Recent Developments in Understanding of the Metastable Zone Width of Different Solute–Solvent Systems¶
Sangwal, K. (2011). Recent Developments in Understanding of the Metastable Zone Width of Different Solute–Solvent Systems. Journal of Crystal Growth, 318(1), 103-109.
Cited by¶
1 citation across 1 artifact.
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Mechanisms¶
- Phase-Boundary Monitor
- … wrong boundary**: the margin is only as good as the coexistence map it references, and a boundary measured under clean, equilibrium conditions can sit in the wrong place for a real, kinetically sluggish, additive-laden process — so the monitor can read "safe" while deposition has already begun in a metastable pocket.
This sourceReviews how experimentally measured metastable-zone width depends on kinetic and experimental factors, including cooling rate, nucleation and growth, and impurities.
- … wrong boundary**: the margin is only as good as the coexistence map it references, and a boundary measured under clean, equilibrium conditions can sit in the wrong place for a real, kinetically sluggish, additive-laden process — so the monitor can read "safe" while deposition has already begun in a metastable pocket.
Verification¶
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Registry ID ref:08600e3f249b · see in the full table