Variables of hydrodynamics are equally important as those of surface chemistry in
determining the efficiency of froth flotation processes. In a mechanical flotation cell, macro …

Bubble-particle interaction is of great theoretical and practical importance in flotation.
Significant progress has been achieved over the past years and the process of bubble …

Sediment erosion frequently occurs in areas with high incidences of cavitation. The
collaborative impact of abrasion and cavitation presents a host of challenges, threats, and …

Circulating tumour cells (CTCs) have recently been identified as valuable biomarkers for
diagnostic and prognostic evaluations, as well for monitoring therapeutic responses to …

Due to the high oxygen content on oxidized coal surfaces, it is difficult to realize high
recovery efficiency during oxidized coal flotation with traditional oily reagents, whereas a …

This paper provides a comprehensive critical review of available studies on analytical and
numerical modeling including computational fluid dynamics (CFD), as well as experimental …

This work studies single bubble–single particle interactions of interest to flotation
applications. An experimental device has been developed where a standing bubble is …

Coal spontaneous combustion makes coal suffer a high-temperature heating process
(similar to a low-temperature pyrolysis). Additionally, low rank coal is considered to be …

In flotation, a bubble acts as a carrier for attached particles. The properties of the gas–liquid
interface of the bubble are one of the main factors determining the bubble motion and …

Particle-bubble sub-processes cannot be directly and physically obtained in froth flotation
due to the complexity of the process as well as numerous and dynamic interactions of …