1. Dissolution rate |
1.1. Change contact area between reagent and mixing liquid |
1.1.1. Change milling duration |
1.1.2. Use nano- or micron-sized powders |
1.2. Change solubility in the mixing liquid |
1.2.1. Use more/less soluble phase |
1.2.2. Change of reaction pH |
1.3. Change saturation of the mixing liquid |
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1.4. Use dissolution inhibitors in the mixing liquid |
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1.5. Modify reagent surface |
1.5.1. Chemical change (pre-reaction) |
1.5.2. Physical change (dissolution pits) |
2. Nucleation rate |
2.1. Use crystallization nuclei |
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2.2. Change the saturation of the reaction product in the mixing liquid |
2.2.1. Change of saturation |
2.2.2. Change of end-product solubility |
2.3. Use nucleation inhibitors |
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3. Growth rate |
3.1. Change the saturation of the reaction product in the mixing liquid |
3.1.1. Change of saturation |
3.1.2. Change of end-product solubility |
3.2. Use crystal growth inhibitors |
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