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• W2332838239 abstract "We present a nonequilibrium study of the relaxation process in spin crossover solids using numerical simulations of a recently introduced two-variable elastic Ising-like model. We analyze the structural lattice distortions accompanying the relaxation from the metastable high-spin to the ground low-spin state as a function of cooperativity. In the highly cooperative case, a sigmoidal relaxation behavior of the high-spin fraction ${n}_{text{HS}}$ is described, and it occurs jointly with a structural phase separation process. The mean lattice spacing follows a similar sigmoidal trend, owing to the interplay between electronic and lattice variables in the Hamiltonian. Weakly cooperative systems are characterized by single exponential relaxations of the high-spin fraction, the corresponding structural transformation proceeds homogeneously with a progressive relaxation of the mean lattice spacing. Long relaxation tail effects are also observed. We highlight the development of lattice strain accompanying the spin transition, and show that structural phase rebuilding proceeds in the late stage of the relaxation by releasing residual strain. Under specific conditions, a temporal decoupling between the electronic and lattice variables is observed, which may have direct applications for interpreting time-resolved spectroscopic or diffraction experiments and for elucidating unusual structural behaviors, such as the development of superstructures, modulated structures, or transient phases." @default.
• W2332838239 created "2016-06-24" @default.
• W2332838239 creator A5029843569 @default.
• W2332838239 creator A5044197780 @default.
• W2332838239 date "2012-03-02" @default.
• W2332838239 modified "2023-10-09" @default.
• W2332838239 title "Structural aspects of the relaxation process in spin crossover solids: Phase separation, mapping of lattice strain, and domain wall structure" @default.
• W2332838239 cites W1653952583 @default.
• W2332838239 cites W1963569123 @default.
• W2332838239 cites W1970881901 @default.
• W2332838239 cites W1971359288 @default.
• W2332838239 cites W1971621213 @default.
• W2332838239 cites W1978019277 @default.
• W2332838239 cites W1978364701 @default.
• W2332838239 cites W1979360162 @default.
• W2332838239 cites W1979597142 @default.
• W2332838239 cites W1982936524 @default.
• W2332838239 cites W1983728285 @default.
• W2332838239 cites W1985811010 @default.
• W2332838239 cites W1991093531 @default.
• W2332838239 cites W1994113633 @default.
• W2332838239 cites W1995401997 @default.
• W2332838239 cites W1997101852 @default.
• W2332838239 cites W1997381502 @default.
• W2332838239 cites W1999168894 @default.
• W2332838239 cites W2000779144 @default.
• W2332838239 cites W2001656393 @default.
• W2332838239 cites W2001697728 @default.
• W2332838239 cites W2005757922 @default.
• W2332838239 cites W2008710881 @default.
• W2332838239 cites W2010315244 @default.
• W2332838239 cites W2013133776 @default.
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• W2332838239 cites W2019181345 @default.
• W2332838239 cites W2019793764 @default.
• W2332838239 cites W2019840944 @default.
• W2332838239 cites W2021780296 @default.
• W2332838239 cites W2023814838 @default.
• W2332838239 cites W2024692723 @default.
• W2332838239 cites W2026168627 @default.
• W2332838239 cites W2031809552 @default.
• W2332838239 cites W2032535806 @default.
• W2332838239 cites W2033780777 @default.
• W2332838239 cites W2034679122 @default.
• W2332838239 cites W2041712447 @default.
• W2332838239 cites W2043109002 @default.
• W2332838239 cites W2044345934 @default.
• W2332838239 cites W2044409058 @default.
• W2332838239 cites W2047896965 @default.
• W2332838239 cites W2050370149 @default.
• W2332838239 cites W2052973446 @default.
• W2332838239 cites W2055350693 @default.
• W2332838239 cites W2057914090 @default.
• W2332838239 cites W2057929786 @default.
• W2332838239 cites W2058157731 @default.
• W2332838239 cites W2063608888 @default.
• W2332838239 cites W2064187621 @default.
• W2332838239 cites W2065544022 @default.
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• W2332838239 cites W2078800634 @default.
• W2332838239 cites W2084361772 @default.
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• W2332838239 cites W2137043248 @default.
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• W2332838239 doi "https://doi.org/10.1103/physrevb.85.094101" @default.
• W2332838239 hasPublicationYear "2012" @default.
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