As particles increase in size, a secondary effect, Mie scattering
, occurs, adding to the complexity of this process.
The Lorenz-Mie calculations were performed using MatLab with Maetzler  code for Mie scattering
The equation for Mie scattering
is shown below, where [l.
I therefore proposed that Mie scattering
should be present .
Detectors measure intensity as a function of scattering angle and derive particle size based on Mie scattering
Furthermore, as the diameter of the particle approaches the wavelength, Rayleigh light scattering loses importance and Mie scattering
occurs when the scattering particles are approximately the same size as the wavelength of light.
Based on these experimental observations, a model using the Mie Scattering
theory is proposed to describe the forward transmission and scattering of a plane wave through the film.
Based on the principles of Mie Scattering
and the intrinsic fluorescence of microorganisms, the IMD-A 300/350 systems utilize laser light to simultaneously distinguish inert from biologic particles, on a single particle basis.
10a was analyzed by minimizing the squares of the deviations from the Lorenz - Mie scattering
cross section calculations.
Scientific observations in the microwave region are explained by considering an oceanic source, combined with both Rayleigh and Mie scattering
in the atmosphere in the absence of net absorption.
The integral of the differential Mie scattering
cross section was performed over the effective angle (symbol [DELTA] in Eq.