isotope,	"7646",	Qcoeff(	-4.9721E+03	,2.7978E+02	,7.4127E+00	,-4.3703E-03) );



  // NO+
  // Coeff:       1
  // Quality:    0.01
  spec(it_species, it_isotope, "NO+");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"46",	Qcoeff(	9.1798E-01	,1.0416E+00	,-1.1614E-05	,2.4499E-08) );



  // OClO
  // Coeff:       2      2
  // Quality:    1.09   1.13
  spec(it_species, it_isotope, "OClO");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"656",	Qcoeff(	1.0809E+02	,4.5813E+01	,6.1875E-01	,-3.4280E-04) );
  iso(it_isotope,	"676",	Qcoeff(	1.0495E+03	,3.1385E+01	,6.6403E-01	,-3.7240E-04) );



  // BrO
  // Coeff:       2      2
  // Quality:    0.09   0.09
  spec(it_species, it_isotope, "BrO");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"96",	Qcoeff(	-8.8945E+00	,1.3384E+01	,-1.6496E-03	,1.4828E-06) );
  iso(it_isotope,	"16",	Qcoeff(	-8.4100E+00	,1.3433E+01	,-1.6322E-03	,1.4620E-06) );



  // H2SO4
  // Coeff:       2
  // Quality:    0.39
  spec(it_species, it_isotope, "H2SO4");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"126",	Qcoeff(	-6.6207E+03	,2.6856E+02	,1.0187E+00	,-4.0717E-04) );



  // Cl2O2
  // Coeff:       2      2
  // Quality:    0.29   0.30
  spec(it_species, it_isotope, "Cl2O2");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"565",	Qcoeff(	-1.6546E+04	,7.0845E+02	,2.9249E+00	,-1.2097E-03) );
  iso(it_isotope,	"765",	Qcoeff(	-1.6893E+04	,7.2651E+02	,3.0185E+00	,-1.2520E-03) );



  // HOBr
  // Coeff:       2      2
  // Quality:    0.36   0.37
  spec(it_species, it_isotope, "HOBr");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"169",	Qcoeff(	-5.1671E+02	,2.2261E+01	,9.3769E-02	,-3.9223E-05) );
  iso(it_isotope,	"161",	Qcoeff(	-5.1818E+02	,2.2340E+01	,9.4261E-02	,-3.9488E-05) );



  // C2H4
  // Coeff:       1      1
  // Quality:    ----   ----
  spec(it_species, it_isotope, "C2H4");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"221",	Qcoeff(	-1.0000E+00	,0.0000E+00	,0.0000E+00	,0.0000E+00) );
  iso(it_isotope,	"231",	Qcoeff(	-1.0000E+00	,0.0000E+00	,0.0000E+00	,0.0000E+00) );



  // OBrO
  // Coeff:       2      2
  // Quality:    0.37   0.13
  spec(it_species, it_isotope, "OBrO");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"696",	Qcoeff(	-3.5150E+03	,1.5261E+02	,6.3242E-01	,-2.6310E-04) );
  iso(it_isotope,	"616",	Qcoeff(	-3.1318E+03	,1.4783E+02	,6.5194E-01	,-2.7502E-04) );



  // ClNO2
  // Coeff:       2
  // Quality:    0.58
  spec(it_species, it_isotope, "ClNO2");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"5466",	Qcoeff(	-8.0762E+02	,9.0849E+01	,8.0050E-01	,-4.1078E-04) );



  // HOONO2
  // Coeff:       2
  // Quality:    2.34
  spec(it_species, it_isotope, "HOONO2");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"1646",	Qcoeff(	-2.2275E+04	,5.1610E+02	,-3.0495E-01	,5.6465E-04) );



  // PO2
  // Coeff:       2
  // Quality:    0.49
  spec(it_species, it_isotope, "PO2");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"166",	Qcoeff(	-8.9081E+02	,3.5746E+01	,1.3948E-01	,-5.7099E-05) );



  // PS
  // Coeff:       2
  // Quality:    1.60
  spec(it_species, it_isotope, "PS");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"12",	Qcoeff(	2.1654E+02	,4.7997E+00	,2.8269E-02	,-2.5662E-05) );



  // C2S
  // Coeff:       2      2      2      2
  // Quality:    0.05   0.04   0.03   0.02
  spec(it_species, it_isotope, "C2S");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"222",	Qcoeff(	-5.2496E+01	,9.6795E+00	,-1.3138E-04	,1.4900E-07) );
  iso(it_isotope,	"322",	Qcoeff(	-1.0749E+02	,2.0220E+01	,-1.0130E-04	,1.4509E-07) );
  iso(it_isotope,	"232",	Qcoeff(	-1.0011E+02	,1.9376E+01	,1.1967E-05	,2.2744E-08) );
  iso(it_isotope,	"224",	Qcoeff(	-5.1273E+01	,9.8609E+00	,-5.6748E-06	,2.3835E-08) );



  // C3O
  // Coeff:       2      2      2      2      2
  // Quality:    0.03   0.02   0.02   0.03   0.02
  spec(it_species, it_isotope, "C3O");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"2226",	Qcoeff(	-2.4817E+00	,4.3758E+00	,-1.9310E-04	,1.8022E-07) );
  iso(it_isotope,	"3226",	Qcoeff(	-6.2126E-01	,4.5104E+00	,-4.2939E-05	,5.4306E-08) );
  iso(it_isotope,	"2326",	Qcoeff(	-8.7510E-01	,4.3718E+00	,-5.4908E-05	,5.8548E-08) );
  iso(it_isotope,	"2236",	Qcoeff(	-8.7252E-01	,4.3589E+00	,-5.5102E-05	,6.7709E-08) );
  iso(it_isotope,	"2228",	Qcoeff(	-9.8747E-01	,4.5752E+00	,-5.8894E-05	,6.2559E-08) );



  // HCCCN
  // Coeff:       2      2      2      2      2      2
  // Quality:    0.03   0.02   0.03   0.03   0.02   0.02
  spec(it_species, it_isotope, "HCCCN");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"12224",	Qcoeff(	-4.6957E+00	,1.3817E+01	,-2.6385E-04	,2.8559E-07) );
  iso(it_isotope,	"12234",	Qcoeff(	-5.1851E+00	,1.3888E+01	,-3.4478E-04	,3.5863E-07) );
  iso(it_isotope,	"12324",	Qcoeff(	-4.3690E+00	,1.3876E+01	,-2.8057E-04	,2.8249E-07) );
  iso(it_isotope,	"13224",	Qcoeff(	-4.4352E+00	,1.4257E+01	,-2.8623E-04	,2.8830E-07) );
  iso(it_isotope,	"12225",	Qcoeff(	-1.5103E+00	,4.7446E+00	,-1.0358E-04	,1.0611E-07) );
  iso(it_isotope,	"22224",	Qcoeff(	-3.1975E+00	,1.4867E+01	,-2.3322E-04	,2.5794E-07) );



  // HNC3
  // Coeff:       2
  // Quality:    0.02
  spec(it_species, it_isotope, "HNC3");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"14222",	Qcoeff(	-5.4117E+00	,1.3486E+01	,-3.7354E-04	,3.6738E-07) );



  // HC2NC
  // Coeff:       2
  // Quality:    0.02
  spec(it_species, it_isotope, "HC2NC");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"12242",	Qcoeff(	-4.1226E+00	,1.2658E+01	,-2.8501E-04	,2.9443E-07) );



  // C3N
  // Coeff:       2
  // Quality:    0.02
  spec(it_species, it_isotope, "C3N");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"2224",	Qcoeff(	-9.6914E+00	,2.5435E+01	,-6.2244E-04	,6.4024E-07) );



  // NS
  // Coeff:       2      2
  // Quality:    1.79   1.78
  spec(it_species, it_isotope, "NS");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"42",	Qcoeff(	2.8164E+01	,4.1695E+00	,1.3771E-02	,-1.2813E-05) );
  iso(it_isotope,	"44",	Qcoeff(	2.8465E+01	,4.2508E+00	,1.3994E-02	,-1.3012E-05) );



  // H2CS
  // Coeff:       2      2      2
  // Quality:    1.59   2.50  11.43
  spec(it_species, it_isotope, "H2CS");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"1122",	Qcoeff(	5.7549E+01	,5.7014E+00	,5.4686E-02	,-2.6341E-05) );
  iso(it_isotope,	"1132",	Qcoeff(	-2.1283E+02	,9.2239E+00	,4.7806E-02	,-2.3988E-05) );
  iso(it_isotope,	"1124",	Qcoeff(	-1.5755E+03	,2.8598E+01	,-1.5412E-02	,1.6979E-05) );



  // PO
  // Coeff:       2
  // Quality:    1.77
  spec(it_species, it_isotope, "PO");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"16",	Qcoeff(	2.4096E+01	,2.9364E+00	,9.7013E-03	,-9.0239E-06) );



  // CS
  // Coeff:       2      2      2
  // Quality:    0.04   0.05   0.03
  spec(it_species, it_isotope, "CS");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"22",	Qcoeff(	-1.7272E-01	,8.5818E-01	,-2.8093E-05	,2.7394E-08) );
  iso(it_isotope,	"32",	Qcoeff(	-3.0961E-01	,9.1070E-01	,-3.5109E-05	,3.3020E-08) );
  iso(it_isotope,	"24",	Qcoeff(	-1.2759E-01	,8.7135E-01	,-2.5349E-05	,2.4037E-08) );



  // PN
  // Coeff:       2
  // Quality:    0.06
  spec(it_species, it_isotope, "PN");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"14",	Qcoeff(	1.7062E+00	,2.6458E+00	,7.9702E-05	,-5.8491E-08) );



  // HNCO
  // Coeff:       2      2      2      2      2
  // Quality:    0.58   1.61   0.84   0.89   0.66
  spec(it_species, it_isotope, "HNCO");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"1426",	Qcoeff(	-4.1904E+02	,1.5079E+01	,4.5769E-02	,-1.6355E-05) );
  iso(it_isotope,	"2426",	Qcoeff(	-1.2417E+03	,3.4521E+01	,-4.9030E-03	,2.9562E-05) );
  iso(it_isotope,	"1526",	Qcoeff(	-2.0870E+02	,6.3714E+00	,1.0197E-02	,-1.4580E-06) );
  iso(it_isotope,	"1436",	Qcoeff(	-6.1663E+02	,1.8714E+01	,2.8271E-02	,-3.2972E-06) );
  iso(it_isotope,	"1428",	Qcoeff(	-5.1866E+02	,1.7267E+01	,4.2249E-02	,-1.2706E-05) );



  // HCP
  // Coeff:       2      2
  // Quality:    0.08   0.20
  spec(it_species, it_isotope, "HCP");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"121",	Qcoeff(	-1.4678E+00	,1.0726E+00	,-1.2608E-04	,1.1412E-07) );
  iso(it_isotope,	"221",	Qcoeff(	-3.5571E+00	,1.2928E+00	,-2.9432E-04	,2.6108E-07) );



  // CP
  // Coeff:       2
  // Quality:    0.02
  spec(it_species, it_isotope, "CP");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"21",	Qcoeff(	3.6199E-01	,3.5066E+00	,-4.0147E-05	,4.5151E-08) );



  // CH2CO
  // Coeff:       2      2
  // Quality:    2.82   0.71
  spec(it_species, it_isotope, "CH2CO");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"21126",	Qcoeff(	-1.8598E+02	,1.2339E+01	,9.0044E-02	,-4.8892E-05) );
  iso(it_isotope,	"21226",	Qcoeff(	-2.6616E+02	,1.0953E+01	,4.6664E-02	,-2.0071E-05) );



  // CH3CN
  // Coeff:       2      2      2      2      2
  // Quality:    2.32   0.34   0.34   0.34   0.36
  spec(it_species, it_isotope, "CH3CN");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"211124",	Qcoeff(	3.1302E+03	,-3.3912E+01	,6.5983E-01	,-4.2371E-04) );
  iso(it_isotope,	"211125",	Qcoeff(	-3.9263E+02	,1.7101E+01	,7.2308E-02	,-3.0381E-05) );
  iso(it_isotope,	"311124",	Qcoeff(	-1.1837E+03	,5.1359E+01	,2.1618E-01	,-9.0741E-05) );
  iso(it_isotope,	"211134",	Qcoeff(	-1.1446E+03	,4.9829E+01	,2.1032E-01	,-8.8474E-05) );
  iso(it_isotope,	"211224",	Qcoeff(	-3.4891E+02	,1.5104E+01	,6.3537E-02	,-2.6662E-05) );



  // NH2CN
  // Coeff:       2
  // Quality:    1.03
  spec(it_species, it_isotope, "NH2CN");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"41124",	Qcoeff(	-7.7576E+02	,2.1610E+01	,1.5949E-01	,-8.1068E-05) );



  // CH3C2H
  // Coeff:       2      2      2      2      2      2
  // Quality:    0.29   0.30   0.28   0.30   0.16   2.86
  spec(it_species, it_isotope, "CH3C2H");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"2111221",	Qcoeff(	-2.0484E+02	,8.9314E+00	,3.7461E-02	,-1.5599E-05) );
  iso(it_isotope,	"2111231",	Qcoeff(	-2.0933E+02	,9.1787E+00	,3.8729E-02	,-1.6210E-05) );
  iso(it_isotope,	"2111321",	Qcoeff(	-2.0320E+02	,8.9120E+00	,3.7567E-02	,-1.5708E-05) );
  iso(it_isotope,	"3111221",	Qcoeff(	-2.0879E+02	,9.1536E+00	,3.8622E-02	,-1.6165E-05) );
  iso(it_isotope,	"2111222",	Qcoeff(	-4.7634E+02	,2.7139E+01	,1.2110E-01	,-5.1342E-05) );
  iso(it_isotope,	"2112221",	Qcoeff(	6.1733E+02	,-5.2081E-02	,5.2397E-02	,-3.3512E-05) );



  // SH
  // Coeff:       2      2
  // Quality:    0.98   1.03
  spec(it_species, it_isotope, "SH");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"21",	Qcoeff(	1.3362E+01	,1.9303E-01	,6.4048E-04	,-5.8629E-07) );
  iso(it_isotope,	"22",	Qcoeff(	2.5305E+01	,5.6983E-01	,1.7826E-03	,-1.6269E-06) );



  // HNO
  // Coeff:       2      2
  // Quality:    0.40   0.44
  spec(it_species, it_isotope, "HNO");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"146",	Qcoeff(	-1.0927E+02	,4.6298E+00	,1.8643E-02	,-7.6959E-06) );
  iso(it_isotope,	"246",	Qcoeff(	-1.6991E+02	,6.9760E+00	,2.7007E-02	,-1.0947E-05) );



  // CH2NH
  // Coeff:       2      2      2      2
  // Quality:    0.36   0.35   0.35   0.50
  spec(it_species, it_isotope, "CH2NH");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"21141",	Qcoeff(	-1.6141E+02	,8.8742E+00	,4.3189E-02	,-1.8501E-05) );
  iso(it_isotope,	"31141",	Qcoeff(	-7.8181E+01	,3.3345E+00	,1.3820E-02	,-5.7441E-06) );
  iso(it_isotope,	"21151",	Qcoeff(	-7.7972E+01	,3.3351E+00	,1.3861E-02	,-5.7749E-06) );
  iso(it_isotope,	"21142",	Qcoeff(	-4.7347E+02	,1.3892E+01	,4.2995E-02	,-1.4184E-05) );



  // HCO
  // Coeff:       2
  // Quality:    0.38
  spec(it_species, it_isotope, "HCO");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"126",	Qcoeff(	-1.1303E+02	,4.9427E+00	,2.1018E-02	,-8.8728E-06) );



  // HNC
  // Coeff:       2      2      2      2
  // Quality:    0.03   0.04   0.03   0.02
  spec(it_species, it_isotope, "HNC");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"142",	Qcoeff(	1.9951E-01	,4.6136E-01	,-5.1948E-06	,6.4118E-09) );
  iso(it_isotope,	"143",	Qcoeff(	7.0082E-02	,4.8234E-01	,-1.4190E-05	,1.3941E-08) );
  iso(it_isotope,	"152",	Qcoeff(	1.6090E-01	,4.7149E-01	,-8.8552E-06	,8.8813E-09) );
  iso(it_isotope,	"242",	Qcoeff(	2.0281E-01	,5.4789E-01	,-5.0006E-06	,5.6951E-09) );



  // CN
  // Coeff:       2      2
  // Quality:    0.02   0.02
  spec(it_species, it_isotope, "CN");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"24",	Qcoeff(	1.4752E+00	,2.2120E+00	,-1.9054E-05	,2.3534E-08) );
  iso(it_isotope,	"34",	Qcoeff(	2.3937E+00	,4.6222E+00	,-6.8291E-05	,7.9974E-08) );



  // C2H
  // Coeff:       2
  // Quality:    0.02
  spec(it_species, it_isotope, "C2H");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"221",	Qcoeff(	8.5244E-01	,1.9145E+00	,-1.7238E-05	,2.0990E-08) );



  // NH
  // Coeff:       2
  // Quality:    0.03
  spec(it_species, it_isotope, "NH");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"41",	Qcoeff(	6.7035E+00	,7.6005E-01	,2.4740E-05	,-2.2265E-08) );



  // CH
  // Coeff:       2
  // Quality:    0.11
  spec(it_species, it_isotope, "CH");
  //			Name		c0		c1		c2		c3
  //			|		|		|		|		|
  iso(it_isotope,	"21",	Qcoeff(	3.9368E+00	,3.8434E-01	,2.4046E-05	,-2.1957E-08) );