Single-particle identification and quantifications of black carbon and iron oxides using intra-cavity laser-induced incandescence. 

Quantifying the modulation of lightwave by individual submicron particles by Complex Amplutude Sensing.

Potential application areas are atmospheric aerosols, colloidal particles in ocean, and biological detection. 

Real-time morphological characterization of individual particles according to the angular light-scattering. 

Potential application areas are atmospheric aerosols, colloidal particles in ocean, and biological detection.  

Fast and flexible light-scattering solver for nonspherical particles originally developed in C++.

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This solver is applied to the optical inverse-scattering problems for particle characterization and evaluating radiative properties of aerosols and clouds.