The thermal shock resistance of ceramics is a key factor for determining the durability of
ceramic components under transient thermal conditions and is also one of the key factors for …

The thermal damage evolution of rock closely relates to many important scientific and
engineering problems, such as the mechanisms of earthquake and the effective extraction of …

In this study, a novel MgO–C refractory, fabricated through high–temperature nitriding, was
developed by incorporating Si–Al 4 SiC 4 to in–situ form plate–like Mg–sialon ceramic …

In this paper, the alumina-based refractory castables were prepared using calcium
aluminate cement (CAC) as binder. The phase composition and microstructural evolution of …

In this study, novel MgO–Al 3 BC 3 refractories were developed by gradually replacing flake
graphite with Al 3 BC 3 in unfired low–carbon MgO–C refractories. The high temperature …

Refractory producers face many challenges in terms of producing MgO-containing castables
due to the high likelihood of magnesia to hydrate in contact with water, resulting in Mg (OH) …

Abstract Monoaluminium phosphate [Al (H 2 PO 4) 3 or MAP] is pointed out as the most
applied chemical binder in the refractory field due to its solubility in water, high bonding …

Calcium hexaluminate (CA 6) presents interesting properties and morphology, which can be
readily changed depending on specific additives and refractory processing conditions …

Calcium zirconate refractories exhibit a promisingly high corrosion resistance in contact with
titanium alloy melts. In the present article, we improved the thermomechanical properties of …

This study investigates chemical, physical, mechanical, and thermomechanical properties of
calcium zirconate (CaZrO 3) refractories. The applied fused raw material contained some …