乐山师范学院学报2024,Vol.39Issue(8) :19-29.DOI:10.16069/j.cnki.51-1610/g4.2024.08.003

咪唑和吡啶类两类含氮杂环功能化合物对稀有金属铼的吸附性能研究进展

Research Progress on Adsorption Property of Two Nitrogen Heterocyclic Functional Compounds of Imidazole and Pyridine on the Rare Metal Rhenium

程倩 罗文正 罗恩明 甘立霖 李硕 陈稼轩
乐山师范学院学报2024,Vol.39Issue(8) :19-29.DOI:10.16069/j.cnki.51-1610/g4.2024.08.003

咪唑和吡啶类两类含氮杂环功能化合物对稀有金属铼的吸附性能研究进展

Research Progress on Adsorption Property of Two Nitrogen Heterocyclic Functional Compounds of Imidazole and Pyridine on the Rare Metal Rhenium

程倩 1罗文正 1罗恩明 1甘立霖 1李硕 1陈稼轩2
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作者信息

  • 1. 重庆理工大学 化学化工学院 重庆 巴南区 400054
  • 2. 乐山师范学院 新能源材料与化学学院,四川 乐山 614004
  • 折叠

摘要

铼是一种极稀有分散金属,在自然界中难以独立存在且需求量较大,亟需开发高效的铼分离吸附材料.开发具有应用前景的铼吸附材料的关键在于构建特异性吸附位点,氮杂环类化合物是一类可作为金属配体的化合物,季铵化后可有效吸附铼.论文介绍了近年来以咪唑和吡啶两类氮杂环化合物作为吸附位点的材料,比较了二者的构效关系、结构设计、耐酸碱性和选择性能力,并提出了设计性能优异的铼吸附剂的建议.总体来看,这两类化合物作为铼吸附位点在耐酸碱性和选择性分离方面各具优势,但理论支撑较欠缺且评价指标不够全面.

Abstract

Rhenium is a fairly rare dispersed metal,which is difficult to exist independently in nature and has a large demand.Thus,it is urgent to develop efficient rhenium separation and adsorption materials.The key to develop promising rhenium ad-sorption materials is the construction of specific adsorption sites.Nitrogen heterocyclic compounds are a class of compounds that can be used as metal ligands and can effectively adsorb rhenium after being quaternized.Therefore,this paper mainly introduces two nitrogen heterocyclic compounds,imidazole and pyridine,which were regarded as adsorption sites of rhenium,and compares them from the aspects of structure-activity relationship,structural design,acid-base resistance and selectivity,etc.,providing guid-ance for the design of rhenium adsorbents with better performance.Overall,these two types of compounds as rhenium adsorption sites have advantages in acid-base resistance and selective separation,but there is a lack of corresponding theoretical support and e-valuation criteria is not comprehensive enough.

关键词

氮杂环功能基团/咪唑/吡啶//选择性吸附

Key words

nitrogen heterocyclic functional groups/imidazole/pyridine/rhenium/selective adsorption

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基金项目

重庆市科技局自然科学基金项目(CSTB2023NSCQ-MSX1089)

重庆理工大学研究生创新项目(gzlcx20223161)

重庆市留学人员回国创业创新支持计划(cx2020040)

出版年

2024
乐山师范学院学报
乐山师范学院

乐山师范学院学报

影响因子:0.205
ISSN:1009-8666
参考文献量1
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