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新型金属锌有机膦酸盐的合成与光谱研究
作者姓名:Sun RQ  Hu J  Zhang HH  Cao YN  Ye ZB  Wang YQ  Chen YP
作者单位:福州大学化学系,福建福州,350108
基金项目:国家自然科学基金项目,福建省青年科技人才创新项目,福建省新世纪优秀人才支持计划项目 
摘    要:通过水热法合成了Zn的两种新型有机膦酸盐,Zn(4,4’-bipy)(HBCP)1和Zn2(phen)2(BCP)(H2BCP)].H2O2。其中化合物1为二维结构,Zn2+采用四面体配位方式,而化合物2为零维结构,Zn2+有五配位和六配位2种的配位方式。还利用了一维FTIR、热微扰下的二维IR相关光谱、Fluorescence和UV-VisDRS光谱等研究手段对化合物进行了研究,探讨了其结构与性能的关系,发现了化合物1以350nm激发,在412和520nm左右出现两个宽带发射峰,而化合物2在336nm激发下只在398nm处出现宽带发射峰。

关 键 词:配位聚合物  金属有机膦酸盐  二维相关光谱

Syntheses and spectral study of novel metal zinc organic phosphonate
Sun RQ,Hu J,Zhang HH,Cao YN,Ye ZB,Wang YQ,Chen YP.Syntheses and spectral study of novel metal zinc organic phosphonate[J].Spectroscopy and Spectral Analysis,2010,30(8):2215-2218.
Authors:Sun Rui-qing  Hu Jin  Zhang Han-hui  Cao Yan-ning  Ye Zhi-bin  Wang Ye-qin  Chen Yi-ping
Institution:Department of Chemistry, Fuzhou University, Fuzhou 350108, China. sunruiqing1286@sina.com
Abstract:Two novel Zn2+ organic phosphonate Zn(4,4'-bipy)(HBCP) 1 and Zn2 (phen)2 (BCP)(H2 BCP)].H2O2 were hydrothermally synthesized. The compound 1 is with two-dimensional layer framework whereas the compound 2 is zero-dimensional structure. The Zn2+ ion is four-coordinated in compound 1 while five or six-coordinated in compound 2. The relationship between their properties and structures was studied by using FTIR, two-dimensional (2D) correlation infrared spectroscopy under thermal perturbation, fluorescence and UV-Vis DRS spectrum etc. Upon light excitation at 350 nm, the compound 1 exhibits luminescence with a strong wide emission at 412 nm and a weak emission at 520 nm, while the compound 2 exhibits luminescence with a wide emission only at 398 nm under light excitation at 336 nm.
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