3D Hierarchically Porous Nanostructures Having Continuous Macroporous Channels for Efficient Mass Transport in CO₂ Reduction

Dec 4, 2019
8:00pm - 10:00pm

Hynes, Level 1, Hall B

Gayea Hyun

Jun Tae Song

Changui Ahn

Youngjin Ham

Donghwi Cho

Jihun Oh

Seokwoo Jeon

Gayea Hyun¹,Jun Tae Song¹,Changui Ahn²,Youngjin Ham¹,Donghwi Cho¹,Jihun Oh¹,Seokwoo Jeon¹

Korea Advanced Institute of Science and Technology¹,Korea Institute of Ceramic Engineering and Technology²

Hailiang Wang, Yale University

Yongye Liang, South University of Science amd Technology of China

Karen Mulfort, Argonne National Laboratory

Peter Strasser, TU Berlin

Bronze
Physical Electronics

Yongye Liang

Karen Mulfort

Peter Strasser

Hailiang Wang

3D Hierarchically Porous Nanostructures Having Continuous Macroporous Channels for Efficient Mass Transport in CO2 Reduction