Glasses and glass-ceramics in the CaO–MgO–SiO2 system: Diopside containing compositions - A brief review

Among different silicate systems, CaO−MgO−SiO2 is the one of most promising due to abundance reagents, easier fabrication, improved performance, and wide range application. Analysis current literature sources denotes that phase diagram system regularly used by researchers worldwide as constitutive model for synthesis glass-ceramic materials (GCs) possessing an adequate combination high chemical durability, mechanical electrical properties. In recent years, from this attracted extra interest applications in bone tissue repair owing their ability induce hydroxyapatite formation contact with body fluids be resorbed controllable degradation rate. brief review diopside containing compositions are specifically discussed. The main goal provide critical analysis experimental trials directed on GC system. Glass were analysed through standpoint location relevant region, or field, within a guide production make educated choices processing parameters. Apart Introduction Conclusions comprises five consecutive parts. first part, constitution comprehensively discussed connection melts’ crystallization path crystalline formation. second special attentiveness drawn towards diopside- GCs produced wastes non-expensive natural raw materials. regard taking into consideration presence Al2O3 majority types wastes, cross sections CaO−MgO−SiO2−Al2O3 10, 15 20% suggested utilize when anticipating ultimate phase(s) following parts mostly addressed advancement producing optimized diopside-containing glass–ceramic biomaterials well innovative sealants solid oxide fuel cells (SOFC). Likewise, some other active areas research application briefly