We present a new compact ground-based microwave radiometer dedicated to the study of middle atmospheric water vapor. The instrument detects the 616 − 523 H2O transition line at 22.235 GHz. This radiometer has been designed to be easily transported and operated during measurement campaigns in remote places. The first retrievals, performed with the MOLIERE inversion and radiative transfer software, show good agreement with MIAWARA, the 22 GHz Radiometer developed at the University of Bern, Switzerland, and the Microwave Limb Sounder instrument onboard the Aura satellite
A dual-channel, ground-based microwave radiometer, working at the frequencies 21.0 and 31.4 GHz, an ...
We present a radiometer system for regular long-term measurements of water vapour in the middle atmo...
We present a radiometer system for regular long-term measurements of water vapour in the middle atmo...
We present a new compact and automated ground- based microwave mobile radiometer dedicated to the st...
We present a new compact and automated ground- based microwave mobile radiometer dedicated to the st...
We present a new compact and automated ground- based microwave mobile radiometer dedicated to the st...
We present a new compact and automated ground- based microwave mobile radiometer dedicated to the st...
We present a new compact and automated ground- based microwave mobile radiometer dedicated to the st...
We present a new compact and automated ground- based microwave mobile radiometer dedicated to the st...
In this paper a new 22 GHz water vapor spectro-radiometer which has been specifically designed for p...
In this paper a new 22 GHz water vapor spectro-radiometer which has been specifically designed for p...
We present a detailed intercomparison of five ground-based 22 GHz microwave radiometers for stratosp...
In this paper, we present an approach to retrieve tropospheric water vapour profiles from pressure b...
The MGO St-Peterburg Russia has designed ground-based microwave radiometric tools for investigations...
This work discusses the development and deployment of a ground-based 22 GHz water vapour radiometer ...
A dual-channel, ground-based microwave radiometer, working at the frequencies 21.0 and 31.4 GHz, an ...
We present a radiometer system for regular long-term measurements of water vapour in the middle atmo...
We present a radiometer system for regular long-term measurements of water vapour in the middle atmo...
We present a new compact and automated ground- based microwave mobile radiometer dedicated to the st...
We present a new compact and automated ground- based microwave mobile radiometer dedicated to the st...
We present a new compact and automated ground- based microwave mobile radiometer dedicated to the st...
We present a new compact and automated ground- based microwave mobile radiometer dedicated to the st...
We present a new compact and automated ground- based microwave mobile radiometer dedicated to the st...
We present a new compact and automated ground- based microwave mobile radiometer dedicated to the st...
In this paper a new 22 GHz water vapor spectro-radiometer which has been specifically designed for p...
In this paper a new 22 GHz water vapor spectro-radiometer which has been specifically designed for p...
We present a detailed intercomparison of five ground-based 22 GHz microwave radiometers for stratosp...
In this paper, we present an approach to retrieve tropospheric water vapour profiles from pressure b...
The MGO St-Peterburg Russia has designed ground-based microwave radiometric tools for investigations...
This work discusses the development and deployment of a ground-based 22 GHz water vapour radiometer ...
A dual-channel, ground-based microwave radiometer, working at the frequencies 21.0 and 31.4 GHz, an ...
We present a radiometer system for regular long-term measurements of water vapour in the middle atmo...
We present a radiometer system for regular long-term measurements of water vapour in the middle atmo...