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Titlebook: Characterization of Minerals, Metals, and Materials 2020; Jian Li,Mingming Zhang,Andrew D. Brown Conference proceedings 2020 The Minerals,

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https://doi.org/10.1007/978-1-4302-0475-6 solid manganese ferrites phase generated from the remaining manganese and iron oxides were bonded and solidified by the liquid phase. This provided favorable mineralization conditions for the consolidation of Fe–Mn ore.
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https://doi.org/10.1007/978-1-4302-0475-6and the reaction grades are 1.88, 1.94, and 1.92, respectively. The above valuable metals may be further recovered in the leaching residue. This technique is beneficial for the efficient use of resources, reducing resource waste in the metallurgical process.
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Gasificating Dephosphorization During the Carbothermic Reduction of Medium Phosphorus Iron Ore Concending gasificating dephosphorization and iron metallization are 31% and 96%, respectively. Moreover, the further increased carbon mixing ratio and reduction temperature causes the large absorption of reduced phosphorus gas into metallic iron. Notably, the above result provides data support for pre-reducing sinter process.
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Kinetics of Coke Gasification Reaction Catalyzed by Alkali Carbonatessurface of Na.O and K.O were systematically studied by using the first-principle method based on density functional theory. The reaction path of carbon–oxygen catalytic gasification was theoretically analyzed to explain the reaction mechanism of catalytic gasification.
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Austenite Stability Under Focused Ion Beam Millingirradiated by normal incidence Ga ion beam, even with low dose, surface of SS304 and SS316 was transformed from austenite to BCC structure. However, irradiation from high glancing angle does not result in such transformation of relatively unstable austenite structure in SS304.
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Experimental Research on Pellet Production with Boron-Containing Concentrate increase of the proportion of boron-bearing ore powder; the appropriate roasting system should be selected according to the proportion of boron-bearing concentrate. The metallurgical properties of boron-bearing pellets were similar to those of ordinary acid pellets.
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