机译:强硬:横薄薄片设计将多功能性赋予生物摩擦珍珠蛋白
Department of Materials Science and Engineering Massachusetts Institute of Technology;
Department of Materials Science and Engineering Massachusetts Institute of Technology;
Division of Engineering Product Development Singapore University of Technology and Design;
Department of Mechanical Engineering Stony Brook University;
Department of Mechanical Engineering Stony Brook University;
Department of Materials Science and Engineering Massachusetts Institute of Technology;
Division of Engineering Product Development Singapore University of Technology and Design;
bioinspired composite; cross-lamella design; nacre; biomineralization; manufacturing; chitosan;
机译:强硬:横薄薄片设计将多功能性赋予生物摩擦珍珠蛋白
机译:使用介观模型设计强韧的仿生聚合物网络
机译:透明,机械强度高,极其坚韧,可自我恢复,可修复的超分子弹性体,可通过动态硬域设计方便地用于多功能应用
机译:一种仿生复合材料,可复制珍珠母的结构和微力学
机译:贝壳珍珠质的机械性能:通过微观结构设计获得的超强韧性。
机译:通过激光散斑成像仿生纳米复合材料和珍珠母中的非弹性断裂过程以获得更好的韧性
机译:强硬且强烈的:横薄薄片设计将多功能性赋予生物摩擦珍珠液