石墨烯三维结构组装体制备及光热水蒸发和水处理研究进展

陈清, 赵健, 程虎虎, 曲良体

Progress in 3D-Graphene Assemblies Preparation for Solar-Thermal Steam Generation and Water Treatment

Qing Chen, Jian Zhao, Huhu Cheng, Liangti Qu

表1 近年的研究中石墨烯三维结构体光热水蒸发率统计

Table 1 Summary of the performance of 3DG for water evaporation in recent year.

Number Composition Evaporation rate/(kg·m−2·h−1) Preparation method Ref. 1 3D graphene 1.78 Freeze-Drying Route 84 2 Graphene Foam 2.4 Freeze-Drying Route 83 3 Porous graphene sponges 2.01–2.61 Freeze-Drying Route 89 4 Hierarchical Graphene Foam 1.4 CVD 81 5 N-doped graphene 1.5 CVD 80 6 3D Honeycomb Graphene 2.6 Self-Assemble 78 7 Vertically Aligned Graphene Sheets 1.62 Freeze-Drying Route 72 8 Vertically ordered pillar array of graphene framework 2.1 Freeze-Drying Route 88 9 MoS2@graphene 0.9 Self-Assemble 91 10 MnO2@graphene 1.78 Freeze-Drying Route 92 11 polyacrylonitrile@graphene 1.47 Freeze-Drying Route 104 12 PVA@graphene 2.5 Freeze-Drying Route 93 13 Melamine foam@Reduced grapheneoxide 1.476 Self-Assemble 94 14 RGO@multiwalled carbon nanotubes@sodium alginate 1.622 Freeze-Drying Route 100 15 Wood@graphene 1.6 ± 0.02 Laser Reduction 102 16 N-doped graphene@carbon hybrid aerogels 1.558 Template Method 87 17 Melamine@graphene 1.476 Self-Assemble 90 18 Polyethylenimine@rGO 0.838 Template Method 94 19 RGO@silk-fabric 1.48 Microwave Reduction 103 20 Porous carbon black/GO 1.27 3D Printing 99