Entropy-Enabled Stabilization and Activity Enhancement of Ruthenium Oxides for Acidic Oxygen Evolution
X
Xue Yao
(Department of Materials Science and Engineering)
L
Linke Huang
(Department of Materials Science and Engineering)
Y
Yutong Liu
(Department of Materials Science and Engineering)
R
Robert Black
(Clean Energy Innovation Research Center)
A
Alex Whittingham
(Clean Energy Innovation Research Center)
Z
Zahra Teimouri
(Department of Chemical Engineering)
D
Drew Higgins
(Department of Chemical Engineering)
J
Jason Hattrick-Simpers
(Department of Materials Science and Engineering)
C
Chandra Veer Singh
(Department of Materials Science and Engineering)
Article Details
Volume / Issue
Vol. 148, Issue 24
Published
June 24, 2026
Pages
25249-25257
ISSN
0002-7863
Publisher
American Chemical Society
Journal Info
Journal of the American Chemical Society
American Chemical Society
ISSN: 0002-7863 Physical Sciences
Authors (9)
X
Xue Yao
Department of Materials Science and Engineering
L
Linke Huang
Department of Materials Science and Engineering
Y
Yutong Liu
Department of Materials Science and Engineering
R
Robert Black
Clean Energy Innovation Research Center
A
Alex Whittingham
Clean Energy Innovation Research Center
Z
Zahra Teimouri
Department of Chemical Engineering
D
Drew Higgins
Department of Chemical Engineering
J
Jason Hattrick-Simpers
Department of Materials Science and Engineering
C
Chandra Veer Singh
Department of Materials Science and Engineering
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