48 results on '"Romanovskii, Oleg A."'
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2. Concept of a mobile three-channel IR lidar system for sounding greenhouse gases in the atmosphere
3. Mobile laser absorption complex for methane monitoring at sites with agricultural effluents
4. Temperature correction of ozone profiles using data from satellite and lidar sensing of the atmosphere
5. Machine learning methods for LIDAR measurements: review
6. Development and modernization of a lidar system for atmospheric gas analysis in the near infrared region
7. Mobile 3.4–µm differential absorption lidar system for remote sensing of the atmospheric methane
8. Estimation of the spatial resolution influence on the retrieval error of ozone profiles at the Siberian lidar station
9. Digital monitoring of extreme natural phenomena and anthropogenic emissions in the atmosphere of the Baikal natural territory
10. Lidar and satellite measurements of the vertical ozone distribution at the Siberian lidar station: profile retrieval and estimation of results
11. Estimation of how temperature data from MetOp and Aura satellites influence retrieval of ozone profiles at Siberian lidar station
12. Mobile compact IR differential absorption lidar for research of methane in the atmoshpere
13. Processing of lidar data on trace atmospheric gases
14. Measurements of vertical ozone distribution at Siberian lidar station
15. Recording ozone anomaly in December 2018 at Siberian lidar station
16. Measurement of methane content in the atmosphere by OPO lidar system
17. OPO lidar system for remote sensing of the atmosphere in the near/mid infrared region
18. Intercomparison of ozone vertical profiles in the upper troposphere-stratosphere measured at the Siberian lidar station in Tomsk, Russia (56.5 deg. N, 85.0 deg. E) with DIAL, MLS, and IASI
19. Remote sensing of methane in the atmosphere by the OPO lidar system in 3.30–3.43 μm spectral range
20. Development of near/mid IR differential absorption OPO lidar system for remote gas analysis of the atmosphere
21. Comparison of lidar and satellite measurements of vertical ozone distribution in the upper troposphere – stratosphere according to data for 2017
22. Lidar system for ozone sensing in the upper troposphere – stratosphere
23. Software for numerical simulation of multicomponent gas analysis of the atmosphere
24. Experimental estimation of the efficiency of trace gas sounding in the mid-IR by the OPO lidar system
25. Simulation of the remote atmospheric sounding by OPO lidar system in the near- and mid-IR
26. Lidar system for measurement of vertical profiles of ozone in the upper troposphere-stratosphere
27. Lidar monitoring of stratospheric aerosol and ozone at the Siberian Lidar station
28. Concept of a broadband near- and mid-IR lidar
29. Siberian lidar station: the basic complex of remote laser sounding of the atmosphere
30. Optical parametric oscillator lidar for the gas constituents sensing in the spectral range of 3-4 μm
31. Software for retrieving the ozone altitude profiles from data of atmospheric laser sensing
32. Methodical aspects of lidar sensing of trace gases in atmosphere by differential absorption method
33. Lidar sounding of the atmospheric meteorological parameters
34. Lidar LIF method in research problems of plants
35. Applicability of airborne lidars based on middle IR gas lasers for gas analysis of the atmosphere
36. Optical parametric oscillators with pumping by femtosecond pulses for broadband lidar gas analysis of atmosphere
37. The use of frequency converter of femtosecond laser radiation in broadband lidar gas analysis of atmosphere
38. Possibility of a meteorological lidar for measurement of basic meteorological parameters of the atmosphere
39. Application of airborne lidars based on mid-IR gas lasers for gas analysis of the atmosphere
40. Spectroscopic lidar technology for small space apparatus
41. Method of laser-induced fluorescence for investigation of the photosynthesis system of trees
42. Airborne DF: laser lidar for detecting aerosol and gas leakages
43. Fluorescence lidar system for remote monitoring of the state of vegetative cover for the purpose of its prediction
44. Near-IR meteorological lidar MEL-01
45. Using TEA CO 2 laser radiation harmonics in helicopterborne lidar for controling leakage of toxic and dangerously explosive gases
46. Laser-induced fluorescence method in the problems of diagnostics of vegetative covers
47. Remote sounding of vegetation characteristics by laser-induced fluorescence
48. Detection of trace concentration of some simple pollutants in Tomsk
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