Structure of the Amorphous and Epitaxial Oxygen-Evolution Catalyst—How the Solid-Liquid Interface Activates and Stablizes SrIrO₃/DyScO₃ Films for Oxygen Electrocatalysis

When and Where

Apr 5, 2018
10:45am - 11:00am

PCC North, 100 Level, Room 131 A

Presenter(s)

Gang Wan

Dillon Fong

John Freeland

Zhenxing Feng

Jin Suntivich

Hua Zhou

Co-Author(s)

Gang Wan^1,2,Dillon Fong¹,John Freeland¹,Zhenxing Feng³,Jin Suntivich⁴,Hua Zhou¹

Argonne National Laboratory¹,Shanghai Institute of Ceramics, Chinese Academy of Sciences²,Oregon State University³,Cornell University⁴

Keywords

in situ | perovskites

Symposium Organizers

Zhenxing Feng, Oregon State University

Elizabeth Podlaha-Murphy, Clarkson University

Katherine Smith, Johnson Matthew, UK

Hua Zhou, Argonne National Laboratory

Symposium Support

CH Instruments, Inc.
Columbia International Technical Equipment and Supplies, LLC
Furuya Metal Americas, Inc.
Gamry Instruments
SPECS-TII, Inc.

MRS Invitation to Publish
All authors are invited to submit articles based on their 2018 MRS Spring
Meeting presentations to journals in the MRS portfolio.
(www.mrs.org/publications-news) Papers submitted and accepted for
publication in MRS Advances (www.mrs.org/mrs-advances) will be
available as symposium collections. Visit the MRS/Cambridge University
Press Publications Booth #100 in the Exhibit Hall to learn more, including
MRS Advances print options available at special rates during the meeting
week only.

Session Chairs

Yan-Yan Hu

Ifan Stephens

2018 MRS Spring Meeting

Structure of the Amorphous and Epitaxial Oxygen-Evolution Catalyst—How the Solid-Liquid Interface Activates and Stablizes SrIrO3/DyScO3 Films for Oxygen Electrocatalysis