International Conference on Optical and Millimeter Wave Propagation and Scattering in the Atmosphere Held in Florence, Italy on 27-30 May 1986
Abstract
Partial contents: Scintillation Theory: An Elementary Derivation of the Saturation of Optical Scintillation; Computations of the Effect of Atmospheric Turbulence on Laser Beam Propagation; Two-Frequency Scintillation: Two Color Correlation of Scintillations; Imaging and Scintillation: Speckle Interferometry and Speckle Imaging; Scintillation on High- and Low-Elevation Satellite Propagation Paths; Coherence Theory: Classical Radiometry: a Short Wavelength Limit for a General Mapping of Cross-Spectral Densities in Second- Order Coherence Theory; Lidar: Remote Sensing of Meteorological Parameters: Effects of Atmospheric Transmission and Scattering Properties on Dial Measurements; Surface Scattering: Measurements on Multipath Propagation at 94 GHz over Snow Covered Terrain; Nonlinear Effects: Nonlinear Optics of Atmospheric Aerosol; Interferometric Detection of Convective Instabilities Induced in Air by Energetic Beams; Scintillation: Coupled Mode theory of Propagation through the Turbulent Atmosphere; Transmission: The Role of Tropospheric Propagation in the Earth Space Telecommunication Systems at Millimeter Waves; Remote Sensing: Optical Remote Wind Measurement Using Speckle- Turbulence Interaction; Remote Sensing of Wind by Electrooptic Phase Modulation of Atmospheric Emission; Particle Scattering: Effects of Multiple Scattering and non-Spherical Statistics in Discrete Random Media; and Higher-Order Temporal Moments of Picosecond Optical Pulses in a Laboratory-Simulated Multiple Scattering Atmosphere.
Document Details
- Document Type
- Technical Report
- Publication Date
- May 01, 1986
- Accession Number
- ADA244159
Entities
Organizations
- University of Florence