Engineering Superconductivity," ed. Peter J. Lee, Wiley-Interscience, New York, 2001
CONTENTS |
|
PREFACE | vii |
SUPERCONDUCTIVITY AND MAGNETISM |
1 | Historical Introduction | 1 |
Magnetic Flux | 5 |
Magnetic Levitation | 22 |
Magnetic Materials | 30 |
Magnetic Noise, Barkhausen Effect | 41 |
Magnetic Refrigeration | 53 |
Magnetic Resonance | 58 |
Superconducting Magnets, Quench Protection | 64 |
Superconductivity: Critical Current | 91 |
Superconductivity: Electromagnets | 107 |
Superconductivity: Electronics | 116 |
Superconductivity: Hysteresis and Coupling Losses | 138 |
Superconductivity: Microwave Technology | 152 |
Superconductivity: Tunneling and Josephson Junctions | 163 |
Superconductivity: Type I and II | 177 |
SUPERCONDUCTORS |
187 |
Introduction | 187 |
A15 Superconductors | 188 |
Cryogenic Stabilization | 204 |
Forced Flow Conductor Manufacturing | 218 |
HTS Film Growth | 240 |
HTS Josephson Junction Development | 248 |
HTS Processing: Bulk, Thin Film, and Wires | 260 |
HTS Superconductors, Physical Structures, and Role of Constituents | 280 |
Nb-Ti Alloy Superconductors | 295 |
Stability In Forced Flow | 306 |
Stabilization Against Flux Jumps | 317 |
APPLICATIONS AND RELATED TECHNOLOGY |
329 |
Introduction | 329 |
Capacitor Storage | 330 |
Diagnostic Imaging | 345 |
Frequency Converters and Mixers | 363 |
Fusion Reactors | 375 |
Gyrotron | 394 |
Hall Effect Transducers | 401 |
High-Energy Physics Particle Detector Magnets | 412 |
Infrared Detector Arrays, Uncooled | 424 |
Magnetic Sensors | 434 |
Magnetic Separation | 448 |
Magnetic Source Imaging | 464 |
Magnets for Magnetic Resonance Analysis and Imaging | 479 |
Microwave Ferroelectric Devices | 491 |
Peltier Effect | 499 |
Power Quality | 506 |
SQUIDs | 517 |
Superconducting Cavity Resonators | 528 |
Superconducting Cyclotrons and Compact Synchrotron Light Sources | 540 |
Superconducting Fault Current Limiters | 544 |
Superconducting Filters and Passive Components | 551 |
Superconducting Levitation | 563 |
Superconducting Magnets for Fusion Reactors | 568 |
Superconducting Magnets for Particle Accelerators and Storage Rings | 577 |
Superconducting Transformers | 596 |
Temperature Sensors | 602 |
Thermoelectric Conversion | 623 |
INDEX | 633 |
CONTRIBUTORS David E. Andrews lltcho Angelov Daniel H. J. Baert Athanassios Bardas Henry Blosser Heinrich J. Boenig Punit Boolchand Luca Bottura Pierluigi Bruzzone Thomas F. Budinger Donald P. Butler Zeynep Çelik-Butler Kookrin Char Durga P. Choudhury Terry S. Davies Alex de Lozanne Arnaud Devred Reinhard Dietrich F. J. Edeskuty Hal Edwards Halit Eren Robert L. Fagaly D. K. Finnemore Martin G. Forrester Michael A. Green Larry R. Grisham M. S. Hämäläinen I. D. Hepburn John R. Hull Brian D. Hunt R. Lawrence Ives K. Jagannadnam Raghavan Jayakumar Colin M. Jefferson Mark Jeffery Swarn S. Kalsi R. Kalyanaraman Erik L. Kollberg D. Kumar Peter J. Lee Cesar Luongo P. Maccioni Vladimir Matijasevic Mitsuhiro Motokawa J. Narayan J. T. Nenonen Qian Niu Hassan Nouri S. Oktyabrsky Hasan Padamsee Martha Pardavi-Horvath D. P. Patel Scott D. Peck J. M. Pond J. B. L. Rao Christopher M. Rey S. T. Ruggiero Lembit Salasoo Joel H. Schultz D. P. Sekulic Rajiv K. Singh A. Smith S. Sridhar Guru Subramanyam Salvador H. Talisa John Talvacchio B. Turck Robert B. van Dover William H. Warnes John E. C. Williams Jan Zakrzewski John C. Zeigler Herbert Zirath |