第四周碩博專討演講公告(10/07)
2021.10.07
碩博專討演講公告
題目:
高熵材料的開創及原點訓練的重要性
Innovation of high-entropy materials and the importance of ab initio training
主講人:葉均蔚 教授(英文：Jien-Wei Yeh)
現職:國立清華大學 高熵材料研究中心 主任
內容摘要:
I started the exploration of high-entropy alloys (HEAs) in 1995 and has published the related papers since 2004. This effort has activated the new emerging field of high-entropy materials (HEMs) as reflected by the exponential growth of yearly number of HEM papers. Traditional alloys almost comprise a major metal element but HEAs comprise multi-principal elements. HEA concept is a revolution in composition design and has generated new compositions, new phenomena, new functions, and new applications. Based on my experience to create the unknown HEM field from the zero-point base in 1995, I would like to share my interior journey with audience. I especially emphasize the importance of ab-initio training from childhood, which is helpful in facing challenges and winning the success.
時間:民國110年10月7日 星期四
地點:moodle上觀看線上影片及成功大學成功校區三系館鋼構區(3F)共同教室 A1302演講廳
歡迎參加!!
題目:
高熵材料的開創及原點訓練的重要性
Innovation of high-entropy materials and the importance of ab initio training
主講人:葉均蔚 教授(英文：Jien-Wei Yeh)
現職:國立清華大學 高熵材料研究中心 主任
內容摘要:
I started the exploration of high-entropy alloys (HEAs) in 1995 and has published the related papers since 2004. This effort has activated the new emerging field of high-entropy materials (HEMs) as reflected by the exponential growth of yearly number of HEM papers. Traditional alloys almost comprise a major metal element but HEAs comprise multi-principal elements. HEA concept is a revolution in composition design and has generated new compositions, new phenomena, new functions, and new applications. Based on my experience to create the unknown HEM field from the zero-point base in 1995, I would like to share my interior journey with audience. I especially emphasize the importance of ab-initio training from childhood, which is helpful in facing challenges and winning the success.
時間:民國110年10月7日 星期四
地點:moodle上觀看線上影片及成功大學成功校區三系館鋼構區(3F)共同教室 A1302演講廳
歡迎參加!!