Scattering Calculator for Suspension of Spherical Particles

Use this routine to calculate the angular dependent scattering intensity of dielectric spheres based on Mie-theory. Moreover it provides the scattering length ( l) and the reduced scattering length or transport mean free path (l*), which is also given with a correction for positional correlations (l*').
The data is calculated as a function of particle concentration (volume fraction).

Start concentration (>= 0.001): Finish concentration (<= 0.5): Concentration step: Particle refractive index: Medium refractive index: Particle size (diameter in µm): Laser wavelength (µm): Positional correlations are treated on the level of the Percus-Yevick approximation. This approximation is considered to be valid up to a volume fraction of about 0.5. Based on the thesis by L.F. Rojas-Ochoa, Structure, Dynamics and Photon Diffusion in Charge-Stabilized Colloidal Suspensions, 2004 Coding and online implementation by Pavel Zakharov ( )