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Recent processes for the production of alumina nano-particles Abstract Alumina nano-particles have wide usage in the adsorption and catalysis fields, because of its acid-base properties, high specific area, mechanical and thermal stability The first part of the review interested on the various processes for the production of nano-particles alumina
Chemistry of alumina, reactions in aqueous solution and its application . . . Due to the common presence of alumina in the natural aquatic environment, several applications in water treatment technology and also its wide industrial application, the understanding of the chemistry of alumina in water is necessary in order to fully comprehend the mechanisms governing the reactions at solid–liquid interface
High-temperature mechanical properties and thermal . . . - ScienceDirect Oxide oxide ceramic matrix (oxide oxide) composites are a class of materials that show excellent mechanical properties under severe conditions, such as high-temperature and oxidation erosion They have garnered increasing attention with the fast-growing market for thermal-structural materials [1] Oxide oxide composites typically consist of alumina-based fibers embedded in an alumina-based
Preparation of high-purity alumina ceramics with high-performance by . . . The sintering process maximizes preparation efficiency, improving high-purity alumina ceramics' performance In addition, this paper investigates the compaction behavior of alumina powders with varying purities, offering both theoretical insight and technical guidance for future industrial applications
Alumina - an overview | ScienceDirect Topics Alumina is defined as a cost-effective armor ceramic primarily used in body armor, specifically as inserts in soft vests to enhance protection against assault rifles AI generated definition based on: Alumina Ceramics, 2019
Alumina Production - an overview | ScienceDirect Topics Alumina production refers to the process of extracting alumina (aluminum oxide) from bauxite ore, primarily through the Bayer process, which involves digestion of bauxite in caustic soda, followed by precipitation and calcination to produce a white powder
Recent advances in photopolymerization 3D printing of alumina-ceramic Alumina ceramic has excellent chemical stability and strength multiplication as the preferred ceramic core to alleviate the cooling channel instability in casting alloys The large-scale growth of alumina ceramics with high surface quality and printing accuracy is a prerequisite for industrial utilization [28]
Composite dispersants for the preparation of monodisperse spherical . . . In the current process for the preparation of spherical α-alumina powders by homogeneous precipitation, monodispersant is commonly used Unfortunately, monodispersant is inadequate to prevent the agglomeration of alumina precursor powders This agglomeration issue is further exacerbated by the α-alumina powders formed after calcination