At high temperature, the lightweight mullite-corundum refractory was prepared by the
micrometer-scale Kirkendall effect using quartz, bauxite, and corundum as the main raw …

This work provides a novel route for the fabrication of mullite ceramics with excellent
mechanical strength using Zircon-Al 2 O 3-modified SiO 2 as silicon source. The results …

In this study, we investigated the influence of Cr 2 O 3 on phase formation and
microstructure evolution in mullite ceramics. We also explored the mechanochemical effects …

Five microporous mullite‐corundum refractory aggregates were prepared from Al (OH) 3 and
kaolinite gangue through in situ decomposition synthesis technique. The effects of the …

The objective of this work was to prepare high‐purity, high‐strength mullite ceramics from
low‐cost, associated rare‐earth kaolin (AREK). A reaction sintering process using calcined …

The lightweight spinel-corundum refractory was prepared using the Kirkendall effect when
spherical particles Al 2 O 3@ CaCO 3 were introduced into the ingredient. The mechanism …

The preparation of refractories with both low thermal conductivity and high strength are
continuously pursued in industrial furnaces. In this work, mullite refractories with low thermal …

This paper reports on phase formation and microstructural development of mullite, derived
from B2O3–Al2O3–SiO2 mixtures activated with different milling methods. It is found that the …

This study presents a novel strategy for fabricating high-strength mullite using Al 3+/Ce 4+-
doped SiO 2 and γ-Al 2 O 3 powders. Doping of Al 3+/Ce 4+ ions in SiO 2 results in the …

Mullite composite ceramics were fabricated by using mullite powder from waste coal gangue
and Al (OH) 3 as starting materials. The effects of sintering temperature and Al (OH) 3 …