Publication | Open Access
Infrared spectral absorption of nearly invisible cirrus clouds
78
Citations
9
References
1998
Year
Infrared Spectral AbsorptionEngineeringNasa Er‐2 AircraftAtmospheric OpticsEarth ScienceAtmospheric ScienceThermal Infrared Remote SensingAtmospheric SensingCloud PhysicsMeteorologyAtmospheric IcingSubsonic Aircraft ContrailRadiative AbsorptionRadiation MeasurementCryosphereCloud PhysicAtmospheric RadiationSpectroscopySmall Ice ParticlesRemote Sensing
The SUbsonic aircraft Contrail and Cloud Effects Special Study (SUCCESS) was conducted 8 April–10 May 1996 to better understand the radiative properties of high level ice crystal clouds produced by anthropogenic (i.e., jet aircraft) and natural (i.e., weather) causes. In this paper multispectral radiance data observed during SUCCESS from the high flying NASA ER‐2 aircraft are presented to demonstrate that nearly ‘invisible’ high level layers of very small ice particles can cause very significant absorption (50% or more) of the upwelling infrared radiation to space.
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