|
|
1 study year
|
Winter Semester
|
| Code |
Subject Title |
L/Ex/Lab |
Examination |
Credits |
|
Mandatory Subjects
|
| S108006 |
Chemistry and Physics of Solids
None
... more details
|
3/0/0 |
Ex |
5 |
| S126004 |
Thermodynamics of Materials
None
... more details
|
2/1/0 |
Ex |
4 |
| S150001 |
Laboratory project I
None
... more details
|
0/0/10 |
Ex |
7 |
|
Elective Subjects
(
choose at least 2 subject from this group
)
|
| S101011 |
Coordination Chemistry
None
... more details
|
3/1/0 |
Ex |
6 |
| S105008 |
Applied Reaction Kinetics
The subject is focused on the analysis of behaviour of chemically reacting systems and design of chemical reactors. The students are introduced to basic concepts, mass and energy balances of reacting systems in steady and dynamic states. Further the students are acquainted with the analysis of heterogeneous reactions both catalytic and non catalytic together with chemical reactor models used in heterogeneous reaction applications. The important part of subject is the design of chemical reactor based on laboratory kinetic data
... more details
|
2/2/0 |
C+Ex |
4 |
| S106017 |
Principles of Metallurgical and Corrosion Processes
The subject is focused on detailed discussion of metallurgical and corrosion processes. It extends knowledge from bachelors study to more deep understanding of process mechanisms. Thermodynamics and kinetics problems are discussed in both parts. Description of types of corrosion processes and their theoretical principles subject of corrosion part
... more details
|
3/0/0 |
Ex |
5 |
| S112008 |
Physical Chemistry of Polymers
None
... more details
|
2/2/0 |
Ex |
5 |
|
Volitelné předměty
|
Summer Semester
|
| Code |
Subject Title |
L/Ex/Lab |
Examination |
Credits |
|
Mandatory Subjects
|
| S101009 |
Crystal Chemistry
None
... more details
|
2/1/0 |
Ex |
3 |
| S112003 |
Macromolecular Chemistry
The course is focused on structure of macromolecules, physical properties of polymers, monomer polymerizability, chain and stepwise polyreactions, copolymerization, ring opening polymerization and chemical reactions of polymers
... more details
|
2/1/0 |
C+Ex |
4 |
| S150002 |
Laboratory project II
None
... more details
|
0/0/10 |
MC |
7 |
|
Elective Subjects
(
choose at least 3 subject from this group
)
|
| S107025 |
Characterization of Particles and Particle Systems
This course provides a general overview of the characterization methods for particle and particle systems. In the first the parameters describing size, shape and arrangement of small particles are defined, and the statistics of small particles is explained in great detail, including quantiles, mean values, moments and moment ratios. In the second part the different particle characterization techniques are considered, from sedimentation techniques to laser diffraction, image analysis, X-ray diffraction adsorption methods and less common techniques. The last part of this subject concerns disperse systems. The course is appropriate for students of all subjects and can be recommended to all those whose work requires the charactzerization of particle systems and microstructures
... more details
|
2/1/0 |
Ex |
4 |
| S126002 |
Materials for Electronics
None
... more details
|
2/1/0 |
C+Ex |
4 |
| S148066 |
Corrosion and Conservation of Archival and Library Collections
None
... more details
|
2/0/0 |
Ex |
3 |
|
Volitelné předměty
|
2 study year
|
Winter Semester
|
| Code |
Subject Title |
L/Ex/Lab |
Examination |
Credits |
|
Mandatory Subjects
|
| S106008 |
Physics of Metals
None
... more details
|
3/0/0 |
Ex |
5 |
| S107003 |
Mechanics of Materials
This course provides a self-contained and consistent overview of the mechanical and thermomechanical properties of materials, based on the theory of rational mechanics and thermomechanics. The presentation of the topics is based on the exact theory of continua and requires from the student the ability to follow tensor formalism. Apart from standard topics this course contains recent developments in the field of materials mechanics, and tries to correct some of the errors and misconceptions in the common textbook literature. The course is appropriate for students of all subjects
... more details
|
2/1/0 |
Ex |
4 |
| S150003 |
Laboratory project III
None
... more details
|
0/0/10 |
MC |
7 |
|
Elective Subjects
(
choose at least 3 subject from this group
)
|
| S106007 |
Phase Transformations in Metals
None
... more details
|
2/1/0 |
Ex |
4 |
| S107009 |
Calculations in Chemical Engineering
The subject is focused on the development of the mathematical models of important physical and chemical processes occurring in materials. The models are developed using the approach based on experimental design in combination with regression analysis. Emphasis is put on detailed statistical analysis of experimental data and the developed models. The models are used for the optimization of the composition of materials with target properties. By applying numerical methods, physic-chemical processes are solved that are described by ordinary and partial differential equations
... more details
|
0/3/0 |
C |
2 |
| S107016 |
Glass Technology
The course involves the fundamental chemical-engineering and technological knowledge of glass preparation, particularly by glass melting. The contemporary approaches to preparation of special glasses by modern non-melting methods are summarized in the introductory lecture. The substantial part of the course focuses on the glass melting process of industrial glasses. The individual courses are chronologically arranged according to the actual development of the glass melting process
... more details
|
4/1/0 |
Ex |
7 |
| S148007 |
Corrosion and Conservation of Inorganic Materials
None
... more details
|
2/1/0 |
Ex |
4 |
|
Volitelné předměty
|
Summer Semester
|
| Code |
Subject Title |
L/Ex/Lab |
Examination |
Credits |
|
Mandatory Subjects
|
| S963008 |
Diploma Thesis
None
... more details
|
0/0/30 |
C |
30 |
| S963010 |
Diploma Thesis
None
... more details
|
0/0/0 |
D |
0 |
| S963019 |
Final state examination
None
... more details
|
0/0/0 |
1 |
0 |
|
|
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