Flame-Retardant MXene/Aramid Nanofiber/PEG Composite Film for Wearable Fire Cyclic Warning and Protection

Thermal sensing materials capable of monitoring critical fire risks of combustible materials with a rapid response show great potential in early fire warning. However, the thermoelectric materials used in current fire-warning systems usually have low mechanical strength and poor flexibility, limitin...

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Bibliographic Details
Main Author:	Menghan Guo (17012116) (author)
Other Authors:	Yifan Wang (380120) (author), Wenqing Wang (431203) (author), Fuyang Li (42906) (author), Gang Ye (318792) (author), Yifan Yan (6918017) (author), Pengfei Qi (571349) (author), Kexin Luo (11263636) (author), Rui Wang (52434) (author)
Published:	2025
Subjects:	Medicine Evolutionary Biology Ecology Inorganic Chemistry Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Information Systems not elsewhere classified hybrid building units continuous conductive paths anf )/ poly 1 gpa ), 1 %), modulus warning systems usually time fire monitoring fire protection applications rapid cyclic contact low mechanical strength thermoelectric materials used early fire warning peg composite film early fire composite film warning coating current fire thermoelectric effect tensile strength rapid response combustible materials wearable devices taking advantage retardant mxene reinforced interconnections poor flexibility mxene nanosheets multilaminated mxene loi value induced self harsh environments fold times extinguishing capability ethylene glycol assembly method aramid nanofiber 991 ). 7 mj
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Flame-Retardant MXene/Aramid Nanofiber/PEG Composite Film for Wearable Fire Cyclic Warning and Protection

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