AP1-1-INV

High Power Superconducting Wind Generator

Nov. 29 10:00-10:30

David Torrey¹, *Michael Parizh¹, Jim Bray¹, Dhanush Mariappan¹, Wolfgang Stautner¹, Minfeng Xu¹, Anbo Wu¹, Ye Bai¹

General Electric¹

AP1-2-INV

Test operation of 500 m /100 MW Ishikari high-temperature superconducting DC transmission line to demonstrate the required cost reduction and robustness for practical social applications

Nov. 29 10:30-11:00

*Noriyuki Inoue^1,2, Noriko Chikumoto², Hirofumi Watanabe², Yuri Ivanov², Tomoaki Hino², Akio Sato^1,3, Toru Sawamura^1,4, Hisashi Yamamoto^1,5, Katsunori Sumi^1,2, Kiyoshi Okuno², Osamu Motojima^1,2

Ishikari Superconducting DC Power Transmission System¹

Chubu University²

JFE Steel Corporation³

SAKURA internet Inc.⁴

JGC CORPORATION⁵

AP1-3-INV

Application Possibility of SMES to Electric and Hydrogen Hybrid Energy Storage System for Large-Capacity Renewable Energy Generation

Nov. 29 11:00-11:30

*Yoh Nagasaki¹, Shotaro Fukaume¹, Tomoya Owada¹, Makoto Tsuda¹

Tohoku University¹

AP1-4

Demonstration and thermal equilibrium analysis of a 10 kJ capacity energy storage coil made of MgB2 with liquid hydrogen indirect cooling

Nov. 29 11:30-11:50

*Ryo Inomata¹, T Onji¹, Tuyoshi Yagai¹, Yasuhiro Makita², Takakazu Shintomo², Toshihiro Komagome³, Naoki Hirano⁴, Takataro Hamajima⁵

Sophia University¹

High Energy Accelerator Research Organization²

MAYEKAWA MFG. CO., LTD³

National Institute for Fusion Science⁴

Tohoku University⁵

AP2-1-INV

Design, fabrication and testing of a superconducting electrodynamic suspension magnet with coated conductor tapes

Nov. 29 14:00-14:30

*Guangtong Ma¹, Tianyong Gong¹, Ruichen Wang¹, Songlin Li¹, Pengbo Zhou¹, Jing Li¹, Chao Li², Zhengfu Ge²

Southwest Jiaotong University¹

Xi’an Superconducting Magnet Technology Co., Ltd²

AP2-2-INV

Development of 400 kW class induction heating device for aluminum billets using HTS magnet

Nov. 29 14:30-15:00

*Satoshi Fukui¹, Tetsuya Ito^1,2, Jun Ogawa¹, Hiroshi Kawashima², Yasuhiro Ogata², Takayuki Sho², Mitsuho Furuse³, Tomonori Watanabe⁴, Shigeo Nagaya⁴, Yuki Morishita⁵, Nobuyuki Fuyama⁵, Takashi Nagaoka⁵, Norio Nawachi⁵

Niigata University¹

TERAL Inc.²

National Institute of Advanced Industrial Science and Technology³

Chubu Electric Power Co., Inc.⁴

Hiroshima Prefectural Technology Research Institute⁵

AP2-3

Design Study of an HTS Linear Power Generator Suitable for Wave Energy Power Generation

Nov. 29 15:00-15:20

*Petrus Kambo¹, Yuhi Yamanouchi¹, Antomne A Caunes¹, Kota Yamaguchi², Mitsuru Izumi^1,3, Tetsuya Ida¹

Tokyo University Of Marine Science And Technology, Japan¹

National Institute Of Technology, Oshima College, Japan²

National Institute Of Technology, Toba College, Japan³

AP2-4-INV

Status and Prospects for Superconducting Power Systems

Nov. 29 15:20-15:50

*Tabea Arndt¹

KIT-Karlsruhe Institute of Technology, ITEP-Institute for Technical Physics¹

AP3-1

Design and Build of a High-Speed AC Homopolar Superconducting Motor

Nov. 29 16:10-16:30

*Kent A Hamilton¹, Swarn S Kalsi³, James G Storey¹, Dale A Carnegie², Rodney A Badcock¹

Robinson Research Institute, New Zealand¹

Victoria University of Wellington, New Zealand²

Kalsi Green Power Systems, United States of America³

AP3-2

Thermal Characteristic Analysis of Fully Superconducting Motors Employing Dilute Gas Rotor Cooling Structure

Nov. 29 16:30-16:50

*Kazuki AKASAKA¹, Yutaka TERAO¹, Hiroyuki OHSAKI¹, Keiichi OKAI², Hideyuki TAGUCHI²

The University of Tokyo (Japan)¹

JAXA (Japan)²

AP3-3

Research on high-temperature superconducting induction/synchronous motor for transportation equipment with high power density

Nov. 29 16:50-17:10

*Yunfei Gao¹, Taketsune Nakamura¹, Tomoki Ono¹

Kyoto University¹

AP3-4

Superconducting motor for aircraft application using bulk material

Nov. 29 17:10-17:30

Remi Dorget^1,2, Quentin Nouailhetas¹, Julien Labbé², Sabrina Ayat², Jan Plecháček³, Kévin Berger¹, Jean Lévêque¹

University of Lorraine - Laboratory GREEN (France)¹

SAFRAN TECH, Magny-les-Hameaux (France)²

CAN SUPERCONDUCTORS, Kamenice, (Czech republic)³

AP4-1-INV

AC loss issues in all-superconducting rotating machines for aircraft applications

Nov. 29 17:50-18:20

*Zhenan Jiang¹, Yueming Sun¹, Yukai Qiao¹, Nicholas Strickland¹, Grant Lumsden¹, Rodney A Badcock¹, Swarn S Kalsi², Yusuke Sogabe³, Naoyuki Amemiya³, Matt Rindfleisch⁴, Mike Tomsic⁴, Mike D Sumption⁵, Timothy Haugan⁶, Mark D Ainslie⁷, Neil Glasson⁸

Robinson Research Institute, Victoria University of Wellington, New Zealand¹

The Kalsi Green Power Systems, USA²

Graduate School of Engineering, Kyoto University, Japan³

Hyper Tech Research, USA⁴

Department of Materials Science and Engineering, the Ohio State University, USA⁵

U.S. Air Force Research Laboratory, USA⁶

Department of Engineering, King’s College London, UK⁷

Fabrum Solutions, New Zealand⁸

AP4-2

DESIGN AND TEST OF A SET UP FOR CALORIMETRIC MEASUREMENTS OF AC TRANSPORT LOSSES OF HTS COILS

Nov. 29 18:20-18:40

Carlos Roberto Vargas Llanos¹, Joachim Krämer², Mathias Noe¹, Francesco Grilli¹

Karlsruhe Institute of Technology (Germany)¹

Krämer Energietechnik GmbH & Co. KG (Germany)²

AP4-3

Electric field in coated conductors carrying ac current under ac external magnetic field

Nov. 29 18:40-19:00

*Yusuke Sogabe¹, Naoyuki Amemiya¹

Kyoto University¹

AP4-4

Numerical analysis of dynamic resistance and total loss in an HTS REBCO coated conductor carrying a DC current under a perpendicular AC magnetic field at various operating temperatures

Nov. 29 19:00-19:20

*Ben George Koshy¹, Yueming Sun¹, Rodney A. Badcock¹, Ben Mallett¹, Zhenan Jiang¹

Robinson Research Institute, Victoria University of Wellington, Wellington 6140, New Zealand¹

AP4-5

Experiments and numerical analyses of dynamic resistivities in copper-plated multifilament coated conductors

Nov. 29 19:20-19:40

*Yusuke Sogabe¹, Naoyuki Amemiya¹

Kyoto University (Japan)¹

AP4-6

AC loss reduction methodologies for HTS coil windings coupled with an iron core

Nov. 29 19:40-20:00

*Yue Wu^1,3, Jin Fang¹, Naoyuki Amemiya², Rodney A. Badcock³, Nicholas J. Long³, Zhenan Jiang³

School of Electrical Engineering, Beijing Jiaotong University¹

Graduate School of Engineering, Kyoto University²

Robinson Research Institute, Victoria University of Wellington³

AP5-1-INV

SUPERCONDUCTING ROTATING MACHINES

Nov. 30 10:00-10:30

*Swarn S. Kalsi¹

Kalsi Green Power Systems, LLC¹

AP5-2-INV

Electromagnetic Analysis of Fully Superconducting Motors Employing Dilute Gas Rotor Cooling and Liquid Hydrogen Stator Cooling Structure

Nov. 30 10:30-11:00

*Yutaka Terao¹, Kazuki Akasaka¹, Hiroyuki Ohsaki¹, Keiichi Okai², Hideyuki Taguchi²

The University of Tokyo¹

JAXA²

AP5-3

Development of 40-MW-class Electric-Wire-Interconnect-System (EWIS) for Electric Aircraft

Nov. 30 11:00-11:20

*Timothy J Haugan¹, Mary Ann P Sebastian², Charles R Ebbing², Christopher J Kovacs^3,4, Thomas J Bullard³

U.S. Air Force Research Laboratory¹

Univ. of Dayton Research Institute²

UES Inc.³

Scintilating Solutions LLC⁴

AP5-4

Demonstration of rotation characteristics during transition between the boiling point of liquid nitrogen and room temperature in a 6 kW-class high temperature superconducting induction/synchronous motor

Nov. 30 11:20-11:40

*Taketsune Nakamura¹, Takao Sakurai², Toshiyasu Inuzuka², Chikako Funayama²

Kyoto University¹

Mitsubishi Heavy Industries, Ltd.²

AP6-1-INV

Recent Advances in Ultra-High Field Superconducting Magnets - 2022

Nov. 30 12:00-12:30

*Mark D Bird¹

Florida State University¹

AP6-2-INV

High-field high-temperature superconducting accelerator magnets at the Berkeley lab

Nov. 30 12:30-13:00

*Tengming Shen¹, Xiaorong Wang¹, Laura Garcia Fajardo¹, Ray Hafalia¹, Soren Prestemon¹

Lawrence Berkeley National Laboratory, Berkeley, CA, 94720 USA¹

AP6-3-INV

Development of Exciter System for Power Supply Driven HTS-MRI

Nov. 30 13:00-13:30

*Yasuyuki Shirai¹, Yuto Uchida¹, Hideaki Miura², Taisuke Hattori², Tetsuya Matsuda²

Kyoto University¹

Mitsubishi Electric Corporation Advanced Technology R&D Center²

AP7-1-INV

Development of Ultra-Baby HTS magnet for Skeleton Cyclotron Accelerator

Nov. 30 15:50-16:20

*So Noguchi¹, Hiroshi Ueda², Tomonori Watanabe³, Shigeo Nagaya⁴, Mitsuhiro Fukuda⁴, Atsushi Ishiyama⁵

Hokkaido University¹

Okayama University²

Chubu Electric Power Company³

Osaka University⁴

Waseda University⁵

AP7-2-INV

Application of superconducting flux pumps to MRI magnet systems

Nov. 30 16:20-16:50

*Timothy A Coombs^1,2

Cambridge university¹

Durham university²

AP7-3

CANCELLED

Nov. 30 16:50-17:10

AP8-1-INV

HTS fusion magnet

Nov. 30 18:00-18:30

*Rod Bateman¹

Tokamak Energy Ltd.¹

AP8-2

Numerical Analysis of a Hybrid REBaCuO-Cu Coating for the FCC Beam Screen: Misalignments, Creep and Harmonic Correction

Nov. 30 18:30-18:50

Guilherme T. Telles¹, Artur Romanov¹, Neil Lamas¹, Patrick Krkotic², Nikki Tagdulang^3,4, Joan O'Callaghan^3,4, Montse Pont³, Sergio Calatroni², Teresa Puig¹, Xavier Granados¹, Joffre Gutierrez¹

Institut de Ciència de Materials de Barcelona (ICMAB - CSIC), Spain¹

European Organization for Nuclear Research (CERN), Switzerland²

ALBA Synchrotron Light Source, Spain³

Universitat Politècnica de Catalunya (UPC), Spain⁴

AP8-3

Coupled electro-magnetic and electro-thermal model for non-insulated and metal-insulated high field magnets

Nov. 30 18:50-19:10

*Enric Pardo¹, Anang Dadhich¹, Philippe Fazilleau²

Institute of Electrical Engineering, Slovak Academy of Sciences, Slovakia¹

CEA, Universite Paris-Saclay, France²

AP9-1-INV

Magnetic Refrigeration for Cryogen Liquefaction

Dec. 1 11:00-11:30

*John A Barclay¹, Corey C Archipley¹

Pacific Northwest National Laboratory¹

AP9-2

Removal of martensitic transformation SUS304 fine particles by a high gradient magnetic separation under dry condition

Dec. 1 11:30-11:50

Haozhou Chen¹, *Youtian Yang¹, Osuke Miura¹

Electrical Engineering And Computer Science, Graduate School Of Systems Design, Tokyo Metropolitan University, Japan¹

AP9-3

Fundamental study of the removal of microplastic fibers using swirling flow and magnetic field

Dec. 1 11:50-12:10

*Satoshi Fujii¹, Yoko Akiyama¹, Yuichiro Manabe¹, Fuminobu Sato¹

Graduate School of Engineering, Osaka University (Japan)¹

AP9-4

All-optical non-contact level sensor for liquid hydrogen

Dec. 1 12:10-12:30

*Muneo Futamura¹, Toshiyuki Oikawa², Shigeo Miura², Hiroshi Okamoto²

Department of Mechanical Engineering, Akita Prefectural University (Japan)¹

Department of Intelligent Mechatronics, Akita Prefectural University (Japan)²

AP9-6

Detection of localized hot spots at 80 K using distributed fibre Bragg gratings

Dec. 1 12:30-12:50

*Xiyong Huang¹, Mike Davies¹, Dominic A. Moseley¹, Bart M. Ludbrook¹, Erica E. Salazar², Shahna Muhammad Haneef¹, Rodney A. Badcock¹

Paihau-Robinson Research Institute, Victoria University of Wellington¹

Commonwealth Fusion Systems²

AP9-7

Transport current characterisation of the magnetic field-angular dependence of the critical current density for bulk REBCO superconductors

Dec. 1 12:50-13:10

*Ross W. Taylor^1,2, Andres E. Pantoja¹, Tomáš Hlásek³, Jan Plecháček³, Hubertus W. Weijers¹, Mark D. Ainslie⁴, Chris W. Bumby^1,2

Robinson Research Institute, Victoria University of Wellington¹

MacDiarmid Institute, Victoria University of Wellington²

CAN SUPERCONDUCTORS³

Department of Engineering, King’s College London⁴

AP10-1-INV

A novel ultra-high current density HTS magnet form

Dec. 1 14:30-15:00

Changhao Hu¹, Yi Lin¹, *Jianzhao Geng¹, Liang Li¹

Huazhong University of Science and Technology(China)¹

AP10-2-INV

Transformer-rectifier flux pumps at the Paihau-Robinson Research Institute

Dec. 1 15:00-15:30

*Dominic A. Moseley¹, Jordan Clarke¹, James H. P. Rice¹, Bradley Leuw^1,2, Sriharsha Venuturumilli¹, Ben P. P. Mallett¹, Adam Francis¹, Rodney A. Badcock¹

Robinson Research Institute, Victoria University Of Wellington, New Zealand¹

Open Star Technologies, New Zealand²

AP10-3

Design and Build of a 200 A Conduction Cooled HTS Dynamo for Superconducting Motor Field Coil Energisation

Dec. 1 15:30-15:50

*Kent A Hamilton¹, James G Storey¹, Dale A Carnegie², Rodney A Badcock¹

Robinson Research Institute, New Zealand¹

Victoria University of Wellington, New Zealand²

AP10-4

Demonstration of a hybrid rotating-magnet rectifier HTS flux pump

Dec. 1 15:50-16:10

*Dylan M Guja¹, Jianzhao Geng², Chris W Bumby¹, Rodney A Badcock¹

Paihau-Robinson Research Institute, Victoria University of Wellington, Lower Hutt 5046, New Zealand¹

Huazhong University of Science and Technology, Wuhan, Hubei, China²

AP10-5

A Full-wave HTS Transformer-Rectifier Using J_c(B) Switching: Modelling and Experiments

Dec. 1 16:10-16:30

*James H.P. Rice¹, Dominic A. Moseley¹, Heng Zhang², Alexander Petrov², Steven Wray², Rodney A. Badcock¹

Victoria University of Wellington¹

UK Atomic Energy Authority²

AP10-6

Increment of levitation stability in the magnetic circuit design of the HTS magnetic bearing rotor

Dec. 1 16:30-16:50

*Rento Taniguchi¹, Shuto Ishida¹, Keigo Yagi¹, Shunsuke Ohashi¹

Department of Electrical and Electronic Engineering, Kansai university, Japan¹

AP10-7

Numerical evaluation of rotational loss characteristics of low-speed rotating superconducting magnetic bearings for various levitation forces

Dec. 1 16:50-17:10

*Satsuki Okumura¹, Yutaka Terao¹, Hiroyuki Ohsaki¹, Yuki Sakurai², Tomotake Matsumura³, Nobuhiko Katayama³

Graduate School of Frontier Sciences, The University of Tokyo, Japan¹

Graduate School of Natural Science and Technology, Okayama University, Japan²

Kavli Institute for the Physics and Mathematics of the Universe, The University of Tokyo, Japan³