International Polarized Radiative Transfer

In this case we include the US standard atmosphere, the corresponding Rayleigh scattering optical thickness and molecular absorption profiles are provided at 320nm.

Setup:

• model atmosphere US-standard, scattering optical thickness provided in file tau_rayleigh_320nm_usstd.dat, molecular absorption optical thicknes in tau_absorption_320nm_usstd.dat. The file includes 2 columns where the first is the altitude of the layer boundaries in km, and the second is the layer optical thickness (e.g. the value for 0 km corresponds to the optical thickness for the layer from 0 to 1 km).

• wavelength: 320 nm
• molecular scattering and absorption
• Rayleigh depolarization factor: 0.03
• surface albedo: 0
• Earth radius: 6371 km

• E2_1: Polarized zenith radiance as a function of sun position
• solar zenith angle: sza: 80°-100° (90° corresponds to horizontal direction)
• solar azimuth angle: saa: 65°
• viewing zenith angle: 5°
• viewing azimuth angle: 0°

• E2_2: Limb radiance at top of atmosphere for tangent heights between 0 and 90 km
  • viewing zenith angle at TOA: vza: corresponding to tangent heights 0-90km, 2km increment
  • viewing azimuth angle at TOA: vaa: 0°
  • solar zenith angles: sza: 60°
  • solar azimuth angles: saa: 0°, 90°

Output format:

Please include your data in the netcdf file IPRT_phase3_MODELNAME.nc.