## An Investigation of Lidar Pulses Doubly Scattered by Atmospheric Aerosols |

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0.70 micron light 180 degrees angle forward scattering angular assumed atmospheric aerosols backscatter coefficient beam divergence computed double scatter computed returns cone defined diffraction peak distribution of equation doubly scattered flux doubly scattered return droplet size distribution equation 77 equation 80 extinction coefficient field of view figure 12 flux incident fogs and hazes function for scattering Hdar return index of refraction inversion of equation larger than 90 laser and telescope Lidar return lidar system lldar measured return medium observed in fog optical thickness particle size distribution radians radius receiver field return observed scattered flux returned scattered intensity scattering angle scattering cross section scattering event takes scattering of 0.70 scattering phase function second scattering event section of particles shown in figure single scatter small angle forward solid angle subtended Stokes intensity vector Stokes vector telescope aperture telescope axis telescope field total scattering cross University of Wisconsin wavelength yields