FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2756039461> ?p ?o ?g. }

• W2756039461 endingPage "15622" @default.
• W2756039461 startingPage "15617" @default.
• W2756039461 abstract "Abstract A series of diabolo‐like nonanuclear {Ln III Cu II 8 } (Ln=Tb, Dy, Ho, Er, Tm, Yb, and Y) clusters were prepared in which the Ln III ion is capped by two 8‐MC‐4 metallacrown ligands to form a nearly ideal square antiprismatic (SAP) coordination geometry with D 4 d symmetry. Despite the lack of crystallographic symmetry, these molecules engender the lanthanide ions with highly axial m J states. The axial/equatorial nature of the crystal field in environments close to ideal SAP geometry is very subtle and influenced by the nature of the ligand lone pairs. Slow magnetic relaxation behaviour was observed for the Dy III , Er III , Tm III , and Yb III analogues, and the obtained effective energy barriers are not consistent with excitations on the Ln III ion, suggesting a more nuanced situation." @default.
• W2756039461 created "2017-09-25" @default.
• W2756039461 creator A5001830869 @default.
• W2756039461 creator A5077663267 @default.
• W2756039461 creator A5078713831 @default.
• W2756039461 creator A5082137334 @default.
• W2756039461 creator A5088838871 @default.
• W2756039461 date "2017-10-13" @default.
• W2756039461 modified "2023-10-14" @default.
• W2756039461 title "Metallacrowns as Templates for Diabolo-like {LnCu₈ } Complexes with Nearly Perfect Square Antiprismatic Geometry" @default.
• W2756039461 cites W1823409394 @default.
• W2756039461 cites W1844841953 @default.
• W2756039461 cites W1966693219 @default.
• W2756039461 cites W1970881901 @default.
• W2756039461 cites W1973081432 @default.
• W2756039461 cites W1973141298 @default.
• W2756039461 cites W1978239898 @default.
• W2756039461 cites W1979303409 @default.
• W2756039461 cites W1979814481 @default.
• W2756039461 cites W1980054558 @default.
• W2756039461 cites W1982512580 @default.
• W2756039461 cites W1987666889 @default.
• W2756039461 cites W1997439464 @default.
• W2756039461 cites W1999921319 @default.
• W2756039461 cites W2012202243 @default.
• W2756039461 cites W2025031859 @default.
• W2756039461 cites W2036608134 @default.
• W2756039461 cites W2038064532 @default.
• W2756039461 cites W2038409508 @default.
• W2756039461 cites W2041168711 @default.
• W2756039461 cites W2046415910 @default.
• W2756039461 cites W2049029500 @default.
• W2756039461 cites W2049633283 @default.
• W2756039461 cites W2050535345 @default.
• W2756039461 cites W2052454557 @default.
• W2756039461 cites W2054125484 @default.
• W2756039461 cites W2066478928 @default.
• W2756039461 cites W2070150426 @default.
• W2756039461 cites W2073578465 @default.
• W2756039461 cites W2077890877 @default.
• W2756039461 cites W2080259059 @default.
• W2756039461 cites W2081347532 @default.
• W2756039461 cites W2082771875 @default.
• W2756039461 cites W2083196193 @default.
• W2756039461 cites W2089740902 @default.
• W2756039461 cites W2091072484 @default.
• W2756039461 cites W2117867509 @default.
• W2756039461 cites W2119524324 @default.
• W2756039461 cites W2120809659 @default.
• W2756039461 cites W2130574055 @default.
• W2756039461 cites W2137724831 @default.
• W2756039461 cites W2144339435 @default.
• W2756039461 cites W2145776938 @default.
• W2756039461 cites W2153267063 @default.
• W2756039461 cites W2160990378 @default.
• W2756039461 cites W2278356249 @default.
• W2756039461 cites W2301365355 @default.
• W2756039461 cites W2317430230 @default.
• W2756039461 cites W2319488456 @default.
• W2756039461 cites W2321928674 @default.
• W2756039461 cites W2328742488 @default.
• W2756039461 cites W2330501265 @default.
• W2756039461 cites W2332402427 @default.
• W2756039461 cites W2339336262 @default.
• W2756039461 cites W2346382304 @default.
• W2756039461 cites W2560497974 @default.
• W2756039461 cites W2566335857 @default.
• W2756039461 cites W2593891546 @default.
• W2756039461 cites W4237560963 @default.
• W2756039461 cites W4242391388 @default.
• W2756039461 cites W4245154552 @default.
• W2756039461 cites W4248302658 @default.
• W2756039461 cites W4250476898 @default.
• W2756039461 cites W4250915233 @default.
• W2756039461 cites W4301327560 @default.
• W2756039461 doi "https://doi.org/10.1002/chem.201703830" @default.
• W2756039461 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28914988" @default.
• W2756039461 hasPublicationYear "2017" @default.
• W2756039461 type Work @default.
• W2756039461 sameAs 2756039461 @default.
• W2756039461 citedByCount "17" @default.
• W2756039461 countsByYear W27560394612018 @default.
• W2756039461 countsByYear W27560394612019 @default.
• W2756039461 countsByYear W27560394612021 @default.
• W2756039461 countsByYear W27560394612022 @default.
• W2756039461 countsByYear W27560394612023 @default.
• W2756039461 crossrefType "journal-article" @default.
• W2756039461 hasAuthorship W2756039461A5001830869 @default.
• W2756039461 hasAuthorship W2756039461A5077663267 @default.
• W2756039461 hasAuthorship W2756039461A5078713831 @default.
• W2756039461 hasAuthorship W2756039461A5082137334 @default.
• W2756039461 hasAuthorship W2756039461A5088838871 @default.
• W2756039461 hasBestOaLocation W27560394612 @default.
• W2756039461 hasConcept C111472728 @default.
• W2756039461 hasConcept C112887158 @default.
• W2756039461 hasConcept C115624301 @default.
• W2756039461 hasConcept C116569031 @default.
• W2756039461 hasConcept C135692309 @default.

• next