Abstract Machine learning and artificial intelligence techniques have an ever-increasing
presence and impact on a wide-variety of research and commercial fields. Disappointed by …

In flotation, froth must possess appropriate stability. Unstable froths may result in the
desorption of hydrophobic particles, diminishing recovery rates. Conversely, excessively …

The control of the froth flotation process in the mineral industry is a challenging task due to
its multiple impacting parameters. Accurate and convenient examination of the concentrate …

In the mining industry, accurate monitoring of the elemental composition in the flotation froth
is crucial for efficient minerals separation. The hybrid deep learning algorithms offer …

With the rapid development of machine vision technology, machine vision systems are being
widely used in flotation plants for online grade monitoring. In an industrial flotation plant, the …

The accurate and real-time measurement of oxygen content in flue gas is the cornerstone of
high incineration efficiency and economic benefits for municipal solid waste incineration …

In this study, a new flotation approach, a low-alkaline and non-desliming process, was
introduced for improving lead and zinc recoveries, lowering production cost and reducing …

With the rapid development of machine vision technology, this technology is being widely
used in grade prediction for the froth flotation process. Several previously proposed froth …

To reduce the consumption of lime in mineral processing means reducing CO 2 emission.
Herein, a novel FeCl 3-CuSO 4-APTT (4-amino-5-pentyl-1, 2, 4-triazole-3-thione) approach …

Amyl-4-amino-1, 2, 4-triazole-5-thione (AATT) reacted with Cu 2+ or Pb 2+ ions in aqueous
solutions to form CuAATT and Pb (AATT) 2 complexes and their solubility product constants …