化工设计通讯2024,Vol.50Issue(7) :62-64.

富磷金属磷化物电催化性能的研究进展

Research Progress on Electrocatalytic Properties of Phosphate-Rich Metal Phosphide

邓朝芳 张延 杨起美 旦开杰 姜文 郭熙川 万财文
化工设计通讯2024,Vol.50Issue(7) :62-64.

富磷金属磷化物电催化性能的研究进展

Research Progress on Electrocatalytic Properties of Phosphate-Rich Metal Phosphide

邓朝芳 1张延 1杨起美 1旦开杰 1姜文 1郭熙川 1万财文1
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作者信息

  • 1. 重庆第二师范学院,重庆 400067
  • 折叠

摘要

近年来,电催化分解水技术越来越得到广泛关注.提高速率的关键是要找到高效的电催化剂,其中过渡金属磷化物表现出优秀的催化活性和长期稳定性.富磷化合物具有催化活性较大但导电性较差的特点,在实际应用中可合理调控磷化物的电子结构,以获得导电性、催化效能俱佳的电催化剂.综述了近年来电解水析氢的研究进展,重点集中在富磷金属磷化物的研究上,阐述了其合成方法与微结构调控策略,及其在当前电催化材料研究领域面临的挑战和未来的发展前景.

Abstract

In recent years,electrocatalytic water decomposition technology has attracted more and more attention.The key to improve the rate is to find efficient electrocatalysts,transition metal phosphides show excellent catalytic activity and long-term stability.Phosphorus-rich compounds have the characteristics of high catalytic activity but poor conductivity.In practical applications,the electronic structure of phosphides can be reasonably regulated to obtain electrocatalysts with good conductivity and catalytic efficiency.The research progress of hydrogen evolution from electrolytic water in recent years is reviewed,focusing on the research of phosphorus-rich metal phosphides.The synthesis methods and microstructural control strategies of phosphorus-rich metal phosphides,as well as their challenges and future prospects in the field of electrocatalytic materials are described.

关键词

过渡金属磷化物/富磷磷化物/电解水/电催化性能/无机化学材料合成

Key words

transition metal phosphides/phosphorus-rich phosphide/water electrolysis/electrocatalytic performance/inorganic chemical materials synthesis

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基金项目

重庆市教委科技项目(KJQN202101628)

重庆第二师范学院校级重点项目(KY202108B)

重庆第二师范学院大学生科研项目(KY20230040)

大学生创新训练项目(S202314388017)

出版年

2024
化工设计通讯
湖南化工医药设计院

化工设计通讯

影响因子:0.126
ISSN:1003-6490
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