International audienceTwo methods are described to monitor the temperature of the atmosphere from the ground to 100 km altitude. The Rayleigh LIDAR is now widely used (the French network includes four of those characteristics of which are given), and here, the major results obtained from this technique are presented. The second method, which completes the Rayleigh LIDAR downwards, uses the rotational Raman lines of O2 and N2. The method is briefly described and first results are presented. Including both the Rayleigh and Raman modes leads to a continuous temperature measuring method to survey changes in the lower and middle atmosphere
International audienceFor the first time, three different temperature lidar methods are combined to ...
International audienceThe temperature is a fundamental parameter for meteorology and climatology. A ...
A concept of innovative rotational Raman lidar with daylight measurement capability is proposed to m...
International audienceTwo methods are described to monitor the temperature of the atmosphere from th...
International audienceA lidar method using the anti-Stokes rotational lines of N/sub 2/ and O/sub 2/...
International audienceA lidar method using the anti-Stokes rotational lines of N/sub 2/ and O/sub 2/...
International audienceA lidar method using the anti-Stokes rotational lines of N/sub 2/ and O/sub 2/...
International audienceThe temperature is a fundamental parameter for meteorology and climatology. It...
International audienceThe temperature is a fundamental parameter for meteorology and climatology. It...
International audienceTemperature measurements using vibrational Raman scattering from molecular nit...
International audienceTemperature measurements using vibrational Raman scattering from molecular nit...
International audienceSounding of the atmospheric temperature by lidar has mostly been limited to Ra...
International audienceSounding of the atmospheric temperature by lidar has mostly been limited to Ra...
International audienceSounding of the atmospheric temperature by lidar has mostly been limited to Ra...
International audienceFor the first time, three different temperature lidar methods are combined to ...
International audienceFor the first time, three different temperature lidar methods are combined to ...
International audienceThe temperature is a fundamental parameter for meteorology and climatology. A ...
A concept of innovative rotational Raman lidar with daylight measurement capability is proposed to m...
International audienceTwo methods are described to monitor the temperature of the atmosphere from th...
International audienceA lidar method using the anti-Stokes rotational lines of N/sub 2/ and O/sub 2/...
International audienceA lidar method using the anti-Stokes rotational lines of N/sub 2/ and O/sub 2/...
International audienceA lidar method using the anti-Stokes rotational lines of N/sub 2/ and O/sub 2/...
International audienceThe temperature is a fundamental parameter for meteorology and climatology. It...
International audienceThe temperature is a fundamental parameter for meteorology and climatology. It...
International audienceTemperature measurements using vibrational Raman scattering from molecular nit...
International audienceTemperature measurements using vibrational Raman scattering from molecular nit...
International audienceSounding of the atmospheric temperature by lidar has mostly been limited to Ra...
International audienceSounding of the atmospheric temperature by lidar has mostly been limited to Ra...
International audienceSounding of the atmospheric temperature by lidar has mostly been limited to Ra...
International audienceFor the first time, three different temperature lidar methods are combined to ...
International audienceFor the first time, three different temperature lidar methods are combined to ...
International audienceThe temperature is a fundamental parameter for meteorology and climatology. A ...
A concept of innovative rotational Raman lidar with daylight measurement capability is proposed to m...