FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2563091124> ?p ?o ?g. }

• W2563091124 abstract "Ferroelectrics form domain patterns that minimize their energy subject to imposed boundary conditions. In a linear, constrained theory, that neglects domain-wall energy, periodic domain patterns in the form of multirank laminates can be identified as minimum-energy states. However, when these laminates (formed in a macroscopic crystal) comprise domains that are a few nanometers in size, the domain-wall energy becomes significant, and the behavior of laminate patterns at this scale is not known. Here, a phase-field model, which accounts for gradient energy and strain energy contributions, is employed to explore the stability and evolution of the nanoscale multirank laminates. The stress, electric field, and domain-wall energies in the laminates are computed. The effect of scaling is also discussed. In the absence of external loading, stripe domain patterns are found to be lower-energy states than the more complex, multirank laminates, which mostly collapse into simpler patterns. However, complex laminates can be stabilized by imposing external loads such as electric field, average strain, and polarization. The study provides insight into the domain patterns that may form on a macroscopic single crystal but comprising nanoscale periodic patterns, and on the effect of external loads on these patterns." @default.
• W2563091124 created "2017-01-06" @default.
• W2563091124 creator A5013893618 @default.
• W2563091124 creator A5023200998 @default.
• W2563091124 creator A5072784665 @default.
• W2563091124 date "2016-05-31" @default.
• W2563091124 modified "2023-09-25" @default.
• W2563091124 title "Nanoscale periodic domain patterns in tetragonal ferroelectrics: A phase-field study" @default.
• W2563091124 cites W1527658128 @default.
• W2563091124 cites W1571214573 @default.
• W2563091124 cites W1649112265 @default.
• W2563091124 cites W1915413316 @default.
• W2563091124 cites W1963609014 @default.
• W2563091124 cites W1965046658 @default.
• W2563091124 cites W1971157483 @default.
• W2563091124 cites W1973609712 @default.
• W2563091124 cites W1975185597 @default.
• W2563091124 cites W1978476067 @default.
• W2563091124 cites W1979216178 @default.
• W2563091124 cites W1979233338 @default.
• W2563091124 cites W1985427548 @default.
• W2563091124 cites W1993076565 @default.
• W2563091124 cites W1993085365 @default.
• W2563091124 cites W1994927349 @default.
• W2563091124 cites W1995543091 @default.
• W2563091124 cites W1997787376 @default.
• W2563091124 cites W1998171067 @default.
• W2563091124 cites W1998349992 @default.
• W2563091124 cites W2000816318 @default.
• W2563091124 cites W2000917086 @default.
• W2563091124 cites W2005593216 @default.
• W2563091124 cites W2006640680 @default.
• W2563091124 cites W2006773891 @default.
• W2563091124 cites W2006907961 @default.
• W2563091124 cites W2010436106 @default.
• W2563091124 cites W2013174563 @default.
• W2563091124 cites W2014515589 @default.
• W2563091124 cites W2015758458 @default.
• W2563091124 cites W2020035768 @default.
• W2563091124 cites W2020146176 @default.
• W2563091124 cites W2021780954 @default.
• W2563091124 cites W2022193985 @default.
• W2563091124 cites W2022321600 @default.
• W2563091124 cites W2023690256 @default.
• W2563091124 cites W2026186852 @default.
• W2563091124 cites W2027837491 @default.
• W2563091124 cites W2027862107 @default.
• W2563091124 cites W2028092932 @default.
• W2563091124 cites W2030579135 @default.
• W2563091124 cites W2030972504 @default.
• W2563091124 cites W2034990424 @default.
• W2563091124 cites W2035553441 @default.
• W2563091124 cites W2037009864 @default.
• W2563091124 cites W2038910358 @default.
• W2563091124 cites W2042771015 @default.
• W2563091124 cites W2046148792 @default.
• W2563091124 cites W2060784703 @default.
• W2563091124 cites W2064001750 @default.
• W2563091124 cites W2064354822 @default.
• W2563091124 cites W2073171386 @default.
• W2563091124 cites W2074559848 @default.
• W2563091124 cites W2082254573 @default.
• W2563091124 cites W2082974149 @default.
• W2563091124 cites W2087189371 @default.
• W2563091124 cites W2094072249 @default.
• W2563091124 cites W2096104234 @default.
• W2563091124 cites W2097973750 @default.
• W2563091124 cites W2098027034 @default.
• W2563091124 cites W2099586951 @default.
• W2563091124 cites W2107372649 @default.
• W2563091124 cites W2107436920 @default.
• W2563091124 cites W2113288102 @default.
• W2563091124 cites W2116150796 @default.
• W2563091124 cites W2120498210 @default.
• W2563091124 cites W2124910927 @default.
• W2563091124 cites W2134719397 @default.
• W2563091124 cites W2137653128 @default.
• W2563091124 cites W2142189036 @default.
• W2563091124 cites W2152439958 @default.
• W2563091124 cites W2156392406 @default.
• W2563091124 cites W2166478316 @default.
• W2563091124 cites W2284386226 @default.
• W2563091124 cites W2312200152 @default.
• W2563091124 cites W2313972219 @default.
• W2563091124 cites W3103434829 @default.
• W2563091124 cites W963546065 @default.
• W2563091124 doi "https://doi.org/10.1103/physrevb.93.174120" @default.
• W2563091124 hasPublicationYear "2016" @default.
• W2563091124 type Work @default.
• W2563091124 sameAs 2563091124 @default.
• W2563091124 citedByCount "13" @default.
• W2563091124 countsByYear W25630911242017 @default.
• W2563091124 countsByYear W25630911242018 @default.
• W2563091124 countsByYear W25630911242019 @default.
• W2563091124 countsByYear W25630911242020 @default.
• W2563091124 countsByYear W25630911242022 @default.
• W2563091124 countsByYear W25630911242023 @default.
• W2563091124 crossrefType "journal-article" @default.
• W2563091124 hasAuthorship W2563091124A5013893618 @default.
• W2563091124 hasAuthorship W2563091124A5023200998 @default.

• next