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Abstract | Cited by

In this study, a crystalline material CuPMTT was synthesized via coordination self-assembly strategy. The surfaces of CuPMTT are densely populated with thiol groups that effectively capture Hg2+ ions, achieving an adsorption rate nearing 90% and a separation coefficient of 4.51 against Cu2+, thus outperforming conventional adsorbents and presenting a significant advancement in environmental protection chemistry.

Graphical abstract: Surface functionalized chalcogenides for highly selective removal of Hg2+

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