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Catalyst stability (1)
Fe-N4 (1)
Iron-nitrogen-carbon catalyst (1)
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Highly active and stable Fe-N4 catalyst from unused natural resources for oxygen reduction reaction in acidic to alkaline medium
Journal article
Creator
Edwin Osebe Nyangau
(author) (
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Edwin Osebe Nyangau
;
Hiroya Abe
(author) (
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Hiroya Abe
;
Kazutoshi Haga
(author) (
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Kazutoshi Haga
;
Chie Ooka
(author) (
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Chie Ooka
;
Kenji Hayashida
(author) (
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Kenji Hayashida
;
Naoka Nagamura
(author) (
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https://orcid.org/0000-0002-7697-8983
National Institute for Materials Science
NIMS Researchers Directory SAMURAI
Naoka Nagamura
;
Kotaro Takeyasu
(author) (
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Kotaro Takeyasu
;
Masaru Watanabe
(author) (
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Masaru Watanabe
;
Yuta Nakayasu
(author) (
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Yuta Nakayasu
Keyword
Fe-N4
,
Oxygen reduction reaction
,
Catalyst stability
,
Universal pH
,
Iron-nitrogen-carbon catalyst
Date published
2025-07-01
Updated at
2026-01-20 09:46:32 +0900
Keyword
Catalyst stability
(1)
Fe-N4
(1)
Iron-nitrogen-carbon catalyst
(1)
Oxygen reduction reaction
(1)
Universal pH
(1)
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