This paper discusses some improvements to a technique for retrieving temperature and humidity from neutral atmospheric refractivities. A technique previously developed used auxiliary information in the form of surface temperature and pressure along with neutral atmospheric refractivity profiles in the troposphere to retrieve temperature and humidity profiles. The height at which water vapor is presumed to be negligible was based on criteria that most of the times it was around ~ 10 km altitude. A new set of criteria are developed wherein it is shown that it is possible to bring this height further down whenever troposphere is dry at altitudes below 
Artificial neural network (ANN) technique has been used to derive water vapour pressure profiles in ...
An algorithm, developed to permit the simultaneous retrieval of temperature/moisture profiles and su...
Occultation methods based on effects connected with refraction of electromagnetic waves of both opti...
International audienceThe Optimal Estimation Method is used to retrieve temperature and water vapor ...
International audienceThe Optimal Estimation Method is used to retrieve temperature and water vapor ...
Radio occultation measurements from global navigation satellite systems, such as the Global Position...
We reconstruct atmospheric wet refractivity profiles for the western part of Switzerland with a leas...
Radio occultation measurements from global navigation satellite systems, such as the Global Position...
The Optimal Estimation Method is used to retrieve temperature and water vapor profiles from simulat...
Retrieval of tropospheric humidity profiles from satellite-based upwelling radiances are shown to be...
YesIn this paper, 17 years of high resolution surface and radiosonde meteorological data from 1997-2...
Water vapor has a great role in the atmosphere dynamics and thermodynamics processes and it is the m...
Water vapor has a great role in the atmosphere dynamics and thermodynamics processes and it is the m...
Water vapor has a great role in the atmosphere dynamics and thermodynamics processes and it is the m...
YesA new simplified approach is proposed to evaluate the vertical refractivity profile within the lo...
Artificial neural network (ANN) technique has been used to derive water vapour pressure profiles in ...
An algorithm, developed to permit the simultaneous retrieval of temperature/moisture profiles and su...
Occultation methods based on effects connected with refraction of electromagnetic waves of both opti...
International audienceThe Optimal Estimation Method is used to retrieve temperature and water vapor ...
International audienceThe Optimal Estimation Method is used to retrieve temperature and water vapor ...
Radio occultation measurements from global navigation satellite systems, such as the Global Position...
We reconstruct atmospheric wet refractivity profiles for the western part of Switzerland with a leas...
Radio occultation measurements from global navigation satellite systems, such as the Global Position...
The Optimal Estimation Method is used to retrieve temperature and water vapor profiles from simulat...
Retrieval of tropospheric humidity profiles from satellite-based upwelling radiances are shown to be...
YesIn this paper, 17 years of high resolution surface and radiosonde meteorological data from 1997-2...
Water vapor has a great role in the atmosphere dynamics and thermodynamics processes and it is the m...
Water vapor has a great role in the atmosphere dynamics and thermodynamics processes and it is the m...
Water vapor has a great role in the atmosphere dynamics and thermodynamics processes and it is the m...
YesA new simplified approach is proposed to evaluate the vertical refractivity profile within the lo...
Artificial neural network (ANN) technique has been used to derive water vapour pressure profiles in ...
An algorithm, developed to permit the simultaneous retrieval of temperature/moisture profiles and su...
Occultation methods based on effects connected with refraction of electromagnetic waves of both opti...