Ultrahigh moisture electric output of oxidation-controlled and ion-intercalated graphene oxide films in the low humidity range

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Key Points

Ultrahigh electric output is achieved in graphene oxide films at low humidity, showing a significant advance in moisture energy harvesting.
The study highlights the role of crystallinity enhancement and ion intercalation in achieving this electric output, setting new benchmarks for similar materials.
Experimental analysis confirms the effective improvements in electric output, indicating a promising approach for energy applications in varying humidity levels.
This advancement may enable innovative energy solutions, particularly in environments where maintaining high humidity is challenging.

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Observational analysis reveals ultrahigh electric output in graphene oxide films at low humidity, suggesting potential in energy applications.

Crystallinity enhancement and ion intercalation enable ultrahigh moisture-induced electric output in graphene oxide films even at low humidity.

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Ishibe et al. (2025) studied this question.

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