FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2012304852> ?p ?o ?g. }

• W2012304852 endingPage "4446" @default.
• W2012304852 startingPage "4436" @default.
• W2012304852 abstract "Elastic and anelastic properties of a member of the BiFeO3–CaFeO2.5 perovskite solid solution (BCFO), which is known to have multiple instabilities, have been investigated by resonant ultrasound spectroscopy. This phase, with 64% Bi and 36% Ca on the A site, is antiferromagnetic (TN ∼650 K) and has an ordered arrangement of oxygen vacancies with tetragonal lattice geometry. The inverse mechanical quality factor, Q–1, has a maximum near 100 K, correlating closely with a peak in dielectric loss, reported previously, consistent with a loss mechanism that involves the movement of oxygen vacancies accompanied by local lattice distortion. At higher temperature, there is a further acoustic loss peak that is correlated with complex impedance anomalies. There is no clear relationship to the magnetic transition, and the observations are interpreted as relating to ionic conductivity. A small stiffening, scaling with the square of the magnetic order parameter below TN, indicates that the main coupling with strain is biquadratic, confirming that conventional coupling of magnetic order with symmetry-breaking shear strains is weak in BCFO. Data from the literature for BCFO indicates that local strain fields are likely to be responsible for suppressing the spin cycloid present in BiFeO3." @default.
• W2012304852 created "2016-06-24" @default.
• W2012304852 creator A5001802011 @default.
• W2012304852 creator A5010598113 @default.
• W2012304852 creator A5040623028 @default.
• W2012304852 creator A5069538133 @default.
• W2012304852 date "2013-10-18" @default.
• W2012304852 modified "2023-09-30" @default.
• W2012304852 title "Ca-Doping of BiFeO₃: The Role of Strain in Determining Coupling between Ferroelectric Displacements, Magnetic Moments, Octahedral Tilting, and Oxygen-Vacancy Ordering" @default.
• W2012304852 cites W141037883 @default.
• W2012304852 cites W1498679631 @default.
• W2012304852 cites W1534690559 @default.
• W2012304852 cites W1559684723 @default.
• W2012304852 cites W1560158294 @default.
• W2012304852 cites W1588785586 @default.
• W2012304852 cites W1638373520 @default.
• W2012304852 cites W1965598777 @default.
• W2012304852 cites W1970975853 @default.
• W2012304852 cites W1973106922 @default.
• W2012304852 cites W1974823018 @default.
• W2012304852 cites W1980819851 @default.
• W2012304852 cites W1984117468 @default.
• W2012304852 cites W1985913026 @default.
• W2012304852 cites W1986384837 @default.
• W2012304852 cites W1989367360 @default.
• W2012304852 cites W1989811715 @default.
• W2012304852 cites W1990019078 @default.
• W2012304852 cites W1990260242 @default.
• W2012304852 cites W1990850770 @default.
• W2012304852 cites W1993550580 @default.
• W2012304852 cites W1993873242 @default.
• W2012304852 cites W1996250953 @default.
• W2012304852 cites W1997744870 @default.
• W2012304852 cites W1999080197 @default.
• W2012304852 cites W2003505955 @default.
• W2012304852 cites W2004957139 @default.
• W2012304852 cites W2007149004 @default.
• W2012304852 cites W2012366688 @default.
• W2012304852 cites W2012825905 @default.
• W2012304852 cites W2013588661 @default.
• W2012304852 cites W2022843531 @default.
• W2012304852 cites W2031098763 @default.
• W2012304852 cites W2033001678 @default.
• W2012304852 cites W2046927768 @default.
• W2012304852 cites W2047814839 @default.
• W2012304852 cites W2054203826 @default.
• W2012304852 cites W2054916372 @default.
• W2012304852 cites W2056230523 @default.
• W2012304852 cites W2057068884 @default.
• W2012304852 cites W2067898138 @default.
• W2012304852 cites W2078705754 @default.
• W2012304852 cites W2080827913 @default.
• W2012304852 cites W2092962539 @default.
• W2012304852 cites W2094030685 @default.
• W2012304852 cites W2095377349 @default.
• W2012304852 cites W2108010696 @default.
• W2012304852 cites W2111924053 @default.
• W2012304852 cites W2113578589 @default.
• W2012304852 cites W2141251845 @default.
• W2012304852 cites W2153855779 @default.
• W2012304852 cites W2242523850 @default.
• W2012304852 cites W2246493864 @default.
• W2012304852 cites W2292953064 @default.
• W2012304852 cites W2315281355 @default.
• W2012304852 cites W2321296586 @default.
• W2012304852 cites W2323150297 @default.
• W2012304852 cites W2326604213 @default.
• W2012304852 cites W2328706819 @default.
• W2012304852 cites W2525781072 @default.
• W2012304852 cites W2594692737 @default.
• W2012304852 cites W2606799597 @default.
• W2012304852 cites W2949189991 @default.
• W2012304852 cites W33884376 @default.
• W2012304852 cites W340556605 @default.
• W2012304852 cites W4254199773 @default.
• W2012304852 doi "https://doi.org/10.1021/cm402962q" @default.
• W2012304852 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3905933" @default.
• W2012304852 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24489435" @default.
• W2012304852 hasPublicationYear "2013" @default.
• W2012304852 type Work @default.
• W2012304852 sameAs 2012304852 @default.
• W2012304852 citedByCount "41" @default.
• W2012304852 countsByYear W20123048522014 @default.
• W2012304852 countsByYear W20123048522015 @default.
• W2012304852 countsByYear W20123048522016 @default.
• W2012304852 countsByYear W20123048522017 @default.
• W2012304852 countsByYear W20123048522018 @default.
• W2012304852 countsByYear W20123048522019 @default.
• W2012304852 countsByYear W20123048522020 @default.
• W2012304852 countsByYear W20123048522021 @default.
• W2012304852 countsByYear W20123048522022 @default.
• W2012304852 countsByYear W20123048522023 @default.
• W2012304852 crossrefType "journal-article" @default.
• W2012304852 hasAuthorship W2012304852A5001802011 @default.
• W2012304852 hasAuthorship W2012304852A5010598113 @default.
• W2012304852 hasAuthorship W2012304852A5040623028 @default.
• W2012304852 hasAuthorship W2012304852A5069538133 @default.
• W2012304852 hasBestOaLocation W20123048522 @default.

• next