^○Takeharu Kato¹, Daisaku Yokoe¹, Ryuji Yoshida¹, Kenji Kaneko², Kazuhiro Yamada², Hiroshi Tobita³, Tomo Yoshida³, Akira Ibi³, Seiki Miyata³, Masateru Yoshizumi³, Teruo Izumi³, Tsukasa Hirayama¹, Yuh Shiohara³ (JFCC¹, Kyushu Univ.², ISTEC³)

5:15 PM - 5:45 PM

[17p-D3-6] Hybrid-microscopy to resolve current limiting mechanism and improve practical performance of forefront superconducting materials

^○Takanobu Kiss¹, Kohei Higashikawa¹, Masayoshi Inoue¹, Shujun Ye², Akiyoshi Matsumoto², Hiroaki Kumakura², Masateru Yoshizumi³, Teruo Izumi³ (Kyushu Univ.¹, NIMS², ISTEC-SRL³)

Sessions

Symposium planned by Program Committee » EVALUATION -Evaluation techniques of superconductors for basic to application researches-

[17p-D3-1~6] EVALUATION -Evaluation techniques of superconductors for basic to application researches-

[17p-D3-1] Critical understanding of characterization techniques of superconductors

[17p-D3-2] HIgh-resolution ARPES study of novel superconductors

[17p-D3-3] Characterization of Superconducting Materials by Neutron Scattering

[17p-D3-4] STM characterization of superconducting materials -Observation of vortex state and pinning property-

[17p-D3-5] Nanostructural Characterization for Yttrium-Based Superconductive Layers Using Electron Microscopy

[17p-D3-6] Hybrid-microscopy to resolve current limiting mechanism and improve practical performance of forefront superconducting materials