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ARTICLE
Journal Name
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X. Zhou, Q. Chen, B. Liu, L. Li, T. Yang and W. Huang, Dalton
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H. Y. He, C. H. Hsu, H. Y. Chang and X. K. Yang, Cryst. Growth
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DOI: 10.1039/C9CE00107G
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Fig. 9 Comparison of simulated (green plot) and experimental PXRD patterns of
mechanochemical grinding (blue plot) and thermal (red plot) synthesis for compound
1
and 2 from bottom to up.
2
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To summarize, we have presented the synthesis and structural
1
0
analysis of four new d -metal halide coordination polymers
containing conformationally flexible N-(3-pyridinyl)
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19.
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chains derived from anti conformation of ligand which contact
to each other by C/N−H∙∙∙X (X= Cl, Br, I) hydrogen bonds and
π∙∙∙π interactions to form 3D supramolecular architectures.
Presence of solvent molecule in mercury iodide complex causes
that amide (CO–NH) group form N−H∙∙∙Osolvent and C−H∙∙∙Oamide
Interactions instead of halogen-based interactions. Cambridge
Structural database study of complexes including 3-pna
revealed that non-covalent interactions of amide skeleton of
ligand is significantly influenced by different forms of
conformation of ligand. The Hirshfeld surfaces analysis clearly
showed that hydrogen bonded 3D network of titled compounds
is due to the specific interaction of amide backbone in these
compounds.
2
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Acknowledgements
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14–121; f) S. Li, T. Yu, Y. Tian, C. Lagan, D. S. Jones and G. P.
The authors respectfully acknowledge the Ferdowsi University
of Mashhad, Research Council for the financial support of the
project Code Number 3/33376. The authors appreciatively
would like to thank the Cambridge Crystallographic Data Centre
for access to the CSD Enterprise.
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Notes and references
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