Advances in Cryogenic Engineering

Part A

1. Superconductivity Applications

   1. Emerging 21st Century Markets and Outlook for Applied Superconducting Products

      • Carl H. Rosner

      Pages 1-24

2. Superconducting RF Technologies

   1. Large Applications and Challenges of State-Of-The-Art Superconducting RF (SRF) Technologies

      • Quan-Sheng Shu

      Pages 25-36

   2. The Jefferson Lab Superconducting Accelerator

      • J. R. Delayen

      Pages 37-42

   3. Jefferson Lab High-Power Free-Electron Laser

      • C. H. Rode, The Jefferson Lab FEL Team

      Pages 43-52

   4. Superconducting Radio-Frequency Technology: Understanding and Improvements of Limitations Through Application of Cryogenic Instrumentation

      • P. Kneisel

      Pages 53-62

   5. Thermal Stability Analysis of Superconducting RF Cavities

      • T. Junquera, J. Lesrel, M. Fouaidy, S. Bousson

      Pages 63-70

   6. Influence of the RRR of Niobium on the RF Properties of Superconducting Cavities

      • H. Safa

      Pages 71-76

   7. Studies of RF-Superconductivity Properties of Niobium Film-Coated Cavities at CERN

      • C. Benvenuti, S. Calatroni, I. E. Campisi, P. Darriulat, C. Durand, M. Peck et al.

      Pages 77-85

   8. Construction, Commissioning, and Cryogenic Performances of the First TESLA Test Facility (TTF) Cryomodule

      • C. Pagani, J. G. Weisend II, R. Bandelmann, D. Barni, A. Bosotti, G. Grygiel et al.

      Pages 87-96

   9. The Performance of 1.3 Ghz 9-Cell Superconducting Cavity Systems for The TESLA Test Facility

      • W.-D. Möller, M. Pekeler

      Pages 97-104

   10. Superconducting RF Cavities and Magnets for a 4-TeV Energy Muon Collider

       • Quan-Sheng Shu, M. Green, D. Neuffer, D. Summers, S. Simrock, E. Willen

       Pages 105-112

   11. Experience with the Lep Superconducting RF Accelerating System

       • G. Geschonke

       Pages 113-121

   12. Design and Performance of KEKB Superconducting Cavities and its Cryogenic System

       • K. Hosoyama, S. Mitsunobu, T. Furuya

       Pages 123-130

   13. Beam Effects on the Cryogenic System of LEP 2

       • Philippe Gayet, Dieter Kaiser, Gunter Winkler

       Pages 131-137

3. Magnets: Design and Performance

   1. A Cryogen-Free 0.5 TESLA MRI Magnet for Head Imaging

      • J. M. van Oort, E. T. Laskaris, P. S. Thompson, B. Dorri, K. G. Herd

      Pages 139-147

   2. Design, Fabrication, and Testing of the Aliss Superconducting Mine-Countermeasures Magnet

      • M. Heiberger, A. R. Langhorn, W. P. Creedon, S. Chapelle, R. A. Guzman, T. E. Harris et al.

      Pages 149-156

   3. Manufacturing of Liquid Helium Free Superconducting Magnets for Industrial Use

      • T. Kobayashi, Y. Sato, T. Sasaki, S. Mine

      Pages 157-163

   4. Ramp Rate Testing of an HTS High Gradient Magnetic Separation Magnet

      • M. A. Daugherty, E. W. Roth, D. E. Daney, D. D. Hill, F. C. Prenger

      Pages 165-171

   5. Bi-2212 Coils for 1 T Class Insert Coils

      • H. W. Weijers, D. Hazelton, L. Cowey, Y. S. Hascicek, I. H. Mutlu, U. P. Trociewitz et al.

      Pages 173-179