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Table of Contents
Plenary Session
E-01: Large Scale Refrigeration, Liquefaction, Air Separation and Industrial Cryogenics
E-02: Cryocoolers: Pulse Tube, GM, Stirling, Magnetic and Other Coolers
E-03: Expanders, Cryo-pumps, Compressors, Regenerators and Other Components
E-04: Space Cryogenic Applications
E-05: Cryostat Technology and Thermal Insulation
E-06: Thermo-Physical Properties of Solids and Fluids in Cryo-systems
E-07: Magnet Technology, Design and Evaluation
E-08: Large Scale Cryogenics: Fusion Reactors, Accelerators, Superconducting Cavities and Detectors
E-09: Low Temperature Refrigeration for Quantum Computers, Detectors and LT Experiments
E-10: Superconducting Current Leads and Links
E-11: Cryogenics for Power Applications and Transportation
E-12: Various Applications of Superconductors
E-13: LNG and Hydrogen Systems
E-14: New Devices and Novel Concepts
E-15: Biological, Medical and Food Applications
E-16: Instrumentation, Telemetry and Process Control
E-17: Safety, Reliability and Standards
M-01: Processing and Properties NbTi/Nb3Sn/A15/RE123/BSCCO and MgB2
M-02: Pnictides and Other Superconducting Materials
M-03: Superconductor Stability, AC Losses and Electromagnetic Properties
M-04: HTS Bulk, Thin Films and Cables
M-05: Flux Pinning and Critical Current
M-06: Metallic, Composite Materials, Insulation and Impregnation Materials Processing and Properties
M-07: Cryogenic Materials Testing and Methods
M-08: New Cryogenic Materials Properties and Applications
M-09: Cryogenic Low and High Power Electronics, Superconducting Detectors
M-10: Radiation and Other Degradation Effects
M-11: Heat Transfer, Thermodynamic and Fluid Properties of Cryogenic Materials.
E-01: Large Scale Refrigeration, Liquefaction, Air Separation and Industrial Cryogenics
E-02: Cryocoolers: Pulse Tube, GM, Stirling, Magnetic and Other Coolers
E-03: Expanders, Cryo-pumps, Compressors, Regenerators and Other Components
E-04: Space Cryogenic Applications
E-05: Cryostat Technology and Thermal Insulation
E-06: Thermo-Physical Properties of Solids and Fluids in Cryo-systems
E-07: Magnet Technology, Design and Evaluation
E-08: Large Scale Cryogenics: Fusion Reactors, Accelerators, Superconducting Cavities and Detectors
E-09: Low Temperature Refrigeration for Quantum Computers, Detectors and LT Experiments
E-10: Superconducting Current Leads and Links
E-11: Cryogenics for Power Applications and Transportation
E-12: Various Applications of Superconductors
E-13: LNG and Hydrogen Systems
E-14: New Devices and Novel Concepts
E-15: Biological, Medical and Food Applications
E-16: Instrumentation, Telemetry and Process Control
E-17: Safety, Reliability and Standards
M-01: Processing and Properties NbTi/Nb3Sn/A15/RE123/BSCCO and MgB2
M-02: Pnictides and Other Superconducting Materials
M-03: Superconductor Stability, AC Losses and Electromagnetic Properties
M-04: HTS Bulk, Thin Films and Cables
M-05: Flux Pinning and Critical Current
M-06: Metallic, Composite Materials, Insulation and Impregnation Materials Processing and Properties
M-07: Cryogenic Materials Testing and Methods
M-08: New Cryogenic Materials Properties and Applications
M-09: Cryogenic Low and High Power Electronics, Superconducting Detectors
M-10: Radiation and Other Degradation Effects
M-11: Heat Transfer, Thermodynamic and Fluid Properties of Cryogenic Materials.