CAJ | 학술논문

当前化学制备方法容易破坏石墨烯本身结构从而影响其性能，并且物理方法很难得到单层石墨烯，由于传统制备技术的局限从而制约了其发展。目前，机械力化学已成为化学学科的一个重要分支，这种简单、高效和绿色的合成方法引起了人们的浓厚兴趣和广泛关注。综述了机械力化学在石墨烯及其衍生物（功能化石墨烯和石墨烯复合材料）原位制备中的应用，并对其发展和应用前景进行了展望。
당전화학제비방법용역파배석묵희본신결구종이영향기성능，병차물리방법흔난득도단층석묵희，유우전통제비기술적국한종이제약료기발전。목전，궤계력화학이성위화학학과적일개중요분지，저충간단、고효화록색적합성방법인기료인문적농후흥취화엄범관주。종술료궤계력화학재석묵희급기연생물（공능화석묵희화석묵희복합재료）원위제비중적응용，병대기발전화응용전경진행료전망。
The current chemical preparation method is easy to damage the graphene structure,thereby affecting its performance,and the monolayer graphene is hard to be got by physical methods,so the limitation of traditional preparation technology restricts its development.At present,the mechanochemistry becomes an important branch of chemistry subject,and the simple,green and efficient synthetic method attracts people′s interest and attention.It reviewed the mechanochemistry in the application in situ preparation of graphene and its derivatives (functional graphene and graphene-based composites),and its development and application prospect were foreseen.