Figure - PMC

Skip to main content

View full-text article in PMC

. Author manuscript; available in PMC: 2012 Apr 22.

Published in final edited form as: Inorg Chem. 2009 Nov 2;48(21):10001–10017. doi: 10.1021/ic901328v

Radioactive isotope tracer studies of the Co-OEC repair process. (a) Percentage of ⁵⁷Co leached from films of Co-OEC on an electrode: with a potential bias of 1.3 V (NHE) turned on and off at the times designated () (the trace begins with the applied potential on); and without an applied potential bias (). (b) ³²P leaching from Co-OEC on an electrode with an applied potential of 1.3 V (NHE) () and without an applied potential bias (). (c) Percentage of ⁵⁷Co leached from a typical Co-oxide catalyst on an electrode under a potential bias of 1.3 V () and 1.5 V () (NHE) and an unbiased electrode (). Pi was added at the time points indicated by the arrows. Figures adapted from ref. 158 and reproduced here with permission from the American Chemical Society.

Inline graphic — Radioactive isotope tracer studies of the Co-OEC repair process. (a) Percentage of ⁵⁷Co leached from films of Co-OEC on an electrode: with a potential bias of 1.3 V (NHE) turned on and off at the times designated () (the trace begins with the applied potential on); and without an applied potential bias (). (b) ³²P leaching from Co-OEC on an electrode with an applied potential of 1.3 V (NHE) () and without an applied potential bias (). (c) Percentage of ⁵⁷Co leached from a typical Co-oxide catalyst on an electrode under a potential bias of 1.3 V () and 1.5 V () (NHE) and an unbiased electrode (). Pi was added at the time points indicated by the arrows. Figures adapted from ref. 158 and reproduced here with permission from the American Chemical Society.