Superconductivity: Present and Future Applications
Publisher: CCAS 2009
Number of pages: 37
Superconductors differ fundamentally in quantum physics behavior from conventional materials in the manner by which electrons, or electric currents, move through the material. It is these differences that give rise to the unique properties and performance benefits that differentiate superconductors from all other known conductors.
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- U.S. Government Printing Office
As the title suggests, this study attempts to put HTS in perspective, both in terms of competing technologies (e.g., low-temperature superconductors), and in terms of the many technical problems that must be overcome before HTS can be widely used.
by Helmut Eschrig - University of Technology Dresden
Table of contents: The Solid as a Quantum Many-Body System; Green's Functions; Green's Functions in the Superconducting State; Split-off of High Energy Parts; The Low Energy Equations; Strong Coupling Theory of the Transition Temperature; etc.
by Andreas Schmitt - Springer
In this introduction, I discuss theoretical aspects of superfluidity and superconductivity, mostly using a field-theoretical formalism. While the emphasis is on general concepts, I also discuss applications in low-energy and high-energy physics.
by Alexander Gabovich (ed.) - InTech
Science of superconductivity develops rapidly and new discoveries are expected in the nearest future. The book includes 17 chapters written by noted scientists, dealing with various aspects of superconductivity, both theoretical and experimental.