Matches in SemOpenAlex for { <https://semopenalex.org/work/W2028756947> ?p ?o ?g. }
- W2028756947 endingPage "42345" @default.
- W2028756947 startingPage "42337" @default.
- W2028756947 abstract "A novel optical rhodamine–quinoline type chemosensor (REQ) was successfully synthesized and characterized as a reversible molecular switch. It displayed high selectivity toward Al3+ among 19 metal ions and the resultant complex [REQ–Al3+] acted as a sequential chemosensor toward F− among 16 anions in neutral aqueous media (ethanol–water, v/v = 3/7, Tris–HNO3, 20 mM, pH 7.0). Moreover, detecting fluoride at concentrations below the maximum contaminant level in drinking water defined by the U. S. Environmental Protection Agency (4.0 mg L−1, 211 μM) could be achieved with a detection limit (LOD) estimated to be down to 8.0 μM. The reversible ring-open mechanism of the rhodamine spirolactam induced by Al3+ binding and the 1 : 1 stoichiometric structure between REQ and Al3+ were adequately supported by Job plot evaluation, optical titration, and 1H NMR study. Finally, it could be conveniently used for the determination of Al3+ and F− with the “naked eye” due to the obvious color change of the testing solution, showing its potential practical application." @default.
- W2028756947 created "2016-06-24" @default.
- W2028756947 creator A5006855912 @default.
- W2028756947 creator A5030917048 @default.
- W2028756947 creator A5033028838 @default.
- W2028756947 creator A5059350057 @default.
- W2028756947 creator A5062034580 @default.
- W2028756947 date "2014-08-26" @default.
- W2028756947 modified "2023-09-26" @default.
- W2028756947 title "A rhodamine–quinoline type molecular switch as a highly selective sequential sensor for Al<sup>3+</sup>and F<sup>−</sup>in aqueous solution" @default.
- W2028756947 cites W1558429977 @default.
- W2028756947 cites W1940150974 @default.
- W2028756947 cites W1963636403 @default.
- W2028756947 cites W1966755154 @default.
- W2028756947 cites W1969093122 @default.
- W2028756947 cites W1970360391 @default.
- W2028756947 cites W1981782871 @default.
- W2028756947 cites W1983822978 @default.
- W2028756947 cites W1984381049 @default.
- W2028756947 cites W1984898137 @default.
- W2028756947 cites W1987671154 @default.
- W2028756947 cites W1991950902 @default.
- W2028756947 cites W1992301911 @default.
- W2028756947 cites W1993138420 @default.
- W2028756947 cites W1998330386 @default.
- W2028756947 cites W1999495350 @default.
- W2028756947 cites W2001711132 @default.
- W2028756947 cites W2002138370 @default.
- W2028756947 cites W2008443977 @default.
- W2028756947 cites W2012676620 @default.
- W2028756947 cites W2020243879 @default.
- W2028756947 cites W2020869724 @default.
- W2028756947 cites W2023974069 @default.
- W2028756947 cites W2026556112 @default.
- W2028756947 cites W2036878168 @default.
- W2028756947 cites W2040382777 @default.
- W2028756947 cites W2041623685 @default.
- W2028756947 cites W2045854969 @default.
- W2028756947 cites W2047992270 @default.
- W2028756947 cites W2053780303 @default.
- W2028756947 cites W2056756096 @default.
- W2028756947 cites W2063532908 @default.
- W2028756947 cites W2067202732 @default.
- W2028756947 cites W2071997965 @default.
- W2028756947 cites W2076997918 @default.
- W2028756947 cites W2079507386 @default.
- W2028756947 cites W2079682511 @default.
- W2028756947 cites W2080606695 @default.
- W2028756947 cites W2082359804 @default.
- W2028756947 cites W2084290341 @default.
- W2028756947 cites W2086817516 @default.
- W2028756947 cites W2087277826 @default.
- W2028756947 cites W2088327372 @default.
- W2028756947 cites W2090037336 @default.
- W2028756947 cites W2090510566 @default.
- W2028756947 cites W2091258582 @default.
- W2028756947 cites W2092086649 @default.
- W2028756947 cites W2093309613 @default.
- W2028756947 cites W2094851471 @default.
- W2028756947 cites W2103680519 @default.
- W2028756947 cites W2106649168 @default.
- W2028756947 cites W2124211869 @default.
- W2028756947 cites W2131548187 @default.
- W2028756947 cites W2144534779 @default.
- W2028756947 cites W2156707081 @default.
- W2028756947 cites W2161058283 @default.
- W2028756947 cites W2319131474 @default.
- W2028756947 cites W2320013827 @default.
- W2028756947 cites W2324524509 @default.
- W2028756947 cites W2325414909 @default.
- W2028756947 cites W2328712161 @default.
- W2028756947 cites W2328825748 @default.
- W2028756947 cites W4243349350 @default.
- W2028756947 doi "https://doi.org/10.1039/c4ra06473a" @default.
- W2028756947 hasPublicationYear "2014" @default.
- W2028756947 type Work @default.
- W2028756947 sameAs 2028756947 @default.
- W2028756947 citedByCount "35" @default.
- W2028756947 countsByYear W20287569472015 @default.
- W2028756947 countsByYear W20287569472016 @default.
- W2028756947 countsByYear W20287569472017 @default.
- W2028756947 countsByYear W20287569472018 @default.
- W2028756947 countsByYear W20287569472019 @default.
- W2028756947 countsByYear W20287569472020 @default.
- W2028756947 crossrefType "journal-article" @default.
- W2028756947 hasAuthorship W2028756947A5006855912 @default.
- W2028756947 hasAuthorship W2028756947A5030917048 @default.
- W2028756947 hasAuthorship W2028756947A5033028838 @default.
- W2028756947 hasAuthorship W2028756947A5059350057 @default.
- W2028756947 hasAuthorship W2028756947A5062034580 @default.
- W2028756947 hasConcept C103319777 @default.
- W2028756947 hasConcept C119128265 @default.
- W2028756947 hasConcept C121332964 @default.
- W2028756947 hasConcept C13965031 @default.
- W2028756947 hasConcept C144082473 @default.
- W2028756947 hasConcept C147789679 @default.
- W2028756947 hasConcept C158531540 @default.
- W2028756947 hasConcept C161790260 @default.