Robert Greenler's Rainbows, Haloes, and Glories contains photographic plates of this phenomenon.  It is not strongly wavelength dependent and it predominates in cases with particle sizes larger than a wavelength.  Because two of the scattering coefficients must identically equal zero due to symmetry, this is the simplest type of scattering.  It produces a pattern like an antenna lobe with a sharper, more intense forward lobe for larger particles.  FTP, identify this common type of scattering responsible for the white light from mist and fog and
Robert Greenler's Rainbows, Haloes, and Glories contains photographic plates of this phenomenon.  It is not strongly wavelength dependent and it predominates in cases with particle sizes larger than a wavelength.  Because two of the scattering coefficients must identically equal zero due to symmetry, this is the simplest type of scattering.  It produces a pattern like an antenna lobe with a sharper, more intense forward lobe for larger particles.  FTP, identify this common type of scattering responsible for the white light from mist and fog and for the white glare around the sun.
Robert Greenler's Rainbows, Haloes, and Glories contains photographic plates of this phenomenon.  
Mie scattering