indices_nir.lis

Allers07,H2O_A07,1.55,1.56,1.492,1.502
Allers07,Na,1.15,1.16,1.134,1.144
Burgasser06,H2OJ,1.140,1.165,1.260,1.285
Burgasser06,H2OH,1.480,1.520,1.560,1.600
Burgasser06,CH4K,2.215,2.255,2.080,2.120
ModMcLean03,FeH-z,0.965, 0.985, 0.990, 1.01
#Geballe02,Continuum,1.04, 1.05,0.875, 0.885,
#Geballe02,H2O_1.2,1.26, 1.29,1.13, 1.
#Geballe02,H2O_1.5G,1.57, 1.59,1.46, 1.48
#Geballe02,CH_1.6',1.56, 1.60,1.635, 1.675
#Geballe02,H2O_2.0,2.09, 2.11,1.975, 1.995
#Geballe02,CH_2.2,2.08, 2.12,2.215, 2.255
#McLean03,H2OA,1.341, 1.345,1.311, 1.315
#McLean03,H2OB,1.454, 1.458,1.568, 1.572
#McLean03,H2OC,1.786, 1.790,1.720, 1.724
#McLean03,H2OD,1.962, 1.966,2.073, 2.077
#McLean03,CH4A,1.728, 1.732,1.588, 1.592
#McLean03,CH4B,2.198, 2.202,2.098, 2.102
#McLean03,CO,2.298, 2.302,2.283, 2.287
#McLean03,FeH-J,1.198, 1.202,1.183, 1.187
#McLeas03,FeH-z,0.984, 0.988, 0.990, 0.994
#num and den switched from McLean definition
#;-----------
#; My VO
#;-----------
#name[i]='VOA',1.088, 1.094, 1.055, 1.061
#name[i]='VOB'
#num1  = avgflux(1.15, 1.16, wavelength, flux)
#num2 = avgflux(1.22, 1.23, wavelength, flux)
#den = avgflux(1.18, 1.20, wavelength, flux)
#index[i] = strtrim(string((num1+num2)/2/den),1)