UFR de Physique

Présentation des enseignements

AE2-PHY - Radiative Transfer in the Atmosphere

  • Description
  • Programme
  • Responsable
  • Documents

Modules

    UE non présente en Module M1
    UE présente en Module M2

Volume horaire

  • Cours : 20
  • Cours/TD : 0
  • TD : 20
  • TD/TP : 0
  • Stage : 0
  • Projet : 0
  • ATE : 0
  • TP : 0

Contenu du module

1 Principles in atmospheric radiation:

Radiation quantities and units Atmospheric composition and structure Blackbody radiation Radiative transfer equation

2. Atmospheric Absorption:

Molecular line absorption Spectroscopic databases for molecules of atmospheric interest Standard methods for the calculation of gaseous absorption

3. Scattering of polarized radiation:

Rayleigh-Gans scattering, Mie scattering Radiation scattering by spherical and non-spherical particles Applications to aerosol and cloud particles Polarized radiation

4. Radiative transfer equation (forward problem):

Analytical solutions for absorbing media Radiative transfer equation in scattering and absorbing media Standard numerical codes for solar and thermal radiative transfer Simulation of satellite or ground-based observations

5. Examples of inverse problems in radiative transfer:

Lidar remote sensing of clouds and aerosols Principles of solar passive remote sensing from space observations Retrieval of aerosol properties from solar photometry Principles of infrared passive remote sensing from space observations

Responsable

Philippe Dubuisson
LOA
Adresse Mel : Philippe.Dubuisson@univ-lille1.fr
Téléphone : 03 20 43 46 03

Documents

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