Spectral-efficient space communication links are impaired by atmospheric depolarisation caused by rain and ice along the Earth-space path. In this contribution three experiments experiencing three different climatological conditions are compared to assess the underlying mechanisms of depolarisation, in particular to evaluate a possible correlation between depolarisation and ice content.
Measurement and Characterisation of Atmospheric Depolarisation on Slant Paths at Ka, Q and v Bands
Regonesi E.;Riva C.;
2021-01-01
Abstract
Spectral-efficient space communication links are impaired by atmospheric depolarisation caused by rain and ice along the Earth-space path. In this contribution three experiments experiencing three different climatological conditions are compared to assess the underlying mechanisms of depolarisation, in particular to evaluate a possible correlation between depolarisation and ice content.File in questo prodotto:
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