CAJ | 학술논문

石墨烯及其复合材料具有优异的物理和化学性能，在电子、能源、催化、医药以及生物传感等领域应用潜能巨大，因此探究高质量、高产量和规模化的制备方法对石墨烯基复合材料未来的开发和应用至关重要。电化学法是一种有望实现绿色规模化制备石墨烯及其复合材料的方法，本文作者综述了国内外电化学制备石墨烯及其复合材料的主要方法：阳极氧化、阴极还原、电化学还原、离子液体功能化、电沉积、电聚合等，并对其反应原理和主要影响因素进行了详细的分析和介绍，最后对其应用前景进行了深度的展望。
석묵희급기복합재료구유우이적물리화화학성능，재전자、능원、최화、의약이급생물전감등영역응용잠능거대，인차탐구고질량、고산량화규모화적제비방법대석묵희기복합재료미래적개발화응용지관중요。전화학법시일충유망실현록색규모화제비석묵희급기복합재료적방법，본문작자종술료국내외전화학제비석묵희급기복합재료적주요방법：양겁양화、음겁환원、전화학환원、리자액체공능화、전침적、전취합등，병대기반응원리화주요영향인소진행료상세적분석화개소，최후대기응용전경진행료심도적전망。
Graphene and graphene‐based composite materials have huge potential applications in the fields of electronics ,energy ,catalysis ,medicine ,and bio‐sensing due to their excellent physical and chemical properties .So the development of a method to obtain graphene‐based composite materials with high quality ,high yield and large scale is crucial for the investigation and application of them in the future .The electrochemical method which is green and fast is ex‐pected to be utilized .Herein ,we systematically summarize the electrochemical preparation methods about graphene and graphene‐based composite materials including a nodic oxidation , cathodic reduction ,electrochemical reduction ,ionic liquid functionalization ,electrodeposition , electrochemical polymerization and so on .Then we evaluate the influence factors and study the synthesis mechanisms .Finally , the prospect for the applications of graphene and graphene‐based composite materials is draw n .