What question did this study set out to answer?

To develop a strategy for enhancing iodine adsorption capacity using a noncovalent assembly of macrocyclic compounds.

May 6, 2026Dalton Transactions0 citations

Noncovalent assembly strategy to significantly enhance the iodine adsorption capacity of a Schiff-base macrocycle

CHChao HuangGuizhou University SHShan‐Xian HeGuizhou University RLRong-Feng LiGuizhou University

Key Points

To develop a strategy for enhancing iodine adsorption capacity using a noncovalent assembly of macrocyclic compounds.
Generated macrocycle M via Schiff-base condensation in methanol.
Used slow evaporation in organic solvents for noncovalent assembly of M.
Analyzed morphology and adsorption capacity of the resulting structure.
Achieved significant enhancement in iodine adsorption capacity.
Macrocycle displayed a fibre-like morphology.
Noncovalent assembly improved material's efficiency.

Abstract

Macrocycle M was generated directly via a Schiff-base condensation reaction in methanol, yielding a solid with a fibre-like morphology. Slow evaporation and noncovalent assembly of M in organic solvents produced...

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