Design of EBrH‐GEL detachable universal adhesive and its

Download scientific diagram | Design of EBrH‐GEL detachable universal adhesive and its characterization of morphology and mechanical properties. a) Illustration of creeper's sucker, whose microchannels release solidified mucus to improve the adhesion strength. b) Chemical structure of [EMIM]Br and HEMA. c) Illustration of the preparation of EBrH‐GEL, where UV light is utilized for polymerization and equilibrating to room temperature for crystallization. d) Optical microscopy image of crystal fibers in EBrH‐GEL. e) EBrH‐GEL's compression modulus, tensile modulus, and yield strain under crystalline state and gel state. from publication: Reversible Dendritic‐Crystal‐Reinforced Polymer Gel for Bioinspired Adaptable Adhesive | High‐strength and reversible adhesion technology, which is a universal phenomenon in nature but remains challenging for artificial synthesis, is essential for the development of modern science. Existing adhesive designs without interface versatility hinder their application | Bioinspired, Adhesion and Gels | ResearchGate, the professional network for scientists.

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Design of EBrH‐GEL detachable universal adhesive and its

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