No. 1688, Gaoke East Road, Pudong new district, Shanghai, China.
No. 1688, Gaoke East Road, Pudong new district, Shanghai, China.
Download scientific diagram | Test cone of the tailing of muscovite: Sintering temperature of 1,240 °C; Body of proof with dimensions of 3 cm diameter at the base and height of 2.5 cm,...
muscovite contained in mine tailings are suitable for it to be used as a pozzolan in cement, after undergoing mechanical activation. Aqueous suspensions of mechanically activated muscovite …
activated muscovite exhibited the capacity to react with calcium hydroxide to form calcium silicate hydrate, which is a typical characteristic of pozzolana. This experimental study provided a theoretical basis for evaluating the pozzolanic activity of muscovite using mechanical activation.
Results presented (de Kretser et al., 1997, Sabah et al., 2004, Ofori et al., 2011) suggest that coal preparation tailings in the fines fraction consist mostly of phyllosilicate …
muscovite as Fe can act as an isomorphous substitute for Al. Iron oxide concentrations as high as 2.1% were measured in muscovite for tailings collected at Site 4 (see Table 5.4). This result is consistent with those reported by Deer et al. (1966) in which FeO concentrations in muscovites typically varied between 2 and 4 percent.
activated muscovite exhibited the capacity to react with calcium hydroxide to form calcium silicate hydrate, which is a typical characteristic of pozzolana. This experimental study provided a …
muscovite as Fe can act as an isomorphous substitute for Al. Iron oxide concentrations as high as 2.1% were measured in muscovite for tailings collected at Site 4 (see Table 5.4). This result is …
This research work aims at synthesizing muscovite through a straightforward and direct wet thermal oxidation of an ash sample produced from biotite-rich coal tailings. For this purpose, the lab...
In order to provide a theoretical foundation for the utilization of tailings as supplementary cementitious materials, the pozzolanic activity of muscovite—a typical mineral phase in tailings—before and after mechanical activation was investigated.
According to the wide application of muscovite in various industries, many studies have focused on its fabrication. However, the process of its synthesis faces long-standing challenges mainly related to the elevated temperature and pressure ambient,
muscovite contained in mine tailings are suitable for it to be used as a pozzolan in cement, after undergoing mechanical activation. Aqueous suspensions of mechanically activated muscovite were blended with 10, 20, or 30 wt.% calcium oxide and then allowed to harden.
In order to provide a theoretical foundation for the utilization of tailings as supplementary cementitious materials, the pozzolanic activity of muscovite—a typical mineral …
The pozzolanic activity of the typical mineral-phase muscovite in the tailings was improved by mechanical activation, and the pozzolanic activity index satisfied the …
The pozzolanic activity of the typical mineral-phase muscovite in the tailings was improved by mechanical activation, and the pozzolanic activity index satisfied the requirements for usage as an active addition in cementitious materials.
Results presented (de Kretser et al., 1997, Sabah et al., 2004, Ofori et al., 2011) suggest that coal preparation tailings in the fines fraction consist mostly of phyllosilicate minerals, such as kaolinite, illite, muscovite, mica, and mixed …
The effect of mechanical activation on the hydration properties of muscovite (a common mineral phase in mine tailings, especially the fine fraction of mine tailings after separation) in an alkaline environment has not been investigated systematically in …
The effect of mechanical activation on the hydration properties of muscovite (a common mineral phase in mine tailings, especially the fine fraction of mine tailings after …
According to the wide application of muscovite in various industries, many studies have focused on its fabrication. However, the process of its synthesis faces long-standing challenges mainly …
