Dynamic ultrasound scattering allows us to investigate the particle motion and its average
size via the time-evolution analysis of the scattering amplitude in optically turbid media …

The acoustical properties of silica microcapsules synthesized by the interfacial
polymerization of sodium silicate were studied by ultrasound spectroscopy. The …

Fibres with electronic and photonic properties are essential building blocks for functional
fabrics with system level attributes. The scalability of thermal fibre drawing approach offers …

Size and elastic properties of micro-particles suspended in liquid can be acoustically
determined by ultrasound attenuation and velocity measurements with the aid of elastic …

There has been growing interest in exerting radiation forces to trap and cluster randomly
distributed cells in body fluid, micro-particles in water, or microorganisms in fluid-like culture …

The word Micromeritics refers to a discipline of science and technology that deals with
studies related to the fundamental as well derived properties of particles. A precise …

In this work, we describe the preparation of emulsions of fluorinated ferrofluid droplets
suspended in a yield-stress hydrogel (Bingham fluid) with potential applications for …

The important influence of the relative refractive index of scattering inclusions on energy
transport of classical waves through disordered media is clearly demonstrated through …

A simple and easy way is proposed for the fabrication of a highly attenuating composite
material for underwater acoustics. The approach involves the introduction of porous polymer …

The strong impact of scattering resonances on all the key transport parameters of classical
waves in disordered media is demonstrated through ultrasonic experiments on …