114學年材料所-第十四週 專題研討課程 演講公告 (114年12月11日)-國立成功大學材料科學及工程學系
2025.12.09
題目:
邁向淨零排放：從材料科學觀點探討其機遇與挑戰
Towards Net Zero: Opportunities and Challenges from a Materials Scientist’s Perspective
演講者 : 林麗瓊 (Li-Chyong Chen)
現職 : 臺灣大學 物理系 講座教授
時間: 114年 12月 11日(四) 3:20~4:00 pm
地點: 鋼構區(3F)共同教室A1302演講廳
演講摘要:
Recent advancements in integrated nanosystems have offered unprecedented opportunities for both photo- and electro-catalytic CO2 reduction reactions (CO2RR). In this presentation, the design concepts and fabrication techniques of some nanosystems will be introduced, especially, 2D-layered materials and single-atom catalysts (SACs). Take 2D-layered materials as an example, a perfect planar layer structure is usually inactive. However, orders of magnitude enhancement in CO2RR can be achieved with defect engineering, surface modification, and heterostructure of the 2D-layered materials. Meanwhile, in comparison to the conventional symmetric SACs, asymmetric SACs also deliver superior selectivity and accelerated CO2RR kinetics. These improvements are mainly due to the electronic structure modulation of the catalyst, favoring the adsorption/activation of CO2, and formation of optimal intermediates, as well as effective charge transfer.
邁向淨零排放：從材料科學觀點探討其機遇與挑戰
Towards Net Zero: Opportunities and Challenges from a Materials Scientist’s Perspective
演講者 : 林麗瓊 (Li-Chyong Chen)
現職 : 臺灣大學 物理系 講座教授
時間: 114年 12月 11日(四) 3:20~4:00 pm
地點: 鋼構區(3F)共同教室A1302演講廳
演講摘要:
Recent advancements in integrated nanosystems have offered unprecedented opportunities for both photo- and electro-catalytic CO2 reduction reactions (CO2RR). In this presentation, the design concepts and fabrication techniques of some nanosystems will be introduced, especially, 2D-layered materials and single-atom catalysts (SACs). Take 2D-layered materials as an example, a perfect planar layer structure is usually inactive. However, orders of magnitude enhancement in CO2RR can be achieved with defect engineering, surface modification, and heterostructure of the 2D-layered materials. Meanwhile, in comparison to the conventional symmetric SACs, asymmetric SACs also deliver superior selectivity and accelerated CO2RR kinetics. These improvements are mainly due to the electronic structure modulation of the catalyst, favoring the adsorption/activation of CO2, and formation of optimal intermediates, as well as effective charge transfer.