Different weighting functions for calculating the specific surface area and average bubble diameter in froth flotation have been studied. The weighting functions considered were number, length, area and volume. Using bubble size distribution data obtained from image processing of batch flotation froth, specific surface area and average equivalent diameter were calculated. It was found that weighting by surface area was the most appropriate method to determine both specific surface area and average equivalent diameter. The equivalent ellipsoidal diameter was found to be a more appropriate average diameter than the equivalent spherical diameter
Among the apparently simplest methods to determine bubble size in flotation systems are photographi...
In the mineral production industry, the separation of valuable material from waste material is gener...
Recent advances in froth imaging have made accurate bubble size distribution information available. ...
Different weighting functions for calculating the specific surface area and average bubble diameter ...
International audienceIn flotation, bubbles are responsible for carrying the hydrophobic particles t...
ABSTRACT: Accurate bubble size distributions of flotation froths are now available. This paper shows...
The possibility of machine vision application in the field of flotation efficiency evaluation was st...
This paper studies the correlation between different macroscopic features of image regions and objec...
The bubble size distribution at the froth surface of a flotation cell is closely related to the proc...
This research presents three models of froth flotation that recognize flotation as an interfacial p...
It is well known that froth visual features reflect the operating conditions of the flotation proces...
Bubble loading is the ratio of the weight of the solid particles to the bubble’s surface, and ...
This work describes the effect of flotation operational variables on the solids loading in bubble la...
A froth-based flotation description is developed that combines the physical structure and the kineti...
Flotation modelling has advanced from deterministic single particle-bubble models into using such mo...
Among the apparently simplest methods to determine bubble size in flotation systems are photographi...
In the mineral production industry, the separation of valuable material from waste material is gener...
Recent advances in froth imaging have made accurate bubble size distribution information available. ...
Different weighting functions for calculating the specific surface area and average bubble diameter ...
International audienceIn flotation, bubbles are responsible for carrying the hydrophobic particles t...
ABSTRACT: Accurate bubble size distributions of flotation froths are now available. This paper shows...
The possibility of machine vision application in the field of flotation efficiency evaluation was st...
This paper studies the correlation between different macroscopic features of image regions and objec...
The bubble size distribution at the froth surface of a flotation cell is closely related to the proc...
This research presents three models of froth flotation that recognize flotation as an interfacial p...
It is well known that froth visual features reflect the operating conditions of the flotation proces...
Bubble loading is the ratio of the weight of the solid particles to the bubble’s surface, and ...
This work describes the effect of flotation operational variables on the solids loading in bubble la...
A froth-based flotation description is developed that combines the physical structure and the kineti...
Flotation modelling has advanced from deterministic single particle-bubble models into using such mo...
Among the apparently simplest methods to determine bubble size in flotation systems are photographi...
In the mineral production industry, the separation of valuable material from waste material is gener...
Recent advances in froth imaging have made accurate bubble size distribution information available. ...