Back Cover Image: Carbon Neutralization, Volume 2, Issue 3, May 2023

Ying Wei, Mingbo Zheng, Wei Zhu, Huan Pang
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Abstract

Back cover image: Hollow structure materials usually exhibit good performance in the field of electrochemistry because of their large specific surface area and abundant active sites. Prussian blue and its analogs (PB/PBAs) usually contain two or more kinds of transition metal elements, and the synergistic effect between different metal elements often improves the performance. Hollow structure PB/PBAs can be synthesized by adjusting the synthesis strategy. Moreover, a variety of hollow structure derived materials can be obtained via easy derivative treatment for PB/PBAs. These derivatives can alleviate the poor conductivity of PB/PBAs, thus exhibiting better electrochemical performance. In article number CNL264, the synthesis strategies of hollow PB/PBAs and their derived materials are systematically summarized, the applications of related materials in the field of electrochemistry are introduced in detail, and the prospects and challenges are further analyzed.

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封底图片:碳中和,第2卷,第3期,2023年5月
封底图片:中空结构材料由于其大的比表面积和丰富的活性位点,在电化学领域通常表现出良好的性能。普鲁士蓝及其类似物(PB/PBA)通常含有两种或两种以上的过渡金属元素,不同金属元素之间的协同作用往往会提高性能。可以通过调整合成策略来合成中空结构的PB/PBA。此外,通过对PB/PBA的简单衍生物处理,可以获得各种中空结构衍生材料。这些衍生物可以缓解PB/PBA的导电性差,从而表现出更好的电化学性能。在CNL264号文章中,系统总结了中空PB/PBA及其衍生材料的合成策略,详细介绍了相关材料在电化学领域的应用,并进一步分析了其前景和挑战。
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