Fine and ultrafine powders (down to nanoparticles) have recently received growing interest
in both industrial and academic sectors due to their very distinctive features, mainly coming …

Gas fluidization has an ability to turn static particles to fluid-like dense flow, which allows
greatly improved heat transfer among porous powders and highly efficient solid processing …

Pulsed flow fluidisation involves the use of either a relocating or intermittent gas stream
flowing through a bed of particles, and produces a range of fluidisation effects dependent on …

This paper reviews the application of pulsed flow in fluidized and spouted beds, widely used
in various industries. A number of pulsing studies have been performed to improve the …

Fluidization of particles with a high moisture content and wide size distribution is difficult. In
this study, pulsation-assisted flow (PAF) was used to enhance the fluidization of wet particles …

Although the gas-phase production of nanostructured solids has already been carried out in
industry for decades, only in recent years has research interest in this topic begun to …

Deagglomeration of ultrafine powders poses an important challenge towards their efficient
and effective utilization. In the present study, we investigate the effect of frequency on the …

Atomic layer deposition (ALD) provides a method for coating conformal, pinhole-free,
chemically bonded, and ultra-thin films on particle surfaces. ALD is based on one or more …

Featured Application Towards develo** a cost-effective technique based on the fluidized
bed technology for the treatment of carbon dioxide in flue gases. We have clearly shown that …

The processing of fine and ultrafine particles using a fluidized bed is challenging in view of
their unpredictable hydrodynamic behavior due to interparticle forces. The use of assisted …