北海道大学 · 工学部 / 工学院 / 工学研究院

研究关键词high entropy alloys・laser powder bed fusion・diffusion bonding・thermal aging・MAX phases・spark plasma sintering・hydrogen storage alloys・irradiation tolerance

以下为公开数据预览。个性化匹配理由、联系角度和保存能力需要登录后使用。

• Synthesis of Zr3AlC2 MAX phase by spark plasma sintering with an improved powder-stacking route2026 · Ceramics International, 2026年04月
• Elucidating the mechanism for aging-temperature-dependent interfacial degradation of L-PBF CoCrNi/316L diffusion bonded joints under long-term thermal exposure2026 · Materials Science and Engineering: A, 949, 149418, 149418, Elsevier BV, 2026年01月,
• Dislocation-mediated Cr-rich BCC precipitation under thermal aging: Implications for strengthening and irradiation tolerance in LPBF Cr0.8FeMn1.3Ni1.3 high entropy alloy2026 · Journal of Nuclear Materials, 620, 156314, 156314, Elsevier BV, 2026年02月,
• Controlling the diffusion behavior in diffusion bonded reduced activation Cr0.8FeMn1.3Ni1.3 high entropy alloy/316SS joints through dislocations2025 · Materials & Design, 257, 114447, 114447, Elsevier BV, 2025年09月,

• 官方个人主页