CAJ | 학술논문

二维石墨烯具有卓越的光、电、热和力学等性能，在众多传统产业和战略性新兴产业中有巨大的应用前景，被誉为下一代关键基础材料。然而，石墨烯产业化及应用的瓶颈性问题是如何高效率、规模化、低成本和环境友好地制备高质量石墨烯产品。本综述系统地比较了现有石墨烯制备方法的优缺点，结合不同应用领域的特殊要求，阐明了材料化学工程的放大理论和方法是解决石墨烯大规模制备和应用瓶颈性问题的重要保障。
이유석묵희구유탁월적광、전、열화역학등성능，재음다전통산업화전략성신흥산업중유거대적응용전경，피예위하일대관건기출재료。연이，석묵희산업화급응용적병경성문제시여하고효솔、규모화、저성본화배경우호지제비고질량석묵희산품。본종술계통지비교료현유석묵희제비방법적우결점，결합불동응용영역적특수요구，천명료재료화학공정적방대이론화방법시해결석묵희대규모제비화응용병경성문제적중요보장。
Graphene material possesses extraordinary properties for a variety of applications both in traditional and new emerging industries. However, the lack of an eco-friendly approach for large-scale, low-cost, and efficient preparation of high-quality graphene products has been a major bottleneck to exploiting most potential applications. This review systematically analyzed and compared the advantages and disadvantages of all available graphene preparation methods based on the specific requirements of different application fields. The significance of the principle and methology of materials-oriented chemical engineering in developing effective solutions for the described bottleneck problem in achieving the industrial preparation and application of graphene was discussed.