*Minjian CAO¹, Eita TOCHIGI^1,2, Takaaki SATO³, Atsutomo NAKAMURA^2,4, Katsuyuki MATSHUNAGA^4,5, Naoya SHIBATA^1,5, Hiroyuki FUJITA⁶, Yuichi IKUHARA^1,5,7 (1. Tokyo Univ., 2. PRESTO, 3. Pennsylvania Univ., 4. Nagoya Univ., 5. JFCC, 6. Tokyo City Univ., 7. Kyoto Univ. ESISM)

3:30 PM - 3:50 PM

[S6.6] Micropillar compression deformation of Fe₃Ge single crystal with L1₂ structure

*Zhenghao Chen¹, L.Norihiko Okamoto², Haruyuki Inui^1,3 (1. ESISM, 2. Kyoto university (Present: Tohoku Univ.), 3. Kyoto university)

Session information

[S6] Materials Science on Plaston VIII

[S6.1] [Keynote Lecture] Atomistic Analysis of Fundamental Process of Dislocation Motion in Crystalline Materials

[S6.2] Micropillar Compression of 6H-SiC Single Crystals

[S6.3] Micropillar compression deformation of α-Mn single crystals

[S6.4] [Keynote Lecture] Electronic and Atomic Structures of Glide Dislocations in Zinc Sulfide and Their Relationship to Photo-Plastic Effects

[S6.5] Direct Observations of Deformation Process of Stacking Fault by in-situ STEM

[S6.6] Micropillar compression deformation of Fe₃Ge single crystal with L1₂ structure

Authentication

Session information

[S6] Materials Science on Plaston VIII

[S6.1] [Keynote Lecture] Atomistic Analysis of Fundamental Process of Dislocation Motion in Crystalline Materials

[S6.2] Micropillar Compression of 6H-SiC Single Crystals

[S6.3] Micropillar compression deformation of α-Mn single crystals

[S6.4] [Keynote Lecture] Electronic and Atomic Structures of Glide Dislocations in Zinc Sulfide and Their Relationship to Photo-Plastic Effects

[S6.5] Direct Observations of Deformation Process of Stacking Fault by in-situ STEM

[S6.6] Micropillar compression deformation of Fe3Ge single crystal with L12 structure

Authentication

[S6.6] Micropillar compression deformation of Fe₃Ge single crystal with L1₂ structure