Journal
JOURNAL OF MINING SCIENCE
Volume 46, Issue 4, Pages 438-445Publisher
CONSULTANTS BUREAU/SPRINGER
DOI: 10.1007/s10913-010-0055-0
Keywords
Flotation; organic phosphorus collector; supramolecular chemistry; nanotechnology; complementariness; receptor; substrate; self-assembly; associate; hydrogen bonds; hydrophobic interactions; flotation agent
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The authors offer a new, nanotechnology-based concept of flotation. The article discusses noncovalent interaction between functional groups of the organic phosphorus collector Phosphenox at an interphase, which results in the supramolecular self-assemblage of stable nanostructures. The ways to reaching complementariness of the collector and active site of a mineral surface are indicated with the aim to improving selectivity of mineral separation.
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