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The subject deals with the processes that take place during the melting of glass and ceramics firing, the basic idea of their
mechanism and the mathematical description of the kinetics of their partial actions.
Last update: Matoušek Josef (07.04.2014)
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Students will be able to:
Apply basic concepts of the mechanism and kinetics to describe specific processes in the studied systems
Specify sub-processes which control the kinetics of high-temperature process in question
Formulate a mathematical model describing the kinetics of high-temperature process in question Last update: Matoušek Josef (07.04.2014)
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1.Preparation and defense of individual project
2. Oral examination Last update: Matoušek Josef (07.04.2014)
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R: Hlaváč J.: The technology of glass an ceramics, An introduction, Elsevier Sci.Pub. Comp., Amsterdam 1983 R: Smrček A. a kol.: Glass melting (in Czech),ČSS Jablonec, 2008 R: Hanykýř V., Kutzendorfer J.: Technology of ceramics (in Czech, Praha 2000 A: Šatava V.: Fysical chemistry of silicates II (in Czech), VŠCHT Praha 1987 A: FradeJ.R., Cable M.: Reexamination of the basic theoretical model for the kinetics of solid state reactions, J.Amer.Ceram.Soc.75,1949-1957(1992) Last update: VED107 (07.04.2014)
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1. High temperature processes - basic characteristics and classification
2. Kinetics of high-temperature processes Formal kinetics of chemical reactions, heat and mass transfer.
3. The interaction of solids with gases Types of interactions, reaction mechanisms, oxidative reactions, reactions with halogens and with water vapor, corrosion of solids with gases.
4. The interaction of solids with liquids Types of interactions, the mechanisms of dissolution and corrosion.
5. Solid state reactions Reaction mechanisms, mathematical description of the kinetics
6. Interaction between melts and gases Types of mechanisms, mathematical description, modeling
Last update: Matoušek Josef (07.04.2014)
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Coursework assessment | |
Form | Significance |
Regular attendance | 20 |
Defense of an individual project | 20 |
Report from individual projects | 20 |
Oral examination | 40 |