Traditional froth flotation is the primary method for the separation and upgrading of fine
mineral particles. However, it is still difficult for micro-fine and low-quality minerals to …

Froth flotation is often used for fine-particle separation, but its process efficiency rapidly
decreases with decreasing particle size. The efficient separation of ultrafine particles (UFPs) …

To understand the unexpected and puzzling long-term stability of nanoscale gas bubbles, it
is crucial to probe their nature and intrinsic properties. We report herein synchrotron-based …

The existence of bulk nanobubbles is still controversial in spite of their significance in a large
range of applications. Here, we developed a new method of compression–decompression to …

This paper reviews recent developments in the fundamental understating of ultrafine (nano)
bubbles (NBs) and presents technological advances and reagent types used for their …

The enhanced role of Interfacial nanobubbles (INBs) in microfine particles flotation is still
unclear. In this study, the microfine particles with different sizes were functionalized to obtain …

The application of nanobubbles (NBs) in mineral flotation has been widely explored in the
last decade, while much few researches have been done on revealing the heterogeneous …

The ethanol-water (EW) exchange at the graphite surface is a convenient method for
creating surface nanobubbles due to its high efficiency and repeatability. However …

The freezing process of aqueous solutions plays a crucial role in various applications
including cryopreservation, glaciers, and frozen materials. However, less research has …

The response and dynamics of surface-attached bubbles in gas-oversaturated environments
have practical implications for industrial processes such as photocatalytic water splitting …