spectral_files/Skyborn/128

SOCRATES spectral file fitted to ExoCross and DACE opacities, created by Harrison Nicholls. Bands: 128. Line absorbers: H2O, H2, CO2, CO, SiO, TiO, VO, MgO, Na, K, Fe. Continuum absorbers: H2O-H2O, H2-H2, CO2-CO2, CO2-H2, CO2-H2O. Water droplet scattering: included. Ultraviolet cross-sections: not included. Line absorption data: H2O: ExoCross, maximum mass path 1.00e+03 kg/m2; H2: ExoCross, maximum mass path 1.00e+03 kg/m2; CO2: ExoCross, maximum mass path 1.00e+03 kg/m2; CO: ExoCross, maximum mass path 1.00e+03 kg/m2; SiO: ExoCross, maximum mass path 1.00e+01 kg/m2; TiO: ExoCross, maximum mass path 1.00e+01 kg/m2; VO: DACE, maximum mass path 1.00e+01 kg/m2; MgO: ExoCross, maximum mass path 1.00e+01 kg/m2; Na: ExoCross, maximum mass path 1.00e+01 kg/m2; K: ExoCross, maximum mass path 1.00e+01 kg/m2; Fe: ExoCross, maximum mass path 1.00e+01 kg/m2. Continuum data: H2O-H2O: MT_CKD; H2-H2: HITRAN CIA; CO2-CO2: HITRAN CIA; CO2-H2: HITRAN CIA; CO2-H2O: HITRAN CIA. Generated with SOCRATES 2607.4 (git hash 3166e926c2d69c86169f10e5849c35bee08022fc) and spectraltools 1.1.0, run started 2026-10-30 14:38:25 (time stamp of the generator log). Band-selection method 3 (logarithmically spaced in wavenumber, with a few linearly spaced bands covering long wavelengths); default maximum mass path 1.00e+03 kg/m2; wavenumber range 10.000 to 50000.000 cm-1, sampled at 0.025 cm-1; 1026 pressure-temperature points. BLAKE2b checksums (also in Skyborn.chk and Skyborn.chk_k): Skyborn.sf 70f044d94a6a0464507c3d1308cea6b8303acf9bf21cb7ee2617ac954766cfdad35a1eabe891ffa32d83b06da46f33cd3cca0b5e8e49eb1bc0545a56fd887ec5; Skyborn.sf_k dc3b8643b6570465d3712021f3ee1191b4df4382260bbbdbbccb3e3b2cd005a4ca5c33dc498a4bf06487ba0dab3282768501e971e25658c64c9f0e73ac763aa1. Files: Skyborn.sf and Skyborn.sf_k (spectral file and k-coefficients), their checksums, the generator log, the logs of the SOCRATES programs run during the build (prep_spec and Ccorr_k). Documentation: PROTEUS spectral files reference in the SOCRATES documentation.