This paper summarizes the evolution of the studies concerning the NDSA approach for estimating atmospheric water vapour and correcting for the effects of liquid water along microwave paths between couples of LEO (Low Earh Orbit) satellites, and - together with two companion papers presented at this symposium - focuses on some of the basic issues treated by the ongoing ESA-ANISAP study, presenting some notable results obtained so far.

The ESA-ANISAP Study: retrieving integrated water vapor profiles through differential attenuation between LEO satellites / Luca Facheris; Fabrizio Cuccoli; Susanne Schweitzer. - (2013), pp. 1-8. (Intervento presentato al convegno ESA Living Planet Symposium 2013 tenutosi a Edimburgo nel 23-26/9/2013).

The ESA-ANISAP Study: retrieving integrated water vapor profiles through differential attenuation between LEO satellites

FACHERIS, LUCA;CUCCOLI, FABRIZIO;
2013

Abstract

This paper summarizes the evolution of the studies concerning the NDSA approach for estimating atmospheric water vapour and correcting for the effects of liquid water along microwave paths between couples of LEO (Low Earh Orbit) satellites, and - together with two companion papers presented at this symposium - focuses on some of the basic issues treated by the ongoing ESA-ANISAP study, presenting some notable results obtained so far.
2013
Proceedings ESA Living Planet Symposium 2013
ESA Living Planet Symposium 2013
Edimburgo
23-26/9/2013
Luca Facheris; Fabrizio Cuccoli; Susanne Schweitzer
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/878922
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