Solar container hydrogel photonic crystals
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Introduction
We introduce recent studies of hydrogel-based photonic structures, including waveguides, optical fibers, photonic crystals, and plasmonic structures. Optically active photonic devices have been reported by doping luminescent agents into the hydrogel. Plasmonic–photonic crystal (PPC) photocatalysts have emerged as a promising class of materials that integrate nanoscale light management with catalytic functionality for solar-driven chemical conversions. Hydrogels are three-dimensional, hydrophilic networks of cross-linked polymers that can retain water molecules in the structures and respond to physical/chemical stimulus by changing their phase and volume.
Solar container hydrogel photonic crystals
Dual-network photonic crystal hydrogels with mechanochromic …
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Inverse opal photonic crystal hydrogels (IOPCHs) can produce corresponding visual color responses to a change in acid or alkali in an external humid environment, which has wide …
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Orderly-assembled photothermal photonic crystals with multiple
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Advances in hydrogel photonics and their applications
We introduce recent studies of hydrogel-based photonic structures, including waveguides, optical fibers, photonic crystals, and plasmonic structures. Optically active photonic devices have …
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Architecting light for catalysis: emerging frontiers in plasmonic
Given the growing body of promising studies, a comprehensive review is needed to consolidate recent progress, clarify underlying mechanisms, and provide design guidelines that can …
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A Flexible and Free‐standing Photonic Crystal‐Hydrogel Film for
The composite structure utilizes the Photonic Crystal Enhanced Fluorescence (PCEF) technique and incorporates a self-assembled 3D photonic crystal onto a photopolymerizable …
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