Research context
The associated research paper is An Ice-Dissolving-Crosslinking Method for Efficient and Large-Scale Preparation of Polyelectrolyte Monoliths with Ultra-Stability in Aqueous Environments in ADVANCED FUNCTIONAL MATERIALS. Use the linked publication for the authors’ findings, methods and limitations. The composition notes below describe the archived artwork.
Visual structure
Two rows begin with similarly viewed porous blocks. The upper route connects a vacuum setup and annotation box; the lower route shows solvent treatment and crosslinking. A right-hand inset links macropores to polymer chains and junctions.
- Use comparable block perspectives.
- Put apparatus and annotations at their corresponding route ends.
- Connect macroscopic shape to the local network.
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Attribution and image use
Visual content by Lingjiang Keshi, presented under the SCI Artisan brand. Paper titles, publication links and archived artwork retain their original association. These images are not presented as newly generated platform output.
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