[APP1] Novel applications, Levitation, Associate components | 38th International Symposium on Superconductivity (ISS2025)

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Poster SessionLarge Scale Applications

[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

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))

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[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))

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[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))

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[APP1-04]Dynamic Response of YBCO Bulks Maglev System Under High Frequency Excitation

*Li Wang¹, Yanxing Cheng¹ (1. Southwest Jiaotong University (China))

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[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))

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[APP1-06]Roll angle of superconducting levitation Transport systems with improved rail magnetic field

*Muneo Futamura¹, Kuren Tsuchida¹ (1. Akita Prefectural University (Japan))

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[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))

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[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))

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[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))

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[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))

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[APP1-11]Study on the effect of roughness on the cryogenic emissivity of copper

*Zichun Huang^1,2, Bixi Li^1,2, Liancheng Xie^1,2, Linjie Zhang^1,2, 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))

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[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))

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[APP1-13]Strain-stress Coupling Cryogenic Test Platform Based on Digital Image Correlation

*LINjie Zhang^1,2, Liancheng Xie^1,2, Bixi Li^1,2, ZIchun Huang^1,2, 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))

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[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))

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[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))

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[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))

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[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 Badcock^1,2,3 (1. Robinson Research Institute (New Zealand), 2. OpenStar Technologies (New Zealand), 3. Dodd Walls Centre (New Zealand))

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[APP1-18]A Novel HTS Condenser for Coordinated Inertia-VAR Support in Power Systems

*Dong Zhang^1,2, Danyang Wang^1,2, Runqian Gao^1,2, Haotian Zhang^1,2, Jingwei Tian^1,2, Guomin Zhang^1,2 (1. Institute of Electrical Engineering, Chinese Academy of Sciences (China), 2. University of Chinese Academy of Sciences (China))

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