The system Clinker–MgO–CaZrO3 and its application to the corrosion behavior of CaZrO3/MgO refractory matrix by clinker

Characteristics of CaZrO3material prepared by in situ decomposition pore forming technology

“…CaZrO 3 had attracted many attentions as a high temperature applied ceramics in the past two decades for its excellent thermoelectric properties such as the high melting point, the high dielectric constant, and the low dielectric loss factor 12,13 . On the other hand, CaZrO 3 had good high temperature chemical stability and was a promising refractory material for melting titanium alloys 9,14–17 .…”

Coal Waste to Two-Dimensional Materials: Fabrication of α-Fe2O3 Nanosheets and MgO Nanosheets from Brown Coal Fly Ash

“…Since the synthesis of carbon tubes in 1991, nanometric materials with varying morphologies such as nanoribbons, nanorods, nanowires, nanorings, and nanosheets have been attracting increased attention around the world, owing to their unique properties and potential applications. Among the nanostructured families, nanosized MgO and Fe 2 O 3 , both accessible and versatile metal oxides, have been used widely in a variety of applications, including adsorbent, catalyst, refractory materials, cancer therapy, antibacterial, superconductor, battery, gas sensing, and photoelectrochemical performance …”

Effects of particle distribution of matrix on microstructure and slag resistance of lightweight Al 2 O 3 –MgO castables

“…The dissolution of iron oxide and ionic migration improved the sintering process in the matrix of the refractory and influenced the bonding structure in a way that enhanced direct bonding and hindered silicate bonding. Serena et al [16,17] established the corrosion behaviour of 80% MgO and 20% CaZrO 3 (wt %) materials by clinker of Portland cement. In this study, they found that the corrosion process causes the formation of an MgO sintered layer on the substrates that slowed the progress of the attack.…”