Publications by authors named "Xingchang Tang"
In order to reduce the amount of fluorite during the steelmaking process for environmental protection, it is essential to investigate the fluorine-free slag system. Thus, high-basicity CaO-SiO-FeO-MgO slag with BO content from 0% to 15% was designed, and its melting characteristics and viscosity were investigated. The influence of BO content on the phase diagram of the slag system was calculated using FactSage 7.
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- High iron content in nickel slag primarily occurs in the fayalite phase, and basic oxides can disrupt its stable structure for better utilization.
- The study focuses on the CaO-SiO-FeO-MgO system, examining how varying basicity affects melting characteristics, viscosity, and structural changes.
- Results indicate that with a basicity of 0.90, the system achieves optimal temperatures and viscosity, while higher basicities lead to changes in the silicate network structure and viscosity behavior.
Effect of CeO₂ on Microstructure and Synthesis Mechanism of Al-Ti-C Alloy.
Materials (Basel)
December 2018
The effects of CeO₂ on the microstructure and synthesis mechanism of Al-Ti-C alloy were investigated by quenching experiment method, while using Al powder, Ti powder, graphite powder, and CeO₂ powder as main raw materials. The results showed that the addition of CeO₂ was favorable for promoting the formation of TiC particles in Al-Ti-C systems. With CeO₂ contents increasing, the distribution of TiC particles were more homogeneous, and the rare earth phase Ti₂AlCe was formed.
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