M. Ibañes, J. García-Ojalvo, R. Toral and J.M. Sancho
European Physical Journal B Condensed Matter 18, 663 (2000)
The domain growth processes originaated from noise-induced phase transitions are analyzed, both for conserved and non-conserved dynamics. The existence of a scaling regime is established in the two cases, and the corresponding growth laws are determined. Additionally, we point out a generic anomalous behavior of the pair correlation function at short distances in the presence of noise sources, and identify its origin analytically.
Ficheros | 92_igts00.ps.gz (881792 Bytes) scaling.ps.gz (196445 Bytes) |
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