陶瓷/石墨烯块体复合材料的研究进展
李建林1, 陈彬彬1, 章文1, 王连军2, 江莞2

Recent Progress in Ceramic/Graphene Bulk Composites
LI Jian-Lin1, CHEN Bin-Bin1, ZHANG Wen1, WANG Lian-Jun2, JIANG Wan2
图 10 复合材料的增韧机制
Fig. 10 Toughening mechanisms of composites a Crack deflection on a plane with larger size and crack plane orientation almost parallel fracture line [ 29 ] ; b Crack branching during crack propagation in the nanographene platelet-reinforced composite fracture line [ 34 ] ; c Sheet put-out with a GPL on the fracture surface, with the plane of the sheet perpendicular to the plane of the fracture surface [ 28 ] ; d Crack bridging by GPLs on the fracture line with the plane orientated of sheet nearly perpendicular to the plane of the polished surface [ 34 ]