a) Transmittance of PILE‐1 over the visible wavelength range. Inset
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Download scientific diagram | a) Transmittance of PILE‐1 over the visible wavelength range. Inset: photograph of the PILE. b) DSC curves of PILEs and PBA. c) Storage modulus G′ and loss modulus G″ of PILE‐1 and PBA. d) Frequency dependence of the storage modulus G′, loss modulus G″ and loss factor tan δ of PILE‐1. e) Temperature dependence of the shift factor of PILE‐1. f) Temperature dependence of the storage modulus G′ and loss modulus G″ of PILE‐1 from 0 to 150 °C. g) WAXS profiles of PILEs and PBA. h) SEM images of PILEs. і) PILE‐1, іі) PILE‐2, ііі) PILE‐3. from publication: A Mechanically Robust, Self‐Healing, and Adhesive Biomimetic Camouflage Ionic Conductor for Aquatic Environments | Flexible conductive materials capable of simulating transparent ocean organisms have garnered interest in underwater motion monitoring and covert communication applications. However, the creation of underwater flexible conductors that possess mechanical robustness, adhesion, | Underwater, Camouflage and Biomimetics | ResearchGate, the professional network for scientists.
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