Crystal growth morphologies

Crystal Growth Morphology for the Electrodeposition of Copper in the Presence and Absence of Kf mol liter-1 n-Decylamlne... 

Mechanisms of crystal growth, morphological changes, kinetics, defect structure, and surface lattice parameters have been reported on numerous organic (Overney 1991 Mao 1997 Last 1998), inorganic (Ott 1994 Hillner 1994 Bosbach 1995 Marinkovic... 

Snnagawa, I. (2005). Crystals Growth, Morphology, and Perfections. Cambridge University Press, Cambridge. 

Hammond, R. B., Pencheva, K., Ramachandran, V., and Roberts, K. J. 2007. Application of grid-based molecular methods for modeling solvent-dependent crystal growth morphology Aspirin crystallized from aqueous ethanohc solution. Cryst. Growth Des. 1 1571. 

Liu, X. Y, Boek, E. S., Briels, W. J., and Bennema, P. 1995. Prediction of crystal growth morphology based on structural analysis of the sohd fluid interface. Nature 374 342. 

Giorgio, S. and Kern, R., 1983. Filtrability, crystal morphology and texture paraffins and de-waxing aids. Journal of Crystal Growth, 62, 360-374. 

Lahav, M. and Leiserowitz, L., 2001. The effect of solvent on crystal growth and morphology. Chemical Engineering Science, 56(7), 2245-2254. 

In the analysis of crystal growth, one is mainly interested in macroscopic features like crystal morphology and growth rate. Therefore, the time scale in question is rather slower than the time scale of phonon frequencies, and the deviation of atomic positions from the average crystalline lattice position can be neglected. A lattice model gives a sufiicient description for the crystal shapes and growth [3,34,35]. 

L. Biihler, S. H. Davis. Flow induced changes of the morphological stability in directional solidification localized morphologies. J Crystal Growth 756 629, 1998 Y.-J. Chen, S. H. Davis, Directional solidification of a binary alloy into a cellular convective flow (unpublished). Applied Math Technical Report No. 9708, Northwestern University, Evanston, IL 60208. 

Similarly, we can pick another example in crystal growth in melt. In this case, the growth occurs at the interface between the melt and a substrate that is kept at a constant temperature that is lower than the critical temperature for crystallization. The morphology characteristic of the instability is formed by the coupling of the heat flux and the surface-form fluctuation. This problem was first theoretically analyzed by Mullins and Sekerka.57-62... 

Tao C, Zheng S, Mohwald H, Li J (2003) CdS crystal growth of lamellar morphology within templates of poly electrolyte/surf actant complex. Langmuir 19(21) 9039-9042... 

---