The enhanced mechanical properties

MrGO-AD片增强的机械性能归因于MXene纳米片和rGO血小板之间以及长链AD分子和rGO血小板之间相互作用的协同效应。这些相互作用为片材提供了高取向度和低孔隙率。MXene纳米片的重量含量强烈影响所得MrGO-AD片的韧性和拉伸强度。当添加17.7 wt％的MXene纳米片时，MrGO和MGO片显示出最高的拉伸强度和韧性（补充图18、19d和20d，以及补充表6）。MXene的含量增加到超过17.7 wt％会降低强度，破坏应变和韧性。补充附图中给出了更详细的曲线以及抗张强度和韧性的完整数据。

The enhanced mechanical properties of MrGO-AD sheet are attributed to the synergetic effects of interactions between MXene nanosheets and rGO platelets and between the long-chain AD molecules and the rGO platelets. These interactions provide a high orientation degree and a low porosity for the sheets. The weight content of MXene nanosheets strongly affects the toughness and tensile strength of the resulting MrGO-AD sheet. The MrGO and MGO sheets show the highest tensile strength and toughness for the addition of 17.7 wt% of MXene nanosheets (Supplementary Figs. 18, 19d, and 20d, and Supplementary Table 6). Increasing the content of MXene to beyond 17.7 wt% decreases strength, failure strain, and toughness. More detailed curves and complete data for tensile strength and toughness are presented in Supplementary Figs. 18–20 and Supplementary Tables 6 and 7. ...

MXene纳米片与rGO血小板、长链AD分子与rGO血小板相互作用的协同效应，使MrGO-AD片的力学性能得到提高。这些相互作用为薄片提供了高取向度和低孔隙率。MXene纳米片的重量含量强烈影响MrGO-AD片的韧性和拉伸强度。当添加17.7 wt%的MXene纳米片时，MrGO和MGO片材显示出最高的拉伸强度和韧性（补充图。18、19d和20d以及补充表6）。将MXene含量增加到17.7wt%以上会降低强度、破坏应变和韧性。在补充图中给出了更详细的拉伸强度和韧性曲线和完整的数据。18-20和补充表6和7。