W_(18)O_(49)nanowires(W_(18)O_(49)NWs)with unique one-dimension structures and excellent electron/ions transport properties have attracted increasing attention in academia and industry because of their potential appli...W_(18)O_(49)nanowires(W_(18)O_(49)NWs)with unique one-dimension structures and excellent electron/ions transport properties have attracted increasing attention in academia and industry because of their potential applications in many energy-related devices.In the past decades,many research articles related to W_(18)O_(49)have been published,but there are insufficient review articles focusing on W_(18)O_(49)NWs.In this review,we present the crystal structure of W_(18)O_(49)and briefly introduce the synthesis methods and growth mechanism of W_(18)O_(49)NWs.Moreover,their applications in energy conversion and storage devices are summarized.Finally,the current challenges and opportunities for applying W_(18)O_(49)NWs are provided.We hope this review can promote the development of W_(18)O_(49)NWs in energy conversion,storage,and other promising applications.展开更多
基金Financial support from the National Natural Science Foundation(No.22075151)of Chinathe Natural Science Foundation of Jiangxi(No.20161BBE50095)the project of Jiangxi Academy of Sciences(No.2022YSBG21019 and No.2023YJC2018)is gratefully acknowledged。
文摘W_(18)O_(49)nanowires(W_(18)O_(49)NWs)with unique one-dimension structures and excellent electron/ions transport properties have attracted increasing attention in academia and industry because of their potential applications in many energy-related devices.In the past decades,many research articles related to W_(18)O_(49)have been published,but there are insufficient review articles focusing on W_(18)O_(49)NWs.In this review,we present the crystal structure of W_(18)O_(49)and briefly introduce the synthesis methods and growth mechanism of W_(18)O_(49)NWs.Moreover,their applications in energy conversion and storage devices are summarized.Finally,the current challenges and opportunities for applying W_(18)O_(49)NWs are provided.We hope this review can promote the development of W_(18)O_(49)NWs in energy conversion,storage,and other promising applications.
