Infrared experiments for spaceborne planetary atmospheres research. Full report

Astronomy and Astrophysics – Astronomy

Scientific paper

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Atmospheric Chemistry, Infrared Astronomy, Infrared Instruments, Planetary Atmospheres, Spaceborne Astronomy, Aerosols, Cloud Physics, Remote Sensing, Space Platforms, Space Probes, Spatial Resolution, Temporal Resolution

Scientific paper

The role of infrared sensing in atmospheric science is discussed and existing infrared measurement techniques are reviewed. Proposed techniques for measuring planetary atmospheres are criticized and recommended instrument developments for spaceborne investigations are summarized for the following phenomena: global and local radiative budget; radiative flux profiles; winds; temperature; pressure; transient and marginal atmospheres; planetary rotation and global atmospheric activity; abundances of stable constituents; vertical, lateral, and temporal distribution of abundances; composition of clouds and aerosols; radiative properties of clouds and aerosols; cloud microstructure; cloud macrostructure; and non-LTE phenomena.

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