Session Details
[APP1]Novel applications, Levitation, Associate components
Tue. Dec 2, 2025 1:15 PM - 2:45 PM JST
Tue. Dec 2, 2025 4:15 AM - 5:45 AM UTC
Tue. Dec 2, 2025 4:15 AM - 5:45 AM UTC
Poster(101ABC)
Chair:Tsuyoshi Wakuda(Hitachi, Ltd.)
[APP1-01]Operational Experiences and Further Plans for Improving Pressure Stability of SCL3 Cryomodule in RAON
*Jaehak HAN1, Minki LEE1, Gyuho LEE1, Inmyung PARK1, Hyunchul JO1, Junghyun YOO1, Seojeong KIM1, Jinwook KIM1, Jae Hee SHIN1 (1. Institute for Rare Isotope Science (IRIS), Institute for Basic Science (IBS) (Korea))
[APP1-02]Improvements on Cryomodules Operation of the SCL3 Linac for RAON’s 3rd Beam Commissioning
*Minki Lee1, Seojeong Kim1, Inmyung Park1, Junghyun Yoo1, Hyun Chul Jo1, Gyuho Lee1, Jinwook Kim1, Jaehak Han1, Jae Hee Shin1 (1. institute for Basic Science (Korea))
[APP1-03]IMPROVEMENT OF FREQUENCY STABILITY BY MECHANICAL MODIFICATIONS OF CRYOGENIC VALVE IN SUPERCONDUCTING LINAC OF RAON
*Gyuho Lee1, Minki Kim1, Jeahak Han1, Inmyung Park1, Hyunchul Jo1, Junghyun Yoo1, Seojeong Kim1, Jinwook Kim1, Jae Hee Shin1 (1. Institute for Basic Science, Institute for Rare Isotope Science (Korea))
[APP1-04]Dynamic Response of YBCO Bulks Maglev System Under High Frequency Excitation
*Li Wang1, Yanxing Cheng1 (1. Southwest Jiaotong University (China))
[APP1-05]A redescription of inhomogeneity and anisotropy in bulk superconductors and it application in HTS pinning maglev
*Yanxing Cheng1, Li Wang1, Jun Zheng1 (1. Southwest Jiaotong University (China))
[APP1-06]Roll angle of superconducting levitation Transport systems with improved rail magnetic field
*Muneo Futamura1, Kuren Tsuchida1 (1. Akita Prefectural University (Japan))
[APP1-07]A Frictionless Sliding Mechanism for Reciprocating Magnetic Refrigeration Systems using Flux-Pinned Bulk HTSs
*Shinnosuke Matsunaga1, Takanori Motoki2 (1. National Institute of Technology, Gifu College (Japan), 2. Aoyama Gakuin University (Japan))
[APP1-08]Propulsion Force Enhancement through Excitation Coil Arrangement in a Hybrid Maglev Transporter System
*Alex Hitoshi Takinami1, Haruka Shirotani1, Ken-ichi Kondo1, Shunsuke Ohashi1 (1. Kansai University (Japan))
[APP1-09]Effect of Different Nanofillers on the Electrical Breakdown Properties of Polyimide Films at Cryogenic Temperature
*Shen Zhao1 (1. Technical Institute of Physics and Chemistry (China))
[APP1-10]Heat Leak Measurement of Multilayer Insulation under different Wrapping Strength
*Hiroaki Kobayashi1, Koshi Kato1, Makoto Otsuka1, Masae Kanda1, Satarou Yamaguchi1, Hirofumi Watanabe1 (1. Chubu Univ. (Japan))
[APP1-11]Study on the effect of roughness on the cryogenic emissivity of copper
*Zichun Huang1,2, Bixi Li1,2, Liancheng Xie1,2, Linjie Zhang1,2, Fuzhi Shen1, Hengcheng Zhang1, Hao Zhang1 (1. Key Laboratory of Cryogenic Science and Technology, TIPC, CAS (China), 2. University of Chinese Academy of Sciences (China))
[APP1-12]Investigation of AC inductive excitation phenomena through current distribution simulation within REBCO wire using n-value model
*Takuma Obuchi1, Ken Shimada1, Masayoshi Ohya1 (1. School of Engineering, Kwansei Gakuin University (Japan))
[APP1-13]Strain-stress Coupling Cryogenic Test Platform Based on Digital Image Correlation
*LINjie Zhang1,2, Liancheng Xie1,2, Bixi Li1,2, ZIchun Huang1,2, Fuzhi Shen1, Hengcheng Zhang1, Hao Zhang1 (1. Key Laboratory of Cryogenic Science and Technology, TIPC, CAS (China), 2. University of Chinese Academy of Sciences (China))
[APP1-14]Preliminary AC inductive excitation tests of 1-turn high-temperature superconducting assembled conductor coil under liquid nitrogen and liquid hydrogen cooling
*Takumi Gotomyo1, Soya Okabe1, Ken Shimada1, Takuma Obuchi1, Masayoshi Ohya1, Shinsaku Imagawa2, Hiroaki Kobayashi3 (1. Kwansei Gakuin University (Japan), 2. National Institute for Fusion Science (Japan), 3. Japan Aerospace Exploration Agency (Japan))
[APP1-15]Progress of AC inductive energization test of high-temperature superconducting assembled conductors under liquid hydrogen cooling
*Ken Shimada1 (1. Kwansei Gakuin University (Japan))
[APP1-16]Design, Development, and Experimental Validation of an H-bridge-Style Jc(B) Flux Pump
*Samuel Schimanski1, Jayani Karunarathna1, Mohammad Siamaki1 (1. OpenStar Technologies (New Zealand))
[APP1-17]Inductance behaviour of a hybrid copper-HTS transformer at different temperatures and a novel liquid cryogen level sensor
*Adam C Francis1, Michael Southon1, Ryan Galloway1, Andres E Pantoja1, Rodney A Badcock1,2,3 (1. Robinson Research Institute (New Zealand), 2. OpenStar Technologies (New Zealand), 3. Dodd Walls Centre (New Zealand))
[APP1-18]A Novel HTS Condenser for Coordinated Inertia-VAR Support in Power Systems
*Dong Zhang1,2, Danyang Wang1,2, Runqian Gao1,2, Haotian Zhang1,2, Jingwei Tian1,2, Guomin Zhang1,2 (1. Institute of Electrical Engineering, Chinese Academy of Sciences (China), 2. University of Chinese Academy of Sciences (China))