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CEC-ICMC 2019 - Abstracts, Timetable and Presentations

21–25 Jul 2019
Connecticut Convention Center, Level 6
US/Eastern timezone

Conference Management

Session

M2Or1B - Focus Series B: REBCO Flux Pinning I

M2Or1B
23 Jul 2019, 09:30
Level 6, Room 12 - 13

Level 6, Room 12 - 13

Conveners

M2Or1B - Focus Series B: REBCO Flux Pinning I

  • Mary Ann Sebastian (University of Dayton Research Institute)
  • Judy Wu (University of Kansas)

Presentation materials

There are no materials yet.

  1. 1123. M2Or1B-01 [Invited]: Comparative studies of vortex pinning and dynamics in superconductors
    Boris Maiorov (Los Alamos National Laboratory)
    23/07/2019, 09:30
    Invited Oral Presentation

    Superconducting vortex physics has been a topic of interest since the discovery of the oxide high temperature superconductors (HTS). Two driving forces are behind this interest, on the one hand the attractive new physics and on the other the pursuit of technological uses. The complex vortex phenomena in oxide HTS arise from the strong influence of thermal fluctuations, which is a consequence...

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  2. 973. M2Or1B-02 [Invited]: Flux pinning mechanism in angular dependent Jc of REBCO wire with artificial pinning centers
    Prof. Kaname Matsumoto (Kyushu Institute of Technology)
    23/07/2019, 10:00
    Invited Oral Presentation

    REBCO wires with artificial pinning centers (APCs) are known to have extremely high Jc at low temperatures and high magnetic fields. Although understanding of the behavior of Jc when tilting the applied magnetic field from the wire surface is still insufficient, information on the angular dependent Jc is very important in coil design. In current REBCO wires, nanorods are often used for APCs...

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  3. 882. M2Or1B-03 [Invited]: Optimizing Vortex-Pinning in Superconducting Wires
    Prof. Amit Goyal (University at Buffalo / Oak Ridge National Laboratory)
    23/07/2019, 10:30
    Invited Oral Presentation

    Engineered nanoscale defects within REBa2Cu3O7-δ (REBCO) based coated conductors are of great interest for enhancing vortex-pinning, especially in high-applied magnetic fields. We have conducted extensive research to optimize vortex-pinning and enhance Jc via controlled introduction of various types of nanoscale defects ranging from simple rare-earth oxides and Ba-based perovskites to double...

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