Crystallization of μ-and α-cordierite in glass obtained via melting by concentrated radiant flux

TNE Effect of Heating Radiation on the Synthesis and Crystallization of Cordierite Composition Glasses

“…Previously, our research [11,12] has shown that during the synthesis of glasses of the cordierite composition under the influence of concentrated radiant flux, the crystallization of α-cordierite occurs through the formation of solid solutions with the structure of hightemperature quartz (quartz-O) and μ-cordierite. On the DTA curves, obtained on the crushed granular samples, the presence of diffuse exothermic peaks in the temperature ranges 700-900°C and 900-1000°C and most pronounced at 1040-1050°C are observed ( Figure 1).…”

Use of Concentrated Solar Power Technology for a High Temperature Processes: Case Study of Uzbekistan

“…Despite these disadvantages of CSP technologies, due to the possibility of this technology to achieve high temperatures, up to 3000 degrees, CSP technologies have found wide applications in the world. For example, as noted in [11], CSP is a highly competitive technology for generating electricity, research in the field of solar materials science is known and relevant, in particular the successes of scientists from France and Uzbekistan [12][13][14][15][16][17][18][19][20]. The paper [20] provides a brief overview of the dynamics of the development of solar energy concentration technologies in the world in the period from 2010 to 2021 and assesses the possibility of using these technologies in Uzbekistan.…”

Formation of anorthite containing cordierite materials through reaction sintering kaolin, MgO and CaO precursors

“…Due to the unavailability of cordierite as natural material [8], it is usually prepared from diverse raw and/or waste materials using many methods [8][9][10][11][12][13][14][15][16][17]. However, reaction sintering abundant natural clay minerals and/or waste [4,7,[18][19][20][21][22][23][24] remained the preferred way to produce unexpansive cordierite materials.…”