26 results on '"Fedotov, Yury V."'
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2. Impact of the atmosphere and spectral resolution on the optimal wavelengths selection for satellite methane monitoring
3. Experimental study of the spectral characteristics of plants fluorescence and reflectance in stress conditions
4. Experimental studies of laser-induced fluorescence spectra of plants under adverse development conditions
5. Feasibility study of oil pollution detection on the terrestrial surface using a flash tube for fluorescence excitation
6. Analyzing laser-induced fluorescence spectra of petroleum products at the fluorescence excitation wavelength of 355 nm
7. Experimental studies of laser-induced fluorescence spectra of plants under man-made soil pollution
8. Experimental results of oil pollution detection on soil surface at 266 and 355 nm fluorescence excitation wavelengths
9. Monitoring of aerosol inhomogeneities parameters in atmosphere at 355 nm
10. Spectral bands selection for LIF oil contamination detection on the terrestrial surface on the basis of Jeffreys-Matusita distance
11. Experimental study of fluorescence spectra of oil pollutions on the terrain surface excited at 355 nm
12. Experimental studies of laser-induced fluorescence spectra of plants under man-made soil pollution.
13. Experimental results of oil pollution detection on soil surface at 266 and 355 nm fluorescence excitation wavelengths.
14. Spectral bands selection for LIF oil contamination detection on the terrestrial surface on the basis of Jeffreys-Matusita distance.
15. Monitoring of aerosol inhomogeneities parameters in atmosphere at 355 nm.
16. Experimental study of fluorescence spectra of oil pollutions on the terrain surface excited at 355 nm.
17. Experimental studies of laser-induced fluorescence spectra of plants under man-made soil pollution
18. Experimental results of oil pollution detection on soil surface at 266 and 355 nm fluorescence excitation wavelengths
19. Impact of spectral bands number on classification accuracy of oil pollutions using laser induced fluorescence.
20. Experimental research of different factors influencing on stability of laser induced fluorescence spectra of plants.
21. Spectral bands selection for LIF oil contamination detection on the terrestrial surface on the basis of Jeffreys-Matusita distance
22. Monitoring of aerosol inhomogeneities parameters in atmosphere at 355 nm
23. Experimental study of fluorescence spectra of oil pollutions on the terrain surface excited at 355 nm
24. Experimental research of different factors influencing on stability of laser induced fluorescence spectra of plants
25. Experimental studies of laser-induced fluorescence spectra of plants under adverse development conditions.
26. Impact of spectral bands number on classification accuracy of oil pollutions using laser induced fluorescence
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