2002
DOI: 10.5380/geo.v50i0.4159
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Development of processing technology and mathematical model of modification of magnesite raw material

Abstract: The application of physical and physical-chemical methods of magnesite processing related to the physical, chemical and mineralogical properties of particular magnesite types are presented in this paper. The best product qualities, achieved depending on the degree of liberalization of components contained in the magnesite, are shown. Possibilities and advantages of modelling of mineral processing methods applied to magnesite are also exemplified.

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Cited by 2 publications
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“…Fig. 1 Force action on pieces of rock in the crushing between the jaws of crushers By solving the equations it is possible to state the basic condition to ensure the machine will work [1]: (3) This condition states the value of the angle β, when machine should not secret rocks in the upward direction from the crushing area. Optimal angle β is frequently given as 22°.…”
Section: The Theory Of Mechanical Principles Of Crushing and Designin...mentioning
confidence: 99%
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“…Fig. 1 Force action on pieces of rock in the crushing between the jaws of crushers By solving the equations it is possible to state the basic condition to ensure the machine will work [1]: (3) This condition states the value of the angle β, when machine should not secret rocks in the upward direction from the crushing area. Optimal angle β is frequently given as 22°.…”
Section: The Theory Of Mechanical Principles Of Crushing and Designin...mentioning
confidence: 99%
“…As part of the designing of the line it is also necessary to include parameters associated with transport of the raw ore, where only the correct alignment of transport performance and the performance of the primary crusher leads to the optimization of the overall material flow in the production of aggregates. This makes it possible to achieve significant streamline of this process and to improve the economics of production [3,4].…”
Section: Fig 3 Description Of Impact Crusher [2]mentioning
confidence: 99%