TLP contents
Main pages
Media resources
- Development of a 'giant' atom (Flash)
- Graph of critical magnetic field and temperature for type I superconductors (Flash)
- Graph of critical magnetic field and temperature for type II superconductors (Flash)
- Working of a Maglev train (Flash)
- Levitation by a section of superconducting material when placed above a magnetic track (Flash)
- Parts of an MRI scanner (Flash)
- The basic mechanism by which electron pair attraction occurs (Flash)
- How superconductivity arises from the partial penetration of flux (Flash)
- Electrons arrangment in normal and superconducting solids (Flash)
- Experiment to measure duration of current flow in a ring where a current had been induced by a magnetic field (Flash)
- Three possible relationships between temperature and electrical resistance of metals (Flash)
- Electrical resistance v temperature for mercury (Flash)
- Title page image (image)
- The London equation (image)
- The London penetration (image)
- Graph charting the development of superconducting materials. (image)
- Relationship between the coherence length and penetration depth for Type I superconductors (image)
- Relationship between the coherence length and penetration depth for Type II superconductors (image)
- The movement of particles into a depression (video)
- The movement of particles into and out of a depression (video)
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