Superconductor Levitation

This book introduces the physical principles behind levitation with superconductors, and includes many examples of practical magnetic levitation demonstrations using superconducting phenomena.

It features more than twenty examples of magnetic levitation in liquid nitrogen using high temperature superconductors and permanent magnets, all invented by the author. The book includes the demonstration of suspension phenomenon induced by magnetic flux pinning as well as magnetic levitation by the Meissner effect. It shows how superconducting magnetic levitation and suspension phenomena fire the imagination and provide scientific insight and inspiration.

This book will be a useful experimental guide and teaching resource for those working on superconductivity, and a fascinating text for undergraduate and graduate students.

Auteur

Chan-Joong Kim received PhD in Materials Science from the Korea Advanced Institute of Science and Engineering. He is currently the head of superconductor research team at the Neutron Science Division of Korea Atomic Energy Research Institute (KAERI) and also the President of The Korean Superconductivity Society (KSS). He also acts as the editorial board member of Korea Material Research Society, and Korea Ceramic Society. His research interests are 1) Uranium and uranium alloys 2) YBCO superconductors 3) YBCO coated conductors 4) BSCCO superconductors 5) MgB2 superconductors. He published about 200 academic papers on Superconductivity in SCI international Journals.

Contenu

Chapter 1. History of Superconductivity

Chapter 2. Synthesis of High-Tc Oxide Superconductors

Chapter 3. Magnetic Levitation Forces of Superconductors

Chapter 4. Cooling Method

Chapter 5. Levitation Experiments Using the Meissner Effect

Chapter 6. Measurement of Magnetic Levitation Forces Using Scales Chapter 7. Levitation of Magnets above Superconductors

Chapter 8. Suspension Experiments Using Flux pinning

Chapter 9. Superconducting Suspension Experiment Kit

Chapter 10. Magnetic Levitation Train

Chapter 11. Applications of Superconductors