A procedure was applied to recognise and classify particles of different composition (binary mixture of constituents) starting form the analysis of their morphological attributes. Development of non-destructive analytical techniques and the application of statistical methodologies are useful for process control starting from a small set of representative samples of the systems of particles to be processed. The results obtained demonstrated as a relationship exists between particle shape and mineral composition. The procedure was adopted for the classification of free and locked particles resulting from the comminution of a chromite ore.
Mineralogical Composition And Particle Morphology / Bonifazi, Giuseppe; Massacci, Paolo. - STAMPA. - (1997). (Intervento presentato al convegno The First European Conference Engineering: ECCEI - ICheaP3 tenutosi a Florence nel May 4-7).
Mineralogical Composition And Particle Morphology
BONIFAZI, Giuseppe;MASSACCI, Paolo
1997
Abstract
A procedure was applied to recognise and classify particles of different composition (binary mixture of constituents) starting form the analysis of their morphological attributes. Development of non-destructive analytical techniques and the application of statistical methodologies are useful for process control starting from a small set of representative samples of the systems of particles to be processed. The results obtained demonstrated as a relationship exists between particle shape and mineral composition. The procedure was adopted for the classification of free and locked particles resulting from the comminution of a chromite ore.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
