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Water Clustering in ZIF-8 and Methane Storage

Published-paper illustration. The linked paper retains the research context and evidence.

Water Clustering in ZIF-8 and Methane Storage
Energy and functional materialsScientific paper figure

Research context

The associated research paper is Facet-Dependent Water Clustering in ZIF-8 Enables High-Efficiency Methane Storage 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 upper panels distinguish internal pores from interparticle spaces. A larger lower panel connects facet changes. Water, methane, sites and cage structures share a legend at the bottom.

  • Number spatially distinct panels.
  • Place the main pathway in the larger panel.
  • Use one molecular symbol system across views.

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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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