Engineering of Hierarchical Phase-Separated Nanodomains toward Elastic and Recyclable Shock-Absorbing Fibers with Exceptional Damage Tolerance and Damping Capacity

Shock-absorbing fibers (SAFs) are highly regarded for their effectiveness in energy-absorbing applications. Existing SAFs are plastic fibers that can only be used once, are nonrecyclable, and lack damage tolerance. Herein, we fabricate recyclable, mechanically robust elastic SAFs with exceptional da...

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Bibliographic Details
Main Author:	Jing Kang (251503) (author)
Other Authors:	Xiaohan Wang (691917) (author), Junqi Sun (1467787) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Medicine Cell Biology Genetics Physiology Pharmacology Ecology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified ultrahigh true strength reusability without treatment mechanistic analysis reveals lack damage tolerance high damping efficiency exceptional damage tolerance damping capacity shock record fracture energy effectively absorb energy separated nanodomains formed oriented hierarchical phase 70 </ sub pu – pcl rigid pcl segments hierarchical phase rigid nanodomains recyclable shock superior performance nanodomains allows multiblock polyurethane highly regarded fabricate recyclable dynamic nature coordination bonds complete recyclability absorbing applications 87 %, 8 mpa 4042 kj
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Engineering of Hierarchical Phase-Separated Nanodomains toward Elastic and Recyclable Shock-Absorbing Fibers with Exceptional Damage Tolerance and Damping Capacity

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