Matches in SemOpenAlex for { <https://semopenalex.org/work/W3033991632> ?p ?o ?g. }
- W3033991632 endingPage "8808" @default.
- W3033991632 startingPage "8800" @default.
- W3033991632 abstract "We report a novel family of lanthanide complexes Ln(DPPOP)3 (Ln = Pr, Nd, Sm, Eu, Tb, Dy, Er, and Yb) employing anionic tridentate (O∧N∧O) ligand 6-(diphenylphosphoryl)picolinate (DPPOP). Crystal structures of the complexes reveal that each lanthanide ion is nine-coordinated by three tridentate ligands. In the crystals, 1D channels are found, which can absorb and eliminate water reversibly. DPPOP possesses high triplet energy and can sensitize a series of lanthanide ions. An energy transfer mechanism is proposed through the higher excited states of the lanthanide ions. In the solid state, remarkably high quantum yields in the visible range are obtained: 81% for Eu(III), 97% for Tb(III), 13% for Dy(III), and 4% for Sm(III) complex." @default.
- W3033991632 created "2020-06-12" @default.
- W3033991632 creator A5002591086 @default.
- W3033991632 creator A5030251005 @default.
- W3033991632 creator A5051001983 @default.
- W3033991632 creator A5071317715 @default.
- W3033991632 creator A5072048595 @default.
- W3033991632 creator A5074121274 @default.
- W3033991632 creator A5078315110 @default.
- W3033991632 creator A5082165393 @default.
- W3033991632 creator A5085399047 @default.
- W3033991632 creator A5089184357 @default.
- W3033991632 date "2020-06-09" @default.
- W3033991632 modified "2023-10-01" @default.
- W3033991632 title "A Family of Highly Emissive Lanthanide Complexes Constructed with 6-(Diphenylphosphoryl)picolinate" @default.
- W3033991632 cites W1767886816 @default.
- W3033991632 cites W1922427288 @default.
- W3033991632 cites W1969137131 @default.
- W3033991632 cites W1973027345 @default.
- W3033991632 cites W1980727078 @default.
- W3033991632 cites W1981711714 @default.
- W3033991632 cites W1982249699 @default.
- W3033991632 cites W1992295648 @default.
- W3033991632 cites W1994830388 @default.
- W3033991632 cites W2002947767 @default.
- W3033991632 cites W2003486145 @default.
- W3033991632 cites W2008238492 @default.
- W3033991632 cites W2009886123 @default.
- W3033991632 cites W2013999358 @default.
- W3033991632 cites W2018066933 @default.
- W3033991632 cites W2018127838 @default.
- W3033991632 cites W2018744073 @default.
- W3033991632 cites W2019533868 @default.
- W3033991632 cites W2021750212 @default.
- W3033991632 cites W2023671258 @default.
- W3033991632 cites W2024175762 @default.
- W3033991632 cites W2029408945 @default.
- W3033991632 cites W2037066848 @default.
- W3033991632 cites W2044774653 @default.
- W3033991632 cites W2047574377 @default.
- W3033991632 cites W2064651100 @default.
- W3033991632 cites W2077781402 @default.
- W3033991632 cites W2079498434 @default.
- W3033991632 cites W2080664855 @default.
- W3033991632 cites W2087762156 @default.
- W3033991632 cites W2088385150 @default.
- W3033991632 cites W2089413787 @default.
- W3033991632 cites W2089949598 @default.
- W3033991632 cites W2102521408 @default.
- W3033991632 cites W2110763273 @default.
- W3033991632 cites W2111361116 @default.
- W3033991632 cites W2113701650 @default.
- W3033991632 cites W2117987434 @default.
- W3033991632 cites W2120022923 @default.
- W3033991632 cites W2126578481 @default.
- W3033991632 cites W2135853793 @default.
- W3033991632 cites W2147181943 @default.
- W3033991632 cites W2161472906 @default.
- W3033991632 cites W2162324377 @default.
- W3033991632 cites W2170861751 @default.
- W3033991632 cites W2262208285 @default.
- W3033991632 cites W2289764551 @default.
- W3033991632 cites W2304099552 @default.
- W3033991632 cites W2326411711 @default.
- W3033991632 cites W2326558963 @default.
- W3033991632 cites W2335774411 @default.
- W3033991632 cites W2341462101 @default.
- W3033991632 cites W2524190914 @default.
- W3033991632 cites W2561928261 @default.
- W3033991632 cites W2588319381 @default.
- W3033991632 cites W2800691112 @default.
- W3033991632 cites W2808116637 @default.
- W3033991632 cites W2942191738 @default.
- W3033991632 cites W4232197253 @default.
- W3033991632 cites W4246255476 @default.
- W3033991632 doi "https://doi.org/10.1021/acs.inorgchem.0c00444" @default.
- W3033991632 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32515946" @default.
- W3033991632 hasPublicationYear "2020" @default.
- W3033991632 type Work @default.
- W3033991632 sameAs 3033991632 @default.
- W3033991632 citedByCount "13" @default.
- W3033991632 countsByYear W30339916322021 @default.
- W3033991632 countsByYear W30339916322022 @default.
- W3033991632 countsByYear W30339916322023 @default.
- W3033991632 crossrefType "journal-article" @default.
- W3033991632 hasAuthorship W3033991632A5002591086 @default.
- W3033991632 hasAuthorship W3033991632A5030251005 @default.
- W3033991632 hasAuthorship W3033991632A5051001983 @default.
- W3033991632 hasAuthorship W3033991632A5071317715 @default.
- W3033991632 hasAuthorship W3033991632A5072048595 @default.
- W3033991632 hasAuthorship W3033991632A5074121274 @default.
- W3033991632 hasAuthorship W3033991632A5078315110 @default.
- W3033991632 hasAuthorship W3033991632A5082165393 @default.
- W3033991632 hasAuthorship W3033991632A5085399047 @default.
- W3033991632 hasAuthorship W3033991632A5089184357 @default.
- W3033991632 hasConcept C106447425 @default.
- W3033991632 hasConcept C107814960 @default.
- W3033991632 hasConcept C115624301 @default.