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多臂柔性配体由于其结构的灵活多变,成为设计新型配合物的重要工具[1,2,3]。本文设计合成得到一系列的多臂柔性配体：双臂L1(C18H16N2S2),三臂L2(C27H27N3S3)和四臂L3(C30H26N4S4)。采用该四种结构的配体分别和过渡金属离子构筑配位聚合物。
多臂柔性配体对于构筑新型配合物孔洞结构的影响
【摘 要】
：
多臂柔性配体由于其结构的灵活多变,成为设计新型配合物的重要工具[1,2,3]。本文设计合成得到一系列的多臂柔性配体：双臂L1(C18H16N2S2),三臂L2(C27H27N3S3)和四臂L3(C30H
【机 构】
：
云南大学 化学科学与工程学院,云南昆明,650091
【出 处】
：
第九届全国无机化学学术会议
【发表日期】
：
2015年期
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