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苯胺基炭材料的可控制备策略

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苯胺作为一种常见的有机小分子,聚合过程简单可控,因此常被作为制备炭材料的起始单体.本文总结了以苯胺为起始单体制备炭材料的4种主要策略:一是在苯胺聚合的过程中调节工艺条件或引入添加物制备不同形貌结构聚苯胺和炭材料;二是在炭材料表面苯胺原位聚合制备具有协同作用的聚苯胺/炭复合材料;三是通过溶剂热引发苯胺衍生物和金属盐的配位反应,基于配位结构的多样性和金属盐的催化氧化能力获得保持配位结构的溶剂热产物和炭材料;四是,通过共价键将苯胺衍生物和有机分子链接起来制备不同结构的共价有机骨架和炭材料.通过分析可知4种策略具有一定的普适性,希望能够引发以有机小分子为起始单体获得不同形貌炭材料的更多思考.
Controllable preparation strategies for aniline based carbon materials
As a common organic small molecule,aniline is often used as the starting monomer for the preparation of carbon materials due to its simple and controllable polymerization process.This paper summarizes four main strategies for preparing carbon materials u-sing aniline as the starting monomer.One is to adjust the experimental conditions or introduce additives in the process of polymerization to achieve polyaniline and carbon materials with different morphologies.The second is to prepare polyaniline/carbon composites with synergistic effects by in-situ polymerization of aniline on the surface of carbon materials.Thirdly,initiating coordination reactions be-tween aniline derivatives and metal salts via solvothermal reaction.The solvothermal products and carbon materials with different mor-phologies can be obtained based on various coordination structures and the catalytic oxidation ability of metal salts.Fourth,aniline de-rivatives and organic molecules are linked by covalent bond to prepare covalent organic frameworks and carbon materials with different structures.These four strategies have a certain degree of universality.And this article aims to trigger more thinking on obtaining carbon materials with different morphologies using organic small molecules as starting monomers.

Carbon materialspolyanilinepolyaniline/carbon compositesenergy storage application

周春丽

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唐山师范学院物理科学与技术学院唐山市光电转换材料重点实验室,河北唐山 063000

炭材料 聚苯胺 聚苯胺/炭复合材料 储能应用

河北省自然科学基金河北省教育厅科研项目唐山市科技计划唐山师范学院科研重点培育项目

E2021105001BJ202109820130216bZDPY09

2024

炭素技术
中钢集团吉林炭素股份有限公司

炭素技术

CSTPCD北大核心
影响因子:0.296
ISSN:1001-3741
年,卷(期):2024.43(2)
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