Ray-tracing simulation and simulating design for volume scattering integrated light guide plates are presented,with Monte Carlo sequential sampling method based on multiple Mie scattering theory.

The relevant parameters were designed by the volume scattering light guide plate(LGP) simulation software.

The action between incident light and coatings can be divided into two parts,surface scattering and volume scattering.

The plane wave algorithm was employed to calculate the band gap structures of two-dimensional aluminum alloy / air phononic crystals with three different shapes of scatterers.

This paper caculated physical parameters of a single scatterer in ideal condition(displacement and stress are continual),deducing the specific expressions of elements in the T matrix for cylinder scatterer and the equations to compute the scattering cross section.

Calculation of Mobile Location Based on Scatter Information Using Two Base Station;

With the additional NLOS errors correlation analysis,the scatter location information is extracted in channel.

Model constitution and correction of arbitrary shape scattering object;