FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3100968088> ?p ?o ?g. }

• W3100968088 abstract "Under normal conditions, bulk crystals of BiScO$_3$ , BiCrO$_3$, BiMnO$_3$, BiFeO$_3$, and BiCoO$_3$ present three very different variations of the perovskite structure: an antipolar phase, a rhombohedral phase with a large polarization along the space diagonal of the pseudocubic unit cell, and a supertetragonal phase with even larger polarization. With the aim of understanding the causes for this variety, we have used a genetic algorithm to search for minima in the surface energy of these materials. Our results show that the number of these minima is very large when compared to that of typical ferroelectric perovskites like BaTiO$_3$ and PbTiO$_3$ , and that a fine energy balance between them results in the large structural differences seen. As byproducts of our search we have identified charge-ordering structures with low energy in BiMnO$_3$ , and several phases with energies that are similar to that of the ground state of BiCrO$_3$. We have also found that a inverse supertetragonal phase exists in bulk, likely to be favored in films epitaxially grown at large values of tensile misfit strain." @default.
• W3100968088 created "2020-11-23" @default.
• W3100968088 creator A5031138176 @default.
• W3100968088 creator A5069321824 @default.
• W3100968088 creator A5082943743 @default.
• W3100968088 creator A5085683797 @default.
• W3100968088 creator A5090993103 @default.
• W3100968088 date "2018-10-31" @default.
• W3100968088 modified "2023-09-26" @default.
• W3100968088 title "Polymorphism in Bi-based perovskite oxides: A first-principles study" @default.
• W3100968088 cites W1570590917 @default.
• W3100968088 cites W1662635854 @default.
• W3100968088 cites W1894783025 @default.
• W3100968088 cites W1965381618 @default.
• W3100968088 cites W1966044112 @default.
• W3100968088 cites W1970127494 @default.
• W3100968088 cites W1979544533 @default.
• W3100968088 cites W1979774899 @default.
• W3100968088 cites W1980425760 @default.
• W3100968088 cites W1984743909 @default.
• W3100968088 cites W1986731219 @default.
• W3100968088 cites W1987771167 @default.
• W3100968088 cites W1990092036 @default.
• W3100968088 cites W1990939039 @default.
• W3100968088 cites W1994255850 @default.
• W3100968088 cites W1994880295 @default.
• W3100968088 cites W1994973136 @default.
• W3100968088 cites W1997744870 @default.
• W3100968088 cites W1998722730 @default.
• W3100968088 cites W2007395042 @default.
• W3100968088 cites W2007659008 @default.
• W3100968088 cites W2012159627 @default.
• W3100968088 cites W2013059426 @default.
• W3100968088 cites W2013183108 @default.
• W3100968088 cites W2018598301 @default.
• W3100968088 cites W2022860377 @default.
• W3100968088 cites W2023543606 @default.
• W3100968088 cites W2024330948 @default.
• W3100968088 cites W2025497730 @default.
• W3100968088 cites W2030976617 @default.
• W3100968088 cites W2032227435 @default.
• W3100968088 cites W2032519924 @default.
• W3100968088 cites W2039504914 @default.
• W3100968088 cites W2058742631 @default.
• W3100968088 cites W2061670513 @default.
• W3100968088 cites W2068828768 @default.
• W3100968088 cites W2079105963 @default.
• W3100968088 cites W2079853077 @default.
• W3100968088 cites W2083222334 @default.
• W3100968088 cites W2085083272 @default.
• W3100968088 cites W2087698390 @default.
• W3100968088 cites W2113353077 @default.
• W3100968088 cites W2116844834 @default.
• W3100968088 cites W2124820885 @default.
• W3100968088 cites W2124851915 @default.
• W3100968088 cites W2130156865 @default.
• W3100968088 cites W2131157940 @default.
• W3100968088 cites W2131302059 @default.
• W3100968088 cites W2144675308 @default.
• W3100968088 cites W2155176366 @default.
• W3100968088 cites W2157058142 @default.
• W3100968088 cites W2165576546 @default.
• W3100968088 cites W2166175297 @default.
• W3100968088 cites W2167573489 @default.
• W3100968088 cites W2167590372 @default.
• W3100968088 cites W2170080805 @default.
• W3100968088 cites W2170254950 @default.
• W3100968088 cites W2172044275 @default.
• W3100968088 cites W2230728100 @default.
• W3100968088 cites W2271757701 @default.
• W3100968088 cites W2322919472 @default.
• W3100968088 cites W2324794483 @default.
• W3100968088 cites W2525596847 @default.
• W3100968088 cites W2565400773 @default.
• W3100968088 cites W2594257669 @default.
• W3100968088 cites W2617785911 @default.
• W3100968088 cites W2786421550 @default.
• W3100968088 cites W2950239415 @default.
• W3100968088 cites W2950530298 @default.
• W3100968088 cites W2952297350 @default.
• W3100968088 cites W3020995811 @default.
• W3100968088 cites W3104972808 @default.
• W3100968088 cites W3105535058 @default.
• W3100968088 doi "https://doi.org/10.1103/physrevmaterials.2.104417" @default.
• W3100968088 hasPublicationYear "2018" @default.
• W3100968088 type Work @default.
• W3100968088 sameAs 3100968088 @default.
• W3100968088 citedByCount "10" @default.
• W3100968088 countsByYear W31009680882019 @default.
• W3100968088 countsByYear W31009680882020 @default.
• W3100968088 countsByYear W31009680882021 @default.
• W3100968088 countsByYear W31009680882022 @default.
• W3100968088 crossrefType "journal-article" @default.
• W3100968088 hasAuthorship W3100968088A5031138176 @default.
• W3100968088 hasAuthorship W3100968088A5069321824 @default.
• W3100968088 hasAuthorship W3100968088A5082943743 @default.
• W3100968088 hasAuthorship W3100968088A5085683797 @default.
• W3100968088 hasAuthorship W3100968088A5090993103 @default.
• W3100968088 hasBestOaLocation W31009680882 @default.
• W3100968088 hasConcept C110738630 @default.

• next