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- W2109371030 endingPage "6386" @default.
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- W2109371030 abstract "Hydrothermal reaction of ZnCl2, NCCH2CH2COONa and NaN3, in the absence/presence of auxiliary ligand 2,2′-bipy/4,4′-bipy, gave birth to three novel coordination polymers, namely, [Zn(tzp)]n (1), [Zn2(tzp)(N3)(OH)(2,2′-bipy)]n (2) and [Zn2(tzp)2(4,4′-bipy)]n (3) (H2tzp = 1H-tetrazolate-5-propionic acid). The tzp2− ligand was in situ generated through the [2 + 3] cycloaddition reaction of nitrile and azide, which was first untilized to synthesize coordination compounds. Polymer 1 behaves as a three-dimensional (3-D) network built up by the fusion of one-dimensional (1-D) pseudo-channels formed by the linkage of tzp2− ligands and tetrahedral Zn nodes. When the chelating 2,2′-bipy was introduced into the reaction system, a two-dimensional (2-D) puckered network 2 was constructed, where 1-D pseudo-channels, similar to those in 1, are bridged by azide ions in an end-on (EO) mode. Employment of the linear bridging 4,4′-bipy ligand as the auxiliary ligand resulted in the formation of an unusual 3-D polymer 3, where the connection of Zn and tzp2− produces a 2-D network, which are further joined by 4,4′-bipy. The tzp2− ligands in 1–3 show the flexible conformations and different coordination modes, with the tetrazolate group being the 1,4-N mode and the carboxylate group being the syn–anti, syn–syn and monodentate mode, respectively. The results suggest that the flexible nature of the tzp2− ligand as well as the introduction of auxiliary ligands is responsible for the formations of 1–3. Their photoluminescent properties and thermal stabilities have also been discussed." @default.
- W2109371030 created "2016-06-24" @default.
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- W2109371030 date "2011-01-01" @default.
- W2109371030 modified "2023-09-25" @default.
- W2109371030 title "Structures and photoluminescence of zinc(ii) coordination polymers based on in situ generated 1H-tetrazolate-5-propionic acid ligands" @default.
- W2109371030 cites W1628423641 @default.
- W2109371030 cites W1967109824 @default.
- W2109371030 cites W1970443288 @default.
- W2109371030 cites W1972267883 @default.
- W2109371030 cites W1972945134 @default.
- W2109371030 cites W1973219115 @default.
- W2109371030 cites W1975501285 @default.
- W2109371030 cites W1977408139 @default.
- W2109371030 cites W1977438004 @default.
- W2109371030 cites W1978657696 @default.
- W2109371030 cites W1981267686 @default.
- W2109371030 cites W1981279976 @default.
- W2109371030 cites W1983815225 @default.
- W2109371030 cites W1985070241 @default.
- W2109371030 cites W1986231672 @default.
- W2109371030 cites W1994885881 @default.
- W2109371030 cites W1996661811 @default.
- W2109371030 cites W1997178267 @default.
- W2109371030 cites W1997576830 @default.
- W2109371030 cites W1999171463 @default.
- W2109371030 cites W2000339937 @default.
- W2109371030 cites W2001354180 @default.
- W2109371030 cites W2002348387 @default.
- W2109371030 cites W2002551606 @default.
- W2109371030 cites W2006374795 @default.
- W2109371030 cites W2008708346 @default.
- W2109371030 cites W2010118203 @default.
- W2109371030 cites W2011018859 @default.
- W2109371030 cites W2011412661 @default.
- W2109371030 cites W2011629004 @default.
- W2109371030 cites W2018086949 @default.
- W2109371030 cites W2018260754 @default.
- W2109371030 cites W2018461505 @default.
- W2109371030 cites W2021134586 @default.
- W2109371030 cites W2022054725 @default.
- W2109371030 cites W2022167379 @default.
- W2109371030 cites W2022253934 @default.
- W2109371030 cites W2024065626 @default.
- W2109371030 cites W2024470905 @default.
- W2109371030 cites W2028577878 @default.
- W2109371030 cites W2029396336 @default.
- W2109371030 cites W2030641046 @default.
- W2109371030 cites W2032444609 @default.
- W2109371030 cites W2037614253 @default.
- W2109371030 cites W2042394228 @default.
- W2109371030 cites W2042507170 @default.
- W2109371030 cites W2042766794 @default.
- W2109371030 cites W2049582417 @default.
- W2109371030 cites W2050081991 @default.
- W2109371030 cites W2056320405 @default.
- W2109371030 cites W2056793197 @default.
- W2109371030 cites W2070132142 @default.
- W2109371030 cites W2073302950 @default.
- W2109371030 cites W2077246828 @default.
- W2109371030 cites W2084178617 @default.
- W2109371030 cites W2096593854 @default.
- W2109371030 cites W2098292174 @default.
- W2109371030 cites W2098726024 @default.
- W2109371030 cites W2103593213 @default.
- W2109371030 cites W2110993530 @default.
- W2109371030 cites W2115764422 @default.
- W2109371030 cites W2115810909 @default.
- W2109371030 cites W2121904540 @default.
- W2109371030 cites W2122917866 @default.
- W2109371030 cites W2133920926 @default.
- W2109371030 cites W2134961549 @default.
- W2109371030 cites W2158744361 @default.
- W2109371030 cites W2167389613 @default.
- W2109371030 cites W2331788694 @default.
- W2109371030 cites W2858547974 @default.
- W2109371030 cites W2891670902 @default.
- W2109371030 cites W4253222887 @default.
- W2109371030 doi "https://doi.org/10.1039/c1ce05281k" @default.
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