Superconductivity News Forum (SNF)
20th ANNIVERSARY OF THE DISCOVERY OF MgB2 SUPERCONDUCTOR
Cryogenics and Superconductivity Society of Japan, 101st 2021 Virtual Spring Meeting, 19-21 May 2021
Selected Presentation | Highlight Paper
VIRTUAL COATED CONDUCTORS FOR APPLICATIONS WORKSHOP (CCA 2021)
11 – 15 October 2021; Virtual Event
Selected Invited Presentations
CRYOGENIC ENGINEERING CONFERENCE & INTERNATIONAL CRYOGENIC MATERIALS CONFERENCE 2021 (CEC-ICMC 2021)
19 – 23 July 2021; Virtual Event
SNF Special Topic: Transportation
Selected Plenary Presentations | Selected Invited Presentations
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EDITORIAL FOREWORD
E50
Editorial Foreword to Issue No. 50
Full Text, PDFCCA
SELECTED INVITED PRESENTATIONS
MATERIALS AND CONDUCTORS
RP140
Recent Activities of 2G-HTS Tapes at Shanghai Superconductor Technology
STP691
BMO-Doped REBCO Coated Conductor Development for Field Magnets by Using Hot-wall PLD Process
STP690
SuNAM’s Coated Conductor Development for NMR/MRI Applications
STP689
Challenges and Opportunities for Superconductors in High Magnetic Fields
STP688
Materials Opportunities to Boost HTS-CC. Example of Transient Liquid Assisted Growth
STP687
Overcoming Challenges in Utilizing High-Performance REBCO Tapes in Ultra-high Magnetic Field Applications
RP139
Latest Developments in Coated Conductors Will Revolutionize Magnet Technology
LARGE SCALE
STP686
HTS Cable Technology – a Chance for Addressing the Challenges of Energy Transition
RP138
A Collaborative Research to Develop a 6 T 230 Mm Room-temperature Bore High Temperature Superconductor MRI Magnet
STP685
Development of a 1.3 Ghz (30.5 T) LTS/HTS NMR Magnet in the Persistent-Mode
Presentation, PPT (7.31 MB)
STP684
Development of High-strength and High Strain Tolerant CORC® Conductors for High-Field Magnets
RP137
Progress of HTS STARS Conductor Development for the Next-Generation Helical Fusion Experimental Device
STP682
STP681
Develop High-field Accelerator Magnet Technology Using REBCO CORC® Conductor
CEC-ICMC
SELECTED PLENARY PRESENTATIONS
RP141
RP136
ASCEND - A First Step Towards Cryogenic Electric Propulsion for Aircraft?
SELECTED INVITED PRESENTATIONS
RP135
Cryogenically Cooled Electric Power Train for Electrified Aircraft Propulsion
RP134
RP133
RP132
Sustainability through Cryogenic Hydrogen-Electric Aviation: Research of the Center for High-Efficiency Electrical Technologies for Aircraft (CHEETA)
STP680
Design, Construction, and Commissioning of a Deployable Liquid Hydrogen Production and Fueling System for Unmanned Aerial Systems
STP679
Polymer Matrix Composites for Light-weighting of Cryogenic Electric Propulsion System
STP678
Electro-Thermal Modeling of HTS Power Lines for Cryogenically-Cooled Electric Aircraft Design