On the concept of creating a lidar-radar complex for the detection and control of gas pollution in the atmosphere
Authors:
About authors
- 1 — R&D Institute of Electronics and Laser Technology, Bauman Moscow Technical University
- 2 — R&D Institute of Electronics and Laser Technology, Bauman Moscow Technical University
- 3 — R&D Institute of Electronics and Laser Technology, Bauman Moscow Technical University
- 4 — R&D Institute of Electronics and Laser Technology, Bauman Moscow Technical University
- 5 — R&D Institute of Electronics and Laser Technology, Bauman Moscow Technical University
- 6 — R&D Institute of Electronics and Laser Technology, Bauman Moscow Technical University
Abstract
The physical basics of creating a lidar-radar complex for detecting gas pollutants in the atmosphere and controlling the state of the atmosphere are considered. To increase the reliability of remote measurements, a complex use of equipment operating in different spectral ranges is proposed. The combination of lidar and radar systems will make it possible to reliably determine concentrations of multicomponent atmospheric pollutants (using a lidar subsystem of differential absorption) and evaluate the speed and direction of their transfer (using a radar subsystem of meter range) and thereby obtain comprehensive information characterizing the operational environmental situation in the monitored area.
Область исследования:
(Archived) Problems of environmental monitoring and environmental safety
Funding:
None
Similar articles
Physical principles of using electromagnetic radiation to clean the air from exhaust products of motor vehicles
2003 N. P. Kalashnikov
Forest management regulation of regenerative successions of forest ecosystems in Northwest Russia
2003 E. S. Melnikov, E. N. Kuznetsov
Impact of cell phone antenna electromagnetic radiation on the user
2003 B. A. Panchenko, S. T. Knyazev, S. A. Kozlov
Decision support system for risk management of environmentally negative events, accidents and disasters of man-made nature
2003 O. I. Nikonov, A. N. Medvedev, M. A. Medvedeva, S. V. Stepanov