Nanobubble technology is an emerged solution to address climate change, environmental
challenges, cost and energy reduction in industrial processes, optimization of therapeutic …

Nanobubbles are tiny in size but huge in importance for many scientific fields and
applications in biology, agriculture, medicine, environment and engineering. Literature on …

Rheology is an effective tool that describes concrete workability, flowability, predictive
stability and pumpability. A comprehensive review of recently published rheological …

Over the past two decades, there has been a rapid growth in the research and extraordinary
applications of micro and nanobubbles due to their unique physicochemical properties …

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

Nanobubbles have attracted considerable and ever increasing scientific and commercial
interest in the past two decades. The main interest focuses on the observation that they are …

It is well known that fine and ultrafine particles are difficult to recover through froth flotation
because of low bubble–particle collision efficiencies. In this study, we first explored the …

Attachment of particles and droplets to bubbles—the latter being of various fine sizes and
created by different techniques (as described in detail)—forms the basis of flotation, a …

As the inferior hydrophobicity and low probability of bubble-particle collision, the low-rank
coal has poor flotation performance. In this paper, an effective purification method that …

The precise classification of coal slime containing lots of ultrafine particles provides
appropriate size range of feed for subsequent sorting. In this study, experiments are …