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Growth kinetics of chemical compound layers /
Annotation The author proposes a physico-chemical approach to examining the process of solid state growth of layers of chemical compounds at the interface between initial substances in binary heterogeneous systems formed by two solid substances and between a solid substance and a liquid or gas. Expe...
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Cambridge :
Cambridge International Science,
1998.
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- ""INTRODUCTORY REMARKS""; ""1. SOLID-STATE GROWTH OF A CHEMICAL COMPOUND LAYER AT THE INTERFACE OF TWO ELEMENTARY SUBSTANCES""; ""1.1 Special features of description of the kinetics of solid-state heterogeneous reactions""; ""1.2 Reaction diffusion""; ""1.3 Growth of the ApBq layer at the expense of diffusion of only component B""; ""1.3.1 Critical thickness of the ApBq layer with regard to component B""; ""1.3.2 Growth regime of the ApBq layer with regard to component B: Theoretical definition""; ""1.3.3. Stationary state or stationary point?""
- ""1.4. Growth of the ApBq layer at the expense of diffusion of components A and B""""1.4.1 Critical thickness and the growth regime of the ApBq layer with regard to component A""; ""1.4.2 General kinetic equation: a single compound layer""; ""1.4.3. Separate determination of the reaction diffusion constants""; ""1.5. Linear growth of the Cu6Sn5 layer in the copper�tin reaction couple""; ""1.6. Parabolic growth of the AlSb layer in the aluminium�antimony diffusion couple""; ""1.7 Linear�parabolic growth of the chemical compound layer""
- ""1.8. The ratio of diffusion coefficients of a component in growing and nongrowing chemical compound layers""""1.9 Growth of the layer of a single compound: Brief conclusions""; ""2. GROWTH OF THE LAYERS OF TWO CHEMICAL COMPOUNDS BETWEEN ELEMENTARY SUBSTANCES""; ""2.1. Chemical reactions at phase interfaces""; ""2.2. A system of differential equations describing the formation rate of the layers of two chemical compounds""; ""2.3. Initial linear growth of the ApBq and ArBs layers""; ""2.4. Minimal thickness of the ArBs layer necessary for the ApBq layer to grow""
- ""2.5 Non-linear growth of the ApBq and ArBs layers""""2.6 Effect of the critical thickness of the ApBq layer with regard to component A on the process of growth of the ArBs layer""; ""2.7 �Paralinear� stage of growth of two compound layers""; ""2.8 Diffusional stage of growth of the ApBq and ArBs layers""; ""2.9 Growth of the layers of two compounds: brief conclusions""; ""3. GROWTH OF COMPOUND LAYERS IN A MULTIPHASE BINARY SYSTEM""; ""3.1 Chemical reactions at the phase interfaces of a multiphase binary system""
- ""3.2 A system of differential equations describing the growth process of layers of three chemical compounds between elementary substances A and B""""3.3 Initial linear growth of the layers""; ""3.4 Transition from linear to non-linear kinetics""; ""3.5 Critical values of the thickness of the layers and their effect on growth kinetics""; ""3.6 Diffusional stage of formation of the layers""; ""3.7 Sequence of formation of the layers of chemical compounds in the A�B reaction couple of a multiphase binary system""; ""3.8 Multiphase growth of compound layers: brief conclusions""