Comminution in the Minerals Industry 

<br/><br/><br/>English[eng] 
<br/><br/><label>ISBN: </label>9783040000000 
<br/><br/><label>Subjects--Topical Terms: </label><br/>nanoscale talc||wet milling||high-energy ball milling||ball size||aggregation||quantitative microstructural analysis||X-ray computed tomography||selective comminution||texture||structure||mineral processing||crushing||grinding||grinding behaviors||energy consumption characterization||sulfur content||heterogeneous breakage||split energy||mining operation||ore milling||ore grinding||rock||liberation||bed breakage||iron ore||comminution||saturation||piston-and-die||compaction||compression||breakage||single particle breakage||energy input||drop-weight tester||breakage modelling||grinding prediction||jaw crusher||Discrete Element Method||Particle Replacement Model||simulation||modeling||primary crushing||particle breakage||semi-autogenous grinding mill||operational hardness||energy consumption||mining||deep learning||long short-term memory||quartz||shear stress||tribochemistry||fracturing||mixed sulfides||sphalerite||galena||VSI||DEM||sand||modelling||Vertimill||Tower Mill||liner wear||fine grinding||discrete element method||n/a