Abstract
The kinetics of disintegration of a supersaturated solid solution is studied in the context of the Lifshits–Slezov–Wagner (LSW) theory for a quasi-coherent interface between the new phase precipitates and the matrix. It is shown that the particle size distribution lies within a very narrow range of relative particle size (r m/r c = 6/5) and that the critical or average particle size varies with time as t1/6 (r c ∼ t 1/6).
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Vengerovich, R.D., Gudyma, Y.V. & Yarema, S.V. Kinetics of the Late Stage of Disintegration of Supersaturated Solid Solutions with Pronounced Crystalline Structure. Russian Physics Journal 43, 759–764 (2000). https://doi.org/10.1023/A:1009432003974
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DOI: https://doi.org/10.1023/A:1009432003974