280-285The vertical temperature profile of the tropical lower atmosphere has been reconstructed from the backscattered signal received by Indian MST radar located at Gadanki (13.47°N, 79.2°E). The reconstructed temperature profile compares well with the altitude variation of temperature obtained from the simultaneously launched radiosonde flight
Radiometer that operated in Kototabang-West Sumatra observed vertical temperature profiles. In this ...
315-318The observation of the fluctuations in the vertical wind using MST radar provides an excelle...
Atmospheric temperature is a key geophysical parameter when dealing with the atmosphere in areas suc...
Retrieval of vertical profiles of temperature and humidity parameters using a VHF radar is describ...
241-243The Indian MST radar at Gadanki is a very powerful system for the study of atmospheric dynami...
Meridional temperature gradient profile over Gadanki (13.47° N, 79.1 8° E) for the height range of...
International audienceThe vertical velocity in the troposphere-lower stratosphere region measured us...
International audienceRetrieval of vertical profiles of temperature and humidity parameters using a ...
165-169Meridional temperature gradient profile over Gadanki (13.47°N, 79.18°E) for the height rang...
VHF radar observations at a frequency of 53 MHZ at Gadanki (13.5°N,79.2°E), India, during the period...
Atmospheric temperature is a key geophysical parameter associated with fields such as meteorology,cl...
An empirical technique for retrieving profiles of the square of the Brunt-Väisälä fr...
The aim of the present study is to understand the characteristics and properties of different wave m...
The vertical velocity in the troposphere-lower stratosphere region measured using MST radar has be...
The MST (Mesosphere-Stratosphere-Troposphere) Radar Facility at Gadanki (13.47° N, 79.18° E), near...
Radiometer that operated in Kototabang-West Sumatra observed vertical temperature profiles. In this ...
315-318The observation of the fluctuations in the vertical wind using MST radar provides an excelle...
Atmospheric temperature is a key geophysical parameter when dealing with the atmosphere in areas suc...
Retrieval of vertical profiles of temperature and humidity parameters using a VHF radar is describ...
241-243The Indian MST radar at Gadanki is a very powerful system for the study of atmospheric dynami...
Meridional temperature gradient profile over Gadanki (13.47° N, 79.1 8° E) for the height range of...
International audienceThe vertical velocity in the troposphere-lower stratosphere region measured us...
International audienceRetrieval of vertical profiles of temperature and humidity parameters using a ...
165-169Meridional temperature gradient profile over Gadanki (13.47°N, 79.18°E) for the height rang...
VHF radar observations at a frequency of 53 MHZ at Gadanki (13.5°N,79.2°E), India, during the period...
Atmospheric temperature is a key geophysical parameter associated with fields such as meteorology,cl...
An empirical technique for retrieving profiles of the square of the Brunt-Väisälä fr...
The aim of the present study is to understand the characteristics and properties of different wave m...
The vertical velocity in the troposphere-lower stratosphere region measured using MST radar has be...
The MST (Mesosphere-Stratosphere-Troposphere) Radar Facility at Gadanki (13.47° N, 79.18° E), near...
Radiometer that operated in Kototabang-West Sumatra observed vertical temperature profiles. In this ...
315-318The observation of the fluctuations in the vertical wind using MST radar provides an excelle...
Atmospheric temperature is a key geophysical parameter when dealing with the atmosphere in areas suc...