材料科学
蒙脱石
复合材料
韧性
易燃液体
透射率
复合数
聚合物
可燃性
断裂韧性
废物管理
光电子学
工程类
作者
Benliang Liang,Hewei Zhao,Qi Zhang,Yuzun Fan,Yonghai Yue,Penggang Yin,Lin Guo
标识
DOI:10.1021/acsami.6b08203
摘要
) compared with other MMT based artificial nacre. Furthermore, high temperature performance of the composites (with a maximum strength of ∼170 MPa at 100 °C) along with excellent transmittance, fire retardancy, and unique shape memory response to alcohols could greatly expand the application of the mutilfunctional composites, which are believed to show competitive advantages in transportion, construction, and insulations, protection of a flammable biological material, etc.
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