Advances in High-Tc SuperconductorsJohn J. Pouch This book points out the most recent developments in the young and exciting field of high-temperature superconductors. The contributed papers cover a large variety of different aspects of these materials, such as physical and chemical properties, fabrication and processing technology, probing techniques and device technology. |
Contents
Electrodynamic Parameters of YBа2CuзOy | 59 |
µSR Studies | 85 |
Harmonic and Static Susceptibilities of YBa₂Cu307 | 103 |
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Advances in High-Tc Superconductors J.J. Pouch,S.A. Alterovitz,R.R. Romanofsky,A.F. Hepp Limited preview - 1993 |
Common terms and phrases
A/cm² anisotropy annealing Appl behavior bismuth BSCCO BSCCO films bulk c-axis ceramic chemical composition compounds copper critical current density Cu-O cuprates curve decrease deposition devices doping effect electron energy experimental flux creep flux pinning function glass grain boundaries growth high temperature high temperature superconductors high-Te increase irradiation laser lattice layer Lett low temperatures magnetic field materials measurements melt metal method MgO substrates microstructure microwave MOCVD observed obtained orientation oxide oxygen parameters particles peak penetration depth Phys Physica plane powder precursors pressure Proc quenching reaction region sample shown in figure shows single crystal sintered specimen sputtering SrTiO3 stoichiometry structure substrate substrate temperature superconducting films superconducting phase superconducting properties superconducting thin films surface tape technique temperature dependence thallium thermal twin boundaries valence vapor weak links YBCO zero resistance