International Conference on Optical and Millimeter Wave Propagation and Scattering in the Atmosphere, Florence, Italy, May 27-30, 1986: Digest |
Contents
An Elementary Derivation of the Saturation of Optical | 7 |
Regularized 2Scale Solution for a Wave Propagation | 23 |
TWO Color Correlation | 39 |
32 other sections not shown
Common terms and phrases
absorption acoustic aerosol altitude amplitude angle antenna aperture Appl approximation assumed atmospheric turbulence attenuation average backscattered boundary layer Bowen ratio calculated cloud coefficient coherence correlation function covariance density function detector diffraction distribution droplet effects equation estimate experimental experiments extinction field Figure flux Fourier frequency height humidity inhomogeneities integration intensity fluctuations inversion irradiance Kolmogorov Laboratory laser beam lidar log-normal log-normal distribution measurements method microthermal mutual coherence function nonlinear normalized observed obtained optical optical depth particles path phase plane Poliahu predicted pulse radiation random medium range ratio refractive index region remote sensing scintillation sensor shown signal simulation solution spatial speckle speckle image speckle interferometry spectral spectrum sphere spherical statistics structure parameter surface target technique telescope temperature theoretical theory transmission transmitter values variance vertical Volterra series water vapor Wave Propagation wavelength wavenumber