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Dr Andrew Steele explains how a superconducting magnetic levitation or maglev train works. [5 minutes]
An ongoing project on superconductivity produced to celebrate the centenary of the discovery of superconductivity in 2011. It consists of a series of video lectures by leading world experts in academia and...
Shows an inorganic chemical research laboratory at the University of Edinburgh and the applications laboratory of an NMR instrument maker, Bruker Spectrospin, in West Germany. In Edinburgh Professor E A V...
Starts with a series of demonstrations showing the three electromagnetic principles on which the induction motor is based. Then uses models to explain how a linear induction motor works. The new magnetic...
The Meissner effect is shown by levitation of a small permanent magnet over a super-conducting dish. It is demonstrated that a magnet will levitate over a sufficiently thick dish but not over a very thin...
During the increase of an external magnetic field the typical domain structures of bulk lead samples above the critical thickness change at the threshold of superconductivity through the intermediate state...
During the increase of the external magnetic field, the domain structures typical for bulk lead samples under and in the vicinity of the critical thickness change at the threshold from superconductive...
Three programmes telling the story of electricity and the history of its discovery and applications. The first programme SPARK, is about the very first scientists who studied electricity. Known as ‘natural...
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