Macroscopic Alignment and Structural Fixation of Homogeneous Cross-Linked Polymer Networks for Ultrastrong Hydrogels

Developing ultrastrong hydrogels remains a daunting challenge but is of both practical and fundamental importance for diverse applications of hydrogels. Herein, a simple and general approach is proposed to develop ultrastrong anisotropic hydrogels. Hydrogel precursors are prepared in one step using...

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Autore principale:	Peipei Ma (360336) (author)
Altri autori:	Baibin Yang (17340302) (author), Songming Wang (11800338) (author), Qiang Zhao (105948) (author), Yong Wu (165587) (author), Caihong Wang (535816) (author), Shuai Tan (783070) (author)
Pubblicazione:	2025
Soggetti:	Biochemistry Genetics Biotechnology Space Science Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified sheds new light multivalent metal ions macroscopically aligned structures linked polymer networks extremely stretchable features sodium alginate solutions sodium alginate serves divinylbenzene enables antifracture versatile ultrastrong hydrogels linking via polymerization hydrophobic homogeneous cross fracture toughness (< hydrophobic cross homogeneous cross sodium acrylate modulus (< fracture stress aqueous divinylbenzene coordination cross topology design structural fixation macroscopical alignment macroscopic alignment largely stretched hydrophilic monomer g </ fundamental importance fatigue threshold e </ diverse applications designed topologies daunting challenge chelating polymers art hydrogels 604 times 6 mpa 30 kj 240 times 173 kj
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Macroscopic Alignment and Structural Fixation of Homogeneous Cross-Linked Polymer Networks for Ultrastrong Hydrogels

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