Add to ORKGA method is proposed incorporating a remote sounding radiometer. The method is applied to a study of the retrieval ability of a ground-based microwave radiometer. -Autho
Air temperature is one of the most important parameter of the atmosphere. The air temperature, espec...
Microwave Radiometer systems are used to monitor atmospheric temperature and humidity. Retrieving th...
271-282With a conceptual introduction to temperature and moisture profile estimation through remote ...
Abstract—A variational method to retrieve profiles of temper-ature, humidity, and cloud is described...
The purpose of this study is to evaluate the practical contribution of a VHF radar to high time res...
Boden-basierte Mikrowellenradiometer werden in den Atmosphärenwissenschaften zunehmend verwendet um ...
Abstract. As an important tool of atmospheric remote sensing, microwave radiome-ters are used for te...
This study examines the characteristics of temperature and humidity profiles obtained via retrieval ...
Thermodynamic atmospheric profiles have been retrieved from ground-based microwave radiometers durin...
Atmospheric temperature is a key geophysical parameter associated with fields such as meteorology,cl...
Ground-based microwave radiometry offers a new opportunity to automate upper air observations by pro...
This report describes implementation and characteristics of two software systems, the Statistical Me...
Atmospheric temperature is a key geophysical parameter when dealing with the atmosphere in areas suc...
A new approach is presented to determine atmospheric temperature profiles by combining measurements...
As the rising atmospheric issues such as climate change, air pollution, and ozone depletion have ext...
Air temperature is one of the most important parameter of the atmosphere. The air temperature, espec...
Microwave Radiometer systems are used to monitor atmospheric temperature and humidity. Retrieving th...
271-282With a conceptual introduction to temperature and moisture profile estimation through remote ...
Abstract—A variational method to retrieve profiles of temper-ature, humidity, and cloud is described...
The purpose of this study is to evaluate the practical contribution of a VHF radar to high time res...
Boden-basierte Mikrowellenradiometer werden in den Atmosphärenwissenschaften zunehmend verwendet um ...
Abstract. As an important tool of atmospheric remote sensing, microwave radiome-ters are used for te...
This study examines the characteristics of temperature and humidity profiles obtained via retrieval ...
Thermodynamic atmospheric profiles have been retrieved from ground-based microwave radiometers durin...
Atmospheric temperature is a key geophysical parameter associated with fields such as meteorology,cl...
Ground-based microwave radiometry offers a new opportunity to automate upper air observations by pro...
This report describes implementation and characteristics of two software systems, the Statistical Me...
Atmospheric temperature is a key geophysical parameter when dealing with the atmosphere in areas suc...
A new approach is presented to determine atmospheric temperature profiles by combining measurements...
As the rising atmospheric issues such as climate change, air pollution, and ozone depletion have ext...
Air temperature is one of the most important parameter of the atmosphere. The air temperature, espec...
Microwave Radiometer systems are used to monitor atmospheric temperature and humidity. Retrieving th...
271-282With a conceptual introduction to temperature and moisture profile estimation through remote ...