FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2905194893> ?p ?o ?g. }

• W2905194893 endingPage "326" @default.
• W2905194893 startingPage "320" @default.
• W2905194893 abstract "A new oxide NaCu3Fe2Os2O12 is synthesized using high pressure and temperature conditions. The Rietveld structural analysis shows that the compound possesses both A- and B-site ordered quadruple perovskite structure in Pn3̅ symmetry. The valence states of transition metals are confirmed to be Cu2+/Fe3+/Os5.5+. The three transition metals all take part in magnetic interactions and generate strong Cu2+(↑)Fe3+(↑)Os5.5+(↓) ferrimagnetic superexchange interactions with a high Curie temperature about 380 K. Electrical transport measurements suggest its half-metallic properties. The first-principles theoretical calculations demonstrate that the compound has a spin-down conducting band and a spin-up insulating band with a wide energy gap." @default.
• W2905194893 created "2018-12-22" @default.
• W2905194893 creator A5016005755 @default.
• W2905194893 creator A5016935854 @default.
• W2905194893 creator A5017353282 @default.
• W2905194893 creator A5022819157 @default.
• W2905194893 creator A5024426725 @default.
• W2905194893 creator A5028596725 @default.
• W2905194893 creator A5029317434 @default.
• W2905194893 creator A5031951573 @default.
• W2905194893 creator A5041000907 @default.
• W2905194893 creator A5049605727 @default.
• W2905194893 creator A5072130844 @default.
• W2905194893 creator A5076636275 @default.
• W2905194893 creator A5087084680 @default.
• W2905194893 creator A5087333350 @default.
• W2905194893 creator A5091771176 @default.
• W2905194893 date "2018-12-11" @default.
• W2905194893 modified "2023-10-18" @default.
• W2905194893 title "High-Temperature Ferrimagnetic Half Metallicity with Wide Spin-up Energy Gap in NaCu₃Fe₂Os₂O₁₂" @default.
• W2905194893 cites W1503328629 @default.
• W2905194893 cites W1515277461 @default.
• W2905194893 cites W1668290948 @default.
• W2905194893 cites W1671508986 @default.
• W2905194893 cites W1680067875 @default.
• W2905194893 cites W1966643864 @default.
• W2905194893 cites W1966928396 @default.
• W2905194893 cites W1967755998 @default.
• W2905194893 cites W1970195196 @default.
• W2905194893 cites W1976593047 @default.
• W2905194893 cites W1981368803 @default.
• W2905194893 cites W1985302211 @default.
• W2905194893 cites W1988844331 @default.
• W2905194893 cites W1989413048 @default.
• W2905194893 cites W2009014069 @default.
• W2905194893 cites W2016450489 @default.
• W2905194893 cites W2017453082 @default.
• W2905194893 cites W2018385268 @default.
• W2905194893 cites W2032540896 @default.
• W2905194893 cites W2042473487 @default.
• W2905194893 cites W2045470329 @default.
• W2905194893 cites W2055621518 @default.
• W2905194893 cites W2056606008 @default.
• W2905194893 cites W2059198648 @default.
• W2905194893 cites W2059766094 @default.
• W2905194893 cites W2063409549 @default.
• W2905194893 cites W2064921142 @default.
• W2905194893 cites W2093162739 @default.
• W2905194893 cites W2094986771 @default.
• W2905194893 cites W2103632014 @default.
• W2905194893 cites W2107212544 @default.
• W2905194893 cites W2131302059 @default.
• W2905194893 cites W2151452013 @default.
• W2905194893 cites W2160996238 @default.
• W2905194893 cites W2204851242 @default.
• W2905194893 cites W2264123457 @default.
• W2905194893 cites W2300733698 @default.
• W2905194893 cites W2315160168 @default.
• W2905194893 cites W2330359919 @default.
• W2905194893 cites W2335697508 @default.
• W2905194893 cites W2340621212 @default.
• W2905194893 cites W2434396586 @default.
• W2905194893 cites W2519142049 @default.
• W2905194893 cites W2551868794 @default.
• W2905194893 cites W2564362180 @default.
• W2905194893 cites W2592161971 @default.
• W2905194893 cites W2605174595 @default.
• W2905194893 cites W2612871880 @default.
• W2905194893 cites W2922015064 @default.
• W2905194893 cites W2950059920 @default.
• W2905194893 cites W2950121419 @default.
• W2905194893 cites W2953359356 @default.
• W2905194893 cites W3100323708 @default.
• W2905194893 doi "https://doi.org/10.1021/acs.inorgchem.8b02404" @default.
• W2905194893 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30525537" @default.
• W2905194893 hasPublicationYear "2018" @default.
• W2905194893 type Work @default.
• W2905194893 sameAs 2905194893 @default.
• W2905194893 citedByCount "37" @default.
• W2905194893 countsByYear W29051948932019 @default.
• W2905194893 countsByYear W29051948932020 @default.
• W2905194893 countsByYear W29051948932021 @default.
• W2905194893 countsByYear W29051948932022 @default.
• W2905194893 countsByYear W29051948932023 @default.
• W2905194893 crossrefType "journal-article" @default.
• W2905194893 hasAuthorship W2905194893A5016005755 @default.
• W2905194893 hasAuthorship W2905194893A5016935854 @default.
• W2905194893 hasAuthorship W2905194893A5017353282 @default.
• W2905194893 hasAuthorship W2905194893A5022819157 @default.
• W2905194893 hasAuthorship W2905194893A5024426725 @default.
• W2905194893 hasAuthorship W2905194893A5028596725 @default.
• W2905194893 hasAuthorship W2905194893A5029317434 @default.
• W2905194893 hasAuthorship W2905194893A5031951573 @default.
• W2905194893 hasAuthorship W2905194893A5041000907 @default.
• W2905194893 hasAuthorship W2905194893A5049605727 @default.
• W2905194893 hasAuthorship W2905194893A5072130844 @default.
• W2905194893 hasAuthorship W2905194893A5076636275 @default.
• W2905194893 hasAuthorship W2905194893A5087084680 @default.

• next