Crystallization¶
Mullin, J. W. (2001). Crystallization.
Cited by¶
2 citations across 2 artifacts.
Each citation links to the sentence it supports in the citing article.
Primes¶
- Supersaturation
- In physical chemistry, supersaturated solutions, supercooled and superheated water, and supersaturated vapour each hold a variable past its equilibrium-permitted value until a seed, a scratch, or a particle opens the path.
This sourceStandard reference on solution crystallization: supersaturation as the driving force, the metastable zone held by absent nucleation, and abrupt gap-sized crystallization once a seed opens the path (e.g., the sodium-acetate hand-warmer).
- In physical chemistry, supersaturated solutions, supercooled and superheated water, and supersaturated vapour each hold a variable past its equilibrium-permitted value until a seed, a scratch, or a particle opens the path.
Domain-specific¶
- Crystallization
- The chemical-potential difference supplies thermodynamic permission, but the nucleation barrier and attachment/transport rates determine whether and how quickly crystals actually appear.
This sourceStandard specialist treatment of phase equilibria, supersaturation, nucleation, growth, and crystallizer operation.
- The chemical-potential difference supplies thermodynamic permission, but the nucleation barrier and attachment/transport rates determine whether and how quickly crystals actually appear.
Verification¶
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