Matches in SemOpenAlex for { <https://semopenalex.org/work/W2417079831> ?p ?o ?g. }
- W2417079831 abstract "A salient feature of cyclically driven first-order phase transformations in crystals is their scale-free avalanche dynamics. This behavior has been linked to the presence of a classical critical point but the mechanism leading to criticality without extrinsic tuning remains unexplained. Here we show that the source of scaling in such systems is an annealed disorder associated with transformation-induced slip which co-evolves with the phase transformation, thus ensuring the crossing of a critical manifold. Our conclusions are based on a model where annealed disorder emerges in the form of a random field induced by the phase transition. Such disorder exhibits super-transient chaotic behavior under thermal loading, obeys a heavy-tailed distribution and exhibits long-range spatial correlations. We show that the universality class is affected by the long-range character of elastic interactions. In contrast, it is not influenced by the heavy-tailed distribution and spatial correlations of disorder." @default.
- W2417079831 created "2016-06-24" @default.
- W2417079831 creator A5002151623 @default.
- W2417079831 creator A5007203889 @default.
- W2417079831 creator A5037465536 @default.
- W2417079831 creator A5059382243 @default.
- W2417079831 date "2016-10-03" @default.
- W2417079831 modified "2023-09-25" @default.
- W2417079831 title "Origin of scale-free intermittency in structural first-order phase transitions" @default.
- W2417079831 cites W1480072745 @default.
- W2417079831 cites W1556573274 @default.
- W2417079831 cites W1569520392 @default.
- W2417079831 cites W1964604268 @default.
- W2417079831 cites W1965757558 @default.
- W2417079831 cites W1970398625 @default.
- W2417079831 cites W1971130586 @default.
- W2417079831 cites W1971796730 @default.
- W2417079831 cites W1972314174 @default.
- W2417079831 cites W1972799541 @default.
- W2417079831 cites W1974016674 @default.
- W2417079831 cites W1976163304 @default.
- W2417079831 cites W1981235725 @default.
- W2417079831 cites W1981992507 @default.
- W2417079831 cites W1983940960 @default.
- W2417079831 cites W1985947686 @default.
- W2417079831 cites W1989670440 @default.
- W2417079831 cites W1989676342 @default.
- W2417079831 cites W1992292445 @default.
- W2417079831 cites W1992743977 @default.
- W2417079831 cites W1995299916 @default.
- W2417079831 cites W1996182315 @default.
- W2417079831 cites W1997276296 @default.
- W2417079831 cites W2004566760 @default.
- W2417079831 cites W2008758186 @default.
- W2417079831 cites W2013838545 @default.
- W2417079831 cites W2014253104 @default.
- W2417079831 cites W2022488888 @default.
- W2417079831 cites W2023700006 @default.
- W2417079831 cites W2024302277 @default.
- W2417079831 cites W2027277317 @default.
- W2417079831 cites W2032054411 @default.
- W2417079831 cites W2038352702 @default.
- W2417079831 cites W2039039908 @default.
- W2417079831 cites W2040232110 @default.
- W2417079831 cites W2040499214 @default.
- W2417079831 cites W2046968836 @default.
- W2417079831 cites W2050052006 @default.
- W2417079831 cites W2050763058 @default.
- W2417079831 cites W2051332407 @default.
- W2417079831 cites W2052605583 @default.
- W2417079831 cites W2053425163 @default.
- W2417079831 cites W2054438468 @default.
- W2417079831 cites W2055244599 @default.
- W2417079831 cites W2056920784 @default.
- W2417079831 cites W2057857434 @default.
- W2417079831 cites W2065910999 @default.
- W2417079831 cites W2068415206 @default.
- W2417079831 cites W2073234586 @default.
- W2417079831 cites W2075659829 @default.
- W2417079831 cites W2076132605 @default.
- W2417079831 cites W2078151149 @default.
- W2417079831 cites W2078753206 @default.
- W2417079831 cites W2079382784 @default.
- W2417079831 cites W2086044656 @default.
- W2417079831 cites W2096732528 @default.
- W2417079831 cites W2101178605 @default.
- W2417079831 cites W2106973594 @default.
- W2417079831 cites W2115457739 @default.
- W2417079831 cites W2117866296 @default.
- W2417079831 cites W2134592570 @default.
- W2417079831 cites W2138909759 @default.
- W2417079831 cites W2141672177 @default.
- W2417079831 cites W2143484117 @default.
- W2417079831 cites W2150774471 @default.
- W2417079831 cites W2153625147 @default.
- W2417079831 cites W2163199862 @default.
- W2417079831 cites W2167829531 @default.
- W2417079831 cites W2190488762 @default.
- W2417079831 cites W2191915296 @default.
- W2417079831 cites W2238876773 @default.
- W2417079831 cites W2313771800 @default.
- W2417079831 cites W2964332008 @default.
- W2417079831 cites W3037148409 @default.
- W2417079831 cites W3099545970 @default.
- W2417079831 cites W3103918226 @default.
- W2417079831 cites W3105392855 @default.
- W2417079831 cites W3155152615 @default.
- W2417079831 cites W4238001791 @default.
- W2417079831 cites W50218050 @default.
- W2417079831 cites W985156132 @default.
- W2417079831 doi "https://doi.org/10.1103/physrevb.94.144102" @default.
- W2417079831 hasPublicationYear "2016" @default.
- W2417079831 type Work @default.
- W2417079831 sameAs 2417079831 @default.
- W2417079831 citedByCount "19" @default.
- W2417079831 countsByYear W24170798312016 @default.
- W2417079831 countsByYear W24170798312017 @default.
- W2417079831 countsByYear W24170798312018 @default.
- W2417079831 countsByYear W24170798312019 @default.
- W2417079831 countsByYear W24170798312020 @default.