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Advanced technology in electrical engineering
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Advanced technology in electrical engineering A0B13PTE
| Credits | 5 |
| Semesters | Summer |
| Completion | Assessment + Examination |
| Language of teaching | Czech |
| Extent of teaching | 2+2L |
Annotation
The topic of subject is oriented on selected materials and technics which are offering a new properties and facilities to electrical products.New superconductive materials,special pure polymers and their composites,materials with memory of form,inteligent polymers,materials and structures based on nanoparticles.Selected types of beam technics and their use in practice.
Study targets
Familiarize students with new materials and technologies and their use in electrotechnical products
Course outlines
1.New accesses in application of materials
2.Diagnostic methods used for new materials
3.Properties and behavior of matters at low temperatures
4.Principle of superconductivity, high temperature superconductors (HTS)
5.Manufacturing of supercoductive materials and components
6.Application of superconductivity
7.Structure of polymers and their special properties
8.Composities and their application
9.Inteligent polymers and their application
10.Organic semiconductors
11.Nanostructures and their special properties and behavior
12.Application of nanostructures in electrical products
13.Beam technics
14.Use of laser for record of information
2.Diagnostic methods used for new materials
3.Properties and behavior of matters at low temperatures
4.Principle of superconductivity, high temperature superconductors (HTS)
5.Manufacturing of supercoductive materials and components
6.Application of superconductivity
7.Structure of polymers and their special properties
8.Composities and their application
9.Inteligent polymers and their application
10.Organic semiconductors
11.Nanostructures and their special properties and behavior
12.Application of nanostructures in electrical products
13.Beam technics
14.Use of laser for record of information
Exercises outlines
1.Organization of pracical training,assignment of individual tasks
2.Demonstration of equipments and measurement at cryogenic temperatures
3.Measurement of frictionless bearing based on high temperature superconductor (HTS)
4.Measurement of critical temperature of selected types of HTS
5.Nanostructures and nanotechnology - video
6.Demonstration and measurement of plastic components
7.Soldering in protective atmosphere
8.Glued conductive interconnections
9.Testing and measurement of interconnecting structures
10.Demonstration and measurement of LCD
11.Idividual task prezentation - part 1.
12.Idividual task prezentation - part 2.
13.Idividual task prezentation - part 3.
14.Credit
2.Demonstration of equipments and measurement at cryogenic temperatures
3.Measurement of frictionless bearing based on high temperature superconductor (HTS)
4.Measurement of critical temperature of selected types of HTS
5.Nanostructures and nanotechnology - video
6.Demonstration and measurement of plastic components
7.Soldering in protective atmosphere
8.Glued conductive interconnections
9.Testing and measurement of interconnecting structures
10.Demonstration and measurement of LCD
11.Idividual task prezentation - part 1.
12.Idividual task prezentation - part 2.
13.Idividual task prezentation - part 3.
14.Credit
Literature
1. Hill, T.: Production Operations Management, Cambridge, 1991
2. Nagaya,S.,Komura,K., Kashima,N., Kawashima,H.,Unisuga S.and Kakiuchi, Y. :Development of the composite superconducting magnetic bearing for superconducting flywheel,
3. Physica C: Superconductivity, Volumes 392-396, Part 1, October 2003, Pages 719-722
2. Nagaya,S.,Komura,K., Kashima,N., Kawashima,H.,Unisuga S.and Kakiuchi, Y. :Development of the composite superconducting magnetic bearing for superconducting flywheel,
3. Physica C: Superconductivity, Volumes 392-396, Part 1, October 2003, Pages 719-722
Requirements
A student has to obtain a credit before an examination
Responsible for the data validity:
Study Information System (KOS)