Following on from the group's previous research in superconducting power applications, this project investigates the behaviour of dielectric insulation in the cryogenic temperature domain.
In order to increase the overall power being transmitted via a superconductor, it is desirable to increase the voltage as well as the current going through the conductor. To contain the potential difference within the superconductor, new types of insulating materials are required with good mechanical and electrical properties at cryogenic temperatures.
Experiments will be undertaken on both new and existing materials at cryogenic temperatures in order to assess their feasibility for use as dielectric insulators in superconducting power applications.
Type: Postgraduate Research
Research Groups: Electrical Power Engineering, Electronics and Electrical Engineering
Themes: High Voltage Engineering, Solid dielectrics, HTS power apparatus, Superconductivity
Dates: 1st October 2007 to 1st October 2012
- cryogenic dielectrics
- high temperature superconductivity
- high voltage engineering
- solid materials
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