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This research investigates how d-f orbital hybridization affects electron modulation in transition metals for electrolysis.

April 12, 2026

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Pr6O11-driven electron modulation via d-f orbital hybridization for alkaline seawater electrolysis

NCNana ChenUniversity of Science and Technology Liaoning BWBari Wulan WZWeipeng ZhangShandong Academy of Sciences

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This research investigates how d-f orbital hybridization affects electron modulation in transition metals for electrolysis.
Utilized rare-earth modulation techniques to tune electronic structure
Analyzed the effects of d-f orbital hybridization on interfacial charge behavior
Conducted electrolysis experiments in alkaline seawater
Demonstrated improved efficiency of oxygen release during electrolysis
Revealed significant interaction between d and f orbitals
Found a notable influence of electron modulation on charge behavior

Abstract

Rare-earth modulation provides an effective route to tune electronic structure of transition metals for oxygen release. However, the role of d-f orbital hybridization in governing interfacial charge behavior on the...

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Pr6O11-driven electron modulation via d-f orbital hybridization for alkaline seawater electrolysis

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