Using dislocations and integral strain to model the growth rates of secondary nuclei

Chemical Engineering Science

Volumn 55, Issue 14, 2000, Pages 2563-2570

  Jones, Christopher M ^a,b   Larson, Maurice A ^a  

^a Iowa State University   (United States)

^b DOW CHEMICAL COMPANY   (United States)

Author keywords

Crystallization; Dislocations; Growth rate dispersion; Particle formation; Separations; Strain

Indexed keywords

CRYSTAL GROWTH; CRYSTALLIZATION; DISLOCATIONS (CRYSTALS); NUCLEATION; POTASH; SEPARATION; SODIUM COMPOUNDS; STRAIN; SUPERSATURATION;

GROWTH RATE DISPERSION;

SINGLE CRYSTALS;

CRYSTALLIZATION; DISLOCATION; STRAIN;

EID: 0034616042     PISSN: 00092509     EISSN: None     Source Type: Journal    
DOI: 10.1016/S0009-2509(99)00527-8     Document Type: Article

References (8)

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3. Garside, J., & Davey, R. J. (1980). Secondary contact nucleation: kinetics, growth and scale-up. Chemical Engineering Communication, 4, 393-424.
4. Ristic, R. I., Sherwood, J. N., & Shripathi, T. S. (1991). The role of dislocations and mechanical deformation in growth rate dispersion in potash alum crystals. In Advances in industrial crystallization (pp. 77-91). Oxford: Butterworth-Heinemann.
5. Ristic, R. I., Sherwood, J. N., & Shripathi, T. S. (1997). The influence of tensile strain on the growth rates of potash alum and sodium nitrate. Journal of Crystal Growth, 179, 194-204.
6. Ristic, R. I., Sherwood, J. N., & Wojciechowsky, K. (1988). Assessment of the strain in small sodium chlorate crystals and its relation to growth rate dispersion. Journal of Crystal Growth, 91, 163-168.
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8. Zacher, U., & Mersmann, A. (1995). The influence of internal crystal perfection on growth rate dispersion in a continuous suspension crystallizer. Journal of Crystal Growth, 147, 172.