Matches in SemOpenAlex for { <https://semopenalex.org/work/W2625333298> ?p ?o ?g. }
- W2625333298 abstract "Abstract The novel coordination polymer {[In3(OH)2L2(H2O)2]·H3O}n (1) was obtained by the hydrothermal reactions of InCl3 with a V-shaped multi-carboxylate ligand, 3,3′,4,4′-oxidiphthalic acid (H4OA), and an N-donor ligand (4,4′-bipyridine). Polymer 1 was characterized by elemental analysis, IR spectroscopy, UV–Vis spectroscopy, powder X-ray diffraction (PXRD), thermogravimetric analysis, photoluminescent (PL) spectra and surface photovoltage spectra. Various properties of H4OA and the polymer 1 were studied in the solid state and liquid state at room temperature. The single crystal X-ray diffraction analysis revealed that the coordination polymer possessed a new fascinating 3D network framework with evenly arranged pores, and the uncoordinated 4,4′-bipy molecules are embedded the robust 3D porous structure. This encouraged us to realize the influence of the N-donor ligand on the structure of the polymer. The metal–organic framework structural analysis revealed that the flexible multi-carboxylate and N-donor auxiliary ligands are effective building blocks in constructing coordination polymers with visually beautiful architectures. It provides a possibility for us to further study the multi-carboxylate OA4− ligand, which may adopt varied coordination modes in the formation of polymers. In the meantime we have conducted a test on malachite green dye adsorption and have obtained some good results, which is promising for application of polymer 1 in the field of water pollution treatment." @default.
- W2625333298 created "2017-06-23" @default.
- W2625333298 creator A5000218886 @default.
- W2625333298 creator A5003621477 @default.
- W2625333298 creator A5037817783 @default.
- W2625333298 creator A5070743295 @default.
- W2625333298 creator A5073568638 @default.
- W2625333298 creator A5081335183 @default.
- W2625333298 creator A5091584287 @default.
- W2625333298 date "2017-09-01" @default.
- W2625333298 modified "2023-10-12" @default.
- W2625333298 title "Based on a V-shaped In(III) metal–organic framework (MOF): Design, synthesis and characterization of diverse physical and chemical properties" @default.
- W2625333298 cites W1616680076 @default.
- W2625333298 cites W1964648275 @default.
- W2625333298 cites W1967953721 @default.
- W2625333298 cites W1968000110 @default.
- W2625333298 cites W1968345390 @default.
- W2625333298 cites W1968918207 @default.
- W2625333298 cites W1970336519 @default.
- W2625333298 cites W1972655086 @default.
- W2625333298 cites W1973612666 @default.
- W2625333298 cites W1983815225 @default.
- W2625333298 cites W1984877406 @default.
- W2625333298 cites W1992934912 @default.
- W2625333298 cites W1993408779 @default.
- W2625333298 cites W1998612672 @default.
- W2625333298 cites W1999682326 @default.
- W2625333298 cites W1999908724 @default.
- W2625333298 cites W2002660856 @default.
- W2625333298 cites W2004062271 @default.
- W2625333298 cites W2006640462 @default.
- W2625333298 cites W2007659040 @default.
- W2625333298 cites W2008984317 @default.
- W2625333298 cites W2011384032 @default.
- W2625333298 cites W2011648564 @default.
- W2625333298 cites W2011879584 @default.
- W2625333298 cites W2012549297 @default.
- W2625333298 cites W2015461642 @default.
- W2625333298 cites W2016245480 @default.
- W2625333298 cites W2020114290 @default.
- W2625333298 cites W2020996725 @default.
- W2625333298 cites W2021489078 @default.
- W2625333298 cites W2022085591 @default.
- W2625333298 cites W2027020123 @default.
- W2625333298 cites W2030351975 @default.
- W2625333298 cites W2032638810 @default.
- W2625333298 cites W2039163597 @default.
- W2625333298 cites W2041053730 @default.
- W2625333298 cites W2042230264 @default.
- W2625333298 cites W2042485767 @default.
- W2625333298 cites W2044717018 @default.
- W2625333298 cites W2045431883 @default.
- W2625333298 cites W2045684133 @default.
- W2625333298 cites W2045907377 @default.
- W2625333298 cites W2050201241 @default.
- W2625333298 cites W2051191132 @default.
- W2625333298 cites W2051632699 @default.
- W2625333298 cites W2054066574 @default.
- W2625333298 cites W2057270571 @default.
- W2625333298 cites W2058112426 @default.
- W2625333298 cites W2066635474 @default.
- W2625333298 cites W2068211209 @default.
- W2625333298 cites W2071634705 @default.
- W2625333298 cites W2071690933 @default.
- W2625333298 cites W2073240152 @default.
- W2625333298 cites W2075036981 @default.
- W2625333298 cites W2075343701 @default.
- W2625333298 cites W2075545452 @default.
- W2625333298 cites W2080066351 @default.
- W2625333298 cites W2084058213 @default.
- W2625333298 cites W2085423626 @default.
- W2625333298 cites W2087250999 @default.
- W2625333298 cites W2094816761 @default.
- W2625333298 cites W2111220327 @default.
- W2625333298 cites W2112207598 @default.
- W2625333298 cites W2112583325 @default.
- W2625333298 cites W2132844422 @default.
- W2625333298 cites W2137993019 @default.
- W2625333298 cites W2141486669 @default.
- W2625333298 cites W2141703981 @default.
- W2625333298 cites W2141879914 @default.
- W2625333298 cites W2150545364 @default.
- W2625333298 cites W2153370411 @default.
- W2625333298 cites W2155113974 @default.
- W2625333298 cites W2158212508 @default.
- W2625333298 cites W2164043498 @default.
- W2625333298 cites W2166626138 @default.
- W2625333298 cites W2171081520 @default.
- W2625333298 cites W2172244670 @default.
- W2625333298 cites W2312687757 @default.
- W2625333298 cites W2324308442 @default.
- W2625333298 cites W2328055027 @default.
- W2625333298 cites W2331683894 @default.
- W2625333298 cites W2332443737 @default.
- W2625333298 cites W2397854365 @default.
- W2625333298 cites W2536772631 @default.
- W2625333298 cites W2587562415 @default.
- W2625333298 cites W4249036775 @default.
- W2625333298 doi "https://doi.org/10.1016/j.poly.2017.05.061" @default.
- W2625333298 hasPublicationYear "2017" @default.