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<p>Organic molecules show potential for building energy storage devices. They have several advantages in terms of structural variety, tunable redox potential, and environmental friendliness alternatives to inorganic and polymer electrodes for batteries and other energy storage systems. In recent years, they have drawn tremendous research interest, due to the significant developments in related organic&#xa0;materials and&#xa0;their performance measures. This article reviewed the potential of isoalloxazines and their analogs as energy storage materials. This article covers the functional group addition, polymer integration, and the combination of numerous redox-active moieties with isoalloxazines that helped them to be utilized as energy storage materials.</p>

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Isoalloxazine and their analogous as energy storage materials: a review

  • 期刊论文

  • 发表日期：

    2025年6月11日

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  • Tanushee,
  • Devendra Kumar,
  • Ram Singh

摘要

Organic molecules show potential for building energy storage devices. They have several advantages in terms of structural variety, tunable redox potential, and environmental friendliness alternatives to inorganic and polymer electrodes for batteries and other energy storage systems. In recent years, they have drawn tremendous research interest, due to the significant developments in related organic materials and their performance measures. This article reviewed the potential of isoalloxazines and their analogs as energy storage materials. This article covers the functional group addition, polymer integration, and the combination of numerous redox-active moieties with isoalloxazines that helped them to be utilized as energy storage materials.