28 results on '"Oppel, Ulrich"'
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2. Development of an optical model for cirrus clouds.
3. Extinction-to-backscatter ratio calculated for ice crystal particles.
4. Scattering matrices for ice crystal particles with preferred orientations.
5. Diffusion patterns of a pulsed laser beam seen by a monostatic and a bistatic CCD lidar.
6. Monte Carlo simulation of radiation transfer in optically anisotropic clouds.
7. Polarized light backscatter by hexagonal ice crystal particles.
8. Scattering (Mueller) matrices for ice crystal particles of cirrus clouds.
9. Light scattering by ice crystals of cirrus clouds.
10. Mueller matrix for randomly oriented ice crystal particles.
11. Raman lidar multiple scattering.
12. Diffusion of the lidar beam seen from the receiver.
13. Mueller matrices for randomly oriented ice crystal particles in the geometric optics approximation.
14. Representation of a multiple scattering lidar return from layers of clouds by a multidimensional distribution characterizing the contributions of the diffusion of the emitted beam.
15. Specific features of radiation regime in atmosphere caused by multiple light reflection between clouds and surface: results of Monte Carlo simulation.
16. How precisely must an equation describe the return signal of a spaceborne lidar system to allow for the retrieval of cloud parameters?
17. Light scattering by ice crystals of cirrus clouds: Jones matrix.
18. Simulations of multiply scattered polarized returns of a spaceborne lidar from a model atmosphere consisting of a mixture of molecules, aerosols, and water clouds.
19. Hierarchy of models for lidar multiple scattering and its applications for simulation and analysis of spaceborne lidar returns.
20. Backscattering cross-section of hexagonal ice crystals: I.
21. Backscattering Mueller matrix of hexagonal ice crystals: II.
22. Lidar multiple scattering as a tool for cloud microphysical parameters
23. Scattering of light by red blood cells.
24. Retrieval of microphysical parameters from return signals of airborne and space-based lidars.
25. Retrieval of environmental parameters from multiply-scattered return signals of ground-based and airborne lidars.
26. Discriminants in a backscatter lidar.
27. Calculations of polarized multiply scattered return signals of a space-based multichannel lidar, retrieval of the extinction coefficient, and particle size distribution based on random search, including a sensitivity analysis.
28. The effect of multiple scattering on polarization and angular distributions for radiation reflected by clouds: results of Monte Carlo simulation
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