Matches in SemOpenAlex for { <https://semopenalex.org/work/W3042883886> ?p ?o ?g. }
- W3042883886 endingPage "11070" @default.
- W3042883886 startingPage "11061" @default.
- W3042883886 abstract "Amidine-based ligand frameworks were employed to isolate a series of mononuclear lanthanide complexes. The employed N-2-pyridylimidoyl-2-pyridylamidine (Py2ImAm) undergoes metal-assisted hydrolysis yielding the ligand 2-amidinopyridine (PyAm), which coordinates to the lanthanide ions affording [Ln(acac)3(PyAm)], where Ln = Eu(III) (1), Gd(III) (2), Tb(III) (3), Dy(III) (4) along with the Y(III) analogue (5). The Eu(III), Tb(III), and Dy(III) congeners exhibit characteristic emissions of red, green, and yellow light, respectively, with emission quantum yields of 3, 65, and 8%, respectively. Due to changes in the thermal population of the Stark sublevels, the Tb(III) and Dy(III) complexes can be used as efficient optical thermometers with maximum relative sensitivities of 1.57 and 2.03% K-1 for 3 and 4, respectively. These results demonstrate the viability of PyAm as an antenna for the sensitization of lanthanide ions." @default.
- W3042883886 created "2020-07-23" @default.
- W3042883886 creator A5004155424 @default.
- W3042883886 creator A5024898595 @default.
- W3042883886 creator A5029544868 @default.
- W3042883886 creator A5031988869 @default.
- W3042883886 creator A5066675504 @default.
- W3042883886 creator A5084690412 @default.
- W3042883886 date "2020-07-17" @default.
- W3042883886 modified "2023-10-02" @default.
- W3042883886 title "Stark Sublevel-Based Thermometry with Tb(III) and Dy(III) Complexes Cosensitized via the 2-Amidinopyridine Ligand" @default.
- W3042883886 cites W1231447640 @default.
- W3042883886 cites W1894518667 @default.
- W3042883886 cites W1969360633 @default.
- W3042883886 cites W1970908257 @default.
- W3042883886 cites W1972068729 @default.
- W3042883886 cites W1975290112 @default.
- W3042883886 cites W1983355530 @default.
- W3042883886 cites W1988303107 @default.
- W3042883886 cites W1993062761 @default.
- W3042883886 cites W2003758809 @default.
- W3042883886 cites W2007727763 @default.
- W3042883886 cites W2007953798 @default.
- W3042883886 cites W2012492137 @default.
- W3042883886 cites W2013824848 @default.
- W3042883886 cites W2017982380 @default.
- W3042883886 cites W2023271753 @default.
- W3042883886 cites W2024913248 @default.
- W3042883886 cites W2034347875 @default.
- W3042883886 cites W2049996223 @default.
- W3042883886 cites W2060380416 @default.
- W3042883886 cites W2063334178 @default.
- W3042883886 cites W2065294064 @default.
- W3042883886 cites W2071490882 @default.
- W3042883886 cites W2076784800 @default.
- W3042883886 cites W2079874671 @default.
- W3042883886 cites W2086945873 @default.
- W3042883886 cites W2088954215 @default.
- W3042883886 cites W2091529863 @default.
- W3042883886 cites W2091677651 @default.
- W3042883886 cites W2098968611 @default.
- W3042883886 cites W2117489011 @default.
- W3042883886 cites W2132454074 @default.
- W3042883886 cites W2143981217 @default.
- W3042883886 cites W2172160116 @default.
- W3042883886 cites W2270439364 @default.
- W3042883886 cites W2312455110 @default.
- W3042883886 cites W2317394388 @default.
- W3042883886 cites W2322625376 @default.
- W3042883886 cites W2519608971 @default.
- W3042883886 cites W2573471129 @default.
- W3042883886 cites W2592306957 @default.
- W3042883886 cites W2616990079 @default.
- W3042883886 cites W2727226528 @default.
- W3042883886 cites W2729736692 @default.
- W3042883886 cites W273052020 @default.
- W3042883886 cites W2734882700 @default.
- W3042883886 cites W2765882084 @default.
- W3042883886 cites W2766108007 @default.
- W3042883886 cites W2768980871 @default.
- W3042883886 cites W2772902302 @default.
- W3042883886 cites W2775106474 @default.
- W3042883886 cites W2783478499 @default.
- W3042883886 cites W2785102316 @default.
- W3042883886 cites W2790833331 @default.
- W3042883886 cites W2802311695 @default.
- W3042883886 cites W2895738553 @default.
- W3042883886 cites W2897895284 @default.
- W3042883886 cites W2899430880 @default.
- W3042883886 cites W2910008675 @default.
- W3042883886 cites W2943750379 @default.
- W3042883886 cites W2946858873 @default.
- W3042883886 cites W2947056658 @default.
- W3042883886 cites W2947351351 @default.
- W3042883886 cites W2948243683 @default.
- W3042883886 cites W2967026825 @default.
- W3042883886 cites W2971212184 @default.
- W3042883886 cites W2989914243 @default.
- W3042883886 cites W3004720758 @default.
- W3042883886 doi "https://doi.org/10.1021/acs.inorgchem.0c01534" @default.
- W3042883886 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32678587" @default.
- W3042883886 hasPublicationYear "2020" @default.
- W3042883886 type Work @default.
- W3042883886 sameAs 3042883886 @default.
- W3042883886 citedByCount "28" @default.
- W3042883886 countsByYear W30428838862021 @default.
- W3042883886 countsByYear W30428838862022 @default.
- W3042883886 countsByYear W30428838862023 @default.
- W3042883886 crossrefType "journal-article" @default.
- W3042883886 hasAuthorship W3042883886A5004155424 @default.
- W3042883886 hasAuthorship W3042883886A5024898595 @default.
- W3042883886 hasAuthorship W3042883886A5029544868 @default.
- W3042883886 hasAuthorship W3042883886A5031988869 @default.
- W3042883886 hasAuthorship W3042883886A5066675504 @default.
- W3042883886 hasAuthorship W3042883886A5084690412 @default.
- W3042883886 hasConcept C113196181 @default.
- W3042883886 hasConcept C116569031 @default.
- W3042883886 hasConcept C144024400 @default.