Oceanographic lidar can provide remote estimates of the vertical distribution of suspended
particles in natural waters, potentially revolutionizing our ability to characterize marine …

Abstract We have obtained Hubble Space Telescope (HST) coronagraphic observations of
the circumstellar disk around M star TWA 7 using the Space Telescope Imaging …

The effects of dust particle aspect ratios on single-and multiple-scattering processes are
studied using the spheroidal model in order to obtain a better understanding of the radiance …

When discussing atmospheric aerosol particles, mineral dust refers to suspended soil-
constituting mineral particles that originate mainly from arid and semi-arid regions …

Salt clouds are predicted to be common on warm exoplanets, but their optical properties are
uncertain. The Exoplanet Cloud Ensemble Scattering System (ExCESS), a new apparatus to …

In this paper, a controlled laboratory experiment is performed to accurately evaluate the
depolarization from mineral dust particles in the exact backward scattering direction (ϴ …

We present measurements of the complete scattering matrix as a function of the scattering
angle of five martian dust analogs, namely montmorillonite, two palagonite (JSC-1) samples …

Light scattering by four different types of irregularly shaped particles with refractive index m=
1.6+ 0.0005i is investigated over a wide range of size parameter x= 1–48 calculated by …

The inverse scattering problem of non-spherical particle size estimation is solved using a
series of supervised machine learning models trained on a library of light scattering data. By …

We compare the optical properties of various geometric shapes with single atmospheric
Asian dust and marine background air particles collected at Mauna Loa Observatory. Three …