https://www.appliedsuperconductivity.org/asc2024
September 2, 2024
- 1MOr2B-01: [Invited] Advanced REBCO conductors: Development and Scale Up
September 3, 2024
- 2MPo1A-02: [Invited] Next-generation Advanced MOCVD for long REBCO tapes
- 2MPo2C-06: High-strength REBCO tapes
September 4, 2024
- 2MOr1C-01: A Double-Sided Oxide Buffer Architecture to Facilitate REBCO Growth for High Performance
- 3MOr1B-02: Double-Sided REBa2Cu3O7−δ Conductor by Advanced MOCVD
- 3EOr1B-05: Microwave characterization and optimization of flexible HTS tapes deposited on dielectric YSZ substrates for transmission lines and interconnect applications
- 3LOr2B-02: Re-assembly and test of COMB dipole magnet with STAR® wires
- 3MOr2B-05: Utilization of STAR® Wire for Generation of Dipole Field above 20 T: Non-Destructive Investigation Using Micro-CT
- 3MPo2B-08: Development of electrically conductive buffer for REBCO conductors
- 3MPo2B-09: Development of REBCO thin films using MOCVD on non-standard buffers and substrates
- 3LPo1J-05: Quench stability measurements with different REBCO tape architectures
- 3MOr2B-06: Comparative Study in Reel-to-Reel Continuous Characterization of Long REBCO Conductors at 65-77 K in Self- and Background Fields
September 5, 2024
- 4LPo1H-05: A 6-around-1 cable using high-temperature superconducting STAR® wires
September 6, 2024
- 5LOr1A-03: Quench detection in 2G-HTS by using Tape as a Transmission Line: Frequency vs Time Domain Response
- 5MOr1A-03: Enhanced current sharing in REBCO tapes with new architectures.
- 5MOr1A-05: Advances in STAR® wires for high-field accelerator magnets
- 5MOr2A-04: Superior Critical Current of Long, 4-µm Thick Film RE-Ba-Cu-O Tapes by Advanced-MOCVD