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Mesoporous materials 2.0: innovations in metals and chalcogenides for future applications
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DOI：10.1093/bulcsj/uoae136.png)
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Abstract
En 中文
Incorporating mesoporous structures into various materials can provide abundant active sites and facilitate smooth diffusion, and their effectiveness has been demonstrated across a range of material types. However, despite the development of numerous mesoporous materials, first-generation mesoporous materials (e.g., silica-based compositions) have limited applications due to their poor electrical conductivity and limited compositional diversity, necessitating additional processing for widespread utilization. Our group first proposed the synthesis of mesoporous metals using a solution-based soft-templating method based on self-assembly of micelles, marking a significant advancement in mesoporous materials. This effective process has recently been extended to the synthesis of mesoporous metals and chalcogenides. Chalcogenides have garnered significant attention due to their intriguing optical, electrical, and electrochemical properties arising from their distinctive electronic structures. Mesoporous chalcogenides have been found to effectively enhance these properties. This paper provides a comprehensive review of the synthesis of mesoporous metals and chalcogenides-representing second-generation mesoporous materials (mesoporous materials 2.0)-with specific examples. Our goal is to inform readers about second-generation mesoporous materials and provide insights for further research.
Keywords:
chalcogenides
mesoporous materials
metals
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