07:50
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--- Registration Open (7:00 AM - 6:30 PM) ---
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07:55
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--- Exhibits Open (9:00 AM - 4:30 PM) ---
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08:00
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--- MT26 Opening ---
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08:05
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Plenary: Herman ten Kate (CERN)
-Prof.
Lance Cooley
(ASC/NHMFL/FSU)
(until 08:50)
(Regency Ballroom)
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08:05
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Mo-Mo-PL1-01: SUPER-Conductors for Successful Magnets
-
Herman Ten Kate
(CERN)
(Regency Ballroom)
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08:50
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--- IEEE Awards Presentations ---
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09:15
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--- Coffee Break (during Poster Sessions) ---
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09:15
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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
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Mon-Mo-Po1.01-01 [1]: Presentation withdrawn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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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Mon-Mo-Po1.03-02 [23]: Fracture Failure Analysis for MQXFA Magnet Aluminum Shell
-
Heng Pan
(LBNL)
(Level 2 Posters 1)
|
09:15
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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
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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)
|