general parameters used for the models: Diam : Average angular diameter of the planet Dg : geocentric distance : average radius seen at P=1bar or surface (vary with sub-earth-point latitude) Compounds : used in the simulation Planete Diam Compounds km km (") Mars 0 3386.2 1.746031E+08 8.0000 co,h2o,isotopes (Fouchet lat+45) Jupiter 0 69134.1 7.129966E+08 40.0000 co,hcn,cs,h2o(hybe),ch4,ph3,nh3 Saturn 0 57239.9 1.311842E+09 18.0000 h2o,ch4,ph3,nh3 Uranus 0 25264.3 2.977792E+09 3.5000 h2o,ch4,nh3 Neptune 28 24599.8 4.412237E+09 2.3000 co,hcn,h2o,ch4,nh3 Callisto 0 2409.3 7.129966E+08 1.3940 eps = 1.2, r=0, Spencer 2L Ganymede 0 2632.3 7.129966E+08 1.5230 eps = 3.1, r=0, Spencer 2L Europa 0 1560.8 7.376671E+08 0.8728 eps = 1.0, r=0, Spencer 2L Io 0 1821.3 7.376671E+08 1.0185 eps = 1.0, r=0, Spencer 2L Titan 0 2575.0 1.311842E+09 0.8097 co,hcn,h2o,ch4,hc3n,ch3cn Spectral resolution: The files with "*_1*" has a spectral resolution of 1 MHz. The files with "*_2*" has a spectral resolution of 1 GHz. Unit of the Output file: N Freq Tb Flux Trj (GHz) (K) (Jy) (K) 1 2.00000 361.4608 0.1313E+01 361.4127 2 3.00000 295.1912 0.2410E+01 295.1192 3 4.00000 273.3416 0.3967E+01 273.2456 4 5.00000 253.8520 0.5756E+01 253.7319 Freq is the Frequency Tb is the Brightness Temperature Flux is the total Flux density Trj is the Rayleigh-Jeans temperature