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Comprehending the frontiers of flexible supercapacitors:Materials,fabrication techniques,and performance metrics 认领 引用 被引量：1
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作者 Jinuk Choi Hyojung Lim +13 位作者 Dae-Kyo Oh Sangmin Ha Dae Jun Moon Gyoung Hwa Jeong Seonghyeon Park Junho Shim Chanmin Jo Minseo Jeon Subramani Surendran Xiaoyan Lu Heechae Choi Gibum Kwon Young-Hoon Yun Uk Sim 《Materials Reports(Energy)》 EI 2026年第2期25-41,共17页
The accelerating development of wearable electronics encompassing flexible sensors,displays,and health monitoring systems has driven strong demand for lightweight,deformable,and high-performance energy storage technol... The accelerating development of wearable electronics encompassing flexible sensors,displays,and health monitoring systems has driven strong demand for lightweight,deformable,and high-performance energy storage technologies.With the increasing attention in these fields,flexible and wearable supercapacitors(FSCs)have gained significant attention due to their fast charge-discharge rates,excellent mechanical resilience,and longterm cycling stability.This review presents a comprehensive analysis of recent advances in FSC research,focusing on both material-level engineering and device-level integration.Electrode materials,including carbonbased frameworks,transition metal-based materials,conductive polymers,and their hybrids,are critically examined,with an emphasis on structural design strategies.Fabrication techniques are discussed by dimensional configuration,including 1D fiber-shaped,2D planar,and multidimensional structures,with a focus on scalable and application-oriented processes.Furthermore,representative demonstrations in wearable,transparent,and sensor-integrated devices are explored to illustrate the practical potential of FSCs.Finally,future directions are proposed,including light and moisture stability,as well as electrolyte degradation,to realize next-generation multifunctional flexible energy storage systems. 展开更多
关键词 Flexible supercapacitors Energy storage devices Fabrication techniques Electrochemical performance Wearable electronics
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Carbon‑based catalysts for photoelectrochemical water splitting:advancing carbon–neutral hydrogen production 认领 引用
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作者 Sangmin Ha Dae‑Kyo Oh +10 位作者 Dongin Choi Krishnan Veeramani Subramani Surendran Dae Jun Moon Gyoung Hwa Jeong Juhwang Kim Xiaoyan Lu Heechae Choi Gibum Kwon Young‑Hoon Yun Uk Sim 《Carbon Neutrality》 EI CSCD 2025年第1期33-51,共19页
The production of hydrogen using renewable energy sources requires efficient and stable catalysts.However,the development of such catalysts is hindered by the lack of efficient photo/electrocatalysts for the hydrogen ... The production of hydrogen using renewable energy sources requires efficient and stable catalysts.However,the development of such catalysts is hindered by the lack of efficient photo/electrocatalysts for the hydrogen evolution reaction(HER)and the oxygen evolution reaction(OER),as well as an insufficient understanding of the reaction mechanisms.This review comprehensively summarizes recent progress in photo/electrochemical hydrogen production technology and fundamental knowledge of reaction mechanisms.Specifically,it discusses recent developments in carbon-based materials for water splitting,with a focus on photoelectrocatalysts.The review highlights advancements in C-doped metal oxides,carbon quantum dots(CQD),MOF/COF-derived carbon,carbon nanotubes,graphene,carbon nitride-based materials,and strategies to enhance their catalytic activity and conductivity.Furthermore,integrating carbon-based materials with semiconductors and co-catalysts is explored to optimize overall performance.We outline practical routes to improve charge transfer and stability across carbon-based photoelectrocatalysts,providing a concise roadmap toward scalable and sustainable water splitting. 展开更多
关键词 Photo-electrochemistry Carbon-Based Catalysts Photo electrodes Water Splitting Hydrogen generation
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