Matches in SemOpenAlex for { <https://semopenalex.org/work/W4384200322> ?p ?o ?g. }
- W4384200322 abstract "We theoretically address crystals exhibiting first-order phase transformations subjected to a steadily propagating temperature gradient. The latter drives a nonisothermal propagation of a phase front. We theoretically demonstrate that for the phase transformations of the displacive type, the phase front always steadily follows the isotherm. In contrast, in the case of the order-disorder or hybrid phase transformations in a crystal containing pinning defects, one finds a velocity of the isotherm, the first critical velocity, at which the steady front motion becomes unstable, and a stick-slip front propagation starts. Upon reaching the second critical velocity, the stick-slip behavior vanishes, and the motion becomes steady again. Our results enable one to determine the activation energy of the leading order-disorder process from the measurements of the driven motion of the phase front. In light of these results, we discuss experimental findings for PbTiO_{3} and NaNbO_{3}." @default.
- W4384200322 created "2023-07-14" @default.
- W4384200322 creator A5036440883 @default.
- W4384200322 creator A5043883285 @default.
- W4384200322 date "2023-07-13" @default.
- W4384200322 modified "2023-09-25" @default.
- W4384200322 title "Self-oscillatory instability of the driven phase front propagation induced by liberation of latent heat" @default.
- W4384200322 cites W1541946464 @default.
- W4384200322 cites W1580146975 @default.
- W4384200322 cites W1644834258 @default.
- W4384200322 cites W1966193184 @default.
- W4384200322 cites W1969698452 @default.
- W4384200322 cites W1971050941 @default.
- W4384200322 cites W1971431923 @default.
- W4384200322 cites W1975642569 @default.
- W4384200322 cites W1976018044 @default.
- W4384200322 cites W1979149255 @default.
- W4384200322 cites W1986361958 @default.
- W4384200322 cites W1992604855 @default.
- W4384200322 cites W1994342425 @default.
- W4384200322 cites W1995958952 @default.
- W4384200322 cites W2001280107 @default.
- W4384200322 cites W2002090815 @default.
- W4384200322 cites W2005775974 @default.
- W4384200322 cites W2010046566 @default.
- W4384200322 cites W2010606233 @default.
- W4384200322 cites W2016402706 @default.
- W4384200322 cites W2016421835 @default.
- W4384200322 cites W2021986861 @default.
- W4384200322 cites W2023937786 @default.
- W4384200322 cites W2035992382 @default.
- W4384200322 cites W2037807192 @default.
- W4384200322 cites W2040344085 @default.
- W4384200322 cites W2040480753 @default.
- W4384200322 cites W2042332198 @default.
- W4384200322 cites W2043051466 @default.
- W4384200322 cites W2043495902 @default.
- W4384200322 cites W2043964634 @default.
- W4384200322 cites W2045515014 @default.
- W4384200322 cites W2047671028 @default.
- W4384200322 cites W2057513196 @default.
- W4384200322 cites W2058723683 @default.
- W4384200322 cites W2060030116 @default.
- W4384200322 cites W2061661421 @default.
- W4384200322 cites W2062017007 @default.
- W4384200322 cites W2063039709 @default.
- W4384200322 cites W2064053373 @default.
- W4384200322 cites W2064940966 @default.
- W4384200322 cites W2065831575 @default.
- W4384200322 cites W2067734341 @default.
- W4384200322 cites W2070102225 @default.
- W4384200322 cites W2071781043 @default.
- W4384200322 cites W2072587916 @default.
- W4384200322 cites W2073650090 @default.
- W4384200322 cites W2076611637 @default.
- W4384200322 cites W2079619357 @default.
- W4384200322 cites W2086144515 @default.
- W4384200322 cites W2086770882 @default.
- W4384200322 cites W2089785688 @default.
- W4384200322 cites W2089929774 @default.
- W4384200322 cites W2091237612 @default.
- W4384200322 cites W2097839226 @default.
- W4384200322 cites W2104318873 @default.
- W4384200322 cites W2109263137 @default.
- W4384200322 cites W2113474654 @default.
- W4384200322 cites W2147006886 @default.
- W4384200322 cites W2147219576 @default.
- W4384200322 cites W2147911928 @default.
- W4384200322 cites W2155284599 @default.
- W4384200322 cites W2284362914 @default.
- W4384200322 cites W2296443962 @default.
- W4384200322 cites W2313627162 @default.
- W4384200322 cites W2317116153 @default.
- W4384200322 cites W2319753254 @default.
- W4384200322 cites W2320684125 @default.
- W4384200322 cites W2321982418 @default.
- W4384200322 cites W2322445086 @default.
- W4384200322 cites W2617640310 @default.
- W4384200322 cites W2741535469 @default.
- W4384200322 cites W2760166798 @default.
- W4384200322 cites W2762883491 @default.
- W4384200322 cites W2770159397 @default.
- W4384200322 cites W2781347171 @default.
- W4384200322 cites W2897716085 @default.
- W4384200322 cites W2902460061 @default.
- W4384200322 cites W2963309317 @default.
- W4384200322 cites W2969670558 @default.
- W4384200322 cites W2980281749 @default.
- W4384200322 cites W3010671905 @default.
- W4384200322 cites W3010832423 @default.
- W4384200322 cites W3015107438 @default.
- W4384200322 cites W3162963066 @default.
- W4384200322 cites W3165583917 @default.
- W4384200322 cites W3186402570 @default.
- W4384200322 cites W3195485131 @default.
- W4384200322 cites W4243728029 @default.
- W4384200322 doi "https://doi.org/10.1103/physreve.108.014114" @default.
- W4384200322 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37583238" @default.
- W4384200322 hasPublicationYear "2023" @default.
- W4384200322 type Work @default.