Particle dispersions for 3D analysis using computed tomography prepared according to a standardized sample preparation procedure. Particles are from a Chromite ore (Kemi mine). Each sample has a specific size class. Analysis of the data a published open sourc
The main advantage of X-ray microcomputed tomography (µCT) as a non-destructive imaging tool l...
In recent years, automated mineralogy has become an essential tool in geometallurgy. Automated miner...
In recent years, automated mineralogy has become an essential tool in geometallurgy. Automated miner...
Particle dispersions for 3D analysis using computed tomography prepared according to a standardized ...
Grey-scale data for the two particulate samples: AllSizes (every particles 710 (particle sizes 0.71-...
The critical process parameter for mineral separation is the degree of mineral liberation achieved b...
This paper demonstrates a new method to classify mineral phases in 3D images of particulate material...
A solid knowledge of the mineralogical properties (e.g., flake size, flake size distribution, purity...
peer reviewedSince the early seventies high chromite and low base metal sulphide (BMS) contents of t...
Recent advances at JKMRC in modelling mineral liberation required the development of a method to mea...
The degree of mineral liberation is important for the efficiency of subsequent physical separation p...
peer reviewedSince the early seventies high chromite and low base metal sulphide (BMS) contents of t...
In recent years, automated mineralogy has become an essential enabling technology in the field of pr...
In recent years, automated mineralogy has become an essential tool in geometallurgy. Automated miner...
In recent years, automated mineralogy has become an essential tool in geometallurgy. Automated miner...
The main advantage of X-ray microcomputed tomography (µCT) as a non-destructive imaging tool l...
In recent years, automated mineralogy has become an essential tool in geometallurgy. Automated miner...
In recent years, automated mineralogy has become an essential tool in geometallurgy. Automated miner...
Particle dispersions for 3D analysis using computed tomography prepared according to a standardized ...
Grey-scale data for the two particulate samples: AllSizes (every particles 710 (particle sizes 0.71-...
The critical process parameter for mineral separation is the degree of mineral liberation achieved b...
This paper demonstrates a new method to classify mineral phases in 3D images of particulate material...
A solid knowledge of the mineralogical properties (e.g., flake size, flake size distribution, purity...
peer reviewedSince the early seventies high chromite and low base metal sulphide (BMS) contents of t...
Recent advances at JKMRC in modelling mineral liberation required the development of a method to mea...
The degree of mineral liberation is important for the efficiency of subsequent physical separation p...
peer reviewedSince the early seventies high chromite and low base metal sulphide (BMS) contents of t...
In recent years, automated mineralogy has become an essential enabling technology in the field of pr...
In recent years, automated mineralogy has become an essential tool in geometallurgy. Automated miner...
In recent years, automated mineralogy has become an essential tool in geometallurgy. Automated miner...
The main advantage of X-ray microcomputed tomography (µCT) as a non-destructive imaging tool l...
In recent years, automated mineralogy has become an essential tool in geometallurgy. Automated miner...
In recent years, automated mineralogy has become an essential tool in geometallurgy. Automated miner...
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