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April 3, 2026Doklady Physical Chemistry0 citations

Mechanisms of Formation of Cristobalite During Temperature Treatment of Silicon Dioxide and Factors Influencing Cristobalitization

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AKA. R. KorovinaNMN. A. MedvedevaKGK. N. Generalova

Key Points

  • This review examines the phase transitions of silicon dioxide and focuses on cristobalite formation.
  • Literature review of phase transitions in silica.
  • Analysis of crystal structures of silicon dioxide.
  • Comparison of natural and synthetic silicon dioxide characteristics.
  • Cristobalite formation significantly impacts quartz billet properties.
  • Phase transformations depend on chemical and granulometric composition.
  • Firing conditions affect the melting mechanisms during heat treatment.

Abstract

The article provides a literature review on the features of the phase transition in silica. Based on the sources found, the crystal structures of some phase modifications of silicon dioxide, their formation conditions and transitions to other states are given. Much attention is paid to the formation of the cristobalite phase, which has the greatest impact on the final properties of the quartz billet. Several factors that can affect the phase transformations in natural silicon dioxide are considered: chemical composition, granulometric composition, and firing mode. A small comparison of silica with synthetic silicon dioxide has also been carried out. The properties of the latter are significantly related to the nature and characteristics of the formation, which leads to various melting mechanisms during heat treatment.

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Cite This Study

Korovina et al. (2025) studied this question.

synapsesocial.com/papers/69cf5f225a333a821460e04dhttps://doi.org/10.1134/s001250162660004x
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