We present an advanced optical method to measure the phase function of circular intensity
differential scattering (CIDS), ie, the normalized Mueller matrix element-S14/S11, from …

Real-time methods which is reagentless and could detect and partially characterize
bioaerosols are of current interest. We present a technique for real-time measurement of UV …

We show that for spherical particles with real refractive index and diameters greater than ca.
10 microns, the differential scattering cross-section is only independent of the refractive …

We established an experimental apparatus by combining polarized light scattering and
angle-resolved light scattering measurement technology to rapidly identify the shape of an …

The accuracy of aerosol particle size measurement based on light scattering from single
particles depends strongly on the scattering angular range and particle refractive index. The …

The goal of this project is to investigate correlations of polarimetric angular scattering
patterns from individual aerosol particles with the particles' physical structure and …

Particle shapes can be distinguished by the properties of near-forward optical scattering
patterns of particles. The discrete dipole approximation method is used to calculate the light …

We demonstrate a method of classifying aerosol particles with different shapes based on the
two separated vertical and horizontal polarized beams spaced by 90-100 µm. Model 3321 …

Abstract Changes of polarization state in aerosol scattering processes are sensitive to
various microphysical properties of particles, such as size distribution and complex refractive …

A method of clarifying bioaerosol particles is proposed based on T-matrix. Size and shape
characterizations are simultaneously acquired for individual bioaerosol particles by …