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Exact(25)
Due to crystal attrition, distinct growth rates between initial and secondary crystals or growth rate dispersion might explain such difficulty.
The possibility that similar processes could contribute to growth rate dispersion in micro-crystals is discussed.
This is consistent with the constant crystal growth model of growth rate dispersion.
Thus the distribution of dislocation and strain in different crystals could lead to growth rate dispersion.
The phenomena of size-independent growth and growth rate dispersion (GRD) are observed in the experiments.
Incorporating aggregation provides a physically supportable alternative to fitting models of size-dependent growth (SGD) or growth rate dispersion (GRD).
Similar(35)
The model predictions are validated with the experimental measurements of growth rate dispersions in potassium acid phthalate crystals.
Ca numbers indicated that mixing between the vortex and film regions probably dominated the dispersion at low flow rates, while at high flow rates dispersion was likely to be dominated by the film thickness.
For agglomerates of equal density and under conditions of equivalent cone rotation rates, the dispersion rates of small agglomerates were smaller than those observed for larger agglomerates.
In addition, the interaction among dispersal processes - dispersion rates, dispersal distance, and dispersal decisions - that influence landscape occupancy, impacts the global population dynamics.
The commercial viability of a chemical route can be determined by the ability to handle complex mixtures and to obtain maximum selectivity and yield in multi-phase reaction mixtures where reaction rates, mass transfer rates and dispersion and coalescence rates all interact.
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