Matches in SemOpenAlex for { <https://semopenalex.org/work/W2113387899> ?p ?o ?g. }
- W2113387899 endingPage "14796" @default.
- W2113387899 startingPage "14791" @default.
- W2113387899 abstract "Abstract A series of pyrene/phenanthrene‐fused furan derivatives ( 1 – 8 ) were synthesized by a simple condensation reaction between pyrene‐4,5‐diketone/phenanthrenequinone and substituted phenol/naphthol in the presence of trifluoromethanesulfonic acid in 1,2‐dichlorobenzene heated at reflux. The formed compounds can emit strong blue light in organic solvents. Additionally, the self‐assembly behaviors of two of the compounds ( 3 and 5 ) were studied through re‐precipitation method and the resulting nanostructures were characterized by UV/Vis, fluorescence spectra, and field‐emission scanning electron microscopy (FESEM). The findings showed that the shape and size of compounds 3 and 5 could be tuned by the ratio of THF and hexadecyl trimethyl ammonium bromide (CTAB) solution in water." @default.
- W2113387899 created "2016-06-24" @default.
- W2113387899 creator A5007659520 @default.
- W2113387899 creator A5024841956 @default.
- W2113387899 creator A5037712945 @default.
- W2113387899 creator A5039638660 @default.
- W2113387899 creator A5053781155 @default.
- W2113387899 creator A5067480188 @default.
- W2113387899 date "2015-09-07" @default.
- W2113387899 modified "2023-10-18" @default.
- W2113387899 title "Synthesis, Photophysics, and Self-Assembly of Furan-Embedded Heteroarenes" @default.
- W2113387899 cites W1965426987 @default.
- W2113387899 cites W1975961952 @default.
- W2113387899 cites W1977375172 @default.
- W2113387899 cites W1984279989 @default.
- W2113387899 cites W1988609355 @default.
- W2113387899 cites W1988729325 @default.
- W2113387899 cites W1996187838 @default.
- W2113387899 cites W2002645636 @default.
- W2113387899 cites W2005092589 @default.
- W2113387899 cites W2006529038 @default.
- W2113387899 cites W2010115612 @default.
- W2113387899 cites W2011830135 @default.
- W2113387899 cites W2017664441 @default.
- W2113387899 cites W2019331481 @default.
- W2113387899 cites W2031309147 @default.
- W2113387899 cites W2033741934 @default.
- W2113387899 cites W2036718231 @default.
- W2113387899 cites W2048846101 @default.
- W2113387899 cites W2052446296 @default.
- W2113387899 cites W2053373097 @default.
- W2113387899 cites W2059272959 @default.
- W2113387899 cites W2075794059 @default.
- W2113387899 cites W2078010849 @default.
- W2113387899 cites W2078301486 @default.
- W2113387899 cites W2080183433 @default.
- W2113387899 cites W2085459197 @default.
- W2113387899 cites W2095344407 @default.
- W2113387899 cites W2100450149 @default.
- W2113387899 cites W2114808288 @default.
- W2113387899 cites W2119618276 @default.
- W2113387899 cites W2121170859 @default.
- W2113387899 cites W2121819699 @default.
- W2113387899 cites W2122915749 @default.
- W2113387899 cites W2128324260 @default.
- W2113387899 cites W2129085471 @default.
- W2113387899 cites W2139083507 @default.
- W2113387899 cites W2139967976 @default.
- W2113387899 cites W2144235968 @default.
- W2113387899 cites W2146374853 @default.
- W2113387899 cites W2148890747 @default.
- W2113387899 cites W2149565583 @default.
- W2113387899 cites W2149599838 @default.
- W2113387899 cites W2150842650 @default.
- W2113387899 cites W2151318082 @default.
- W2113387899 cites W2152205860 @default.
- W2113387899 cites W2152644666 @default.
- W2113387899 cites W2162990600 @default.
- W2113387899 cites W2164048565 @default.
- W2113387899 cites W2166178714 @default.
- W2113387899 cites W2169214645 @default.
- W2113387899 cites W2313300206 @default.
- W2113387899 cites W2316522489 @default.
- W2113387899 cites W2319863599 @default.
- W2113387899 cites W2326923096 @default.
- W2113387899 cites W2327091341 @default.
- W2113387899 cites W2329258045 @default.
- W2113387899 cites W2329551239 @default.
- W2113387899 cites W2330645035 @default.
- W2113387899 cites W2332156034 @default.
- W2113387899 cites W4230549224 @default.
- W2113387899 cites W4236625637 @default.
- W2113387899 cites W4236913828 @default.
- W2113387899 cites W4239848844 @default.
- W2113387899 cites W4243534846 @default.
- W2113387899 cites W4247134901 @default.
- W2113387899 cites W4250615106 @default.
- W2113387899 cites W4250724828 @default.
- W2113387899 cites W4252171814 @default.
- W2113387899 doi "https://doi.org/10.1002/chem.201501978" @default.
- W2113387899 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26431444" @default.
- W2113387899 hasPublicationYear "2015" @default.
- W2113387899 type Work @default.
- W2113387899 sameAs 2113387899 @default.
- W2113387899 citedByCount "33" @default.
- W2113387899 countsByYear W21133878992016 @default.
- W2113387899 countsByYear W21133878992017 @default.
- W2113387899 countsByYear W21133878992018 @default.
- W2113387899 countsByYear W21133878992019 @default.
- W2113387899 countsByYear W21133878992020 @default.
- W2113387899 countsByYear W21133878992021 @default.
- W2113387899 countsByYear W21133878992022 @default.
- W2113387899 countsByYear W21133878992023 @default.
- W2113387899 crossrefType "journal-article" @default.
- W2113387899 hasAuthorship W2113387899A5007659520 @default.
- W2113387899 hasAuthorship W2113387899A5024841956 @default.
- W2113387899 hasAuthorship W2113387899A5037712945 @default.
- W2113387899 hasAuthorship W2113387899A5039638660 @default.