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MT26 Abstracts, Timetable and Presentations

from Sunday, 22 September 2019 (14:00) to Friday, 27 September 2019 (13:00)
Hyatt Regency Hotel Vancouver

        : Sessions
    /     : Talks
        : Breaks
22 Sep 2019
23 Sep 2019
24 Sep 2019
25 Sep 2019
26 Sep 2019
27 Sep 2019
AM
07:50 --- Registration Open (7:00 AM - 6:30 PM) ---
07:55 --- Exhibits Open (9:00 AM - 4:30 PM) ---
08:00 --- MT26 Opening ---
08:05
Plenary: Herman ten Kate (CERN) -Prof. Lance Cooley (ASC/NHMFL/FSU) (until 08:50) (Regency Ballroom)
08:05 Mo-Mo-PL1-01: SUPER-Conductors for Successful Magnets - Herman Ten Kate (CERN)   (Regency Ballroom)
08:50 --- IEEE Awards Presentations ---
09:15 --- Coffee Break (during Poster Sessions) ---
09:15
Mon-Mo-Po1.01 - Quench Protection and Detection Systems I - Maxim Marchevsky (LBNL) Konstantinos Bouloukakis (Victoria University of Wellington) (until 11:15) (Level 2 Posters 1)
09:15 Mon-Mo-Po1.01-01 [1]: Presentation withdrawn   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.01-02 [2]: Design and Evaluation of a Controllable Contact Resistance for Meter-Class REBCO No-Insulation Pancake Coils - Prof. Tao Wang (Nanjing University of Science and Technology)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.01-04 [3]: Performance of the Large Hadron Collider’s Cryogenic Bypass Diodes over the First Two Physics Runs, Future Projects and Perspectives - Giorgio D'Angelo (CERN)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.01-05 [4]: Quench protection method using current of magnetically coupled secondary coil for fast current reduction of superconducting magnet - Yojong Choi (Yonsei University, Seoul, Korea)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.01-06 [5]: Voltage Signal rate change of Quench Detection by Real-Time Least squares for HTS Tape and Coil - Jie Chen   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.01-07 [6]: Optimal Design and Performance Evaluation of Quench Protection System using Dual-capacitor Switching with Various Design Parameters for scale-up Test coil - Yojong Choi (Yonsei University, Seoul, Korea)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.01-08 [7]: Quench Protection of Multi-coil Low Temperature Superconducting Systems - Michael Parizh (GE Global Research)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.01-09 [8]: Experimental Study on the Electrical Properties of Optical Fiber Encapsulated High Temperature Superconducting Tapes - Z.Y. Li   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.01-10 [9]: A Conceptual Design of “Magnetic Dam” as a Quench Protection System Using Electromagnetically Coupled Coils for NI HTS Magnet - Mr Soobin An (SeoulNationalUniversity)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.01-11 [10]: Experimental study on quench protection of HTS magnet composed of multiple pancake-coils by use of auxiliary resistive shunt loop method - Takuma Ichikawa (university)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.01-12 [11]: Cenceptual Design and Performance of Quench Detection System for Super High Field Magnet Using Multi Receivers via Wireless Power Transfer Technology - Yojong Choi (Yonsei University, Seoul, Korea) Yoon Do Chung (Suwon Science College)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.01-13 [12]: Dynamic quench protection framework for nuclear fusion energy devices based on superconducting magnet testing - Kun Wang (Institute of Plasma Physics Chinese Academy of Sciences (ASIPP))   (Level 2 Posters 1)
09:15
Mon-Mo-Po1.02 - Multiphysics Design and Analysis I - Walter Fietz (KIT) Victor Bykov (Max Planck Institute for Plasma Physics, Greifswald, Germany) (until 11:15) (Level 2 Posters 1)
09:15 Mon-Mo-Po1.02-01 [13]: Parametric Sensitivity Characteristics of Numerical Simulations on EMF Free Bulging of Circular Sheet Metal - Prof. Evandro Paese (Departamento de Engenharia Mecânica, Universidade de Caxias Sul, Campus Universitário da Região dos Vinhedos)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.02-02 [14]: Progress in Simulation Method of No-Insulation High Temperature Superconductor Magnets - Kabindra Bhattarai (National High Magnetic Field Laboratory)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.02-03 [15]: Update of Joule Losses Calculation in the ITER Cold Structures during Fast Plasma Transients - Francesca Cau (Fusion for Energy)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.02-04 [16]: Presentation withdrawn   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.02-05 [17]: Stress Distribution of Magnetically Controlled Reactor Core in Gaps Area under Simulated Service Conditions - Long Chen (China Three Gorges University)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.02-06 [18]: Magneto-Mechanical Analysis of A Racetrack Superconducting Magnet Using Multiscale Approach - Qiang Hu (Key Laboratory of Mechanics on Western Disaster and Environment, Ministry of Education, College of Civil Engineering and Mechanic, Lanzhou University, Lanzhou, China; Institute of Modern Physics of Chinese Academy of Science, Lanzhou, China;)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.02-07 [19]: User Defined ANSYS Elements for 3D Multiphysics Modeling of Superconducting Magnets - Ms Kathleen Edwards (Lawrence Berkeley National Laboratory)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.02-08 [20]: Accurate calculation of field expansion coefficients in FEM magnetostatic simulations - Dr Vasily Marusov (GSI Helmholtzzentrum für Schwerionenforschung GmbH)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.02-09 [21]: HTS magnetization current simulation using ANSYS iterative algorithm method and user defined element - Dr Kai Zhang (Paul Scherrer Institut)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.02-10 [22]: Design and Optimization of a High-frequency Rotational Magnetizer for Nanocrystalline Alloys Based on Improved SVM and PSO Algorithms - Dr Long Chen (China Three Gorges University)   (Level 2 Posters 1)
09:15
Mon-Mo-Po1.03 - High Field Magnets for Accelerators - Karie Badgley (Fermilab) Peter McIntyre (Texas A&M University) (until 11:15) (Level 2 Posters 1)
09:15 Mon-Mo-Po1.03-02 [23]: Fracture Failure Analysis for MQXFA Magnet Aluminum Shell - Heng Pan (LBNL)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.03-03 [24]: Performance update of 2-m-long 11 T Nb3Sn dipole magnet models for HL-LHC - Gerard Willering (CERN)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.03-04 [25]: Analysis of quench in the HL-LHC 11 T dipole model magnets with 1-D and 2-D models - Marco Breschi (University of Bologna)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.03-05 [26]: Geometrical Inspection and Analysis of the Impregnated Nb3Sn 11 T Coils - Friedrich Lackner (CERN)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.03-07 [27]: Analysis of the heater-to-coil insulation in MQXF coils. - Vittorio Marinozzi (FNAL)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.03-08 [28]: Vacuum impregnation of long Nb3Sn coils for the HL-LHC project - Mr Jerome Axensalva (CERN)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.03-09 [29]: Characterization of NbTi busbar for HL LHC Interaction Region Quadrupoles - Maria Baldini (Fermi national accellerator laboratory)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.03-10 [30]: Design of a Compact Support Structure for a High Gradient Niobium Tin Superconducting Magnet for a Proposed Electron Ion Collider (EIC). - Ms Kathleen Amm (BNL)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.03-11 [31]: Test of a single Nb3Sn sextupole coil for ECR ion source using a mirror structure - Dr Wei Wu   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.03-12 [32]: Final focus superconducting magnets for CEPC - Dr Yingshun Zhu (Institute of High Energy Physics, Chinese Academy of Sciences)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.03-14 [33]: A High Precision Magnetic Field Shimming algorithm for Inclined 45° Continuous Cutting on Spiral Pole of SC Cyclotron - Dr Ming Li (China Institute of Atomic Energy)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.03-15 [34]: Magnetic Field Measurement, Amending and Processing for 230MeV Superconducting Cyclotron Main Magnet - Prof. Tianjue Zhang (China Institute of Atomic Energy)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.03-16 [35]: Preliminary Study of the High Temperature Superconducting Solution for 2GeV CW FFAG Magnet - Dr Ming Li (China Institute of Atomic Energy) Tianjue Zhang (China Institute of Atomic Energy)   (Level 2 Posters 1)
09:15
Mon-Mo-Po1.04 - High Field Magnets for Future Colliders - Friedrich Lackner (CERN) Qingjin XU (IHEP, CAS) (until 11:15) (Level 2 Posters 1)
09:15 Mon-Mo-Po1.04-02 [36]: 3D mechanical Analysis of the Block-coil Dipole option for the future Circular Collider - Mr Chhon Pes (CEA)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.04-03 [37]: Engineering Design and Digital Twin of the Nb3Sn 16T main dipole magnet of the FCC accelerator - Mr Charilaos Kokkinos (FEAC Engineering P.C. & University of Patras)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.04-04 [38]: Electromagnetic and mechanical study for the Nb3Sn bending dipole short model for FCC - Riccardo Umberto Valente (LASA-INFN (Milano, Italy))   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.04-05 [39]: Quench protection study for F2D2, the Flared-end Block Dipole Demonstrator for the Future Circular Collider - Dr Valerio Calvelli (CEA)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.04-06 [40]: Presentation withdrawn   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.04-08 [41]: Investigations into the preliminary Future Circular collider 16 Tesla dipole cryostat design. - Zoe Marie Townsend (CERN)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.04-10 [42]: Design of an 18 T arc dipole for an LHC energy doubler - Peter McIntyre (Texas A&M University)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.04-11 [43]: Presentation withdrawn   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.04-12 [44]: Mechanical behavior of a dipolar support structure for sextupole-in-solenoid Magnet during assembly, cool-down and warm-up processes - Beimin Wu (1 Key Laboratory of Mechanics on Western Disaster and Environment, College of Civil Engineering and Mechanics, Lanzhou University, China; 2 Institute of Modern Physics of Chinese Academy of Science, China)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.04-13 [45]: Fabrication and High-field Performance of the First Iron-Based Superconductor Racetrack Coil - Dr Zhan Zhang (IHEP, Chinese Academy of Sciences (CAS) )   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.04-14 [46]: Mechanical Design, Assembly and Strain Measurement Results of LPF2: a 12-T Hybrid Common-coil Dipole Magnet - Yingzhe Wang (IHEP, CAS)   (Level 2 Posters 1)
09:15 Mon-Mo-Po1.04-15 [47]: Mechanical analysis and measurements of MQXFS6, the fifth short model of the Nb3Sn Low-β Quadrupole for the Hi-Lumi LHC - Giorgio Vallone (LBNL)   (Level 2 Posters 1)
09:15
Mon-Mo-Po1.05 - Fusion I: CFETR & JT-60 -Prof. Lance Cooley (ASC/NHMFL/FSU) Jinxing Zheng (Institute of Plasma Physics, Chinese Academy of Sciences) (until 11:15) (Level 2 Posters 2)
09:15 Mon-Mo-Po1.05-01 [54]: Safety Research of the 100 kA HTS Current Lead for CFETR - Dr Kaizhong Ding (Institute of plasma physics, Chinese academy of sciences)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.05-02 [55]: CFETR Central Solenoid Magnet System Structural Analysis - Aihua Xu (institute of plasma physics Chinese academy of sciences)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.05-03 [56]: Fabrication Status of CFETR Central Solenoid Model Coil - Houxiang HAN   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.05-04 [57]: The application of TSTC based on ReBCO tapes in CFETR CS magnet design - Mr Yong Ren (Institute of Plasma Physics, Chinese Academy of Sciences)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.05-05 [58]: Seismic analysis of the CFETR central solenoid model coil - Mr Fan Wu (a. Institute of Plasma Physics, Chinese Academy of Sciences, Hefei 230031, China; b. University of Science and Technology of China, Hefei 230026, China)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.05-06 [59]: Optimization design and mechanical analysis of the CFETR TF coil - Mr Xiaogang Liu (Institute of Plasma Physics, Chinese Academy of Sciences)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.05-07 [60]: The CFETR CSMC Nb3Sn coil heat treatment process research - Song Jian (Institute of Plasma Physics Chinese Academy of Sciences)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.05-08 [61]: Effects of Resonance Phenomenon caused by Power Supply on JT-60SA CS - Mr Shogo Sonoda (Sophia university)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.05-09 [62]: Mechanical Compress Process for Pre-compression of JT-60SA Central Solenoid - Haruyuki Murakami (National Institutes for Quantum and Radiological Science and Te)   (Level 2 Posters 2)
09:15
Mon-Mo-Po1.06 - Motors I - Qiuliang Wang (IEE CAS) Prof. Naoyuki Amemiya (Kyoto University) (until 11:15) (Level 2 Posters 2)
09:15 Mon-Mo-Po1.06-01 [63]: Electromagnetic Performance Analysis of an Axial Flux Partitioned Stator Hybrid-excited less-rare-earth PM synchronous Machine - Mr Wenjie Fan (Jiangsu univeristy school of electrical and informantion engineering)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.06-02 [64]: Study on Performance and Irreversible Demagnetization according to rotor-teeth of SPMSM - Mr Seung-Gu Kang (SungKyunKwan University)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.06-03 [65]: Presentation withdrawn   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.06-04 [66]: A Study on a New Structure Ferrite Magnet Motor with Improved Output Density and Mechanical Stability - Kidoek Lee (Korea Electronics Technology Institute)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.06-05 [67]: Design and Analysis of a New Synchronous Reluctance Machine with the Aid of Grain Oriented Silicon Steel Cores - Dr Chengcheng Liu (Hebei University of Technology)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.06-06 [68]: A Saddle-shaped Post-assembly Magnetizing Coil for a 300 kW 2-pole High-speed Permanent Magnet Rotor - Tao Peng (Wuhan National High Magnetic Field Center) Prof. Houxiu Xiao (Wuhan National High Magnetic Field Center)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.06-07 [69]: Demagnetization Analysis and Design Optimization of Permanent Magnet Synchronous Motor for Electric Power Steering Applications - Mr Weihua Huang (State Key Laboratory of Advanced Electromagnetic Engineering and Technology, Schoole of Electrical and Electronic Engineering, Huazhong University of Science and Technology)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.06-08 [70]: A Study on the NVH Characteristic Analysis of a Teeth-Concentrated Winding Motor - Won-Ho Kim (Gachon University)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.06-09 [71]: A study on IE5 class synchronous reluctance motor design using Co-analysis - Hyunwoo Kim Jae-Kwang Lee (hanyang university)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.06-10 [72]: A study on the design of BLDC Slot-less PM motor using Response Surface Method - Hyunwoo Kim Hyungkwan Jang (Hanyang University)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.06-11 [73]: A Study on the Design of IPMSM for Reliability of Demagnetization Characteristics-based Rotor - Hyungkwan Jang (Hanyang University) Hyunwoo Kim   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.06-12 [74]: Design of Coreless PM motor using with non-magnetic tooth-slot structures using 3D printing technology - Seungheon Lee Hyunwoo Kim   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.06-13 [75]: Design of High Torque Density Magnet Coupling Using Halbach Magnet Array Structure - Hyunwoo Kim Hyungkwan Jang (Hanyang University)   (Level 2 Posters 2)
09:15
Mon-Mo-Po1.07 - Motors II - Qiuliang Wang (IEE CAS) Prof. Naoyuki Amemiya (Kyoto University) (until 11:15) (Level 2 Posters 2)
09:15 Mon-Mo-Po1.07-01 [76]: Study on Analysis Method of Asymmetric Permanent Magnet Assistance Synchronous Reluctance Motor Considering Magnetic Neutral Plane Shift - Mr Hyungkwan Jang (Hanyang University) Mr Hyunwoo Kim (Hanyang University)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.07-02 [77]: Study on Inter-turn Fault Diagnosis of the Six-Phase Interior Permanent Magnet Synchronous Motor Using d-Axis Current - Mr Hyunwoo Kim (Hanyang University) Mr Seungheon Lee (Hanyang University)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.07-03 [78]: A Study on the effect of Eddy Current Loss and Demagnetization Characteristics by the Direction of Magnet division - Mr Byungchan kim (keimyung university)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.07-04 [79]: The Study on the rotor design for LSPMSM considering the Starting Torque and Magnetic Saturation - Won-Ho Kim (Gachon University)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.07-05 [80]: Superconducting stage actuation - Dr Gudrun De Gersem (ASML Netherlands, B.V.)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.07-06 [81]: Comparison and Optimization of Permanent Magnet Assisted Synchronous Reluctance Machine - Mr Ding Yuanbo (State Key Laboratory of Advanced Electromagnetic Engineering and Technology,Huazhong University of Science and Technology, Wuhan, 430074, R.P.China)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.07-07 [82]: Stator MMF Equation of Three-phase Motor Considering Sub-Harmonics for Analyzing Electromagnetic Vibration - Won-Ho Kim (Gachon University)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.07-08 [83]: Study on the Design Process of the Spoke Type Permanent Magnet Synchronous Motor Considering Magnetization Performance - Sung Gu Lee (Busan University of Foreign Studies)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.07-09 [84]: Design of SMC core in Axial-Flux Motor with 3D Printing - Prof. Sung Gu Lee (Busan University of Foreign Studies) Mr Hyun-Jo Pyo (Gachon University) Mr Dong-Woo Nam (Gachon University) Dr Suyeon Cho (KATECH) Prof. Won-Ho Kim (Gachon University) Mr Hyung-Sik Kong (Gachon University) Mr Min-Jae Jeong (Gachon University)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.07-10 [85]: Optimized design of segmented magnet considering demagnetization and vibration analysis of IPMSG for ISG - Byungchan Kim (keimyung university)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.07-11 [86]: Analysis of Characteristics of Permanent Magnet Synchronous Machines with Novel Topology of Fractional-Slot Concentrated Winding - Mr Linwei Hu (Huazhong University of Science and Technology)   (Level 2 Posters 2)
09:15 Mon-Mo-Po1.07-12 [87]: Design and Experimental Verification of Limited Angle Rotary Torque PM Motor for Control Valve with Self-Alignment Characteristic - Gang-Hyeon Jang (Chungnam National University, Korea)   (Level 2 Posters 2)
09:15
Mon-Mo-Po1.08 - Cryostats and Cryogenics - Alexey Dudarev (CERN) Hongyu Bai (National High Magnetic Field Laboratory) (until 11:15) (Level 3 Posters)
09:15 Mon-Mo-Po1.08-01 [88]: Presentation withdrawn   (Level 3 Posters)
09:15 Mon-Mo-Po1.08-02 [89]: The Cryogenic Thermosiphon for the CEPC Solenoid - Dr Ning Feipeng (State Key Laboratory of Particle Detection and Electronics, Institute of High Energy Physics, Chinese Academy of Science,)   (Level 3 Posters)
09:15 Mon-Mo-Po1.08-04 [90]: Development of Cryostats for Superconducting Magnets at IHEP - Mr Miaofu Xu (Institute of High Energy Physics, CAS)   (Level 3 Posters)
09:15 Mon-Mo-Po1.08-05 [91]: Presentation withdrawn   (Level 3 Posters)
09:15 Mon-Mo-Po1.08-06 [92]: A solid nitrogen cooling system for HTS magnets - Mr Zhen Luo (Southwest jiaotong university)   (Level 3 Posters)
09:15 Mon-Mo-Po1.08-07 [93]: Presentation withdrawn   (Level 3 Posters)
09:15 Mon-Mo-Po1.08-08 [94]: A long-life, high-capacity and high-efficiency cryogenic system based on the Stirling-type pulse tube cryocooler developed for high-Tc superconducting applications - Prof. Haizheng Dang (State Key Laboratory of Infrared Physics, Shanghai Institute of Technical Physics, Chinese Academy of Sciences)   (Level 3 Posters)
09:15 Mon-Mo-Po1.08-09 [95]: AC operation characteristics of conduction-cooled HTS magnet for ADR - Prof. Sangkwon Jeong (KAIST)   (Level 3 Posters)
09:15 Mon-Mo-Po1.08-10 [96]: Nab Spectrometer Magnet System - Dr Roger Mitchell (Cryogenic Ltd)   (Level 3 Posters)
09:15
Mon-Mo-Po1.09 - Levitation and Magnetic Bearings I - Mochimitsu Komori (Kyushu Institute of Technology) Guangtong Ma (Southwest Jiaotong University) (until 11:15) (Level 3 Posters)
09:15 Mon-Mo-Po1.09-01 [97]: 3D modeling and analysis of superconducting tape stack conductors for uniform trapped field - Liu Zhaoxin Yang Wenjiang   (Level 3 Posters)
09:15 Mon-Mo-Po1.09-02 [98]: Magnetic levitation using stacks of commercial superconducting tapes - Wei Wang (Sichuan University)   (Level 3 Posters)
09:15 Mon-Mo-Po1.09-03 [99]: Improvement of magnetic levitation force of YBCO superconductor - Prof. Sang Heon Lee (Department of Electronic Engineering, Sunmoon University)   (Level 3 Posters)
09:15 Mon-Mo-Po1.09-04 [100]: Analysis to the forced vibration of a high temperature superconducting system with hysteresis - Prof. Zhao Xian-Feng (Lanzhou Jiaotong University)   (Level 3 Posters)
09:15 Mon-Mo-Po1.09-05 [101]: Levitation characteristics of a magnetic bearing with a superconducting stator from CC tapes - Mr Dmitry Abin (National Research Nuclear University MEPhI (Moscow Engineering Physics Institute))   (Level 3 Posters)
09:15 Mon-Mo-Po1.09-06 [102]: Design and Analysis of Coaxial Magnetic Gears Considering the Electromagnetic Performance and Mechanical Stress - Jeong-In Lee (CHUNGNAM NATIONAL UNIVERSITY)   (Level 3 Posters)
09:15 Mon-Mo-Po1.09-07 [103]: Design and Analysis of a Special Lateral Suspension Coil for a Spherical Superconducting Rotor - Dr Hao Wang (Institute of Electrical Engineering, Chinese Academy of Sciences)   (Level 3 Posters)
09:15 Mon-Mo-Po1.09-08 [104]: Structure and Electromagnetic Characteristics according to Pole Piece Supporter Material of Magnetic Gear - Eui-Jong Park (Chosun University)   (Level 3 Posters)
09:15 Mon-Mo-Po1.09-09 [105]: Electromagnetic Analysis of Linear Magnetic Gears according to the Characteristics of their Flux-Modulation Poles - Sung-Won Seo (Chungnam National University)   (Level 3 Posters)
09:15 Mon-Mo-Po1.09-10 [106]: Self-sensing Modeling of Rotor Displacement for Six-pole Hybrid Magnetic Bearing Based on Improved Particle Swarm Optimization Support Vector Machine - Ms Mengyao Wu (Jiangsu University)   (Level 3 Posters)
09:15 Mon-Mo-Po1.09-11 [107]: Parameter Optimization Design of Six-pole AC Hybrid Magnetic Bearings Considering Variable Stiffness - Ms Mengyao Wu (Jiangsu University)   (Level 3 Posters)
09:15 Mon-Mo-Po1.09-12 [108]: Decoupling Control Based on Active Disturbance Rejection Control of Six-pole Radial-axial Active Magnetic Bearing - Mengyao Wu (Jiangsu University)   (Level 3 Posters)
09:15
Mon-Mo-Po1.10 - Levitation and Magnetic Bearings II - Guangtong Ma (Southwest Jiaotong University) Mochimitsu Komori (Kyushu Institute of Technology) (until 11:15) (Level 3 Posters)
09:15 Mon-Mo-Po1.10-01 [109]: Optimal Design and Performance Analysis of Six-pole Hybrid Magnetic Bearing - Mengyao Wu (Jiangsu University)   (Level 3 Posters)
09:15 Mon-Mo-Po1.10-02 [110]: Dynamic behaviors of the axial levitation force for the radial-type superconducting magnetic bearings - Prof. Guomin Zhang (Key Laboratory of Applied Superconductivity, Institute of Electrical Engineering,Chinese Academy of Sciences)   (Level 3 Posters)
09:15 Mon-Mo-Po1.10-03 [111]: Rotational test of integrated magnetic bearing using multiple HTS cubic bulk units. - Kazuhito YAMAGISHI (Yokohama National University)   (Level 3 Posters)
09:15 Mon-Mo-Po1.10-04 [112]: Dynamic Characteristics in The Horizontal Direction for New Type SMB Using SC Bulk and SC Coil - Prof. Mochimitsu Komori (Kyushu Institute of Technology)   (Level 3 Posters)
09:15 Mon-Mo-Po1.10-05 [113]: Characteristics Comparison of Magnetic Gears According to Permanent Magnet Material - Eui-Jong Park (Chosun University)   (Level 3 Posters)
09:15 Mon-Mo-Po1.10-06 [114]: Design, fabrication and testing of a 15-m long YBCO magnet-based linear synchronous motor for EDS train - Guangtong Ma (Southwest jiaotong University)   (Level 3 Posters)
09:15 Mon-Mo-Po1.10-07 [115]: Design and optimization of closed-loop NI-HTS coils for a prototype EDS-Maglev system - Dr Wei Wu (Shanghai Jiao Tong University)   (Level 3 Posters)
09:15 Mon-Mo-Po1.10-08 [116]: Magnetic Levitation Characteristics of HTS bulk above new type of Electromagnets for HTS Maglev - Mr Chaoqun Zhao (Tianjin University)   (Level 3 Posters)
09:15 Mon-Mo-Po1.10-09 [117]: A quadratic approximation method for the limit value of magnetic stiffness in a high temperature superconducting levitation system - Prof. Xian-Feng Zhao (Lanzhou Jiaotong University)   (Level 3 Posters)
09:15 Mon-Mo-Po1.10-10 [118]: Design of a Fan-shaped Electromagnetic Guideway for HTS Maglev and Analysis of its Performances - Ms Wei Hong   (Level 3 Posters)
09:15 Mon-Mo-Po1.10-11 [119]: Demagnetization performance of Superconducting Permanent Magnets under Vibration in Electrodynamic-suspension Levitation System - Dr Jie Sheng (Shanghai Jiao Tong University)   (Level 3 Posters)
11:15
Mon-Mo-Or1 - Fusion II: Projects Around the World - Alfredo Portone (Fusion For Energy/European Commission) Boris Stepanov (EPFL) (until 12:45) (Regency AB)
11:15 Mon-Mo-Or1-01 [Invited]: The conceptual design of the DTT superconducting magnet system - Aldo Di Zenobio (ENEA)   (Regency AB)
11:45 Mon-Mo-Or1-02: Design of the inter-coil structures and supports of the DTT magnet system - Mr Alessandro Anemona   (Regency AB)
12:00 Mon-Mo-Or1-03: Challenges of Superconducting Magnet System and Development of TF Prototype Coil of CFETR - Dr Jinxing Zheng (Institute of Plasma Physics, Chinese Academy of Sciences)   (Regency AB)
12:15 Mon-Mo-Or1-04: Design of CFETR TF Prototype Coil - Yu Wu (ASIPP)   (Regency AB)
12:30 Mon-Mo-Or1-05: Updates on the conceptual design of the European DEMO superconducting magnet system - Kamil Sedlak (EPFL Lausanne)   (Regency AB)
11:15
Mon-Mo-Or2 - HTS Magnets I - Satoshi Awaji (Tohoku University) Hubertus Weijers (NHMFL/FSU) (until 12:45) (Regency CD)
11:15 Mon-Mo-Or2-01: Technology for Compact CORC Multi-Layer Solenoid and Racetrack Coils - Dr Tim Mulder (CERN)   (Regency CD)
11:30 Mon-Mo-Or2-02: High-field magnets wound from CORC® cables and wires - Jeremy Weiss (Advanced Conductor Technologies)   (Regency CD)
11:45 Mon-Mo-Or2-03: Critical Current and Quench Characteristics of a ReBCO 2G Roebel Cable Pancake Coil at Different Temperatures between 4.2K and 77K in an External Field up to 10T - Yifeng Yang (University of Southampton (GB))   (Regency CD)
12:00 Mon-Mo-Or2-04: Bi-2212 Coil Technology Development Efforts at the National High Magnetic Field Laboratory - Dr Youngjae Kim (Applied Superconductivity Center, National High Magnetic Field Laboratory, Florida State University)   (Regency CD)
12:15 Mon-Mo-Or2-05: 25T High Field Bi-2212 Magnet Development - Dr Stephen Minter (Cryomagnetics, Inc.)   (Regency CD)
12:30 Mon-Mo-Or2-06: Presentation withdrawn   (Regency CD)
11:15
Mon-Mo-Or3 - Quench and Normal Zone Behavior I - Fedor Gömöry (Institute of Electrical Engineering, Slovak Academy) Haigun Lee (Korea University) (until 12:45) (Regency EF)
11:15 Mon-Mo-Or3-01: Methods for performance diagnostics for Nb3Sn accelerator magnets in the CERN superconducting magnet test facility - Gerard Willering (CERN)   (Regency EF)
11:30 Mon-Mo-Or3-02: Overall critical current in tapes and devices made from superconductors with critical current fluctuating along the wire length - Fedor Gömöry (Institute of Electrical Engineering, Slovak Academy of Sciences)   (Regency EF)
11:45 Mon-Mo-Or3-03: Use of Silicon Carbide Varistors For Quench Protection of Superconducting Magnets in Cryogenic Environments - Andrew Twin (Oxford Instruments)   (Regency EF)
12:00 Mon-Mo-Or3-04: Cable Quench Simulations and Current Sharing in REBCO Conductors Wound on Round Cores (CORC) for High Field Accelerator Magnet - Honghai Song (Brookhaven National Laboratory)   (Regency EF)
12:15 Mon-Mo-Or3-05: Quench Behaviour of Multi-Layer High Temperature Superconducting CORC Cables used in Hybrid Electric Aircraft - Zixuan Zhu   (Regency EF)
12:30 Mon-Mo-Or3-06: Calibration, validation and application of a novel 1D thermal-hydraulic/electric model for the quench analysis of the Al-slotted core HTS conductor for fusion applications - Andrea Zappatore (Politecnico di Torino)   (Regency EF)
07:50 --- Registration Open (7:00 AM - 5:00 PM) ---
07:55 --- Exhibits Open (8:30 AM - 4:00 PM) ---
08:00
Plenary: Helen Felice (CEA Paris-Saclay) - Soren Prestemon (LBNL) (until 08:45) (Regency Ballroom)
08:00 Tu-Mo-PL2-01: Advances in Nb3Sn Superconducting Accelerator Magnets - Helene Felice (CEA Paris-Saclay)   (Regency Ballroom)
08:45 --- Coffee Break (during Poster Sessions) ---
08:45
Tue-Mo-Po2.01 - Magnets for X-Rays and Neutrons -Dr Hitoshi KITAGUCHI (National Institute for Materials Science) Iain Dixon (NHMFL-FSU) (until 10:45) (Level 2 Posters 1)
08:45 Tue-Mo-Po2.01-01 [1]: A large scale cryogen-free magnet for neutron decay research - Dr Jeremy Good (Cryogenic Ltd) Dr Roger Mitchell (Cryogenic Ltd)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.01-02 [2]: Development of An 10 T Superconducting Split Magnet for X-ray Diffractometer - Dr PengCheng Huang   (Level 2 Posters 1)
08:45
Tue-Mo-Po2.02 - Pulsed Magnets Technology - Doan Nguyen (LANL) Dr Jun Lu (National High Magnetic Field Laboratory) (until 10:45) (Level 2 Posters 1)
08:45 Tue-Mo-Po2.02-01 [3]: Design of a 70T Quasi-Continuous High Magnetic Field System with a Dual-Coil Magnet - Dake Li (Huazhong University of Sci. & Tech.)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.02-02 [4]: Research on Repeated Pulsed High Magnetic Field Control System Based on Pulsed Generator Power Supply - Yun Xu ( Huazhong University of Sci. & Tech.)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.02-03 [5]: A Design Method for Repetitive Pulse High Magnetic Field System Based on Multi-objective Optimization Algorithm - Yun Xu (Huazhong University of Sci. & Tech.)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.02-04 [6]: Research on a Combined Power Supply of Battery and Pulsed Generator System for High Pulsed Background Magnetic Field - Yun Xu (Huazhong University of Sci. & Tech.)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.02-05 [7]: Design and Implementation of DC Pulsed Power Supply Employing Self-excited Induction Generators and Flywheels for Toroidal Field Coils of a tokamak device, Plato - Masamichi Murayama (Tokyo Institute of Technology)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.02-06 [8]: Presentation withdrawn   (Level 2 Posters 1)
08:45
Tue-Mo-Po2.03 - Detector Magnets II - Boris Bellesia (Fusion for Energy) Christophe Berriaud (CEA / Irfu) (until 10:45) (Level 2 Posters 1)
08:45 Tue-Mo-Po2.03-01 [9]: Conceptual Design of DUNE Near Detector Superconducting Magnet System - Vladimir Kashikhin (Fermilab)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.03-02 [10]: 2D and 3D Conceptual Magnetic Design of the MADMAX Dipole - Dr Valerio Calvelli (CEA)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.03-04 [11]: Conductor development and Cold mass design for an ultra-thin 2T, 4m bore, 6m long detector solenoid for the FCC-ee IDEA detector - Tobias Kulenkampff (CERN)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.03-05 [12]: Performance of the new ALPHA-G conduction cooled solenoid - Cristian Boffo (Bilfinger Noell GmbH)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.03-07 [13]: loffe Trap Magnet for Project 8 Experiment - Alexey Radovinsky (MIT)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.03-08 [14]: An investigation of the electromagnetic Interactions between the CLAS12 Torus and Solenoid Superconducting Magnets at Jefferson Lab - David Kashy (Jefferson Lab)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.03-10 [15]: Design and Manufacturing Assessment of a Multi-purpose Detector for NICA Collider - Martina Neri (ASG Superconductors SpA) Simone Grillo (ASG Superconductors SpA)   (Level 2 Posters 1)
08:45
Tue-Mo-Po2.04 - Resistive Magnets for Accelerator and Fusion I - Tenming Shen (LBNL) Reed Teyber (Lawrence Berkeley National Laboratory) (until 10:45) (Level 2 Posters 1)
08:45 Tue-Mo-Po2.04-01 [16]: Presentation withdrawn   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.04-02 [17]: Optimising a Magnetic Septum with Heating Jacket - Peter Rottländer (GSI Darmstadt)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.04-04 [18]: Three-Dimensional Design of Massless Septum Magnets for High Intensity Synchrotrons with Slow Beam Extraction - Yasuhiro Fuwa (Kyoto University)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.04-05 [19]: Optimization of a Solenoid for an Electron Lens in SIS18 - Dr Carsten Muehle (GSI Helmholtzzentrum fuer Schwerionenforschung)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.04-06 [20]: Magnet design of the electron cooling System for HIAF - Ms Lixia Zhao   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.04-07 [21]: Design and Optimization of Eddy-Current Type Thin Septum Magnet for Beam Injection of Diffraction Limited Storage Ring - Mr Jin Tong ( (SARI-CAS( Shanghai Advanced Research Institute Chinese Academy of Sciences ), SINAP(Shanghai Institute of Applied Physics Chinese Academy of Sciences),UCAS (University of Chinese Academy of Sciences))   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.04-08 [22]: Design of focusing solenoids for charged particle beam applications - Dr Ye Bai (GE Global Research Center)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.04-09 [23]: Optimization of the compression coil configuration in magnetic trap type magnetic compression device - Prof. Houxiu Xiao (Wuhan National High Magnetic Field Center) Tao Peng (Wuhan National High Magnetic Field Center)   (Level 2 Posters 1)
08:45
Tue-Mo-Po2.05 - Mechanical Behavior I -Dr Shintetsu Kanazawa (Muroran Institute of Technology) Hyung-Seop Shin (Andong National University) (until 10:45) (Level 2 Posters 1)
08:45 Tue-Mo-Po2.05-01 [24]: Analytical formulation of mechanical stresses in no-impregnated, multi-layer solenoids - Philippe Fazilleau (cea)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.05-02 [25]: Strain characteristic exploration for a 5 T superconducting split magnet system of a multi-field test facility - Beimin Wu (1 Key Laboratory of Mechanics on Western Disaster and Environment, College of Civil Engineering and Mechanics, Lanzhou University, Lanzhou, China; 2 Institute of Modern Physics of Chinese Academy of Science, China)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.05-03 [26]: Performance Analysis and Testing of High Temperature Superconducting Magnet Impregnated with Composite Resin - Mr Zhenming Li   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.05-04 [27]: An Analytic Study on Electromechanical Conditions for Compressive Electromagnetic Stress in an HTS Magnet - Jeonghwan Park (Seoul National University)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.05-05 [28]: Tensile properties of DyBaCuO low porosity bulk material melt-processed in oxygen atmosphere - Prof. Akira Yamamoto (High Energy Accelerator Research Organization (JP))   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.05-06 [29]: Frictional Force Effects Between Superconducting Tapes on Stress–Strain Characteristics of GdBCO Magnets - Mr Jimin Kim (Korea University)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.05-07 [30]: Micromechanical properties evaluation of BaHfO$_3$-doped EuBCO coated conductors using a microcantilever beam method - Shogo Muto (Fujikura Ltd.)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.05-08 [31]: Numerical evaluation on electromagnetic force and stress due to screening current in REBCO coil - Prof. Hiroshi Ueda (Okayama University)   (Level 2 Posters 1)
08:45
Tue-Mo-Po2.06 - MRI Magnets II - Lionel Quettier (CEA Paris-Saclay) Shoichi Yokoyama (Mitsubishi Electric Corporation) (until 10:45) (Level 2 Posters 1)
08:45 Tue-Mo-Po2.06-01 [32]: Several Key Issues in 14 Tesla Whole body MRI Magnet development - Chao Dai (Institute of Plasma Physics, CAS)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.06-02 [33]: Magnetic and Finning Force behavior on Nb3Sn Strands Subjected to Transverse Deformation for 14 T MRI Superconducting Magnet - Prof. Shi Yi (Institute of Plasma Physics, China)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.06-03 [34]: An optimal design approach for 14T actively shielded magnetic resonance magnets - Mr Kaihong Wu (Institute of Plasma Physics,Chinese Academy of Science)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.06-04 [35]: Magnet design of a 7 T animal MRI scanner - Dr Yaohui Wang (Institute of Electrical Engineering, Chinese Academy of Sciences)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.06-05 [36]: FEM modelling of superconducting whole body, actively shielded 7 T MRI segmented coil magnets wound using Nb3Sn strands - Milan Majoros (The Ohio State University)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.06-06 [37]: Analysis of Gradient-Induced Eddy Current in a superconducting MRI Magnet - Dr Qiuliang Wang (Institute of Electrical Engineering, Chinese Academy of Sciences)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.06-07 [38]: An Optimal Target Field Approach for Passive Shimming In Superconducting MRI - Dr Qiuliang Wang (Institute of Electrical Engineering, Chinese Academy of Sciences)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.06-08 [39]: Design of the Superconducting Main Coils Based on Variable Density Method in MRI - Dr Qiuliang Wang (Institute of Electrical Engineering, Chinese Academy of Sciences)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.06-09 [40]: On the Accurate Calculating of Coil-tissue Interactions for Ultra-high Field MRI RF Coils Using a Hybrid MoM/FDTD Algorithm - Qiuliang Wang (Institute of Electrical Engineering, Chinese Academy of Sciences)   (Level 2 Posters 1)
08:45
Tue-Mo-Po2.07 - MRI Magnets III - Shoichi Yokoyama (Mitsubishi Electric Corporation) Lionel Quettier (CEA Paris-Saclay) (until 10:45) (Level 2 Posters 1)
08:45 Tue-Mo-Po2.07-01 [41]: Design of a Tabletop Liquid-Helium-Free, Persistent-Mode 1.5-T/90-mm MgB2 “Finger” MRI Magnet for Osteoporosis Screening - Dongkeun Park (Francis Bitter Magnet Laboratory / Plasma Science and Fusion Center, Massachusetts Institute of Technology)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.07-02 [42]: Design, manufacturing and testing of a high-field 2 + 3 T MgB2 dry magnet demonstrator - Julien Avronsart (CEA)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.07-03 [43]: Charging, Discharging, and Over-current Characteristics of Partially Insulated MgB2 Magnet Using Cr-coated MgB2 Wires - Mr Kihyun Kim (Korea University)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.07-04 [44]: Suitable Excitation Method of REBCO MRI Magnet for Suppressing Screening Field Attenuation - Yoh Nagasaki (Tohoku University)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.07-05 [45]: A No-insulation YBCO Magnet using Multiple Flux Pumps as Sources to Improve Central Magnetic Field - Wei Wang (Sichuan University)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.07-06 [46]: A Study on the Effects of Iron Diffusion Barrier on the Magnetic Field Characteristics of MgB2 Coil - Jiman Kim (Kiswire Advanced Technology)   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.07-07 [47]: Presentation withdrawn   (Level 2 Posters 1)
08:45 Tue-Mo-Po2.07-08 [48]: Development and construction of an actively shielded zero boil-off 7T/700 bore magnet. - Dr Martina Neri (ASG Superconductors)   (Level 2 Posters 1)
08:45
Tue-Mo-Po2.08 - Resistive Magnets for Accelerator and Fusion II - Helene Felice (CEA Paris-Saclay) Michele Modena (CERN) (until 10:45) (Level 2 Posters 2)
08:45 Tue-Mo-Po2.08-01 [54]: Presentation withdrawn   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.08-02 [55]: Radiation resistant magnets for the Super-FRS of the FAIR project - Hanno Leibrock (GSI Helmholtzzentrum für Schwerionenforschung GmbH)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.08-03 [56]: The New Magnet System for the East Area at CERN - Jaime Renedo Anglada (CERN)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.08-04 [57]: The upgrade of the CERN Proton Synchrotron Booster transfer line magnets - Antony Newborough (CERN)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.08-05 [58]: The Design and Manufacture of the 90 Degree bending Magnets for Proton Beam Therapy - Mr Zhihong Liu   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.08-06 [59]: Design and Test of an Octupole Scanning Magnet for Proton Therapy - Mr Lianhua Ouyang (Shanghai Institute of Applied Physics, CAS)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.08-07 [60]: Consideration of misalignment and fringe field of beamline elements in a proton therapy facility - Dr Qushan Chen (Huazhong University of Science and Technology)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.08-08 [61]: Correction magnet with Permanent magnets - Dr Yoshihisa Iwashita (Kyoto University)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.08-09 [62]: Magnetic Property of Praseodymium Permanent Magnet at Cryogenic Temperature - Yasuhiro Fuwa (Kyoto University) Yoshihisa Iwashita   (Level 2 Posters 2)
08:45
Tue-Mo-Po2.09 - REBCO Wires & Cables I - Vitaly Vysotsky (Russian Scientific R&D Cable Institute) Prof. Tetsuo Oka (Shibaura Institute of Technology) (until 10:45) (Level 2 Posters 2)
08:45 Tue-Mo-Po2.09-01 [63]: Influence of GdBCO stoichiometry on the superconducting properties of industrial 2G HTS wire in magnetic field - Pavel Degtyarenko (JIHT RAS)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.09-02 [64]: Mechanical properties of BaHfO3-doped EuBCO coated conductors fabricated by hot-wall PLD on IBAD template - Mr Shinji Fujita (Fujikura Ltd.)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.09-03 [65]: Design and electromagnetic characteristics study of YBCO cable for fast cycled accelerator magnet applications - Zhuoyue Du (Institute of Modern Physics ,Chinese Academy of Science)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.09-04 [66]: Determination of the thermal resistance between pressed copper-copper and copper-stainless steel interfaces for high current HTS Cable-in-Conduit Conductors - Dr Walter H Fietz (KIT)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.09-05 [67]: Numerical Study on AC Loss of Quasi-isotropic Superconducting Strand in AC Magnetic Fields at Low Temperature - Yiran Meng (North China Electric Power University)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.09-06 [68]: Mechanical and electro-mechanical investigations of assembled HTS CroCo triplets - Walter H. Fietz (KIT)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.09-07 [69]: Study on Mechanical properties of Superconducting conductor on Round Core at 77K - Ms Wenrong Li (Shanghai Jiao Tong University)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.09-08 [70]: Performance Degradation of YBCO Tape with Different Stabilizing Layers under Cyclic Mechanical Stress - Dr Ying Xu (Huazhong University of Science and Technology)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.09-09 [71]: Performance Degradation of YBCO Tape Under Overcurrent Considering Different Heat Exchange Conditions - Guilun Chen (Huazhong University of Science and Technology)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.09-10 [72]: Investigation for Thermal Stability of Quasi-isotropic Superconducting Strand Stacked by 2mm Wide REBCO Tapes With Different Sheaths - Ziqiu Liu (North China Electric Power University)   (Level 2 Posters 2)
08:45
Tue-Mo-Po2.10 - REBCO Wires & Cables II - Vitaly Vysotsky (Russian Scientific R&D Cable Institute) Prof. Tetsuo Oka (Shibaura Institute of Technology) (until 10:45) (Level 2 Posters 2)
08:45 Tue-Mo-Po2.10-01 [73]: Structural Modelling of HTS Cable-in-Conduit Conductor with Helically Slotted Aluminum Core for High-Field Magnet Applications - Federica Pierro (Tufts University)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.10-02 [74]: Electromechanical analysis of simplified CORC® cable configurations: experiments and FE modeling - Anvar V A (University Of Twente)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.10-03 [75]: Relevance of current density in copper stabilizer for quench protection of coated conductors - Xijie Luo   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.10-04 [76]: Direct Measurement of Modified Interconductor Contact Resistance Values in Coated Conductor Stacks and Roebel Cables - Chris Kovacs (The Ohio State University)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.10-05 [77]: In-Field Current Transport Properties in Long Length IBAD-PLD REBCO Tapes under the Influence of Local Ic Variation - Takanobu Kiss (Kyushu University)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.10-06 [78]: Extra fine filamentation with width below 100 μm by ESPC method in RE123 split wire - Dr Shintetsu Kanazawa (Muroran Institute of Technology)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.10-07 [79]: High-field electrical transport properties of THEVA GdBa2Cu3O7 coated conductors - Mayraluna Lao (Karlsruhe Institute of Technology)   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.10-08 [80]: Improved performance at low temperatures of CSD-grown YxGd1-xBa2Cu3O7-BaHfO3 nanocomposite films - Pablo Cayado (Karlsruhe Institute of Technology (KIT))   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.10-09 [81]: The study of quench behavior of REBCO cables under different twist pitch and perpendicular magnetic field - Dr Zhang Haiyang   (Level 2 Posters 2)
08:45 Tue-Mo-Po2.10-10 [82]: Electromechanical Performance of Practical REBCO CC tapes for Superconducting Wind Power Applications - Hyung-Seop Shin (Andong National University)   (Level 2 Posters 2)
08:45
Tue-Mo-Po2.11 - Motors V - Vitaly Vysotsky (Russian Scientific R&D Cable Institute) Dr Alessandro Anemona (ENEA) (until 10:45) (Level 3 Posters)
08:45 Tue-Mo-Po2.11-01 [88]: Design and Analysis of an HTS Synchronous Motor with a Hybrid Magnets Rotor - Dr Zhen Huang (Shanghai Jiao Tong University)   (Level 3 Posters)
08:45 Tue-Mo-Po2.11-02 [89]: Evaluation of Mechanical Properties of an On-board 2G HTS Magnet System for Maglev Applications - Fangliang Dong (Shanghai Jiao Tong University)   (Level 3 Posters)
08:45 Tue-Mo-Po2.11-03 [90]: Dynamic Characteristics Analysis Considering Instantaneous Inductance According to Mover Position of Flat-type Permanent Magnet Linear Oscillating Machines - Chang-Woo Kim (Chungnam National University)   (Level 3 Posters)
08:45 Tue-Mo-Po2.11-04 [91]: Experimental Verification and Analytical Study of Influence of Rotor Eccentricity on Electromagnetic Characteristics of Permanent Magnet Motor - Hoon Ki Lee (ChungNam National Unversity)   (Level 3 Posters)
08:45 Tue-Mo-Po2.11-06 [92]: Research on a High Torque Density Outer Rotor Flux-Modulated Machine with Sandwiched-Permanent-Magnet Topology - Dr Zixuan Xiang (School of Electrical and Information Engineering, Jiangsu University, Zhenjiang, China)   (Level 3 Posters)
08:45 Tue-Mo-Po2.11-07 [93]: Comparative research for a novel dual stator synchronous machine with permanent magnet-reluctance composite rotor - Fengge Zhang (Shenyang University of Technology)   (Level 3 Posters)
08:45 Tue-Mo-Po2.11-08 [94]: Experiments and Comparative Study of Rotor Vibration of Permanent Magnet Machines with Two Different Fractional pole/slot combinations - Tae-Kyoung Bang (Republic of Korea /Chungnam National University)   (Level 3 Posters)
08:45 Tue-Mo-Po2.11-09 [95]: Unbalanced magnetic force and vibration analysis of dual mechanical port flux switching PM machine considering rotor eccentricity - Mr Yifeng Hua (Jiangsu univeristy school of electrical and information engineering)   (Level 3 Posters)
08:45 Tue-Mo-Po2.11-10 [96]: Cogging Force Reduction of Tubular Flux Switching Permanent Magnet Motor by Using Unsymmetrical Design Method - Dr Chengcheng Liu (Hebei University of Technology)   (Level 3 Posters)
08:45 Tue-Mo-Po2.11-11 [97]: Investigation of High Temperature Superconducting Flux-Switching Motors with Different Secondary Structures - Mr Lu Minghang (Nanjing University of Aeronautics and Astronautics) Ruiwu Cao   (Level 3 Posters)
08:45 Tue-Mo-Po2.11-12 [98]: A Study on the Shape Design of a Magnetic-Geared Synchronous Motor for Improvement of Performance and Securing Rigidity - Hyunwoo Kim Hyungkwan Jang (Hanyang University)   (Level 3 Posters)
08:45
Tue-Mo-Po2.12 - Motors VI - Vitaly Vysotsky (Russian Scientific R&D Cable Institute) Dr Alessandro Anemona (ENEA) (until 10:45) (Level 3 Posters)
08:45 Tue-Mo-Po2.12-01 [99]: Efficiency Improvement of Permanent Magnet BLDC with Halbach Magnet Array for Drone - Hyunwoo Kim (Hanyang University) Seungheon Lee (Hanyang University)   (Level 3 Posters)
08:45 Tue-Mo-Po2.12-02 [100]: Optimization Design of Permanent Magnet Assisted Single Winding Bearingless Synchronous Reluctance Motor - Ying Xu (Jiangsu University) Mengyao Wu (Jiangsu University)   (Level 3 Posters)
08:45 Tue-Mo-Po2.12-03 [101]: Design and Analysis of a BLDC Motor with Halbach array magnets - Seungheon Lee   (Level 3 Posters)
08:45 Tue-Mo-Po2.12-04 [102]: Analysis and Design of a New Type of Less-rare-earth Hybrid-magnet Motor with Different Rotor Topologies - Mrs Yunyun Chen (School of Hydraulic, Energy and Power Engineer, Yangzhou University)   (Level 3 Posters)
08:45 Tue-Mo-Po2.12-05 [103]: Design and Electromagnetic analysis of 2 MW Fully-Superconducting Synchronous Motors Composed of REBa2Cu3Oy coated conductors for Turboelectric Propulsion System - Mr Ryota Sugouchi (Kyushu University)   (Level 3 Posters)
08:45 Tue-Mo-Po2.12-06 [104]: Conceptual design and electromagnetic analysis of superconducting induction motors using REBa2Cu3Oy tapes - Mr Koichiro Ozaki (Kyushu University)   (Level 3 Posters)
08:45 Tue-Mo-Po2.12-07 [105]: Optimized Design of Permanent Magnet Considering Thermal Demagnetization Analysis of Synchronous Motor - Mr Jonghun Lee (KEIMYUNG UNIVERSITY)   (Level 3 Posters)
08:45 Tue-Mo-Po2.12-08 [106]: Design, Fabrication, and Testing of a YBCO Racetrack Coil for an HTS Synchronous Motor with Brushless Exciter - Dr Wei Wang (Sichuan University)   (Level 3 Posters)
08:45 Tue-Mo-Po2.12-09 [107]: Proposed Commutation Method for Performance Improvement of Brushless DC Motor - Prof. Chang-Sung Jin (Wonkwang University) Hyungkwan Jang (Hanyang University)   (Level 3 Posters)
08:45 Tue-Mo-Po2.12-10 [108]: A new linear permanent magnet switched reluctance motor with segmented primary for urban rail transit - Mrs Shen Danni (Nanjing University of Aeronautics and Astronautics) Ruiwu Cao   (Level 3 Posters)
08:45 Tue-Mo-Po2.12-11 [109]: Analysis and Optimization of Less-rare-earth Hybrid Excitation Flux-switching Machine - Yunyun Chen (School of Hydraulic, Energy and Power Engineer, Yangzhou University)   (Level 3 Posters)
08:45 Tue-Mo-Po2.12-12 [110]: Design and Investigation of a Dual-Stator Flux-Modulated Permanent Magnet Motor with High Demagnetization Withstand Capability - Deyang Fan (Jiangsu University)   (Level 3 Posters)
08:45
Tue-Mo-Po2.13 - Low Tc Wires and Cables - Emanuela Barzi (Fermilab) Peter Lee (Florida State University) (until 10:45) (Level 3 Posters)
08:45 Tue-Mo-Po2.13-04 [111]: FEM modeling of stability and current sharing in Nb3Sn Rutherford cables - Milan Majoros (The Ohio State University)   (Level 3 Posters)
08:45 Tue-Mo-Po2.13-05 [112]: The Superconducting NbTi Wirе for the Superconducting Dipole Magnet for CBM Experiment at FAIR - Mr Yury Karasev (JSC VNIINM (Bochvar Institute))   (Level 3 Posters)
08:45 Tue-Mo-Po2.13-06 [113]: Study on High Jc and Low AC Losses NbTi/Cu5Ni Superconducting Wire for HIAF Magnets during recently years in WST - Qiang Guo (WST)   (Level 3 Posters)
08:45 Tue-Mo-Po2.13-07 [114]: Effects of Processing Conditions on Critical Current Density and Flux Pinning for Nb3Al Wires Fabricated by Jelly Roll Method - Yong Zhao (Fujian Normal University)   (Level 3 Posters)
08:45 Tue-Mo-Po2.13-08 [115]: Investigation of the Tape Shaped RHQT-Processed Nb3Al Conductors - Akihiro Kikuchi (National Institute for Materials Science) Mr Kyohei Yamada (Sophia University)   (Level 3 Posters)
08:45 Tue-Mo-Po2.13-09 [116]: Phase structure and superconducting properties of RHQT Nb3Al wires fabricated by static and dynamic rapid heating - Dr Zhou Yu (Superconductivity and New Energy R&D Center (SNERDC), Key Laboratory of Magnetic Levitation Technologies and Maglev Trains (Ministry of Education), Southwest Jiaotong University, Chengdu, Sichuan 610031,China)   (Level 3 Posters)
08:45 Tue-Mo-Po2.13-11 [117]: Dimensional Changes of Nb3Sn Conductors During Heat Treatment Using Digital Image Correlation - Mr Etienne Rochepault (CEA Paris-Saclay)   (Level 3 Posters)
08:45 Tue-Mo-Po2.13-12 [118]: Study on the defects degree and flat-rolling reduction of round wires of Nb3Sn Rutherford Cable for High-Energy Accelerators - Mrs Yanmin Zhu (Western Superconducting Technologies Co., Ltd)   (Level 3 Posters)
10:45
Tue-Mo-Or7 - LHC Upgrade and High Field Magnets for Future Colliders - Giorgio Ambrosio (Fermilab) Charlie Sanabria (Commonwealth Fusion Systems) (until 12:15) (Regency AB)
10:45 Tue-Mo-Or7-01: Assembly and First Test of a 15 T Nb3Sn Dipole Demonstrator - Dr Alexander Zlobin (Fermilab)   (Regency AB)
11:15 Tue-Mo-Or7-02: First field quality measurements of a 15 T Nb3Sn Dipole Demonstrator - Thomas Strauss (Fermi National Accelerator Laboratory)   (Regency AB)
11:30 Tue-Mo-Or7-03: 3D Design of F2D2, the FCC Block-coil Short Model Dipole - Mr Etienne Rochepault (Université Paris-Saclay (FR))   (Regency AB)
11:45 Tue-Mo-Or7-04: High Field Magnet Program for Accelerators in China: Status and Plan for Future - Qingjin Xu (IHEP)   (Regency AB)
12:00 Tue-Mo-Or7-05: Electromagnetic design, fabrication and test of LPF2: a 12-T hybrid common-coil dipole magnet with inserted IBS coil - Dr Chengtao Wang (IHEP, CAS)   (Regency AB)
10:45
Tue-Mo-Or8 - High Tc Wires and Cables I - Drew Hazelton (SuperPower Inc.) Venkat Selvamanickam (University of Houston) (until 12:45) (Regency CD)
10:45 Tue-Mo-Or8-01: Low cost transposed cables for coil windings made with REBCO 2G HTS tapes - Dr Alexander Otto (Solid Material Solutions, LLC)   (Regency CD)
11:00 Tue-Mo-Or8-02: Recent progress on CORC® cable and wire development for magnet applications - Danko van der Laan (Advanced Conductor Technologies)   (Regency CD)
11:15 Tue-Mo-Or8-03: Measurements of the Effect of Compressive Load on the Narrow Side of the HTS Tape - Shresht Joshi (Brookhaven National Laboratory)   (Regency CD)
11:30 Tue-Mo-Or8-04: Hoop stress concentration in an HTS tape coil under external magnetic fields - Shunji Takahashi (Sophia University)   (Regency CD)
11:45 Tue-Mo-Or8-05: Effect of thermal mismatch stress and electromagnetic loads on delamination in REBCO coated conductors - Prof. Xingzhe Wang (Lanzhou University) Dr Peifeng Gao (Lanzhou University)   (Regency CD)
12:00 Tue-Mo-Or8-06: Bi2223 persistent current coil with superconducting joint fabricated by JIM method - Dr Shintetsu Kanazawa (Muroran Institute of Technology)   (Regency CD)
12:15 Tue-Mo-Or8-07: Superconducting joints between Bi2223/Ag tapes towards persistent current HTS magnets - Yasuaki Takeda (The University of Tokyo)   (Regency CD)
12:30 Tue-Mo-Or8-08: Critical Current – Strain Dependence, Ic(ε), of Solenoids Wound with Bi-2212 Round Wire - Ernesto Bosque (National High Magnetic Field Laboratory)   (Regency CD)
10:45
Tue-Mo-Or9 - MRI Magnets I - Michael Parizh (GE Global Research) Dr Hitoshi Kitaguchi (National Institute for Materials Science) (until 12:45) (Regency EF)
10:45 Tue-Mo-Or9-01 [Invited]: Commissioning completion of the Iseult Whole Body 11.7 T magnet - Thierry Schild (ITER) Dr Pierre Vedrine (CEA) Dr Lionel Quettier (CEA)   (Regency EF)
11:30 Tue-Mo-Or9-02 [Invited]: Development of High Stable Field REBCO Superconducting Magnet for MRI - Shoichi Yokoyama (Mitsubishi Electric Croporation)   (Regency EF)
11:45 Tue-Mo-Or9-03: Development of quench tolerant epoxy impregnated REBCO coils for an HTS MRI magnet - Mr Konstantinos Bouloukakis (Robinson Research Insitute)   (Regency EF)
12:00 Tue-Mo-Or9-04: Magnetic, mechanical and thermal modeling of superconducting, whole-body, actively shielded, 3 T MRI magnets wound using MgB2 strands for liquid cryogen free operation - Prof. Mike Sumption (The Ohio State University)   (Regency EF)
12:15 Tue-Mo-Or9-05: A Tabletop, Liquid Helium-Free, Persistent-Mode 1.5-T MgB2 “Finger” MRI Magnet: Test of a Half-Scale MRI-Quality Magnet - Dr Dongkeun Park (Francis Bitter Magnet Laboratory / Plasma Science and Fusion Center, Massachusetts Institute of Technology)   (Regency EF)
12:30 Tue-Mo-Or9-06: Ultra-compact MRI System with High Temperature Superconducting Magnet - Dr Timothy Coombs (University of Cambridge)   (Regency EF)
07:50 --- Registration Open (7:00 AM - 6:00 PM) ---
07:55 --- Exhibits Open (9:00 AM - 4:00 PM) ---
08:00
Plenary: Alessandro Bonito-Oliva (F4E) - sponsored by ASG Superconductors - Cesar Luongo (ITER Organization) (until 08:45) (Regency Ballroom)
08:00 Wed-Mo-PL3-01: Toward Completion and Delivery of the First EU ITER Magnets - Alessandro Bonito-Oliva (F4E)   (Regency Ballroom)
08:45
Young Scientist Plenary - Tiina Salmi (Tampere University of Technology, Finland) (until 09:30) (Regency Ballroom)
08:45 Introduction   (Regency Ballroom)
08:50 Wed-Mo-PL4-01: Mitigation of Shielding-current-induced Field in a Magnet Wound with Coated Conductors for Accelerator Systems - Dr Yusuke Sogabe (Kyoto University)   (Regency Ballroom)
08:55 Wed-Mo-PL4-02: Superconducting Magnet Testing: The Art of Giving Feedback on Magnet Design - Franco Julio Mangiarotti (CERN)   (Regency Ballroom)
09:00 Wed-Mo-PL4-03: Bi-2212 High Field Magnet Development - Dr Ernesto Bosque (Applied Superconductivity Center, National High Magnetic Field Laboratory, Florida State University) Ernesto Bosque (National High Magnetic Field Laboratory)   (Regency Ballroom)
09:05 Wed-Mo-PL4-04: Electro-mechanical Characterization of HTS Tapes and Conductors for the next Generation High-field Magnets - Federica Pierro (Tufts University)   (Regency Ballroom)
09:10 Wed-Mo-PL4-05: Flux Pumps - James Gawith (University of Cambridge)   (Regency Ballroom)
09:15 Wed-Mo-PL4-06:Development of Superconducting Undulators - Dr Ibrahim Kesgin (Argonne National Laboratory)   (Regency Ballroom)
09:30 --- Coffee Break (during Poster Sessions) ---
09:30
Wed-Mo-Po3.01 - Fusion V: DDT and DEMO - Neil Mitchell (ITER Organization) Simonetta Turtu' (ENEA) (until 11:15) (Level 2 Posters 1)
09:30 Wed-Mo-Po3.01-01 [1]: Conceptual Design and Analysis of the DDT PF Coil System - Turtu' Simonetta (ENEA)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.01-02 [2]: Structural analyses of the Toroidal Field magnet system of the DTT - Mr Gherardo Romanelli (ENEA)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.01-03 [3]: Optimization of the fast discharge time constant for the DTT Toroidal Field magnets - Roberto Zanino (politecnico di torino)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.01-04 [4]: Structural assessment of the DTT Poloidal Field Coil system - Mr Lorenzo Zoboli (ENEA, Superconductivity section, C.R. Frascati, Italy; Department of Civil Engineering and Computer Science, University of Rome Tor Vergata)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.01-05 [5]: Magnetostructural calculations and design study of the DTT central solenoid - Dr Luigi Muzzi (ENEA) Dr Lorenzo Giannini (ICAS)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.01-06 [6]: CEA Broad Design Studies on EU Demo TF, CS and PF Magnets Systems - Louis Zani (CEA)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.01-07 [7]: Design and analysis of DEMO PF coils - Dr Mithlesh Kumar (EPFL-SPC)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.01-08 [8]: EUROfusion DEMO Tokamak, Inter-Layer Joint for Toroidal Field Coil - Mr Boris Stepanov (EPFL-SPC)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.01-09 [9]: Presentation withdrawn   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.01-10 [10]: Progress in the Design of a Hybrid HTS-Nb3Sn-NbTi Central Solenoid for the EU DEMO - Xabier Sarasola (EPFL)   (Level 2 Posters 1)
09:30
Wed-Mo-Po3.02 - Fusion VI: Conductors for Fusion & New Designs - Arnaud Pascal Foussat (CERN) Andries den Ouden (Radboud University) (until 11:15) (Level 2 Posters 1)
09:30 Wed-Mo-Po3.02-01 [11]: Conceptual Design of Compact CS Insert for HTS Spherical Tokamak FNSF - Yuhu Zhai (Princeton Plasma Physics Laboratory)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.02-02 [12]: The general appearance of the superconducting magnet system for the Gas-Dynamic Multimirror Trap - Prof. Vitaly Vysotsky (Russian Scientific R&D Cable Institute) Dr Dmitry Yakovlev (Budker Institute of Nuclear Physics)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.02-03 [13]: An Alternative Conductor Design for the K-DEMO Toroidal Field Coils - Dr Soun Pil Kwon (NFRI)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.02-04 [14]: Development of high-current density HTS STARS conductor for the next generation helical fusion device - Shinnosuke Matsunaga (SOKENDAI (The Graduate University for Advanced Studies))   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.02-05 [15]: HTS-WISE conductor and magnet impregnated with low-melting point metal - Mr Shinnosuke Matsunaga (The Graduate University for Advanced Studies (SOKENDAI))   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.02-07 [16]: Electro-Magnetic Design of a 3T superconducting Dipole magnet - Chao Li   (Level 2 Posters 1)
09:30
Wed-Mo-Po3.03 - Cryogenic Systems -Mr Kazuma Fukui (National Institutes for Quantum and Radiological Science and Technology) Hongyu Bai (NHMFL) (until 11:15) (Level 2 Posters 1)
09:30 Wed-Mo-Po3.03-01 [17]: Design of JT-60SA Cryodistribution components - Dr Kyohei Natsume (Quantum radiology Science and Technology)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.03-02 [18]: Quench recovery analysis of the JT-60SA superconducting magnets - Kazuma Fukui (National Institutes for Quantum and Radiological Science and Te)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.03-03 [19]: Alarm and interlock system in cryogenic system of EAST - Dr Liangbing Hu (Institute of plasma physics Chinese academy of sciences)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.03-04 [20]: Conceptual design of the cryogenic system for large scale superconducting coil test - Dr Zhigang Zhu (Institute of Plasma Physics, Chinese Academy of Sciences) Prof. Ming Zhuang (Institute of Plasma Physics, Chinese Academy of Sciences)   (Level 2 Posters 1)
09:30
Wed-Mo-Po3.04 - Medical Applications - Atsushi Ishiyama (Waseda University) William Marshall (National High Magnetic Field Laboratory) (until 11:15) (Level 2 Posters 1)
09:30 Wed-Mo-Po3.04-01 [21]: Design and development of beamline system for a proton therapy facility - Mr Wenjie Han (Huazhong University of Science and Technology)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.04-02 [22]: Design and development of small model HTS coil system for Skeleton Cyclotron - Prof. Hiroshi Ueda (Okayama University)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.04-03 [23]: Structure Optimization of The Fast Scanning Magnets for Proton Therapy - Zhongqi Zhang (Huazhong University of Science and Technology)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.04-04 [24]: Multiple redundant fuzzy-PID control technology for the scanning magnets of proton therapy nozzle - Yinjie Lin (HUST: Huazhong University of Science and Technology)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.04-05 [25]: Lightweight design of superconducting magnets for a rotating gantry with active shielding - Tetsuhiro Obana (NIFS)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.04-06 [26]: Fundamental Study on Cancer Therapy by Blocking Newborn Blood Vessels Using a High-Frequency Rotating Magnetic Field - Mr Makoto Kirimura (Division of Sustainable Energy and Environmental Engineering, Graduate School of Engineering, Osaka University)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.04-07 [27]: Optimum Design of Continuously Workable Transcranial Magnetic Stimulator - Xiao Fang   (Level 2 Posters 1)
09:30
Wed-Mo-Po3.05 - Generators I - Michael Green (LBNL) Dr Timothy Coombs (University of Cambridge) (until 11:15) (Level 2 Posters 1)
09:30 Wed-Mo-Po3.05-01 [28]: Multiobjective optimal design of bearingless permanent magnet synchronous generator with multiobjective particle swarm optimization algorithm - Ying Xu (Jiangsu University) Mengyao Wu (Jiangsu University)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.05-02 [29]: Experiments and Design Criteria for a High-Speed Permanent Magnet Synchronous Generator with Magnetic Bearing Considering Mechanical Aspects - Jeong-In Lee (Chungnam National University)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.05-03 [30]: Design and Analysis of High-Speed Permanent Magnet Synchronous Generator Considering Rotor Structure - Tae-Kyoung Bang (Republic of Korea /Chungnam National University) Kyung-Hun Shin (Chungnam National University)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.05-04 [31]: Experimental Verification and Analytical Prediction for Generating Characteristics of Double-Sided Permanent Magnet Linear Synchronous Generator for Ocean Wave Energy Converter - Sung-Won Seo (Chungnam National University)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.05-05 [32]: Experimental Verification and No-load Characteristics Analysis of Permanent magnet Linear Oscillating Actuator by using Semi-3D Analysis Technique with Corrected Stacking Factor - Jong-Hyeon Woo (chungnam national university)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.05-06 [33]: Research of Post-Assembly Magnetization of Large Surface-Mounted Rare-Earth Permanent Magnet Machines with Integrated Magnetizing Windings combing with Stator Windings - Qingjian Wang (Wuhan National High Magnetic Field Center, Huazhong University of Science and Technology)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.05-07 [34]: Detent Force and Static Thrust Experimental Analysis of a 3kW Single-Phase Linear Permanent Magnet Generator for Striling Engines - Mr Kyu-Seok Lee   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.05-08 [35]: Maximizing Efficiency of IPMSG in the Engine Generator System of a Plug-in Hybrid EV and Its Comparison with SPMSG - Dr Ho-Chang Jung (Korea Automotive Technology Institute)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.05-10 [36]: A Novel Permanent Magnet Linear Generator - Prof. Hao Chen (China University of Mining and Technology)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.05-11 [37]: Fully Coupled Numerical Method for Coated Conductor HTS Coils in HTS Machine - Dr Zhen Huang (Shanghai Jiao Tong University)   (Level 2 Posters 1)
09:30
Wed-Mo-Po3.06 - Generators II - Michael Green (LBNL) Dr Timothy Coombs (University of Cambridge) (until 11:15) (Level 2 Posters 1)
09:30 Wed-Mo-Po3.06-01 [38]: Design and Performance Test of an 1-kW-class HTS Generator with HTS Contactless Rotary Excitation Device - Ji Hyung Kim (Jeju National University)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.06-03 [39]: Design of a HTS Field Winding Vernier Machine with HTS bulks on Flux Modulation Pole - Do Hyun Kang (Sungkyunkwan University)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.06-04 [40]: The structure design of a 300-kvar class HTS synchronous condenser prototype - Qihong Wu (Tsinghua University)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.06-05 [41]: Design and Numerical Analysis of 10 MW-class Fully-Superconducting Synchronous Generators Installing the New Casing Structure for Turboelectric Propulsion System - Mr Masataka Komiya (Kyushu University)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.06-06 [42]: Design and Analysis of a 10-MW-Class HTS Generator considering Various Winding Insulation Techniques for HTS Rotor-Field Poles - Yoon Seok Chae (Department of electrical engineering, Jeju National University)   (Level 2 Posters 1)
09:30
Wed-Mo-Po3.07 - Magnetization and AC Losses I - Hiroshi Ueda (Okayama University) Pasquale Fabbricatore (INFN Genova) (until 11:15) (Level 2 Posters 1)
09:30 Wed-Mo-Po3.07-01 [43]: Magnetizing Technique for Permanent Magnets in IPM Motor Rotors Using HTS Bulk Magnet - Prof. Tetsuo Oka (Shibaura Institute of Technology)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.07-02 [44]: Presentation withdrawn   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.07-03 [45]: Measurement and Analysis on Local Magnetization Properties of RE-123 Coated Conductor with DC Transport Current and External Magnetic Field - Dr Kohei Higashikawa (Kyushu University)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.07-04 [46]: Presentation withdrawn   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.07-05 [47]: Influence of the size of soft-iron yoke on trapped field performance of HTS bulk - Kazuya Yokoyama (Ashikaga University)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.07-06 [48]: Magnetization of HTSC tape in flux pump regime - Maxim Osipov (NRNU MEPhI)   (Level 2 Posters 1)
09:30 Wed-Mo-Po3.07-08 [49]: Modelling of Field and Field Quality in a YBCO Coated- Conductor Wound Planar Undulator - Milan Majoros (The Ohio State University)   (Level 2 Posters 1)
09:30
Wed-Mo-Po3.08 - Current Limiters I - Martin Eibach (GSI) Dr Mark Ainslie (University of Cambridge) (until 11:15) (Level 2 Posters 2)
09:30 Wed-Mo-Po3.08-02 [54]: Modelling and experimental verification of dc inductive superconducting fault current limiter - Mrs Wei Hong (Tianjin University,Key Laboratory of Smart Grid of Ministry of Education School of Electrical & Information Engineering) Prof. Bin Li (Tianjin University,Key Laboratory of Smart Grid of Ministry of Education School of Electrical & Information Engineering)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.08-03 [55]: A Resistance Model of Fault Current Limiting Magnets under DC Impact - Haonan Wang (Applied Superconductivity Key Lab, Institute of Electrical Engineering, Chinese Academy of Science)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.08-04 [56]: Design of a novel inductive type fault current limiting - Sung-Kyu Kim (Korea Electrotechnology Research Institute)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.08-05 [57]: Simulation and experimental investigation on the critical current and AC losses of a hybrid superconducting fault current limiter with bias magnetic field during normal operation - Mr Hanyang Qin (North China University of Technology)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.08-06 [58]: Conceptual design of a saturated iron core superconducting fault current limiter for a DC power system - Mr Van Quan Dao (Changwon National University)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.08-09 [59]: AC Loss Analysis of a 10-kV / 500-A Flux-coupling type Superconducting Fault Current Limiter - Guilun Chen (Huazhong University of Science and Technology) Li Ren (Huazhong University of Science and Technology) Sinian Yan (Huazhong University of Science and Technology, China)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.08-10 [60]: Balanced current distribution in high coupling coils of flux-coupling-type superconducting fault current limiter - Rongyu Su (State Key Laboratory of Advanced Electromagnetic Engineering and Technology) Li Ren (Huazhong University of Science and Technology)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.08-11 [61]: Analysis on Operation Characteristics of Double Quench Flux Lock Type Superconducting Fault Current Limiter - Hyeong-Jin Lee (Soongsil University)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.08-12 [62]: Study on the current limiting characteristics of YBCO coated conductor according to different stabilizer layer with iron core and coil - Ho Ik Du (Chonbuk National University)   (Level 2 Posters 2)
09:30
Wed-Mo-Po3.09 - Current Limiters II - Martin Eibach (GSI) Dr Mark Ainslie (University of Cambridge) (until 11:15) (Level 2 Posters 2)
09:30 Wed-Mo-Po3.09-01 [63]: Fabrication and performance test of fault current limiting elements made of non-stabilizer coated conductors - Ho Ik Du (Chonbuk National University)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.09-02 [64]: Comparison of Fault Current Limiting Characteristics between the separated Three-phase Flux-lock Type SFCL and the Integrated Three-phase Flux-lock Type SFCL - Ho Ik Du (Chonbuk National University)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.09-03 [65]: Design and Test of 6 kV / 140 A Conduction Cooled Flux Coupling Type Superconducting Fault Current Limiter - Dr Michal Majka (Lublin University of Technology)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.09-04 [66]: The application of hybrid-type DC SFCL in shipboard MVDC system - Ms Zheng Li (Huazhong University of Science and Technology)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.09-05 [67]: Voltage Distribution Research on Flux-Coupling-Type SFCL - Guilun Chen (Huazhong University of Science and Technology) Li Ren (Huazhong University of Science and Technology) Zhiwei Cao (Huazhong University of Science and Technology)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.09-06 [68]: Technical and Economic Analysis of Resistive Superconducting Current Fault Limiter with Parallel Shunt Resistance - Mr Guilun Chen (Huazhong university of science and technology) Ms Sinian Yan (Huazhong university of science and technology) Ms Zheng Li (Huazhong university of science and technology) Mr Xiangyu Tan (Huazhong university of science and technology) Mr Siyuan Liang (Huazhong university of science and technology)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.09-07 [69]: Electromagnetic field analysis of resistive superconducting fault current limiters for DC applications - Prof. Dong Xia (Chinese Academy of Sciences)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.09-08 [70]: Magnetizing Characteristics of Bridge Type SFCL with Simultaneous Quench Using Flux-Coupling - Seok-Cheol Ko (Kongju National University)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.09-09 [71]: Fault Current Limiting Characteristics of a Small-Scale Bridge Type SFCL with Single HTSC Element Using Flux-Coupling - Seok-Cheol Ko (Kongju National University)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.09-10 [72]: Study on Coordination of Resistive SFCLs and Hybrid-Type Circuit Breakers to Protect a HVDC System with LCC and VSC Stations - Dr Ying Xu (Huazhong University of Science and Technology) Prof. Lei Chen (Wuhan University)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.09-11 [73]: Application Study of a Flux-Coupling-Type SFCL for Low-Voltage Ride-Through Operation of a Virtual Synchronous Generator - Ms Guocheng Li (Wuhan University) Prof. Lei Chen (Wuhan University)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.09-12 [74]: Numerical Analysis of the 6 kV / 140 A Conduction Cooled Flux Coupling Type Superconducting Fault Current Limiter. - Dr Michal Majka (Lublin University of Technology)   (Level 2 Posters 2)
09:30
Wed-Mo-Po3.10 - Conductors for Large Scale Applications - Cesar Luongo (ITER Organization) Jeseok Bang (Seoul National University) (until 11:15) (Level 2 Posters 2)
09:30 Wed-Mo-Po3.10-01 [75]: Study of superconducting strands damage and mechanical characteristics by different shape of CICC conductors - Dr Chao Dai (Institute of Plasma Physics, Chinses Academy of Science) Mr Zichuan Guo (Institute of Plasma Physics Chinese Academy of Sciences) Jinggang Qin   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.10-02 [76]: Conductor Design of the Madmax 9 T Large Dipole Magnet - Christophe Paul Berriaud (DAPNIA)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.10-03 [77]: Nb3Sn Wind & React conductors and joints for the low field grades of a layer wound DEMO TF coil - Luigi Muzzi (ENEA)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.10-04 [78]: Post-mortem mechanical investigation of ITER TF conductor samples after heat treatment and SULTAN testing - Prof. Matthew C. Jewell (Materials Science Center, University of Wisconsin-Eau Claire)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.10-05 [79]: Cable Compaction as a Possible Factor to Reduce Tcs Degradation of ITER Toroidal Field Conductors - Vitaly Vysotsky (Russian Scientific R&D Cable Institute)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.10-06 [80]: Research on non-destructive examination of NbSn3 cables based on the method of inversion of electromagnetic property - Mrs Xiaochuan Liu ( Institute of Plasma Physics Chinese Academy of Sciences)   (Level 2 Posters 2)
09:30 Wed-Mo-Po3.10-07 [81]: AC loss, contact resistance, and cabling degradation analysis of various Nb3Sn sub-size CICC cable designs - Anvar V A (University Of Twente)   (Level 2 Posters 2)
09:30
Wed-Mo-Po3.11 - Quench and Normal Zone Behavior II - Fedor Gömöry (Institute of Electrical Engineering, Slovak Academy) Honghai Song (Brookhaven National Laboratory) (until 11:15) (Level 3 Posters)
09:30 Wed-Mo-Po3.11-01 [88]: Quench analysis of no-insulation magnet using YBCO coated conductor tapes with copper cladding - Shijun Zheng (Institute of Modern Physics，Chinese Academy of Sciences)   (Level 3 Posters)
09:30 Wed-Mo-Po3.11-02 [89]: Quench Analysis of an LTS Quadrupole Triplet Magnet System for the IBS RAON Inflight-Fragment Separator - Dr Wooseung Lee (Massachusetts Institute of Technology, Francis Bitter Magnet Laboratory / Plasma Science and Fusion Center)   (Level 3 Posters)
09:30 Wed-Mo-Po3.11-03 [90]: A fast turnaround experimental platform for testing quench initiation and detection of REBCO coated conductors for high-field magnet applications - Xijie Luo (Kyoto University)   (Level 3 Posters)
09:30 Wed-Mo-Po3.11-04 [91]: A Lumped Circuit Model for No-Insulation Pancake Coil to Consider Fast Electromagnetic Quench Propagation - Chaemin Im (Seoul National University)   (Level 3 Posters)
09:30 Wed-Mo-Po3.11-05 [92]: Numerical and Experimental Analysis of Thermal Stability of Superconducting Windings Using a YBCO Core Cable - Dr Deng Xiangli (Shanghai University of Electric Power)   (Level 3 Posters)
09:30 Wed-Mo-Po3.11-07 [93]: Analysis of the influence of hot spots on the design of DC resistive SFCLs - Mr Jiabin Yang (University of Cambridge)   (Level 3 Posters)
09:30 Wed-Mo-Po3.11-08 [94]: Investigation on Quench and Normal Zone Propagation Characteristics of 2G HTS Racetrack Coil with Metal-Insulator Transition Insulation Material - Mr Huu Luong Quach (Jeju National University)   (Level 3 Posters)
09:30 Wed-Mo-Po3.11-09 [95]: Experimental study on the quench characteristic of YBCO tapes with different arranggements - DongSheng Pu (State Key Laboratory of Advanced Electromagnetic Engineering an)   (Level 3 Posters)
09:30
Wed-Mo-Po3.12 - Motors IX - Qiuliang Wang (IEE CAS) Hao Chen (China University of Mining & Technology) (until 11:15) (Level 3 Posters)
09:30 Wed-Mo-Po3.12-01 [96]: Design of a Novel Axial Flux Rotor Consequent-Ploe Permanet Magnet Machine - Deyang Fan (Jiangsu University)   (Level 3 Posters)
09:30 Wed-Mo-Po3.12-02 [97]: Measurement of eddy current loss of permanent magnet with higher frequency and temperature effects - Nijan Yogal (Physikalisch-Technische Bundesanstalt)   (Level 3 Posters)
09:30 Wed-Mo-Po3.12-03 [98]: Experimental characterization of a no-insolation HTS racetrack coil in travelling magnetic fields - Dr Kang Liu (Applied Superconductivity Laboratory, State Key Laboratory of Traction Power, Southwest Jiaotong University)   (Level 3 Posters)
09:30 Wed-Mo-Po3.12-04 [99]: Comparative Analysis of a Linear Electric Motor using Superconducting and Conventional Conductor Coil - Adrian Gonzalez-Parada (University of Guanajuato)   (Level 3 Posters)
09:30 Wed-Mo-Po3.12-05 [100]: A novel permanent magnet linear motor for the application of urban transit - Dr Cong Deng   (Level 3 Posters)
09:30 Wed-Mo-Po3.12-06 [101]: A Study on Robust Design of Irreversible Demagnetization of IPMSM Rotor Core Using Dy-Free Permanent Magnet - Dr SuYeon Cho (KATECH) Hyungsik Kong Mr Dong-Woo Nam Mr Min-Jae Jeong Mr Hyun-Jo Pyo Prof. Won-Ho Kim Prof. Sung Gu Lee   (Level 3 Posters)
09:30 Wed-Mo-Po3.12-07 [102]: Design of IPMSM for Electric Oil Pump considering PM Irreversible Demagnetization at Saturation Temperature - Mr Dae-Woo Kim (Sungkyunkwan University)   (Level 3 Posters)
09:30 Wed-Mo-Po3.12-08 [103]: A study on the magnet structure for reducing demagnetization by grain boundary diffusion method - Byungchan Kim (keimyung university)   (Level 3 Posters)
09:30 Wed-Mo-Po3.12-09 [104]: Study on Reduction of Eddy Current Loss of Permanent Magnets in Ultra-High Speed Machines - Hyungkwan Jang (Hanyang University)   (Level 3 Posters)
09:30 Wed-Mo-Po3.12-10 [105]: Design and Analysis of a Magnetless Linear Variable Reluctance Motor with Modular Mover Units for Electric Propulsion - T. W. Ching (University of Macau)   (Level 3 Posters)
09:30 Wed-Mo-Po3.12-11 [106]: A Novel Three-phase Tubular Switched Reluctance Linear Machine with Transverse-flux path - Prof. Hao Chen (China University of Mining and Technology)   (Level 3 Posters)
09:30 Wed-Mo-Po3.12-12 [107] [Invited]: Superconducting Synchronous Motors for Electric Ship Propulsion - Michael Parizh (GE Global Research)   (Level 3 Posters)
09:30 Wed-Mo-Po3.12-13 [108]: Application of AC Loss on HTS Magnet using Frequency Loss Induced Quench (FLIQ) Protection System. - Kikelomo Ijagbemi (National High Magnetic Field Laboratory)   (Level 3 Posters)
09:30
Wed-Mo-Po3.13 - Motors X - Qiuliang Wang (IEE CAS) Hao Chen (China University of Mining & Technology) (until 11:15) (Level 3 Posters)
09:30 Wed-Mo-Po3.13-01 [109]: Comparative Study of Permanent Magnet Assisted Linear Switched Reluctance Motor and Linear Flux Switching Permanent Magnet Motor for Railway Transportation - Deyang Fan (Jiangsu University)   (Level 3 Posters)
09:30 Wed-Mo-Po3.13-02 [110]: Modelling and Experimental Study on the Magnetization Losses of Tri-axial CORC Cable used in All-Electric Aircraft - Zixuan Zhu   (Level 3 Posters)
09:30 Wed-Mo-Po3.13-03 [111]: Ferrite PM Optimization of SPM BLDC Motor for Oil-Pump Applications According to Magnetization Direction - Seungheon Lee Hyunwoo Kim   (Level 3 Posters)
09:30 Wed-Mo-Po3.13-04 [112]: A Study on Design of Hybrid Type Electromagnet for Maglev - Jae-Kwang Lee (hanyang university) Hyunwoo Kim   (Level 3 Posters)
09:30 Wed-Mo-Po3.13-05 [113]: Study on The Novel Design Process of Working Bar of Double Cage Induction Motor - Mr Dong-Ho Kim (Gachon University)   (Level 3 Posters)
09:30 Wed-Mo-Po3.13-06 [114]: Electromagnetic performance of HTS linear generator under Field-Cooled and Zero-Field-Cooled condition - Dr Adrian Gonzalez-Parada (Universidad de Guanajuato)   (Level 3 Posters)
09:30 Wed-Mo-Po3.13-07 [115]: Evaluation of Power Losses in High-temperature Superconducting Coils for Field-excited Electric Motors - Dr T. W. Ching (University of Hong Kong)   (Level 3 Posters)
09:30 Wed-Mo-Po3.13-08 [116]: Analysis of Novel Wound Field Flux Linear Reversal Machine with Multiple MMF Working Harmonics - Yuanzhi Zhang (Huazhong University of Science and Technology) Yi Cheng (Huazhong University of Science and Technology)   (Level 3 Posters)
09:30 Wed-Mo-Po3.13-09 [117]: Design Optimization of 2G High-Tc Superconducting Magnet for High Speed Transportation - Dr Jungyoul Lim (Korea Railroad Research Institute)   (Level 3 Posters)
09:30 Wed-Mo-Po3.13-10 [118]: Study on The Novel Rotor Core of Induction Motor with Cross Lamination - Mr Dong-Ho Kim (Gachon University)   (Level 3 Posters)
09:30 Wed-Mo-Po3.13-11 [119]: Design of a High temperature superconducting linear synchronous motor for pulse power application - Shifeng Shen (Naval University of Engineering)   (Level 3 Posters)
09:30 Wed-Mo-Po3.13-12 [120]: A Feasibility Study to Apply the Bitter Magnet to Electric Power Devices - Mr Soobin An (SeoulNationalUniversity)   (Level 3 Posters)
11:15
Wed-Mo-Or10 - Resistive Accelerator Magnets - Ruediger Picker (TRIUMF) Kazuhiro Tanaka (KEK: High Energy Accelerator Research Organization) (until 12:45) (Regency AB)
11:15 Wed-Mo-Or10-01: Power test and magnetic measurement of the first short models of twin aperture magnets for FCC-ee - Carlo Petrone (CERN)   (Regency AB)
11:30 Wed-Mo-Or10-02: Performance of the Optimized Mechanical Design of the CLIC Main Beam Quadrupole Magnet Prototype - Michele Modena (CERN)   (Regency AB)
11:45 Wed-Mo-Or10-03: Comparative studies of three-dimensional analysis and measurement for establishing pulse electromagnet design - Tomohiro Takayanagi (JAEA/J-PARC)   (Regency AB)
12:00 Wed-Mo-Or10-04: Combined-function magnetic measurement system - Reed Teyber (Lawrence Berkeley National Laboratory)   (Regency AB)
12:15 Wed-Mo-Or10-05: TRIUMF new high resolution mass separator magnet design - Dr Marco Marchetto (TRIUMF)   (Regency AB)
12:30 Wed-Mo-Or10-06: Presentation withdrawn   (Regency AB)
11:15
Wed-Mo-Or11 - Magnetization and AC Losses in Conductors and Coils - Eric Sun (Jefferson Lab) Dr Sebastian Hellman (Paul Scherrer Institut) (until 12:45) (Regency CD)
11:15 Wed-Mo-Or11-01 [Invited]: Magnetization, Flux Penetration, and Drift of YBCO Cable Segments Models and Measurements for Accelerator Magnet Applications - Prof. Mike Sumption (The Ohio State University)   (Regency CD)
11:45 Wed-Mo-Or11-02 [Invited]: Magnetic field measurements of stack of double-pancake coils wound with striated and copper-plated coated conductors - Prof. Naoyuki Amemiya (Kyoto University)   (Regency CD)
12:15 Wed-Mo-Or11-03: Experimental results of field-error cancellation with HTS-based magnetic screens - Mr Lorenzo Bortot (CERN)   (Regency CD)
12:30 Wed-Mo-Or11-04: Magnetic vector potential-based formulations for modeling superconducting applications: a valid alternative to the H-formulation - Francesco Grilli (Karlsruhe Institute of Technology)   (Regency CD)
11:15
Wed-Mo-Or12 - Flux Pump and Cryostats -Dr Zhenan Jiang (Victoria University of Wellington) Dr Timothy Coombs (University of Cambridge) (until 12:45) (Regency EF)
11:15 Wed-Mo-Or12-01: Investigation on the Ultra-high field Flux Pumped superconducting magnets - Mr Chao Li (University of Cambridge)   (Regency EF)
11:30 Wed-Mo-Or12-02: HTS Switch for use in Flux Pumps - James Gawith (University of Cambridge)   (Regency EF)
11:45 Wed-Mo-Or12-03: Design, construction and test of thermally activated ReBCO switches - Dr Nikolay Bykovskiy (CERN)   (Regency EF)
12:00 Wed-Mo-Or12-04: Self-Protecting HTS Current Lead - Demonstration of a new technology - Alexey Dudarev (CERN)   (Regency EF)
12:15 Wed-Mo-Or12-05: Conceptual design of the cryostat for a highly radiation transparent 2 T superconducting detector solenoid for FCC-ee - Veronica Ilardi (Twente Technical University (NL))   (Regency EF)
12:30 Wed-Mo-Or12-06: Conceptual design of a conduction cooled superconducting undulator - Dr Shiroyanagi Yuko (Advacned Photon Source, Argonne National Laboratory)   (Regency EF)
07:55 --- Registration Open (7:00 AM - 5:00 PM) ---
08:00
Plenary: Timothy Coombs (University of Cambridge) - Mathias Noe (Karlsruhe Institute of Technology) (until 08:45) (Regency Ballroom)
08:00 Thu-Mo-PL5-01: Advances in Superconducting Rotating Machinery - Tim Coombs (University of Cambridge)   (Regency Ballroom)
08:45 --- Coffee Break (during Poster Sessions) ---
08:45
Thu-Mo-Po4.01 - Associated Technology II - Thanatheepan Balachandran (University of Illinois ) Eric Sun (Jefferson Lab, USA) (until 10:45) (Level 2 Posters 1)
08:45 Thu-Mo-Po4.01-02 [1]: A uniform pressure actuator with high forming efficiency based on the pulsed magnet manufacturing technique - Prof. Xiaotao Han (Wuhan National High Magnetic Field Center, Huazhong University of Science and Technology)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.01-03 [2]: Pulsed magnet design and fabrication for generating background magnetic field in pulse current driven forming - Mr Pengxin Dong (Wuhan National High Magnetic Field Center, Huazhong University of Science and Technology)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.01-04 [3]: The Design of the 30kA DCCT using in the FTPMF system - Dr Shaozhe Zhang (Wuhan National High Magnetic Field Center,Huazhong University of Science and Technology) Zhenglei Wang (Wuhan National High Magnetic Field Center, Huazhong University of Science and Technology)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.01-05 [4]: Research on Influence of High Pulse Magnet Fault on Power Supply and Protection Strategy - Zhangfei Zhao (1.College of Mechanical and Electronic Engineering，Suzhou University 2.Wuhan National High Magnetic Field Center Huazhong University of Science and Technology)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.01-06 [5]: Analysis of the commutation of the 24-pluse converter for high plused magnet outer coil power supply - Zhangfei Zhao (College of Mechanical and Electronic Engineering; Suzhou University 2. Wuhan National High Magnetic Field Center Huazhong University of Science and Technology)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.01-07 [6]: Properties of Selected High-strength Composite Conductors - Ke Han (national high magnetic field laboratory)   (Level 2 Posters 1)
08:45
Thu-Mo-Po4.02 - Test Facility - Thanatheepan Balachandran (University of Illinois) Yusuke Sogabe (K) (until 10:45) (Level 2 Posters 1)
08:45 Thu-Mo-Po4.02-01 [7]: Design and Implementation of Interlock System for CFETR CSMC Testing Platform based on FMEA - Mr Tong Li (Hefei institutes of Physical Science Chinese Academy of Science, University of Science and technology of China)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.02-02 [8]: Carpenter: superconducting magnet test facility management system - Michal Duda (IFJ PAN)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.02-03 [9]: Preliminary Design of HEPdipo, a Nb3Sn Large Aperture Dipole Magnet for Cable and Insert Coil testing - Douglas Martins Araujo (CERN)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.02-05 [10]: Concept Design of magnet system of the large scale superconducting conductor test facility for future fusion reactor - Dr Chao Dai (Institute of Plasma Physics, Chinses Academy of Science)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.02-06 [11]: Upgrade of sub-systems and performance improvement for a versatile multi-field test facility of superconducting wires and tapes - Xingzhe Wang (Lanzhou University)   (Level 2 Posters 1)
08:45
Thu-Mo-Po4.03 - Novel Diagnostics and Other Techniques - Takanobu Kiss (Kyushu University) Emmanuele Ravaioli (CERN) (until 10:45) (Level 2 Posters 1)
08:45 Thu-Mo-Po4.03-01 [12]: Development of a radiation resistant magnetometer - Martin Eibach (GSI Helmholtzzentrum für Schwerionenforschung)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.03-02 [13]: Development of rotating coil measurement system - Dr Jianxin Zhou (Institute of High Energy Physics, CAS)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.03-03 [14]: Current Reset in Superconducting Devices - Michael Parizh (GE Global Research)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.03-04 [15]: The Application of Coordination to Magnetic Measurement Automation: An SSW System Example - Dr Jerzy Nogiec (Fermilab)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.03-05 [16]: A Numerical Method to Calculate Spatial Harmonic Coefficients of Magnetic Fields generated by Screening Currents in an HTS Magnet - Jeseok Bang (Seoul National University)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.03-06 [17]: Design and optimization of the PCB search coils for the accelerator magnet measurements - Xu Liu (Huazhong University of Science and Technology)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.03-07 [18]: A Novel Diagnosis Method through Pulse Sequence Analysis of DC Void Partial Discharge in High Temperature Superconducting Cable - Mr Dong-Hun Oh (Hanyang University)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.03-08 [19]: Feasibility Study of Distributed Optical Fiber Applied in the Temperature Measurement of HTS Cables - Mr Kao Zhou (Huazhong University of Science and Technology)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.03-09 [20]: Characteristic Resistance Measurement of No-Insulation REBCO Pancake Coil under Different Conditions - So Noguchi (Hokkaido University)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.03-10 [21]: Design and Analysis of a Novel Two-Dimensional High Frequency Magnetic Tester for Nanocrystalline Alloy Material - Yongjian Li (Hebei University of Technology)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.03-11 [22]: Implementation and first operational experiences with the high voltage In-Service-Tests on the superconducting magnet system of Wendelstein 7-X - Mr Frank Füllenbach (Max-Planck-Insatitut für Plasmaphysik)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.03-12 [23]: Presentation withdrawn   (Level 2 Posters 1)
08:45
Thu-Mo-Po4.04 - Fusion VII: Joints and Terminations - Louis ZANI (CEA-IRFM) Boris Stepanov (EPFL) (until 10:45) (Level 2 Posters 1)
08:45 Thu-Mo-Po4.04-01 [24]: Design and Manufacture of a prototype Nb3Sn-NbTi full-size joint sample for the CFETR Central Solenoid Model Coil - Guanghui Ma (Institute of Plasma Physics Chinese Academy of Sciences)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.04-02 [25]: Development of CORC® Cable Terminations and Low-loss Joints for use in Magnets for Fusion - Jeremy Weiss (Advanced Conductor Technologies)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.04-03 [26]: Dependence of joint resistance on current for ITER-TF joint samples - Dr Tetsuhiro Obana (NIFS)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.04-04 [27]: Design Optimization and Assessment of Fabrication of ITER Central Solenoid Twin Box Joints - Ignacio Aviles Santillana (CERN, University Carlos III (ES))   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.04-05 [28]: Demountable Coaxial Clamped Joint For ITER Central Solenoid Module Final Test Program - Dr Zbigniew Piec (General Atomics)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.04-06 [29]: Research and Development of the Heater Chains for the ITER Current Lead Terminals - Mr Wanjiang Pan (Institute of Plasma Physics, Chinese Academy of Sciences)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.04-07 [30]: Induced currents and AC losses models for a butt-joint with rutherfords shunts - Alexandre Torre (CEA)   (Level 2 Posters 1)
08:45
Thu-Mo-Po4.05 - Other High Tc Wires and Cables -Dr Alexander Otto (Solid Material Solutions, LLC) Geonwoo Baek (Yonsei University) (until 10:45) (Level 2 Posters 1)
08:45 Thu-Mo-Po4.05-01 [31]: New precursor powders fabrication technique for Bi-2223 high temperature superconducting tapes - Mr Chengshan Li (Northwest Institute for Nonferrous Metal Research)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.05-02 [32]: Structure material performance evaluation for Bi2212 CICC conductor - Ms Huan Jin (Institute of Plasma Physicas)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.05-03 [33]: Mechanical and Electrical Testing of A Novel Enhanced Bi2212 Round Wire - Jinggang Qin (Institute of Plasma Physics, Chinese Academy of Sciences(ASIPP))   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.05-04 [34]: Critical Current under Axial Strain of High-Pressure HT Bi-2212 Round Wire - Prof. Jinggang Qin (Institute of Plasma Physics, Chinese Academy of Sciences Hefei, China) Prof. Huajun Liu (Institute of Plasma Physics, Chinese Academy of Sciences Hefei, China) Prof. Fang Liu (Institute of Plasma Physics, Chinese Academy of Sciences Hefei, China)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.05-05 [35]: Tensile mechanical properties of silver alloy sheathed Bi-2212 wires - Prof. Fang Liu (Institute of Plasma Physics, Chinese Academy of Sciences Hefei, China) Prof. Jinggang Qin (Institute of Plasma Physics, Chinese Academy of Sciences Hefei, China) Prof. Huajun Liu (Institute of Plasma Physics, Chinese Academy of Sciences Hefei, China)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.05-06 [36]: Intra-wire resistance and AC loss of multi-filamentary Bi2212 round wire - Prof. Chao Zhou (Institute of Plasma Physics, Chinese Academy of Sciences, Hefei, Anhui, China )   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.05-07 [37]: Impact of Axial Tensile Strain on the Inhomogeneity of Critical Current for Bi-2212 Round Wire - Mr Wei Chen   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.05-08 [38]: Non-destructive evaluation of the critical current for Bi-2212 cable for fusion application - Dr Yang Xinsheng (Southwest Jiaotong University) Wei Chen (Southwest Jiaotong University)   (Level 2 Posters 1)
08:45
Thu-Mo-Po4.06 - Wind, Wave, Tidal Generators II - Kohei Higashikawa (Kyushu University) Liudmila Potanina (Russian Scientific R&D Cable Institute (JSC VNIIKP)) (until 10:45) (Level 2 Posters 1)
08:45 Thu-Mo-Po4.06-01 [39]: Analysis of a Double-sides Stator-PM Linear Generator for Wave Energy Conversion - Lei Huang (Southeast University)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.06-02 [40]: Performance of multi-layer fractional-slot concentrated windings for superconducting wind turbine generators in normal and short circuit operation conditions - Dr Dong Liu (Hohai University)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.06-03 [41]: Thermal and mechanical design of 10 MW class HTS wind power generator - Mr Jaehwan Lee (Changwon National University)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.06-04 [42]: Comparison of Electromagnetic Performance of 10-MW HTS Double-Stator Flux Modulation Generators With Different Topologies for Offshore Direct-Drive Wind Turbines - Yuanzhi Zhang (Huazhong University of Science and Technology) Yi Cheng (Huazhong University of Science and Technology) Yuting Gao (Huazhong University of Science and Technology) Qian Wang (Huazhong University of Science and Technology)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.06-05 [43]: Design and feasibility study of a performance evaluation system for a large-scale HTS generator under short-circuit conditions - Byeong-Soo Go (Changwon National University)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.06-06 [44]: Design and property analysis of a performance evaluation system for HTS wind power generators - Mr Changhyun Kim (Changwon National University)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.06-07 [45]: A Novel Thermal Network Model for Double Stator Brushless Doubly-Fed Generator With Cage-Barrier Rotor Based on Improved Mechanical Structure - Prof. Fengge Zhang (Shenyang University of Technology)   (Level 2 Posters 1)
08:45
Thu-Mo-Po4.07 - Magnetization and AC Losses II -Dr Kathleen Amm (Brookhaven National Laboratory) Hiroshi Ueda (Okayama University) (until 10:45) (Level 2 Posters 1)
08:45 Thu-Mo-Po4.07-01 [46]: Core Loss Characteristics and Model Verification of Nanocrystalline Alloys Under Complex Working Conditions - Dr Chengcheng Liu (Hebei University of Technology)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.07-02 [47]: Transverse field measurements in a bulk superconducting Magnetic Shell for a CLAS12 Target at Jefferson Lab - Marco Statera (INFN Milano - LASA)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.07-03 [48]: Magnetic Measurements of MQXFA Prototype Quadrupoles during Magnet Assembly - GianLuca Sabbi (LBNL) Xiaorong Wang (Lawrence Berkeley National Laboratory)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.07-04 [49]: A simplified electromagnetic modelling of accelerator magnets wound with Conductor on Round Core wires for ac loss calculations - Dr Yusuke Sogabe (Kyoto University)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.07-05 [50]: Field Quality Measurements of High-Temperature Superconducting Canted Cosine Theta Accelerator Magnets - Cory Myers (Ohio State University)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.07-06 [51]: Maximising the trapped field of HTS ring magnets - Dr Min Zhang (University of Strathclyde) Dr Yanwei Wang (University of Strathclyde)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.07-07 [52]: AC Loss of Superconducting Materials- refined loss estimates for very high density motors and generators for hybrid-electric aircraft: MgB2 wires, Coated conductor tapes and wires - Prof. Mike Sumption (The Ohio State University)   (Level 2 Posters 1)
08:45 Thu-Mo-Po4.07-08 [53]: Coupling time constants measurements of spirally-wound striated coated conductors - Yang Li (Kyoto University)   (Level 2 Posters 1)
08:45
Thu-Mo-Po4.08 - Wind, Wave, Tidal Generators - I - Neil Mitchell (ITER Organization) Dr Tatsushi Nakamoto (High Energy Accelerator Research Organization, KEK) (until 10:45) (Level 2 Posters 2)
08:45 Thu-Mo-Po4.08-02 [54]: Performance analysis of a metal-insulation type lab-scale HTS wind power generator - Hae-Jin Sung (Changwon National University)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.08-03 [55]: Characteristics Analysis of Fully HTS Synchronous Generators with Dual Field Windings - Myeonghee Lee (KoreaPolytechnicUniversity)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.08-04 [56]: Electromagnetic Design of HTS DC Generator with Iron-cored Stator and Rotor - Dr Yuting Gao (Huazhong University of Science and Technology) Prof. Ronghai Qu (Huazhong University of Science and Technology) Mr Yi Cheng (Huazhong University of Science and Technology) Ms Qian Wang (Huazhong University of Science and Technology)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.08-05 [57]: Presentation withdrawn   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.08-06 [58]: Electromagnetic Design of an HTS Claw Pole Wind Generator - Yi Cheng (Huazhong University of Science and Technology) Yuting Gao (Huazhong University of Science and Technology) Yuanzhi Zhang (Huazhong University of Science and Technology)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.08-07 [59]: Electromagnetic design of tens MW-class fully-superconducting wind power generators with high-performance REBa2Cu3Oy wires - Dr Shun Miura (Kyushu University)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.08-08 [60]: Presentation withdrawn   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.08-09 [61]: Investigation of multi-phase armature windings in HTS wind turbine generators - Dr Dong Liu (Hohai University)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.08-10 [62]: Presentation withdrawn   (Level 2 Posters 2)
08:45
Thu-Mo-Po4.09 - Joints Between Superconductors -Dr Jun Lu (FSU/NHMFL) Dr Shintetsu Kanazawa (Muroran Institute of Technology) (until 10:45) (Level 2 Posters 2)
08:45 Thu-Mo-Po4.09-01 [63]: Joint properties for RE123-coated conductor in CJMB method - Dr Shintetsu Kanazawa (Muroran Institute of Technology)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.09-02 [64]: Development and test results of a superconducting joint resistance evaluation system - Kensuke Kobayashi (National Institute for Materials Science)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.09-03 [65]: Evaluation of Joint Resistance and Electromechanical Properties in Various Type of Ultrasonic Weld CC Tape Joints - Dr Michael de Leon (Andong National University)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.09-04 [66]: Investigations on the synthesis and melt-growth process of low melt temperature REBCO materials - Dr Zili Zhang (Institute of Electrical Engineering, Chinese Academy of Sciences)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.09-05 [67]: Research of Nb3Sn superconducting joint by powder metallurgy - Dr Junsheng Cheng (Institute of Electrical Engineering, Chinese Academy of Sciences)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.09-06 [68]: Progress on the Superconducting Joint Technique for the Reacted MgB2 Wires for MRI Magnet Development - Mr Byeongha Yoo (Korea University)   (Level 2 Posters 2)
08:45
Thu-Mo-Po4.10 - Current Leads - Bartlomiej Glowacki (University of Cambridge) Mike Sumption (The Ohio State University) (until 10:45) (Level 2 Posters 2)
08:45 Thu-Mo-Po4.10-01 [69]: Comparative study of cryogenic NbTi/Cu and MgB2/Brass based current leads - Mr Atul Garg (Institute for Plasma Research )   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.10-02 [70]: Comparison Analysis of Three Different Structures of Current Leads for the Superconducting Energy Pipeline - Mr Xianhao Li (Huazhong University of Science and Technology)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.10-03 [71]: Thermal Design and Test of 4kA Current Lead based on Stacked YBCO Conductor - Feipeng Ning (IHEP) Zongtai Xie (Institute of High Energy Physic, CAS)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.10-04 [72]: Finite Element Analysis and Experimental test of current leads with parallel HTS tapes - Dr Anbo Wu (GE Global Research)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.10-06 [73]: Presentation withdrawn   (Level 2 Posters 2)
08:45
Thu-Mo-Po4.11 - Current Limiters & Breakers -Dr Tatsushi Nakamoto (High Energy Accelerator Research Organization, KEK) Neil Mitchell (ITER Organization) (until 10:45) (Level 2 Posters 2)
08:45 Thu-Mo-Po4.11-01 [74]: Analysis on Protection Coordination of Over-Current Relay Using SFCL’s Impedance Compensation for Protection of a Power Distribution System - Prof. Sung-Hun Lim (Soonsil University)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.11-02 [75]: Presentation Withdrawn   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.11-03 [76]: Design and Performance Evaluation of a REBCO NI-SFCL applied in Short-Circuit Faults Occurred in 350 kV Flexible DC transmission - Ms Rao Jin (Nanjing University of Science and Technology)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.11-04 [77]: Presentation withdrawn   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.11-05 [78]: Optimal Designing and Performance Evaluation of Inductive Superconducting Fault Current Limiter Combined with Low-Voltage Mechanical Circuit Breaker in DC Microgrid System - Mr Kyu-Hoon Park (Hanyang University)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.11-06 [79]: Current Limiting and Interrupting Characteristics of Flux-Lock Type SFCL with Mechanical Switch - Prof. Sung-Hun Lim (Soongsil University)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.11-07 [80]: HTS Fault Current Limiting Module to Reduce Burden of a DC Circuit Breaker for 30 kV MDVC Power Grid - Jooyeong So (Korea Polytechnic University)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.11-08 [81]: Analysis of the recovery characteristics of superconducting coupled DC circuit breakers during reclosing operation - Mr Seon-Ho Hwang (Chosun university)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.11-09 [82]: Operating characteristics of arc-induction type DC circuit breaker with permanent magnets - Mr Sang-Yong Park (Chosun university)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.11-10 [83]: Characteristics of a Current-limiting DC circuit breaker with a superconducting coil applied to the commutation circuit - Ms Hye-Won Choi (Chosun University)   (Level 2 Posters 2)
08:45 Thu-Mo-Po4.11-11 [84]: Improvement of Current Limiting and Interrupting Operation of Hybrid DC Circuit Breaker using Double Quench - Prof. Sung-Hun Lim (Soongsil University)   (Level 2 Posters 2)
08:45
Thu-Mo-Po4.12 - Power Applications I - Kohei Higashikawa (Kyushu University) Erica Salazar (MIT) (until 10:45) (Level 3 Posters)
08:45 Thu-Mo-Po4.12-01 [88]: Mobile Superconducting Magnetic Energy Storage for On-site Estimations of the Electric Power System Stability - Dr Shinichi Nomura (Meiji University)   (Level 3 Posters)
08:45 Thu-Mo-Po4.12-02 [89]: Multi-objective filter designing for HTS SMES considering the voltage distribution characteristic - Mr Meng Liao   (Level 3 Posters)
08:45 Thu-Mo-Po4.12-03 [90]: Development of a 1-T Class Force-Balanced Helical Coils Using REBCO Tapes - Mr Hiroharu Kamada (Meiji University)   (Level 3 Posters)
08:45 Thu-Mo-Po4.12-04 [91]: The model and characteristics of SMES coil (1MJ) constructed of corc cable - Zhidun Zeng   (Level 3 Posters)
08:45 Thu-Mo-Po4.12-05 [92]: Magneto-Archimedes levitation properties for metals by ferromagnetic material arrangement in magnetic fields - Mr Daiki Yamamoto   (Level 3 Posters)
08:45 Thu-Mo-Po4.12-06 [93]: Design and Fabrication of the Permanent Magnet Diverter for Deflecting Electrons on Wide-field X-ray Telescope - Dr Lei Wang (Institute of Electrical Engineering, Chinese Academy of Sciences)   (Level 3 Posters)
08:45 Thu-Mo-Po4.12-07 [94]: Research Magnets with High-Field Uniformity - Dr Rainer Meinke (AML Superconductivity and Magnetics)   (Level 3 Posters)
08:45 Thu-Mo-Po4.12-09 [95]: Development and challenges of a commercial megawatt high temperature superconducting DC induction heater - Ping Yang (Shanghai Maritime University) Yawei Wang (University of Bath)   (Level 3 Posters)
08:45 Thu-Mo-Po4.12-10 [96]: Presentation withdrawn   (Level 3 Posters)
08:45
Thu-Mo-Po4.13 - Levitation and Magnetic Bearings III - Nikolay Bykovskiy (CERN) Toru Ogitsu (KEK) (until 10:45) (Level 3 Posters)
08:45 Thu-Mo-Po4.13-01 [97]: Numerical study on dynamic characteristic of HTS Maglev system based on H-formulation with motional electromotive force - Dr Wenjiao Yang (Southwest Jiaotong University)   (Level 3 Posters)
08:45 Thu-Mo-Po4.13-02 [98]: Design optimization of a real-scale REBCO magnet with stepped cross-section shape and its application to EDS train - Dr Tianyong Gong (Southwest Jiaotong University)   (Level 3 Posters)
08:45 Thu-Mo-Po4.13-03 [99]: Semi-Analytical Calculation of Levitation and Guidance Forces in a Superconducting EDS Train - Mr Yao Cai (Southwest Jiaotong University)   (Level 3 Posters)
08:45 Thu-Mo-Po4.13-04 [100]: Dynamic Response Analysis of Superconducting EDS Train Based on Vehicle/Guideway Coupling Dynamics - Dr Zhaoying Yan (Southwest Jiaotong University)   (Level 3 Posters)
08:45 Thu-Mo-Po4.13-06 [101]: 3-D Analysis of High-Tc Superconductor for Magnetic levitation under High-Speed Movement - Guangtong Ma (Southwest Jiaotong University) Dr Changqing Ye (Hohai University)   (Level 3 Posters)
08:45 Thu-Mo-Po4.13-07 [102]: Numerical study and optimization for a prototype EDS maglev system - Xiao-Fen Li (Shanghai Jiao Tong University)   (Level 3 Posters)
08:45 Thu-Mo-Po4.13-08 [103]: Study on the EDS-Maglev System Based on Dynamic Circuit Theory - Dr Daoyu Hu (nstitute of Magnetic Levitation and Electromagnetic Propulsion, CASIC)   (Level 3 Posters)
08:45 Thu-Mo-Po4.13-09 [104]: Levitation and guidance force for the system of coated conductor stacks and permanent magnets in a wide temperature range. - Maxim Osipov (National Research Nuclear University MEPhI (Moscow Engineering Physics Institute))   (Level 3 Posters)
08:45 Thu-Mo-Po4.13-10 [105]: Vertical Dynamic Responses of the HTS Maglev System Under Track Random Irregularity - Mr Li Wang ( School of Mechanics and Engineering, Southwest JiaotongUniversity)   (Level 3 Posters)
08:45 Thu-Mo-Po4.13-11 [106]: A new design and exciting for HTS superconducting magnet of Maglev - Yunhao Pan (Shanghai Jiao Tong University)   (Level 3 Posters)
08:45 Thu-Mo-Po4.13-12 [107]: Investigation of the Levitation Force of High Temperature Superconducting Coils using Wind-and-Flip Method - Mr Zihao Wang (Shanghai Jiao Tong University)   (Level 3 Posters)