Abstract Preface; 1. Classical scattering; 2. Scattering of scalar waves; 3. Scattering of
electromagnetic waves from spherical targets; 4. First applications of the Mie solution; 5 …

This experimental and theoretical study of light scattering techniques addresses the
questions of deconvolution of light scattering data (phase functions and optical resonance …

The theory of Aden and Kerker is used to compute the resonant response of large layered
spheres to an incident linearly polarized plane wave. Cases considered include hollow …

We have recently made advancements in a linear electrodynamic quadrupole (LEQ) device
for capturing and levitating either single or multiple micro-particles that provides significant …

A special purpose vibrating orifice droplet generator is described possessing improved short-
term monodispersity (instantaneous diameter fluctuations of2 X 10-5 and a differential drift of …

Solid core–liquid shell aerosols have been trapped in a counter-propagating optical trap
confirming potential core–shell morphology in the atmosphere. Mie spectroscopy can be …

The overview of the optic effects observed in micrometer—size droplets is given. The scope
of the analyzed phenomena includes: fundamentals of microdroplet optics; quantum …

Polymer micro-and nano-particles are important in many technological applications,
including polymer blends or alloys, biomaterials for drug delivery systems, electro-optic and …

Morphology-dependent resonances in a coated sphere are investigated by computation of
the volume-averaged source function obtained from Lorenz–Mie theory. Analytic …

Evaporation rates of single glycerol core droplets coated with immiscible layers of dioctyl
phthalate have been measured as a function of layer thickness. Experiments were …