Only when the process of particle detachment is well understood and modelled can minerals
recovery using the flotation process be modulated to achieve a high efficiency by suitably …

The floatability of solid particles on the water surface governs many natural phenomena and
industrial processes including film flotation and froth flotation separation of coal and …

In this chapter, we describe details of basic and applied aspects of edible packaging for
foods. Important challenges are going on to demonstrate the useful alternative or addition to …

Particle-bubble interactions play a vital role in froth flotation that is widely used for the
recovery of valuable minerals from gangue minerals. In this study the effects of nanobubbles …

Bubble-particle detachment plays a crucial role in flotation, affecting the recovery of coarse
particles. This study investigated the detachment of bubble-particle aggregates in both …

Hypothesis A water jet penetrating into a water pool produces air entrainment and bubbles
that rise to the surface and disintegrate. A similar scenario can be expected when a granular …

This is the second in a series of papers concerned with bubble-particle detachment in a
turbulent vortex. Part I (Wang et al., 2016a, 2016b) explored, experimentally, the detachment …

Turbulence plays a critical role in flotation, as it has a marked impact on bubble-particle
interactions, ie, collision, attachment, and detachment. However, the detachment …

Improving particle–bubble adhesion stability and reducing particle–bubble detachment are
crucial in froth flotation processes. In this study, a nonequilibrium molecular dynamics …

Interactions between particles and bubbles have been cornerstone for the successful
applications of froth flotation to the beneficiations of minerals or coal. Particle-bubble …