Contact angle and the wetting behaviour of solid particles are influenced by many physical
and chemical factors such as surface roughness and heterogeneity as well as particle shape …

Flotation process is the most common beneficiation method of almost all types of minerals.
The desirable result of the process is dependent on various factors. One of the most effective …

Molybdenite (MoS 2) is a naturally hydrophobic mineral with anisotropic surface properties.
Its floatability is influenced by a number of factors such as, particle size and shape …

The choice of excipients constitutes a major part of preformulation and formulation studies
during the preparation of pharmaceutical dosage forms. The physical, mechanical, and …

In the present study, new-layered inorganic/organic hybrid of silver/talc nanocomposites
(Ag/Tlc-NPs) and its chitosan-capped derivative (Ag/Tlc/Csn NCs) were biochemically …

It is known that the rheological behaviour of mineral slurries affects their processing.
However, in addition to controlling the transportation of slurries around processing circuits …

The increased exposure to low grade ores has highlighted the importance of understanding
phyllosilicate gangue mineralogy. These minerals exist as common gangue minerals and …

With the increased exposure to progressively complex ores, there is growing concern over
the effects of phyllosilicate gangue minerals. These minerals present challenges during ore …

Selective flotation of minerals is a separation method based on differences in surface
properties of minerals. An auxiliary pretreatment on minerals, prior to flotation, can help to …

Organic depressants have low selectivity in separating molybdenite and talc because their
metal sites lack activity for organics chemisorption. In this study, surface modification by …