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- W2053675341 endingPage "4571" @default.
- W2053675341 startingPage "4571" @default.
- W2053675341 abstract "This work presents seven M(II) metal–organic frameworks (MOFs) with three types of topology, which are hydrothermally synthesized by using a mixed ligand system including a functional group substituted phthalate (CF3-H2bdc or F4-H2bdc) and a dipyridyl-typed molecule (bpy, bpp, bpa, and bpe) (CF3-H2bdc = 4-(trifluoromethyl)phthalic acid, F4-H2bdc = tetrafluorophthalic acid, bpy = 4,4′-dipyridyl, bpp = 1,3-di(4-pyridyl)propane, bpa = 1,2-bis(4-pyridyl)ethane, and bpe = 1,2-di(4-pyridyl)ethylene). All these complexes display 3D MOFs featuring various metal(II)-carboxylate chains cross-linked further by dipyridyl-typed coligands. 1/1a serial possesses Cd(II)-carboxylate 21 helices forming the uninodal 5-connected nets with sev-5-Cccm topology, 2/2a serial contains Co(II)-carboxylate spiral-like chains assembling into the uninodal 5-connected nets with 5/4/t47 topology, and 3/3a/3b serial consists of Cu(II)-carboxylate 21 helices affording the uninodal 4-connected nets with a new framework topology (designated as lyu-3 here). Note that 1 undergoes a slight framework contraction in a single crystal to a single crystal form upon dehydration, whereas the framework expansion occurs in a single crystal to powder form upon rehydration. Interestingly, such reversible dehydrated–rehydrated behaviour is accompanied evidently by a rarely observed fluorescent transformation between 500 nm and 425 nm." @default.
- W2053675341 created "2016-06-24" @default.
- W2053675341 creator A5007465667 @default.
- W2053675341 creator A5010370480 @default.
- W2053675341 creator A5054519421 @default.
- W2053675341 creator A5056091982 @default.
- W2053675341 creator A5082939753 @default.
- W2053675341 date "2013-01-01" @default.
- W2053675341 modified "2023-09-24" @default.
- W2053675341 title "Three series of MOFs featuring various metal(ii)-carboxylate chains cross-linked by dipyridyl-typed coligands: synthesis, structure, and solvent-dependent luminescence" @default.
- W2053675341 cites W1677747913 @default.
- W2053675341 cites W1964418688 @default.
- W2053675341 cites W1967843610 @default.
- W2053675341 cites W1968313089 @default.
- W2053675341 cites W1970072738 @default.
- W2053675341 cites W1970820491 @default.
- W2053675341 cites W1971004354 @default.
- W2053675341 cites W1971593492 @default.
- W2053675341 cites W1976179656 @default.
- W2053675341 cites W1977325232 @default.
- W2053675341 cites W1981154769 @default.
- W2053675341 cites W1981267686 @default.
- W2053675341 cites W1981345276 @default.
- W2053675341 cites W1985881205 @default.
- W2053675341 cites W1988704845 @default.
- W2053675341 cites W1991479303 @default.
- W2053675341 cites W1993146835 @default.
- W2053675341 cites W1997144187 @default.
- W2053675341 cites W1998622930 @default.
- W2053675341 cites W2000599463 @default.
- W2053675341 cites W2006965364 @default.
- W2053675341 cites W2008151531 @default.
- W2053675341 cites W2009755724 @default.
- W2053675341 cites W2010697328 @default.
- W2053675341 cites W2011018859 @default.
- W2053675341 cites W2011879584 @default.
- W2053675341 cites W2012912555 @default.
- W2053675341 cites W2013818073 @default.
- W2053675341 cites W2014056753 @default.
- W2053675341 cites W2016531024 @default.
- W2053675341 cites W2016673392 @default.
- W2053675341 cites W2017053846 @default.
- W2053675341 cites W2018749282 @default.
- W2053675341 cites W2020184936 @default.
- W2053675341 cites W2028182782 @default.
- W2053675341 cites W2029239108 @default.
- W2053675341 cites W2029513184 @default.
- W2053675341 cites W2030971320 @default.
- W2053675341 cites W2032778219 @default.
- W2053675341 cites W2042097007 @default.
- W2053675341 cites W2042316751 @default.
- W2053675341 cites W2042673089 @default.
- W2053675341 cites W2046979201 @default.
- W2053675341 cites W2049572241 @default.
- W2053675341 cites W2049823847 @default.
- W2053675341 cites W2049924119 @default.
- W2053675341 cites W2052529350 @default.
- W2053675341 cites W2058217645 @default.
- W2053675341 cites W2058822301 @default.
- W2053675341 cites W2058863339 @default.
- W2053675341 cites W2059837914 @default.
- W2053675341 cites W2059838247 @default.
- W2053675341 cites W2066784675 @default.
- W2053675341 cites W2068968112 @default.
- W2053675341 cites W2071460518 @default.
- W2053675341 cites W2076768389 @default.
- W2053675341 cites W2077594544 @default.
- W2053675341 cites W2079167848 @default.
- W2053675341 cites W2080178266 @default.
- W2053675341 cites W2086560746 @default.
- W2053675341 cites W2086917649 @default.
- W2053675341 cites W2087625036 @default.
- W2053675341 cites W2091476518 @default.
- W2053675341 cites W2098292174 @default.
- W2053675341 cites W2099672171 @default.
- W2053675341 cites W2101000826 @default.
- W2053675341 cites W2102401739 @default.
- W2053675341 cites W2103829561 @default.
- W2053675341 cites W2105218596 @default.
- W2053675341 cites W2111396745 @default.
- W2053675341 cites W2112476087 @default.
- W2053675341 cites W2112867858 @default.
- W2053675341 cites W2113459185 @default.
- W2053675341 cites W2117150409 @default.
- W2053675341 cites W2117850972 @default.
- W2053675341 cites W2124727009 @default.
- W2053675341 cites W2125121626 @default.
- W2053675341 cites W2125550654 @default.
- W2053675341 cites W2128490571 @default.
- W2053675341 cites W2145687597 @default.
- W2053675341 cites W2158744361 @default.
- W2053675341 cites W2161816068 @default.
- W2053675341 cites W2166188349 @default.
- W2053675341 cites W2312856333 @default.
- W2053675341 cites W2312866138 @default.
- W2053675341 cites W2314213609 @default.
- W2053675341 cites W2318044185 @default.
- W2053675341 cites W2321071424 @default.