Efficient capture of iodine by charge-induced effect of nitrogen-rich ionic liquids

Shi-Jie Guo,Guo-Hao Zhang,Qiu-Hong Zhu,Chao Yu,Jia-Ying Liu,Xiao-Lan Yang,Song Qin,Nan-Rong Zhao,Ling He,Guo-Hong Tao

Chemical Engineering Journal（2023）

Cited 2|Views5

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Abstract

•Nitrogen-rich iodine adsorbent based on 5-aminotetrazolate anion.•The iodine vapor capture capacity of [N1111][AT]/MF was as high as 6.94 g g−1.•High nitrogen content promotes the iodine adsorption performance of materials.•The capture of iodine by 5-aminotetrazole anions is achieved through halogen bonds.

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Key words

Iodine capture,Nitrogen-rich ionic liquid,Host–guest affinity,Charge-induced effect,Polyiodide anion,Halogen bond

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