石墨烯是未来能源、信息及医疗等行业应用中的一颗璀璨明珠，能掌握利用水浴法制备石墨烯及其复合材料备受企业青睐。但在实验中需要添加强酸和强氧化性类物质，还会释放出大量的热量，存在很大的危险性。同时材料结构表征会涉及精密贵重仪器，实体教学难以普及。该项目将虚拟实验和真实实验场景有机结合，逼真再现了石墨烯及其复合材料制备和结构表征的过程。三维沉浸式仿真实验场景极大地激发了学生的学习兴趣，提升了教学效果。

  Graphene is a bright pearl in the future applications of energy, information and medical industries. It is favored by enterprises to master the methods and skills for preparing graphene and its composite materials using the water bath method. But the experiment require the addition of strong acids and highly oxidizing substances. Meanwhile, the experiment will release a large amount of heat. So there is a great danger in the experiment. At the same time, the characterization of material structure will involve precision and valuable instruments. The physical teaching is difficult to popularize. The project organically combines virtual experiments and real experimental scenes to vividly reproduce the preparation and structural characterization process of graphene and its composite materials. The three-dimensional immersive simulation experimental scenes greatly stimulated students' interest in learning and improved teaching effects.