Flexible Conductive Polyimide Fiber/MXene Composite Film for Electromagnetic Interference Shielding and Joule Heating with Excellent Harsh Environment Tolerance

The development of flexible MXene-based multifunctional composites is becoming a hot research area to achieve the application of conductive MXene in wearable electric instruments. Herein, a flexible conductive polyimide fiber (PIF)/MXene composite film with densely stacked “rebar-brick-cement” lamel...

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Bibliographic Details
Main Author:	Kang Sun (630771) (author)
Other Authors:	Fan Wang (135182) (author), Wenke Yang (4253635) (author), Hu Liu (176964) (author), Caofeng Pan (1458784) (author), Zhanhu Guo (1492291) (author), Chuntai Liu (1823335) (author), Changyu Shen (91926) (author)
Published:	2021
Subjects:	Biochemistry Genetics Evolutionary Biology Ecology Inorganic Chemistry Infectious Diseases Chemical Sciences not elsewhere classified wearable electric instruments various harsh environments soluble polyimide precursor hot research area electromagnetic wave protection based multifunctional composites also presents fast 2 – 12 electromagnetic interference shielding personal thermal management high electromagnetic interference excellent mechanical robustness mxene composite film good interfacial adhesion emi shielding capacity flexible conductive pif shielding effectiveness thermal imidization high conductivity flexible mxene excellent conductivity conductive mxene well maintained salt solution resultant pif low temperature lamellar structure joule heating homogeneous dispersion frequency range fabricated using conduction loss adjacent layers actual conditions 4 ghz
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Flexible Conductive Polyimide Fiber/MXene Composite Film for Electromagnetic Interference Shielding and Joule Heating with Excellent Harsh Environment Tolerance

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