Flotation is an important unit operation in the minerals industry, among others. Current state-of-the-art flotation modelling combines computational fluid dynamics (CFD) with user-defined algorithms based on the "induction time" concept to describe selective bubble-particle attachment and separation of hydrophobic and hydrophilic particles
Bubble-particle attachment in water is critical to the separation of particles by flotation which is...
A first-principle flotation model was derived at Virginia Tech from the basic mechanisms involved in...
A 3D Discrete Element Method simulation model for a single bubble was developed in order to investig...
Flotation is an important unit operation in the minerals industry, among others. Current state-of-th...
CSIRO has developed a model of flotation using computational fluid dynamics (CFD) software that inco...
A. Introduction Flotation is a process for separating particles, based on their differences in surfa...
Flotation process involves aggregation of the particles based on the material/compound type of rando...
The bubble-particle attachment is an important step in determining the success of recovery in froth ...
The controlling step for successful flotation is a bubble–particle attachment mechanism. Induction t...
In numerous natural and industrial situations, including froth flotation, particles and bubbles inte...
We have developed the theoretical basis for experimental determination of bubble-particle attachment...
Froth flotation is a process that utilizes the surface properties of mineral particles to separate t...
Recent experimental measurements of induction time made by direct observation with the 'Milli-Timer'...
A comprehensive model of particle collection in flotation is developed from a rigorous analysis of t...
In almost all mineral flotation systems the particles and bubbles are brought into contact with each...
Bubble-particle attachment in water is critical to the separation of particles by flotation which is...
A first-principle flotation model was derived at Virginia Tech from the basic mechanisms involved in...
A 3D Discrete Element Method simulation model for a single bubble was developed in order to investig...
Flotation is an important unit operation in the minerals industry, among others. Current state-of-th...
CSIRO has developed a model of flotation using computational fluid dynamics (CFD) software that inco...
A. Introduction Flotation is a process for separating particles, based on their differences in surfa...
Flotation process involves aggregation of the particles based on the material/compound type of rando...
The bubble-particle attachment is an important step in determining the success of recovery in froth ...
The controlling step for successful flotation is a bubble–particle attachment mechanism. Induction t...
In numerous natural and industrial situations, including froth flotation, particles and bubbles inte...
We have developed the theoretical basis for experimental determination of bubble-particle attachment...
Froth flotation is a process that utilizes the surface properties of mineral particles to separate t...
Recent experimental measurements of induction time made by direct observation with the 'Milli-Timer'...
A comprehensive model of particle collection in flotation is developed from a rigorous analysis of t...
In almost all mineral flotation systems the particles and bubbles are brought into contact with each...
Bubble-particle attachment in water is critical to the separation of particles by flotation which is...
A first-principle flotation model was derived at Virginia Tech from the basic mechanisms involved in...
A 3D Discrete Element Method simulation model for a single bubble was developed in order to investig...