Lectures:
1st Utility properties of ceramics and its comparison with other structural
materials. High-and low-technology ceramics. Strength and
toughness of ceramics
2nd Material structure and its hierarchy. Silicates
3rd Burning conventional ceramic materials, clay, porcelain, the system MgO-
Al2O3-SiO2, quartz glass, glass ceramics
4th Powders and inorganic binders: gypsum-cement-cement Sorrelův
5th Utility properties and structure of polymers, homopolymers, copolymers,
polárnost, branching and crosslinking polymers, and supramolecular takticita
structure
6th Mechanochemistry polymer crystallinity polymer layer Langmuir-
Blodgett and Engineering
7th The behavior of plastics during heating and mechanical stress, auxetické polymers
and electrical conductivity of polymers
8th Production, processing and degradation of plastics
9th Binding of carbon atoms, diamond, graphite, carbon in the lithosphere and
biosphere: coal-diesel-coke-graphite
10th Fullerenes, tubuleny, schwarzity, helical and toroidal forms of carbon,
curvature in the structure of carbon compounds
11th Glass, parakrystaly
12th Nanostructured materials kvasikrystaly
13th Metallic glass amorfisace, liquid crystals
14th Colloidal crystals, and morphogenesis strukturalisace
Exercise:
1st Testing of mechanical properties of materials: notched test.
2nd Testing of mechanical properties: hardness.
3rd Testing of mechanical properties: tensile test.
4th Microscopic observation of the structure - preparation and observation.
5th Microscopic observation of the structure - evaluation.
6th X-ray. diffraction analysis of the crystal structure of materials.
7th Analysis of the internal crystal structure of materials
1st Utility properties of ceramics and its comparison with other structural
materials. High-and low-technology ceramics. Strength and
toughness of ceramics
2nd Material structure and its hierarchy. Silicates
3rd Burning conventional ceramic materials, clay, porcelain, the system MgO-
Al2O3-SiO2, quartz glass, glass ceramics
4th Powders and inorganic binders: gypsum-cement-cement Sorrelův
5th Utility properties and structure of polymers, homopolymers, copolymers,
polárnost, branching and crosslinking polymers, and supramolecular takticita
structure
6th Mechanochemistry polymer crystallinity polymer layer Langmuir-
Blodgett and Engineering
7th The behavior of plastics during heating and mechanical stress, auxetické polymers
and electrical conductivity of polymers
8th Production, processing and degradation of plastics
9th Binding of carbon atoms, diamond, graphite, carbon in the lithosphere and
biosphere: coal-diesel-coke-graphite
10th Fullerenes, tubuleny, schwarzity, helical and toroidal forms of carbon,
curvature in the structure of carbon compounds
11th Glass, parakrystaly
12th Nanostructured materials kvasikrystaly
13th Metallic glass amorfisace, liquid crystals
14th Colloidal crystals, and morphogenesis strukturalisace
Exercise:
1st Testing of mechanical properties of materials: notched test.
2nd Testing of mechanical properties: hardness.
3rd Testing of mechanical properties: tensile test.
4th Microscopic observation of the structure - preparation and observation.
5th Microscopic observation of the structure - evaluation.
6th X-ray. diffraction analysis of the crystal structure of materials.
7th Analysis of the internal crystal structure of materials