Year 4 - Part III / MASt - Course M13
Superconducting Materials and Devices - Dr S C Hopkins and Prof M G Blamire
Superconductivity was only discovered a little over a century ago and, although it can only be observed at cryogenic temperatures, it enables both the sensitive measurement of very small magnetic fields and the generation of very high fields, with applications from medical diagnostics to high energy physics. In its second century, superconductivity has a large role to play in meeting energy needs, increasing energy efficiency, and supporting renewable generation and distribution of electricity.
The focus of this course is on the materials science of superconducting materials and devices. After briefly covering the nature and origins of superconductivity, this course will investigate how materials properties for electrical and magnetic applications can be optimised and how superconducting devices operate and are applied.
Lecture Resources (2014-15)
- Course handout - This handout contains a portion of the material to be covered in this revamped course (16.3 MB) (R)
Links to further resources: magnetic materials
- E-book: B. D. Cullity and C. D. Graham, Introduction to Magnetic Materials
- E-book: J. M. D. Coey, Magnetism and Magnetic Materials
- DoITPoMS TLP: Ferromagnetic Materials
- Magnetic materials (University of Birmingham)
- Suppliers with information about commercial materials: MagDev Ltd, Magnet Sales & Manufacturing Inc.
Links to further resources: superconducting materials
- DoITPoMS TLP: Superconductivity
- OpenLearn: Superconductivity (Open University)
- Lectures on Superconductivity: comprehensive series of videos about superconductivity
- Suppliers with information about commercial materials: Oxford Instruments (NbTi, Nb3Sn), SuperPower Inc. (YBCO), Sumitomo Electric (BSCCO)