Intelligent fibers serve as versatile functional interfaces facilitating bidirectional human-environment interaction and constitute foundational elements for next-generation wearable computing/human interaction system...Intelligent fibers serve as versatile functional interfaces facilitating bidirectional human-environment interaction and constitute foundational elements for next-generation wearable computing/human interaction systems. These intelligent fibers and wearables exhibit multifunctional capabilities, including perception or response to external stimuli, energy harvesting/storage, microclimate regulation, information transmission,and expansive multifunctionality [1-3]. The design of intelligent fibers entails complex multiscale parameter coupling, spanning from nanoscale building block features to macrostructure optimized for wearable applications.展开更多
基金supported by the National Key Research and Development Program of China (2022YFA1203302,2022YFA1203304)the National Natural Science Foundation of China (52472039, T2188101)+1 种基金the Joint Research Project of the Shijiazhuang-Peking University Cooperation Programthe Beijing Municipal Education Commission under the Beijing Higher Education Young Elite Teacher Project (BPHR202203063)。
文摘Intelligent fibers serve as versatile functional interfaces facilitating bidirectional human-environment interaction and constitute foundational elements for next-generation wearable computing/human interaction systems. These intelligent fibers and wearables exhibit multifunctional capabilities, including perception or response to external stimuli, energy harvesting/storage, microclimate regulation, information transmission,and expansive multifunctionality [1-3]. The design of intelligent fibers entails complex multiscale parameter coupling, spanning from nanoscale building block features to macrostructure optimized for wearable applications.
