Instruments and Systems: Monitoring, Control, and Diagnostics Annotation << Back Comparison of the effectiveness of continuous Doppler lidar with different emission wavelengths D.V. VASILIEV The article discusses the choice of parameters of the principal balance of the continuous component of the Doppler lidar to provide the required level of building products in general. The analysis of the effectiveness of continuous Doppler lidar with different emission wavelengths in different weather conditions. As a criterion for the effectiveness of accepted signal / noise ratio, expressed in terms of the wavelength of radiation. Obtained dependences of attenuation and backscattering coefficients for different sensing. General view presented depending on the combined chart. The data for runs at sea level and at different heights. Based on the obtained results suggest the potential capacity to provide the required continuous Doppler lidar in the transition from middle to near-infrared radiation by adjusting the power level of the radiation source and the sensitivity of the detector. Keywords: wave length of radiation, molecular scattering, aerosol scattering, optical heterodyne detector, signal-to-noise ratio, middle and near-infrared radiation. Contacts: E-mail: vasiliev@aviel.ru Pp. 60-64.