Thermal Perturbations at Crystal Nucleation in Glass-Forming Liquids

Understanding the processes occurring during nanocrystallization of glass-forming liquids is important for creating artificial nanostructures various applications. In this article, local thermal perturbations in supercooled and polymers nucleation a crystalline phase are studied. To describe response liquids, an integro-differential heat equation with dynamic capacity used. We have found that effect significant fast arise early stages crystal polymers. It has been established temperature crystals silicate glasses can change rate by 2–5 orders magnitude. The knowledge gained be useful technology microstructures advanced materials.